CURRENT PRODUCT OVERVIEW

Transcription

1 CURRENT PRODUCT OVERVIEW

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3 CONTENTS FRIGOLINK QUALITY NOT QUANTITY COMPREHENSIVE CONTROL SOLUTIONS FOR INDUSTRIAL AND SUPERMARKET REFRIGERATION FRIGOENTRY SIMPLE AND VERSATILE CONVENTIONAL SYSTEM CONCEPTS FOR TIGHT BUDGETS UNIVERSALXP STAND-ALONE AND IN A SYSTEM UNIVERSAL MEASUREMENT AND CONTROL SOLUTIONS WITH COMMUNICATION CENTRAL ALARM AND DISPLAY DEVICES REMOTE DATA TRANSMISSION AND DATA LINK HARDWARE FRIGODATA EVERYTHING UNDER CONTROL COMPREHENSIVE IT SOLUTIONS FOR EQUIPMENT MANAGEMENT TEMPERATURE RECORDING SENSORS ACCESSORIES CAN BUS, PRODUCT DIRECTORY, INDEX A

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5 CONTENTS HKS-G3, HKS-G4, FKR002B, FKV003, FKL003, FKD003, FKE003, ATV230, DSP002, DSP100 DSP-LCD, DSP-BOOSTER, SLD140-C, SLD243-C, HVB-G3, HVB-G4, HVV-G3, HVV-G4, HVI-G3, HVI-G4 FIO001B, FIO-PAT, FIO 24V PAT, FVB110B, FVB110-PAT, ASV001, ASV101, FVB120B, FVB120-PAT, FVB140B FVB140-PAT, FCI001, FVB240B, FVB240-PAT, FVB320B, FVB320-PAT, SLD342-C, HMU-G3, HCO 2, HVL-G3, ANI-1F1 CRC-XP, CRD-XP, CRS-XP, EEV module DCC-XP, DCT-XP, DSC-XP ADC, CFU, TRS AHC-XP, AIX-XP, ALC-XP, ASC-XP, CRU-XP, DIN-XP, DOC-XP, DOM-XP, LUK-XP PIC-XP, PIC-6-XP, EMG, POWER-LIMITER, TRH-XP, TPA-XP, SVD001/101, PR1-LT and PR1-BT MULTICENTER V2, AMS001-3, WTB940 / WTB940-AKKU MULTIGATE, MLB, CMD300, MOD-GSM, VPN-FUNK-001, VPN-DSL-001, MOD-LAN-XP W-BM-33K6/ISDN, GTW-XP, GTW-LAN, GTW-LANplus SSC-GSM, C2C, C2C-Modbus, CAN-USB FRIGODATA XP, FRIGODATA ONLINE, FRIGODOC XPRESS, FRIGODATA MOBILE 6 W-LINKpro, W-LINK-CAN, W-LINK REPEATER, FRIGODOC JUNIOR 3, EASYDOCQS 7 TRK277/7 PLUS, TRK277/5ST-PLUS, TRK277/7ST-PLUS, TRK-EEV, TRK-EEV/7ST, TRK277/G2-PLUS, TRK277/ESF T3Sensor, DGF920, DGF960A, DGF980 DAR7, DAR25, DAR40, DAR60, DAR120 RHS950 BSM001, ECA970, IMR950, NT24, TR9-9-4 MGR, BLM05, ZEM, TER, TER-MULTIGATE, ZMAR, ZDAR, W-LINKpro-M1, ZCBxxx USB2COM, PCM-USB, USB connecting cable Bus connection box, CAN repeater, W-LINK-ANT2 CAN bus Product directory Index 8 9 A

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7 FRIGOLINK SYSTEM OVERVIEW 1 1 COMPLEX CONTROL STRATEGIES

8 1 2 HKS-G3 MASTER MODULE FOR COLD LOCATIONS Controller with high-performance controller and large internal memory for complex control and management tasks Simple start-up through parameter setting of cold locations with presettings from the expert database Connection of 8 cold location field modules Frigotakt+ adaptive control process Intelligent EC defrosting Intelligent EEV control with Smartflow+ Control according to representative wares temperature or temperature range Differentiation of unused sensors and faulty sensors Integrated relay outputs Multilingual menu prompting (DE/EN/FR/NL) Graphical display with backlighting and 8 operating keys Bus connection by patch cable Fastening in the installation frame, or individual mounting without frame Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting 4 x yellow LEDs, menu selection Displays 1 x red LED, flashing in case of fault 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version Scope of supply Terminating resistor for the field bus Accessories MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4

9 HKS-G3 MASTER MODULE FOR COLD LOCATIONS 1 3 Control process Thermostat Frigotakt+ PID Constant AT1B 3-point Defrosting EC defrosting Recording of defrost duration and melting time per evaporator Regulated defrost heater for industry cold rooms Defrosting process Forced air defrosting Electric defrosting Hot gas defrosting Cool gas defrosting Defrost start Individual defrosting Follow-on defrosting Channel defrosting Manual defrosting Defrost module FIO001B or FIO-PAT Forced cooling of cold locations Forced shutdown of cold locations Defrosting active signal External initiation of follow-on defrosting Other features Special functions for refrigerators Monitoring of modular refrigerators by alarm sensors Continuous operation monitoring DF double island with medium evaporator Special functions for cold rooms Digital input "Cold room door open" Regulating actual value copy Regulated defrost heater for industry cold rooms Operating and fault list Fault list (50 entries) Operating list (25 entries) Higher-level bus communication Total failure of compound system Day/night signal Clock synchronisation Temperature and relative humidity in showroom Other Automatic summer/winter time switchover Operating hours counter for switching outputs: cooling, defrosting and fan Adjustable sensor balancing for temperature sensors, pressure transmitters and humidity sensors Alarm outputs (Prio 1 + 2) 2 separate internal logging memories with variable time grid (Frigoplot/Dokuplot) and average value calculation (Dokuplot) Alarm Overtemperature and undertemperature warning Monitoring of defrost safety time (optional fault or operating message) Monitoring of door contact switch (optional fault or operating message) High and low humidity warning Operating modes and relay assignment (in combination with field modules) FKR002B FKV003 FKL003 (4) FKD003 FKE003 Thermostat with EEV - X X X (1) X Frigotakt+ with EEV - X X X (1) X PID with EEV - X X X (1) X 3-point with EEV - X X (3) X (1) X 3-point with Rh (3-pt / constant / only Rh - X/X/X X/X/X X/-/- X/-/- control) EEV direct 230V~ (without ATV230) - - X - X K1 Cooling Cooling - (2) Cooling Cooling K2 Defrosting Defrosting Defrosting Defrosting Defrosting K3 Fan Fan Fan Fan Fan K4 - - Fan - - Voltage output EEV, MV solenoids 230V~ - - X (4VA 60VA) - X (4VA 60VA) Glass and frame heating - X (5) X (5) - - (1) Only operation of pulse-width modulated EEVs with ATV230 (2) Cooling: see voltage output line (3) No separate Cooling switching signal (4) Replaces FKL002B and FKP002B (5) Through free display output, e.g. with ECA970

10 1 4 HKS-G4 MASTER MODULE FOR COLD LOCATIONS Controller with high-performance controller and large internal memory for complex control and management tasks Simple start-up through parameter setting of cold locations with presettings from the expert database Connection of 8 cold location field modules Frigotakt+ adaptive control process Intelligent EC defrosting Intelligent EEV control with Smartflow+ Control according to representative wares temperature or temperature range Differentiation of unused sensors and faulty sensors Integrated relay outputs Multilingual menu prompting (DE/EN/FR/NL) Wurm G4 operating concept Innovative user interface with Sticky Keys Graphical display with backlighting, plain text, 6 operating keys and 1 Info key Context-sensitive Help with links to Wurm paperless info App Direct navigation by Quicklink Interchangeable with Frigolink-G3 Bus connection by patch cable Fastening in the installation frame, or individual mounting without frame Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting Displays 1 x red LED, flashing in case of fault, 1 x green LED, for parameter adjustment 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 8.0 Scope of supply Terminating resistor for the field bus Accessories MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4

11 HKS-G4 MASTER MODULE FOR COLD LOCATIONS 1 5 Control process Thermostat Frigotakt+ PID Constant AT1B 3-point Defrosting EC defrosting Recording of defrost duration and melting time per evaporator Regulated defrost heater for industry cold rooms Defrosting process Forced air defrosting Electric defrosting Hot gas defrosting Cool gas defrosting Defrost start Individual defrosting Follow-on defrosting Channel defrosting Manual defrosting Defrost module FIO001B or FIO-PAT Forced cooling of cold locations Forced shutdown of cold locations Defrosting active signal External initiation of follow-on defrosting Other features Special functions for refrigerators Monitoring of modular refrigerators by alarm sensors Continuous operation monitoring Deep-freeze double island with medium evaporator Special functions for cold rooms Digital input "Cold room door open" Regulating actual value copy Regulated defrost heater for industry cold rooms Operating and fault list Fault list (50 entries) Operating list (25 entries) Higher-level bus communication Total failure of compound system Day/night signal Clock synchronisation Temperature and relative humidity in showroom Other Automatic summer/winter time switchover Operating hours counter for switching outputs: cooling, defrosting and fan Adjustable sensor balancing for temperature sensors, pressure transmitters and humidity sensors Alarm outputs (Prio 1 + 2) 2 separate internal logging memories with variable time grid (Frigoplot/Dokuplot) and average value calculation (Dokuplot) Alarm Overtemperature and undertemperature warning Monitoring of defrost safety time (optional fault or operating message) Monitoring of door contact switch (optional fault or operating message) High and low humidity warning Operating modes and relay assignment (in combination with field modules) FKR002B FKV003 FKL003 (4) FKD003 FKE003 Thermostat with EEV - X X X (1) X Frigotakt+ with EEV - X X X (1) X PID with EEV - X X X (1) X 3-point with EEV - X X (3) X (1) X 3-point with Rh (3-pt / constant / only Rh - X/X/X X/X/X X/-/- X/-/- control) EEV direct 230V~ (without ATV230) - - X - X K1 Cooling Cooling - (2) Cooling Cooling K2 Defrosting Defrosting Defrosting Defrosting Defrosting K3 Fan Fan Fan Fan Fan K4 - - Fan - - Voltage output EEV, MV solenoids 230V~ - - X (4VA 60VA) - X (4VA 60VA) Glass and frame heating - X (5) X (5) - - (1) Only operation of pulse-width modulated EEVs with ATV230 (2) Cooling: see voltage output line (3) No separate Cooling switching signal (4) Replaces FKL002B and FKP002B (5) Through free display output, e.g. with ECA970

12 1 6 FKR002B FIELD MODULE FOR COLD LOCATIONS Operation of constant valves V Control of one evaporator per module Fixed input/output assignment for sensors, control inputs and relay outputs Integrated power supply for bus and relay Emergency program in case of bus errors No parameters to be set on the device Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, approx. 5VA Displays 1 x green LED, operating voltage 1 x red LED, flashing in case of fault Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Inputs 24V=, +20% / -10%, about 5mA each input, optocoupler, 1 x cold location off, 1 x 2nd setpoint, 1 x cold room door open 1x cooling, normally closed contact, 230V~, 4(2)A Output relays 1x fan, normally closed contact, 230V~, 4(2)A 1 x defrost, normally open contact, 230V~, 4(2)A Analogue output 1 x V=, non-isolated, max. load 10mA, for constant valves Temperature sensor 3 x TRK277, (standard connection: supply air, return air, defrost limit) Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 290g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 2.3 Accessories ZCB Prefabricated cables and adapters

13 FKV003 FIELD MODULE WITH OUTPUT FOR EEV FOR COLD LOCATIONS 1 7 Control of one evaporator per module Operation of electronic expansion valves: Constant through output V Pulsed, 230V~ / 230V= with ATV230 Connection of an external display Connection of glass and handrail heaters on free display output through ECA970 Fixed input/output assignment for sensors, control inputs and relays Emergency program in case of bus errors No parameters to be set on the device Bus connection by patch cable and screw terminals (4-pin) Replaces FKV002B Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, max. 10VA 1 x green LED, operating voltage Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 1 x red LED, flashing in case of fault Communication 3-wire CAN bus interface, shielded, galvanically isolated Screw terminals and RJ45 socket (2x) Temperature sensor 4 x TRK277, (standard connection: supply air, return air, defrost limit, suction gas) Analogue input mA or V=, output voltage 22V=, max. 22mA (moisture sensor, transmitter) Digital inputs 24V=, +20% / -10%, approx. 5mA per input, 1 x cold location off, 1 x 2nd setpoint, 1 x cold room door open 1x cooling, normally closed contact, 230V~, 4(2)A Output relays 1x fan, normally closed contact, 230V~, 4(2)A 1 x defrost, normally open contact, 230V~, 4(2)A Display / frame heating connection 1 x socket for prefabricated line to display DSP002, DSP100, DSP-LCD, DSP booster or for controlling frame heating through ECA970 Analogue output 1 x V=, non-isolated, max. load 10mA, for constant valves PWM / EEV output 1 x V=, non-isolated, max. load 10mA, for control of electronic relay through ATV230 Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 275g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.60 ATV230 DSP002, DSP100, DSP-LCD DSP booster ECA970 ZCB Control module for electronic expansion valves Remote display for cold locations Remote display for cold locations in thermometer cut-out Electronic load relay Prefabricated cables and adapters Accessories

14 1 8 FKL003 FIELD MODULE WITH SEMICONDUCTOR RELAY FOR EEV FOR ADVANCED FUNCTIONS Control of 2 evaporators and 1 expansion valve per module, such as double islands Operation of an electronic expansion valve - 230V~, pulsed direct - Constant via output V - Pulsed: 230V~ / 230V= with ATV230 Connection of 2 external displays Connection of glass and handrail heaters on free display output through ECA970 Connection of refrigerator lighting Connection of T3Sensor temperature sensors Fixed input/output assignment for sensors, control inputs and relays Emergency program in case of bus errors No parameters to be set on the device Bus connection via patch cable and screw terminals (4-pin) Replaces FKL002B and FKP002B Connection to master module by field bus (CAN bus) Supply voltage Displays Communication Temperature sensor Analogue input Digital inputs Cooling / valve output, semiconductor relay 230V~, +10% / -15%, max. 10VA 1 x green LED, operating voltage 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 1 x red LED, flashing in case of fault 3-wire CAN bus interface, shielded, galvanically isolated Screw terminals and RJ45 socket (2x) 6 x TRK277, (standard connection: 1 x common supply air, 2 x return air, 2 x defrost limit, 1 x suction gas), T3Sensor mA or V=, output voltage 22V=, max. 22mA (moisture sensor, transmitter) 24V=, +20% / -10%, approx. 5mA per input, 1 x cold location off, 1 x 2nd setpoint, 1 x cold room door open 1 x 230V~, 4VA 60VA, note the minimum output! Residual voltage measureable! Integrated semiconductor protection (no isolator) 1x fan, normally closed contact, 230V~, 4(2)A Output relay 1x light, normally closed contact, 230V~, 4(2)A 2 x defrost, normally open contact, 230V~, 4(2)A Display / frame heating connection 2 x socket for prefabricated line to display DSP002, DSP100, DSP-LCD, DSP booster or for controlling frame heating through ECA970 (1x) Analogue output 1 x 0 10V=, non-isolated, max. load 10mA, for constant valves PWM / EEV output 1 x 0 10V=, non-isolated, max. load 10mA, for control of electronic relay through ATV230 Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 285g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.60 Accessories ATV230 DSP002, DSP100, DSP-LCD DSP booster ECA970 ZCB Control module for electronic expansion valves Remote display for cold locations 4x power amplifier for remote display Electronic load relay Prefabricated cables and adapters

15 FKD003 FIELD MODULE FOR INSTALLATION IN REFRIGERATORS FOR COLD LOCATIONS 1 9 Operation of electronic expansion valves, pulsed via ATV230 (valve controller 230V~/=) Control of one evaporator per module Integrated temperature display Tool-free front installation Fixed input/output assignment for sensors, control inputs and relays Emergency program in case of bus errors External power supply through TR9-9-4 Secure connection through prefabricated accessories (ZCB) Front panel with sealed frame for increased splash protection Connection to master module by field bus (CAN bus) Supply voltage Through transformer TR9-9-4 with plug connection Communication 3-wire CAN bus interface, electrically isolated 3 x TRK277/5ST-PLUS or TRK277/7ST-PLUS Temperature sensor (Standard connection: supply air, return air, defrost limit) 1 x TRK-EEV/7ST (suction gas) Analogue input 4 20mA, output voltage 18V=, max. 22mA Digital inputs 3 x potential-free contacts (1 x cold location off, 1 x 2nd setpoint, 1 x cold room door open) Outputs The total current on the output relays must not exceed 6A. 1x cooling, normally closed contact, 230V~, 3(2)A Output relays 1x fan, normally closed contact, 230V~, 3(2)A 1 x defrost, normally open contact, 230V~, 3(2)A 1 x 0 10V=, non-isolated, max. load 1mA Analogue output Alternatively for control of electronic relay ATV230 (Valve 230V~ / =) Housing Plastic Dimensions (WxHxD) 158 x 32 x 75mm Mounting With holding clips and sealing frame in the installation section (120 x 28mm) Ambient temperature Operation: C IP protection class IP54 (front) Weight About 150g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 2.2 Sealing frame, front plate, 2 holding clips ATV230 TR9-9-4 TRK-EEV/7ST TRK277/5ST-PLUS, TRK277/7ST-PLUS ZCB Scope of supply Accessories Control module for electronic expansion valves Transformer for power supply for FKD003, FKE003 and CRD-XP Temperature sensor for suction gas/eev with 7m connecting cable and connecting plug Temperature sensor with 5m or 7m connecting cable and connecting plug Prefabricated cables and adapters

16 1 10 FKE003 FIELD MODULE WITH SEMICONDUCTOR RELAY FOR EEV, FOR INSTALLATION IN REFRIGERATORS FOR COLD LOCATIONS Operation of electronic expansion valves pulsed via integrated electronic relay (valve controller 230V~) or ATV230 (valve controller 230V~/=) Control of one evaporator per module Integrated temperature display Tool-free front installation Fixed input/output assignment for sensors, control inputs and relays Emergency program in case of bus errors External power supply through TR9-9-4 Secure connection through prefabricated accessories (ZCB) Front panel with sealed frame for increased splash protection Connection to master module by field bus (CAN bus) Supply voltage Through transformer TR9-9-4 with plug connection Communication 3-wire CAN bus interface, electrically isolated 3 x TRK277/5ST-PLUS or TRK277/7ST-PLUS Temperature sensor (Standard connection: supply air, return air, defrost limit) 1 x TRK-EEV/7ST (suction gas) Analogue input 4 20mA, output voltage 18V=, max. 22mA 3 x potential-free contact Digital inputs (1 x cold location off, 1 x 2nd setpoint, 1 x cold room door open) Outputs The total current on the output relays and electronic relay must not exceed 6A. 1x cooling, normally closed contact, 230V~, 3(2)A Output relays 1x fan, normally closed contact, 230V~, 3(2)A 1 x defrost, normally open contact, 230V~, 3(2)A 1 x control of a pulse-width modulated EEV, 230V~, 10 60W, note the minimum power output! Electronic semiconductor relay Residual voltage measureable! Integrated semiconductor protection (no isolator) 1 x 0 10V=, non-isolated, max. load 1mA, Analogue output Alternatively for control of electronic relay ATV230 (Valve 230V~ / =) Housing Plastic Dimensions (WxHxD) 158 x 32 x 75mm Mounting With holding clips and sealing frame in the installation section (120 x 28mm) Ambient temperature Operation: C IP protection class IP54 (front) Weight About 150g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 2.2 Scope of supply Sealing frame, front plate, 2 holding clips Accessories ATV230 TR9-9-4 TRK-EEV/7ST TRK277/5ST-PLUS, TRK277/7ST-PLUS ZCB Control module for electronic expansion valves Transformer for power supply for FKD003, FKE003 and CRD-XP Temperature sensor for suction gas/eev with 7m connecting cable and connecting plug Temperature sensor with 5m or 7m connecting cable and connecting plug Prefabricated cables and adapters

17 ATV230 CONTROL MODULE FOR ELECTRONIC EXPANSION VALVES 1 11 AC/DC driver with electronic relay in combination with FKD003, FKE003, FKL003 and FKV003 Connection of one pulsed, electronic expansion valve per module Valve control, either 230V~ or 230V= Additional output range of 4VA 60VA / 4W 60W Switching display via LED Connection ATV230 FKD003 FKE003 FKL003 FKV003 U DC 7 0V 8 ZCB-C/AO-2.0 (brown) ZCB-C/AO-2.0 (white) ZCB-C/AO-2.0 (brown) ZCB-C/AO-2.0 (white) Supply voltage 230V~, +10% / -15% input V=, corresponds to 5 30mA current consumption at the input Valve control output Electronic, either 230V~ or 230V= Rating 4VA 60VA / 4W 60W Maximum continuous load 0.315A tr, protected with microfuse in the device Connection cross section Max. 2.5mm² Housing dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 60g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Control

18 1 12 DSP002 REMOTE DISPLAY FOR COLD LOCATIONS DIGIT HEIGHT 7MM Dimensional drawing of installation section Display of representative wares temperature of the associated field module Status displays for Cooling, Defrosting and Fan Snap-in installation in refrigerators Connection to field module by prefabricated cable Supply voltage From field module or DSP booster Display 4-digit 7-segment display, LED, red, 7mm Status displays for Cooling, Defrosting, Fan Connection 8m display cable with prefabricated plug Housing dimensions (WxHxD) 88 x 32 x 25mm Mounting In the installation section (71 x 29mm), ZDAR Ambient temperature Operation: C, storage: C Weight About 225g CE conformity EU conformity as defined in 2014/30/EU (EMC Directive) Valid from Version 1.3 Accessories DSP booster ZDAR 4x power amplifier for remote display Mounting plate for surface mounting of a DSP002 or DSP100 remote display

19 DSP100 REMOTE DISPLAY FOR COLD LOCATIONS DIGIT HEIGHT 14MM 1 13 Dimensional drawing of installation section Display of representative wares temperature of the associated field module Status displays for Cooling, Defrosting and Fan Snap-in installation in refrigerators Connection to field module by prefabricated cable Supply voltage From field module or DSP booster Display 4-digit 7-segment display, LED, red, 14mm Status displays for Cooling, Defrosting, Fan Connection 7m connecting cable with prefabricated plug Housing dimensions (WxHxD) 88 x 32 x 25mm Mounting In the installation section (71 x 29mm), ZDAR Ambient temperature Operation: C, storage: C Weight About 250g CE conformity EU conformity as defined in 2014/30/EU (EMC Directive) Valid from Version 1.1 DSP booster ZDAR Accessories 4x power amplifier for remote display Mounting plate for surface mounting of a DSP002 or DSP100 remote display

20 1 14 DSP-LCD REMOTE DISPLAY FOR COLD LOCATIONS IN THERMOMETER CUT-OUT Black RAL 9004 Grey RAL 7035 Dimensional drawing of installation section Display of representative wares temperature of the associated field module Status displays for Defrost, Fan and Alarm Snap-in installation in refrigerators Secure connection by prefabricated cable (ZCB) to FKV003, FKL003 and CRD-XP Enclosure option DSP-LCD-BK: Black RAL 9004 DSP-LCD: Grey RAL 7035 Supply voltage From field module or DSP booster Display 3-digit 7-segment display, LCD Connection By prefabricated cable Housing dimensions (WxHxD) 62 x 29 x 18mm Mounting In the installation section (56 x 25mm) Ambient temperature Operation: C, storage: C Weight About 20g CE conformity EU conformity as defined in 2014/30/EU (EMC Directive) Valid from Version Accessories DSP booster ZCB 4x power amplifier for remote display Prefabricated cables and adapters

21 DSP-BOOSTER 4X POWER AMPLIFIER FOR REMOTE DISPLAY 1 15 Signal amplifier for line extension for 4 remote displays (DSP002, DSP100, DSP-LCD) Extension up to 400m Isolated inputs Supply voltage 230V~, +10% / -15%, approx. 4VA Inputs 4 x signal (blade plug) Outputs 4 x signal (screw terminals) 2 x 12V= supply voltage DSPxxx (screw terminals) Housing dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 250g CE conformity EU conformity as defined in 2014/35/EU (Low Voltage Directive) 4 connecting cables DSP/DSP booster (0.5m) Scope of supply ZCB Prefabricated cables and adapters Accessories

22 1 16 SLD140-C SWITCH CARD FOR UNIVERSAL APPLICATIONS 4 switches Manual 0 Automatic Simple labelling of switches by replaceable labelling strips Supply voltage Switch Fusing Output relays Dimensions Housing Mounting Ambient temperature Weight CE conformity 230V~, +10% / -15%, 50Hz., max. 4VA 4 switches Manual 0 Automatic Max. 6A Switch function via relays 4 x changeover contact, 230V~, 4(2)A (WxHxD) 54.5 x 109 x 92mm Plastic, foil In the mounting frame MGR Operation: C, storage: C About 330g EU conformity as defined in 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Accessories MGR Mounting frame for master modules, switch cards and dummy plates

23 SLD243-C SWITCH CARD FOR COLD LOCATIONS switches for switching cold locations on/off 3 LEDs per switch (cooling, defrosting and fault) 2 switch cards per master module HKS-G3/G4 Simple labelling of switches by replaceable labelling strips Supply voltage 230V~, +10% / -15%, 50Hz., max. 4VA Switch 4 x switch on/off Fusing Max. 6A Output relays Switch function via relays 4 x changeover contact, 230V~, 4(2)A Displays 3 LEDs per switch (cooling, defrosting, fault), flashing if fault Communication 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket Dimensions (WxHxD) 54.5 x 109 x 92mm Housing Plastic, foil Mounting In the mounting frame MGR Ambient temperature Operation: C, storage: C Weight About 330g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.0 MGR ZCB Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Accessories

24 1 18 OVERVIEW OF COMPOUND MASTER MODULES Master module type HVB-G3/G4 HVV-G3/G4 HVI-G3/G4 Single-compound master module X - - Double-compound master module - X X Number of controllable field modules Controllable components FVB110B, FVB110-PAT, field module for 1 compressor X X X FVB120B, FVB120-PAT, field module for 2 compressors X X X FVB140B, FVB140-PAT, field module for 4 compressors X X X FVB240B or FVB240-PAT, field module for 4 condenser fans X X X FVB320B or FVB320-PAT, field module for 2 pumps X - X FIO001B or FIO-PAT, universal input and output module X X X FKV003, field module with output for EEV, for heat exchangers X X X SLD243-C, switch card for heat exchangers X X X SLD342-C, switch card for compressors, fans, pumps X X X Control circuits Suction pressure X X X Secondary refrigerant X - X Condensation X X X Pumps secondary refrigerant X - X Electronic expansion valve X X X Free cooler - - X Single machine X - X Control process and functions Suction pressure and secondary refrigerant Standard multiple contact switch with base load change X X X Master-slave for reducing switching cycles in industrial systems - - X Compressor control with frequency converter X X X Standard with variable delay times - - X Frigotakt+ X X X Control of screw-type compressors (constant, intermittent) - - X Pump-out function with system stop X X X Pump-out function for compressor start/stop for - - X single/multiple circuit systems Cross-compound base load change - - X Enthalpy-controlled increase in suction pressure X X X Dynamic flow and return flow control X X X Monitoring of single compressors X - X Suction gas monitoring X X X Condensation Standard for fan stages (in stages and/or constant) X X X Speed and stages (combined) X X X Regulation according to condensation pressure or external X X X temperature Free cooler Standard for fan stages (in stages and/or constant) - - X Speed and stages (combined) - - X Pumps secondary refrigerant Base load switching X - X Fault shutdown with 1 pump X - X Fault changeover with 2 pumps X - X Various running modes for pump control X - X Electronic expansion valves Constant or by pulse-width modulated signal (PWM) X X X Cascade evaporator X X X Suction restrictor X X X

25 HVB-G3 MASTER MODULE FOR COMPOUND SYSTEMS 1 19 Controller with high-performance controller and large internal memory for complex control and management tasks Simple start-up through parameter setting of the systems with presettings from the expert database Connection of 8 compound field modules Control of 16 compressors (depending on compressor type, field module and operating mode) Compressor control according to COP Differentiation of unused sensors and faulty sensors Control circuits: Suction pressure control or secondary refrigerant control Condenser control Control for the secondary refrigerant pumps Control of electronic expansion valves Monitoring of an individual system Control process: Standard multiple contact switch with base load change Compressor control with frequency converter Frigotakt+ Integrated relay outputs Bus connection by patch cable Multilingual menu prompting (DE/EN/FR/NL) Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting Displays 4 x yellow LED menu selection; 1 x red LED, flashing in case of fault 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version Terminating resistor for the field bus Scope of supply MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4 Accessories

26 1 20 HVB-G4 MASTER MODULE FOR COMPOUND SYSTEMS Controller with high-performance controller and large internal memory for complex control and management tasks Simple start-up through parameter setting of the systems with presettings from the expert database Connection of 8 compound field modules Control of 16 compressors (depending on compressor type, field module and operating mode) Compressor control according to COP Differentiation of unused sensors and faulty sensors Control circuits: Suction pressure control or refrigerant control Condenser control Control for the secondary refrigerant pumps Control of electronic expansion valves Monitoring of an individual system Control process: Standard multiple contact switch with base load change Compressor control with frequency converter Frigotakt+ Integrated relay outputs Bus connection by patch cable Multilingual menu prompting (DE/EN/FR/NL) Wurm G4 operating concept Innovative user interface with Sticky Keys Graphical display with backlighting, plain text, 6 operating keys, and 1 Info button Context-sensitive Help with links to Wurm paperless info App Direct navigation by Quicklink Interchangeable with Frigolink-G3 Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with background lighting Displays 1 x red LED, flashing in case of fault, 1 x green LED, for parameter adjustment 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 8.0 Scope of supply Terminating resistor for the field bus Accessories MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4

27 HVV-G3 MASTER MODULE FOR 2 COMPOUND SYSTEMS 1 21 Simple start-up through parameter setting of the systems with presettings from the expert database Connection of 8 compound field modules Control of 16 compressors (depending on compressor type, field module type and operating mode) Compressor control according to COP Differentiation of unused sensors and faulty sensors Control circuits per compound: Suction pressure control Condenser control Control of electronic expansion valves Control process: Standard multiple contact switch with base load change Compressor control with frequency converter Frigotakt+ Integrated relay outputs Bus connection by patch cable Multilingual menu prompting (DE/EN/FR/NL) Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with background lighting Displays 4 x yellow LED menu selection; 1 x red LED, flashing in case of fault 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version Terminating resistor for the field bus Scope of supply MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4 Accessories

28 1 22 HVV-G4 MASTER MODULE FOR 2 COMPOUND SYSTEMS Simple start-up through parameter setting of the systems with presettings from the expert database Connection of 8 compound field modules Control of 16 compressors (depending on compressor type, field module type and operating mode) Compressor control according to COP Differentiation of unused sensors and faulty sensors Control circuits per compound: Suction pressure control Condenser control Control of electronic expansion valves Control process: Standard multiple contact switch with base load change Compressor control with frequency converter Frigotakt+ Integrated relay outputs Bus connection by patch cable Multilingual menu prompting (DE/EN/FR/NL) Wurm G4 operating concept Innovative user interface with Sticky Keys Graphical display with backlighting, plain text, 6 operating keys, and 1 Info button Context-sensitive Help with links to Wurm paperless info App Direct navigation by Quicklink Interchangeable with Frigolink-G3 Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting Displays 1 x red LED, flashing in case of fault, 1 x green LED, for parameter adjustment 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 8.0 Scope of supply Terminating resistor for the field bus Accessories MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4

29 HVI-G3 MASTER MODULE FOR INDUSTRIAL COMPOUND SYSTEMS 1 23 Simple start-up through parameter setting of the systems with presettings from the expert database Connection of 12 compound field modules Control of 16 compressors (depending on compressor type, field module type and operating mode) Compressor control according to COP Differentiation of unused sensors and faulty sensors Control circuits: Suction pressure or secondary refrigerant control Condenser control Control for the secondary refrigerant pumps Control of electronic expansion valves Free cooler Monitoring of an individual system Control process: Standard multiple contact switch with base load change Master-slave for reducing switching cycles in industrial systems Compressor control with frequency converter Standard with variable delay times Frigotakt+ Integrated relay outputs Bus connection by patch cable Multilingual menu prompting (DE/EN/FR/NL) Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting Displays 4 x yellow LED menu selection; 1 x red LED, flashing in case of fault 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, connectible terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, connectible terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version Terminating resistor for the field bus MGR ZCB ZEM Scope of supply Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4 Accessories

30 1 24 HVI-G4 MASTER MODULE FOR INDUSTRIAL COMPOUND SYSTEMS Simple start-up through parameter setting of the systems with presettings from the expert database Connection of 12 compound field modules Control of 16 compressors (depending on compressor type, field module type and operating mode) Compressor control according to COP Differentiation of unused sensors and faulty sensors Control circuits: Suction pressure or secondary refrigerant control Condenser control Control for the secondary refrigerant pumps Control of electronic expansion valves Free cooler Monitoring of an individual system Control process: Standard multiple contact switch with base load change Master-slave for reducing switching cycles in industrial systems Compressor control with frequency converter Standard with variable delay times Frigotakt+ Integrated relay outputs Bus connection by patch cable Multilingual menu prompting (DE/EN/FR/NL) Wurm G4 operating concept Innovative user interface with Sticky Keys Graphical display with backlighting, plain text, 6 operating keys, and 1 Info button Context-sensitive Help with links to Wurm paperless info App Direct navigation by Quicklink Interchangeable with Frigolink-G3 Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage Displays 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting 1 x red LED, flashing in case of fault, 1 x green LED, for parameter adjustment 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 8.0 Scope of supply Terminating resistor for the field bus Accessories MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4

31 FIO001B, FIO-PAT UNIVERSAL INPUT AND OUTPUT MODULE 1 25 FIO001B FIO001-PAT FIO001B: CAN bus connection by plug-in screw terminals FIO-PAT: CAN bus connection via RJ45 CAN patch cable Item options of universal input and output module (communication bus) The functions of the inputs and outputs depend on the respective application! 8 operating or fault messages and control commands 230V~ 4 relay switching outputs at 230V~ Integrated power supply for bus and relay No parameters to be set on the device Setting of the module number by user-friendly rotary switch Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Defrost module features (field bus of HKS-G3/G4) One defrost module per field bus is possible Forced cooling for cold location groups (hot gas and cool gas defrosting) By suppressing the cooling command of all cold locations in a defrost group, additional safety functions can be implemented for the associated compound The digital outputs (K1...K3) are set if a cold location within a defrost group is defrosting Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, approx. 7VA 1 x red LED, flashing in case of fault 1 x green LED, operating voltage Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 8 x yellow LEDs, for signal at the input 4 x green LEDs, for controlling the relays Communication FIO001B 3-wire CAN bus interface, with integrated supply voltage, galvanically isolated Communication FIO-PAT 2 x RJ45 sockets for CAN bus connection, with integrated supply voltage, galvanically isolated Digital inputs 8 x 230V~, galvanically isolated by optocoupler Temperature sensor 2 x TRK277 (outside temperature, cold zone temperature) Analogue input mA, output voltage 18V=, max. 22mA (humidity sensor) Output relays 4 x NO contact 230V~, 4(2)A Analogue output Not used (1x V=, non-isolated, max load 10mA) Connection cross section 2.5mm² Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.30 ZCB Prefabricated cables and adapters Accessories

32 1 26 FIO 24V PAT UNIVERSAL INPUT AND OUTPUT MODULE 8 inputs for operating and fault messages 24V~/= 3 output relays with 230V~ NO contacts, potential-free 24V~ supply Integrated power supply for bus and relay No parameters to be set on the device Setting of the module number by user-friendly rotary switch The functions of the inputs and outputs depend on the respective application! Connection to master module by field bus (CAN bus) Supply voltage 24V~, +10% / -15%, approx. 7VA 1 x red LED, flashing in case of fault 1 x green LED, operating voltage Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 8 x yellow LEDs, for signal at the input 4 x green LEDs, for controlling the relays Communication 3-wire CAN bus interface, with integrated supply voltage, galvanically isolated Digital inputs 8 x 24V~/= (AC/DC24V), galvanically isolated by optocoupler Temperature sensor 2 x TRK277 (outside temperature, cold zone temperature) Analogue input mA, output voltage 18V=, max. 22mA (humidity sensor) Output relay 3 x NO contact 230V~, 4(2)A Analogue output 1x V=, non-isolated, max. load 10mA Connection cross section 2.5mm² Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 2.4 Accessories ZCB Prefabricated cables and adapters

33 OUTPUT STAGES AND OPERATING MODES compressor: FVB110B or FVB110-PAT with HVB, HVI or HVV Power stages per compressor Operating mode 1 Direct (external) Direct (external) with start-up unloading Part-winding start Part-winding start with start-up unloading Star-delta start Star-delta start with start-up unloading 2 Direct (external) Direct (external) with start-up unloading Part-winding start Part-winding start with start-up unloading Cylinder lift Cylinder lift with part-winding start Cylinder lift with star-delta start Cylinder lift with start-up unloading Cylinder lift with part-winding start and start-up unloading 3 Direct (external) Direct (external) with start-up unloading Part-winding start Cylinder lift Cylinder lift with part-winding start Cylinder lift with start-up unloading 4 Direct (external) Cylinder lift XLR Direct (external) XLR Direct (external) with start-up unloading 2 compressors: FVB120B or FVB120-PAT with HVB, HVI or HVV Power stages per compressor Operating mode 1 Direct (external) Direct (external) with start-up unloading Part-winding start 2 Direct (external) Cylinder lift 4 compressors: FVB140B or FVB140-PAT with HVB, HVI or HVV Power stages per compressor Operating mode 1 Direct (external) Unequally graded compressors 1 screw compressor: ASV001 with FVB110B, FVB110-PAT, FVB120B, FVB120-PAT, FVB140B or FVB140-PAT and HVI Control Shift control 6s Shift control 10s Slide control CR4, intermittent

34 1 28 FVB110B, FVB110-PAT FIELD MODULE FOR SWITCHING AND MONITORING 1 COMPRESSOR FVB110B FVB110-PAT Item options FVB 110B: CAN bus connection via plug-in screw terminals FVB110-PAT: CAN bus connection via RJ45 CAN patch cable 4 relay switch outputs 230V~ for 1 compressor 230V~ inputs for operation feedback messages and detailed fault chain monitoring Emergency program in case of bus errors No parameters to be set on the device Control of a screw compressor through ASV001 and HVI-G3/G4 Control of a piston compressor through ASV101 and HVB-G3/G4, HVI-G3/G4, HVV-G3/G4 Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, approx. 7VA 1 x red LED, flashing in case of fault 1 x green LED, operating voltage Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 8 x yellow LEDs, for signal at the input 4 x green LEDs, for controlling the relays Communication FVB110B 3-wire CAN bus interface, with integrated supply voltage, galvanically isolated Communication FVB110-PAT 2 x RJ45 sockets for CAN bus connection, with integrated supply voltage, galvanically isolated Digital inputs 8 x 230V~, galvanically isolated by optocoupler Temperature sensor 1 x TRK277, F1 for suction gas temperature sensor T s 1 x DGF, F2 for final compression temperature T cp Analogue input mA, output voltage 18V=, max. 22mA, suction pressure P 0 Output relays 4 x NO contact 230V~, 4(2)A Analogue output 1 x V=, non-isolated, max. load 10mA Connection cross section 2.5mm² Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.30 Accessories ASV001 ASV101 ZCB Control module for screw compressors Control module for piston compressors Prefabricated cables and adapters

35 ASV001 CONTROL MODULE FOR SCREW COMPRESSORS 1 29 For industrial compound systems in combination with HVI-G3/G4 and FVB110B, FVB110-PAT, FVB120B, FVB120-PAT, FVB140B or FVB140-PAT Stepless output control (slide control by pulsed SV) Power regulation by intermittent CR4 operation One module per screw compressor Operating mode selected by slide switch (constant, intermittent) Switching display via LED Supply voltage 230V~, +10% / -15%, approx. 3VA Enable input 230V~, +10% / -20% Analogue control output V= Control outputs for the solenoid valves + and - Electronic, 230V~, W each Maximum continuous load 0.75A, integrated semiconductor protection (no isolator) Connection cross section 2.5mm² Housing dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 60g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 1.1

36 1 30 ASV101 CONTROL MODULE FOR RECIPROCATING COMPRESSORS Driver with electronic relay For compound systems in combination with Frigolink compound master modules HVB-G3/G4, HVI-G3/G4, HVV-G3/G4 and FVB110B, FVB110-PAT, FVB120B, FVB120-PAT, FVB140B or FVB140-PAT Almost stepless output control One module per compressor Operating mode selection by slide switch (EXTERNAL, PWM) Switching display via LED Supply voltage 230V~, +10% / -20%, approx. 7VA Enable input 230V~, +10% / -20% Analogue control output V= Control outputs for the solenoid valves + and - Electronic, 230V~, each VA Maximum continuous load 0.315A, integrated semiconductor protection (no isolator) Connection cross section 2.5mm² Housing dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 60g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 1.0.0

37 FVB120B, FVB120-PAT FIELD MODULE FOR SWITCHING AND MONITORING 2 COMPRESSORS 1 31 FVB120B FVB120-PAT FVB 120B: CAN bus connection via plug-in screw terminals FVB120-PAT: CAN bus connection via RJ45 CAN patch cable 4 relay switch outputs 230V~ for 2 compressors 230V~ inputs for operation feedback messages and detailed fault chain monitoring Control of a screw compressor through ASV001 and HVI-G3/G4 Control of a piston compressor through ASV101 and HVB-G3/G4, HVI-G3/G4, HVV-G3/G4 Emergency program in case of bus errors No parameters to be set on the device Connection to master module by field bus (CAN bus) Item options Supply voltage 230V~, +10% / -15%, approx. 7VA 1 x red LED, flashing in case of fault 1 x green LED, operating voltage Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 8 x yellow LEDs, for signal at the input 4 x green LEDs, for controlling the relays Communication FVB120B 3-wire CAN bus interface, with integrated supply voltage, galvanically isolated Communication FVB120-PAT 2 x RJ45 sockets for CAN bus connection, with integrated supply voltage, galvanically isolated Digital inputs 8 x 230V~, galvanically isolated by optocoupler Temperature sensor 1 x TRK277, F1 for cold zone temperature T u 1 x TRK277, F2 for suction gas temperature T s Analogue input mA, output voltage 18V=, max. 22mA, suction pressure P 0 Output relays 4 x NO contact 230V~, 4(2)A Analogue output 1 x V=, non-isolated, max. load 10mA Connection cross section 2.5mm² Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.30 ASV001 ASV101 ZCB Control module for screw compressors Control module for piston compressors Prefabricated cables and adapters Accessories

38 1 32 FVB140B, FVB140-PAT FIELD MODULE FOR SWITCHING AND MONITORING 4 COMPRESSORS FVB140B FVB140-PAT Item options FVB 140B: CAN bus connection via plug-in screw terminals FVB140-PAT: CAN bus connection via RJ45 CAN patch cable 4 relay switch outputs 230V~ for 4 compressors 230V~ inputs for operation feedback messages and detailed fault chain monitoring Control of a screw compressor through ASV001 and HVI-G3/G4 Control of a piston compressor through ASV101 and HVB-G3/G4, HVI-G3/G4, HVV-G3/G4 Emergency program in case of bus errors No parameters to be set on the device Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, approx. 7VA 1 x red LED, flashing in case of fault 1 x green LED, operating voltage Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 8 x yellow LEDs, for signal at the input 4 x green LEDs, for controlling the relays Communication FVB140B 3-wire CAN bus interface, with integrated supply voltage, galvanically isolated Communication FVB140-PAT 2 x RJ45 sockets for CAN bus connection, with integrated supply voltage, galvanically isolated Digital inputs 8 x 230V~, galvanically isolated by optocoupler Temperature sensor 1 x TRK277, F1 for cold zone temperature T u 1 x TRK277, F2 for suction gas temperature T s Analogue input mA, output voltage 18V=, max. 22mA, suction pressure T o Output relays 4 x NO contact 230V~, 4(2)A Analogue output 1 x V=, non-isolated, max. load 10mA Connection cross section 2.5mm² Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.30 Accessories ASV001 ASV101 ZCB Control module for screw compressors Control module for piston compressors Prefabricated cables and adapters

39 FCI001 FIELD MODULE FOR COMPOUND CONTROL OF 8 BITZER COMPRESSORS WITH FREQUENCY CONVERTERS 1 33 Integrated frequency converter control Connection of the frequency converters via electrically isolated RS485 bus Emergency program in case of bus errors No parameters to be set on the device Database with parameter sets for easy parameterisation of the connected frequency converters Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, approx. 4VA 1 x green LED, operation Displays 1 x green LED, data 1 x yellow LED, timeout 1 x red LED, alarm Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated, switchable terminating resistor for CAN-bus Communication RS485 3-wire RS485 interface, electrically isolated, with switchable complete termination for connection of the frequency converters Housing dimensions (WxHxD) 90 x 128 x 50mm Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 350g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 2.2

40 1 34 FVB240B, FVB240-PAT FIELD MODULE FOR SWITCHING AND MONITORING 4 CONDENSER FANS FVB240B FVB240-PAT Item options FVB 240B: CAN bus connection via plug-in screw terminals FVB240-PAT: CAN bus connection via RJ45 CAN patch cable 1 relay switch output 230V~ per fan Fixed input/output assignment for sensors, control inputs and relay outputs 230V~ inputs for operation feedback messages and fault chain monitoring Emergency program in case of bus errors Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, approx. 7VA 1 x red LED, flashing in case of fault 1 x green LED, operating voltage Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 8 x yellow LEDs, for signal at the input 4 x green LEDs, for controlling the relays Communication FVB240B 3-wire CAN bus interface, with integrated supply voltage, galvanically isolated Communication FVB240-PAT 2 x RJ45 sockets for CAN bus connection, with integrated supply voltage, galvanically isolated Digital inputs 8 x 230V~, galvanically isolated by optocoupler Temperature sensor 1 x TRK277, F1 for external temperature T a 1 x DGF, F2 for deheating temperature T deh Analogue input mA, output voltage 18V=, condensation pressure T c Output relays 4 x NO contact 230V~, 4(2)A Analogue output 1 x V=, non-isolated, max. load 10mA Connection cross section 2.5mm² Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.30 Accessories ZCB Prefabricated cables and adapters

41 FVB320B, FVB320-PAT FIELD MODULE FOR MONITORING 2 SECONDARY REFRIGERANT PUMPS 1 35 FVB320B FVB320-PAT FVB 320B: CAN bus connection via plug-in screw terminals FVB320-PAT: CAN bus connection via RJ45 CAN patch cable 1 relay switch output 230V~ per pump Fixed input/output assignment for sensors, control inputs and relay outputs 230V~ inputs for operation feedback messages and fault chain monitoring Emergency program in case of bus errors Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, approx. 7VA 1 x red LED, flashing in case of fault 1 x green LED, operating voltage Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 8 x yellow LEDs, for signal at the input 4 x green LEDs, for controlling the relays Communication FVB320B 3-wire CAN bus interface, with integrated supply voltage, galvanically isolated Communication FVB320-PAT 2 x RJ45 sockets for CAN bus connection, with integrated supply voltage, galvanically isolated Digital inputs 8 x 230V~, galvanically isolated by optocoupler Temperature sensor 1 x TRK277, F1 for return flow temperature T Return 1 x TRK277, F2 for supply flow temperature T Flow Analogue input mA, output voltage 18V= Output relays 4 x NO contact 230V~, 4(2)A Analogue output 1 x V=, non-isolated, max. load 10mA Connection cross section 2.5mm² Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.30 Item options ZCB Prefabricated cables and adapters Accessories

42 1 36 SLD342-C SWITCH MODULE FOR COMPRESSORS, FANS AND PUMPS 4 switches Manual 0 Automatic 2 LEDs per switch: operation and fault 12 switch cards per master module HVB-G3/G4, HVV-G3/G4 and HVI-G3/G4 Simple labelling of switches by replaceable labelling strips Connection to master module by field bus (CAN bus) Supply voltage 230V~, +10% / -15%, 50Hz., max. 4VA Switch 4 switches Manual 0 Automatic Fusing Max. 6A Output relays Switch function via relays 4 x changeover contact, 230V~, 4(2)A Displays 2 x LEDs per switch (operation, fault), flashing in the event of fault Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket Dimensions (WxHxD) 54.5 x 109 x 92mm Housing Plastic, foil Mounting In the mounting frame MGR Ambient temperature Operation: C, storage: C Weight About 360g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 3.0 Accessories MGR ZCB Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters

43 HMU-G3 MASTER MODULE WITH ANNUAL TIME SWITCH FOR RECORDING FAULT AND OPERATING MESSAGES 1 37 Annual time switch with 18 switching channels and 64 switching points per channel 6 direct time switch channels (NO contact) Extendable with 3 field modules (FIO001B, FIO-PAT) for additional outputs and message inputs Graphical display with backlighting and 8 operating keys Bus connection by patch cable Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting 4 x yellow LEDs, menu selection Displays 1 x red LED, flashing in case of fault 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 7.61 Terminating resistor for the field bus FIO001B, FIO-PAT MGR ZCB ZEM Scope of supply Accessories Universal input and output module Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4

44 1 38 HCO 2 MASTER MODULE FOR PROCESS CONTROL OF CO 2 REFRIGERATION SYSTEMS WITH TWO-STAGE PRESSURE REDUCTION High and medium pressure control Gas cooling fan control Additional control circuits for: Load shedding Desuperheater Post-injection Refrigerant monitoring Heat recovery including heat quantity calculation and process evaluation Pressure monitoring Connection of 2 or 3 field modules of the FKVxxx type required, depending on the selected scope of functions Integrated relay outputs Graphical display with backlighting and 8 operating keys Bus connection by patch cable Fastening in the installation frame, or individual mounting without frame Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting 4 x yellow LEDs, menu selection Displays 1 x red LED, flashing in case of fault 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 2.7 Scope of supply Terminating resistor for the field bus Accessories MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4

45 HVL-G3 UNIVERSALLY PROGRAMMABLE MASTER MODULE 1 39 Programming by your sales partner Connection of 16 field modules (max. 16 x FIO001B, FIO-PAT, max. 8 x FKV003) Graphical display with backlighting and 8 operating keys Differentiation of unused sensors and faulty sensors Bus connection by patch cable Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP High safety thanks to galvanically isolated field bus (CAN-bus) to connect the field modules Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Graphical display with backlighting 4 x yellow LEDs, menu selection Displays 1 x red LED, flashing in case of fault 1 x yellow LED for operating status of communication bus 1 x yellow LED for operating status of field bus Communication bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Communication field bus 3-wire CAN bus interface, shielded, galvanically isolated Push-in terminals 2.5mm² and RJ45 socket, switchable terminating resistor Digital inputs 6 x 24V=, self-powered, approx. 5mA per input, push-in terminals, 2.5mm² Digital outputs 8 x normally open contact with common supply, 1A, rated voltage 230V~, push-in terminals 2.5mm² Dimensions (WxHxD) 109 x 109 x 92mm Housing Plastic, foil Mounting In MGR installation frame, individual installation with ZEM Ambient temperature Operation: C, storage: C Weight About 650g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version Terminating resistor for the field bus MGR ZCB ZEM Mounting frame for master modules, switch cards and dummy plates Prefabricated cables and adapters Tension device for frameless installation of master modules G3 and G4 Scope of supply Accessories

46 1 40 ANI-1F1 MODULE FOR PROCESS CONTROL OF CO 2 REFRIGERATION SYSTEMS WITH COMPOUND AND GAS COOLER CONTROL

47 ANI-1F1 MODULE FOR PROCESS CONTROL OF CO 2 REFRIGERATION SYSTEMS WITH COMPOUND AND GAS COOLER CONTROL 1 41 Standard compound controller with 3 compressors controlled by evaporation temperature Compressor 1 constant (FC), compressors 2 and 3 directly controlled Simple base load switching Monitoring of suction gas temperature and minimum suction pressure Oscillation protection function Blocking time after compressor fault Two-stage load shedding and fast return flow Operating hours counter for each compressor Deep-freeze compressor control after pump-down High and medium pressure control Gas cooling fan control Additional control circuits for: Load shedding Desuperheater Fluid post-injection Refrigerant monitoring Heat recovery Pressure monitoring Integrated relay outputs Digital inputs 230V~ Bus connection by patch cable Rail mounting Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Accessories Operating element Supply voltage 230V~, +10% / -15%, 50Hz., max. 13VA Optional control element with graphic display Displays 1 x LED (green/red), operating voltage: green, fault: red 4 x LED (green), CAN bus data traffic (CAN Tx, CAN Rx) Sensors 16 x DGF/TRK Communication bus 3-wire CAN bus interface, shielded, electrically isolated, screw terminals 2.5mm2 and RJ45 socket Communication field bus 3-wire CAN bus interface, shielded, electrically isolated, screw terminals 2.5mm2 and RJ45 socket Analogue inputs 5 x 4 20mA, 23V= supply voltage 2 x 0 10V= Digital inputs 20 x potential-free for 230V~ (neutral conductor N per input) Analogue outputs 5 x V=, non-isolated, max. load 10mA 2 x mechanical relays 4(2)A@230V~ (changeover contact) Digital outputs 12 x mechanical relays 4(2)A@230V~ (NO contact) 4x semiconductor relays VA@230V~ Housing dimensions (WxHxD) 270 x 80 x 165 Housing Plastic Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 1125g EU conformity as defined in CE conformity 2014/30/EU (EMC Directive) 2014/35/EU (Low Voltage Directive) Valid from Version 1.0.5

48 1 42

49 FRIGOENTRY SYSTEM OVERVIEW 2 1

50 OVERVIEW OF COLD LOCATION CONTROL 2 2 Cold location controller CRS-XP CRC-XP CRD-XP Installation DIN profile DIN profile Cabinet installation Control circuits Sensor inputs Digital inputs Relay outputs V output - - X Input for door contact switch (opening or closing) X X X Power supply Integrated X X - Through transformer TR X Thermostatic control X X X Weighted control X X X Independent day/night switchover - - X 2nd setpoint via digital input X X X 3-point control (heating/cooling) - X X Shock freezing X X X Fan Thermal fan control X X X Clocked fan control X X X Defrosting Electric, hot gas, cool gas defrosting X X X Forced air defrosting X X X Adjustable defrost times Defrost synchronisation of several controllers X X X Repetition every 1-7 days adjustable X X X Alarm output (depending on set operating mode) X X X Real-time clock with power failure bridging X X X

51 CRC-XP COLD LOCATION CONTROLLER FOR CONVENTIONAL SYSTEMS, UP TO 4 CONTROL CIRCUITS (EVAPORATOR) 2 3 Control functions for 4 cold locations / evaporators Suitable for all cold locations, such as cold rooms and refrigerators Basic functional sequences and parameters preprogrammed through selection of cold location type Operating modes for 3-point control 2nd setpoint via digital input Different weightings selectable for 2 control sensors in day and night operation Intelligent fan control Thermal fan control and draining time after defrosting Suitable for electric, forced air, hot gas and cold gas defrosting Defrost control via real-time clock with power reserve Simple defrost synchronisation of multiple control units (master-slave) For 8 defrost times, daily or only every xth day Plug-in screw terminals Large data memory for temperature history Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Temperature sensor 4 x TRK277, T3000, T2015, DGF, K243, TF 201 / TF 231 Digital inputs 4 x voltage-free Output relay 4 x relay 230V~, NO contacts, 230V~ 4(2)A Temperature control Thermostat method Cooling operation Forced air, electric, hot gas, cold gas Central unit Single-chip microcomputer, data memory and quartz clock with 5000h power reserve Monitoring system Monitoring of connected sensors Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C Weight About 450g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version Order option Front plates available in various languages: German (default), English, French, Dutch, Romanian, Russian, Czech

52 CRC-XP PARAMETER LIST FROM V Left menu column Default Min. Max. Right menu column Default Min. Max. P01 Actual value 1 P09 Actual value 3 P02 Setpoint 1-20 C -50 C +150 C P10 Setpoint 3 5 C -50 C +150 C P03 Switching difference 1 3K 1K 6K P11 Switching difference 3 3K 1K 6K P04 Actual value 2 P12 Actual value 4 P05 Setpoint 2-20 C -50 C +150 C P13 Setpoint 4 5 C -50 C +150 C P06 Switching difference 2 3K 1K 6K P14 Switching difference 4 3K 1K 6K P07 Alarm priority 1 0: Off 3 P15 Operating mode 1;1 1;1 1;5 P08 Address P16 SW version No. Parameter Default Min. Max. No. Parameter Default Min. Max. P17 Time hh:mm 00:00 23:59 P75 Undertemperature 3 5K 2K 50K P18 Date DD:MM P76 Operation of cold location 3 ON OFF ON P19 Year YYYY P77 Emergency operation 3 80% 0% 100% P20 Actual value sensor F1 P78 Alarm delay time 60min 0min 120min P21 Actual value sensor F2 P79 Alarm delay after defrosting 90min 0min 180min P22 Actual value sensor F3 P80 HACCP ON OFF ON P23 Actual value sensor F4 P81 Operating time 0% 100% P24 Defrost type EL AIr CG P82 Last defrost duration P25 Defrost time 1 06:00 --:-- 23:59 P83 Last melting time P26 Defrost time 2 20:00 --:-- 23:59 P84 Night increase 4 0K -10K +30K P27 Defrost time 3 --:-- --:-- 23:59 P85 Overtemperature 4 5K 2K 50K P28 Defrost time 4 --:-- --:-- 23:59 P86 Undertemperature 4 5K 2K 50K P29 Defrost time 5 --:-- --:-- 23:59 P87 Operation of cold location 4 ON OFF ON P30 Defrost time 6 --:-- --:-- 23:59 P88 Emergency operation 4 80% 0% 100% P31 Defrost time 7 --:-- --:-- 23:59 P89 Alarm delay time 60min 0min 120min P32 Defrost time 8 --:-- --:-- 23:59 P90 Alarm delay after defrosting 90min 0min 180min P33 Repetition of defrost times 1day 1day 7day P91 HACCP ON OFF ON P34 Limit time circuit 1 / evaporator 1 45min 0min 180min P92 Fan delay 0min 0min 10min P35 Limit time circuit 2 / evaporator 2 45min 0min 180min P93 Fan run-up time 0min 0min 10min P36 Limit time circuit 3 45min 0min 180min P94 Minimum run time 0min 0min 15min P37 Limit time circuit 4 45min 0min 180min P95 Minimum downtime 0min 0min 15min P38 Limit temp. circuit 1 / evaporator 1 8 C 0 C 40 C P96 Max. cooling interruption when door open 15min 0min 240min P39 Limit temp. circuit 2 / evaporator 2 8 C 0 C 40 C P97 Display resolution 0.1K 0.1K 1K P40 Draining time circuit 1 / evaporator 1 0min 0min 10min P98 Storage cycle for internal 15min 1min 15min data memory P41 Draining time circuit 2 / evaporator 2 0min 0min 10min P99 Autom. time switchover ON OFF ON P42 Operating time 0% 100% P100 Bus alarm ON OFF ON P43 Last defrost duration P101 Direction of action of alarm relay nc no nc P44 Last melting time P102 Setting of day/night signal bus inp bus P45 Night increase 1 0K -10K +30K P103 Number of control sensors P46 2nd setpoint control circuit 1-20 C -50 C +150 C P104 Sensor type P47 Overtemperature 1 5K 2K 50K P105 Adjustment of sensor F1 0K -12K +12K P48 Undertemperature 1 5K 2K 50K P106 Adjustment of sensor F2 0K -12K +12K P49 Operation of cold location 1 ON OFF ON P107 Adjustment of sensor F3 0K -12K +12K P50 Emergency operation 1 80% 0% 100% P108 Adjustment of sensor F4 0K -12K +12K P51 Weighting, day 50% 0% 100% P109 Relay test P52 Weighting, night 50% 0% 100% P110 Relay status oooo IIII P53 Alarm delay time 60min 0min 120min P111 Door contact function --:no --:no n :nc P54 Alarm delay after defrosting 90min 0min 180min P55 HACCP ON OFF ON P56 Operating time 0% 100% P57 Last defrost duration P58 Last melting time P59 Night increase 2 0K -10K +30K P60 2nd setpoint control circuit 2-20 C -50 C +150 C P61 Overtemperature 2 5K 2K 50K P62 Undertemperature 2 5K 2K 50K P63 Operation of cold location 2 ON OFF ON P64 Emergency operation 2 80% 0% 100% P65 Weighting, day 50% 0% 100% P66 Weighting, night 50% 0% 100% P67 Alarm delay time 60min 0min 120min P68 Alarm delay after defrosting 90min 0min 180min P69 HACCP ON OFF ON P70 Operating time 0% 100% P71 Last defrost duration P72 Last melting time P73 Night increase 3 0K -10K +30K P74 Overtemperature 3 5K 2K 50K

53 CRD-XP COLD LOCATION CONTROLLER FOR INSTALLATION IN REFRIGERATOR OR CONTROL CABINET DOORS 2 5 Suitable for all cold location types, such as cold rooms and refrigerators Superheating and constant temperature control in combination with separate EEV module Connection for 3 temperature sensors (supply air, return air and limit sensors) Weighting of 2 control sensors 2nd setpoint and independent day / night changeover Input for door contact switch with adjustable timed interruption of cooling Shock freeze function Forced air, electric, hot or cold gas defrost Synchronised defrost of several cold location controllers Defrosting over fixed times or cyclical interval Thermostatic fan control Run-up, run-down function of the fan control Mode-dependent fan control through analogue output with adjustable speeds Oscillation protection and runtime monitoring Compressor protection activated through digital input 3-point control, e.g. for heating function Built-in real-time clock with power reserve Large data memory for temperature history Quick installation Direct connection of a CAN USB to the service socket Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage Through transformer TR9-9-4 Digital inputs 2 x potential-free (multi-function inputs) Temperature sensor 3 x TRK277, T3000, T2015, DGF, K243 1 x fan, NO contact, 230V~, 3(2)A Output relays 1 x cooling, NO contact, 230V~, 3(2)A 1 x defrosting, NO contact, 230 V~, 3(2)A Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated, service socket Communication EEV data 4-wire RS485 interface with supply voltage, electrically isolated Analogue output Min. load resistance Accuracy 1 x 0 10V=, non-isolated, short-circuit proof 2.5kΩ / 10kΩ <3% / <1% Connections Spring-loaded terminals Housing Plastic Dimensions (WxHxD) 158 x 32 x 75mm Mounting In installation section with holding clips and sealing frame, 28 x 120mm Ambient temperature Operation: C, storage: C Weight About 150g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version Sealing frame, front plate, 2 holding clips Scope of supply DSP002, DSP100, DSP-LCD Remote display for cold locations DSP-Booster 4x power amplifier for remote display EEV module Control module for electronic expansion valves TR9-9-4 Transformer for power supply for FKD003, FKE003 and CRD-XP ZCB Prefabricated cables and adapters Accessories

54 CRD-XP PARAMETER LIST STARTING FROM V Standard level: actual values and setpoints Standard level: actual values and setpoints P0 Control actual value [ C] P5 Actual value sensor 3 [ C] P1 Control setpoint [ C] P6 Defrost duration [min] P2 Setpoint [ C] P7 Melting time [min] P3 Actual value sensor 1 [ C] P8 Operating time [%] P4 Actual value sensor 2 [ C] P9 Manual defrosting OFF OFF ON No. Parameter Default Min. Max. No. Parameter Default Min. Max. Advanced level: Control Advanced level: Display P10 Hysteresis [K] P61 Standard display P00 P00 P109 P11 Setpoint maximum [ C] P62 Display resolution [ C] P12 Setpoint minimum [ C] Advanced level: General P13 Setpoint shift [ C] P63 Memory cycle [min] P14 2nd setpoint [ C] P64 Address Advanced level: Defrost control P65 Enable manual defrost P15 Defrost type Air Air HG o P66 Relay test P16 Time [hh:mm] P67 Date [dd.mm] P17 Own defrost times ON OFF ON P68 Year [yyyy] P18 1st defrost time [hh:mm] 06:00 --:-- 23:59 P69 Sensor type P19 2nd defrost time [hh:mm] 20:00 --:-- 23:59 P70 Cold location off ON ON OFF P20 3rd defrost time [hh:mm] --:-- --:-- 23:59 P71 Bus alarm OFF OFF ON P21 4th defrost time [hh:mm] --:-- --:-- 23:59 P72 HACCP ON OFF ON P22 5th defrost time [hh:mm] --:-- --:-- 23:59 P73 Remote display OFF OFF ON P23 6th defrost time [hh:mm] --:-- --:-- 23:59 P74 Software version P24 Defrost limit temperature [ C] P75 Sensor plausibility check OFF OFF ON P25 Defrost time limit [min] P76 Door alarm delay [min] P26 Draining time [min] P77 Alarm delay for dig. input [min] P27 Time between 2 defrosts [h] P78 Operating mode, defrost relay 2dEF 2dEF 3 h-d P28 Repetition of defrost times [d] P79 Analogue output function ALnc Std ALno P29 Display during defrosting defr defr t:l P80 Fan speed [%] Advanced level: Fan control P81 Night speed [%] P30 Fan control (not when defrosting) P82 Defrost speed [%] P31 Fan setpoint for thermostatic fan control [ C] P83 Shock freeze speed [%] P32 Fan hysteresis for therm. fan control [K] P84 Fan relay ON from speed [%] P33 Fan behaviour during defrost P85 Analogue output [%] P34 Fan delay following defrost [min] Advanced level: EEV control P35 Fan run-up time [min] P86 Valve type Th Th EEv6 P36 Fan run-down time [min] P87 Refrigerant* Advanced level: Cooling P88 Suction pressure transmitter 0:7 0:7 0:60 P37 Cooling interruption when door open Compound number / compound [min] P89 controller address P38 Minimum downtime [min] P90 Pressure transmitter offset [K] P39 Minimum run time [min] P91 Current superheating [K] P40 Maximum run time [min] P92 Current evaporation temperature [ C] Current evaporation temperature of P93 P41 Defined downtime [min] compound controller [ C] P42 Switch-on time in case of fault [min] P94 Suction gas temperature [ C] P43 Downtime in case of fault [min] P95 Adjustment signal EEV [%] Advanced level: Alarms P96 Superheating setpoint [K] P44 Alarm delay [min] P97 Minimum superheating [K] P45 Alarm delay long [min] P98 MOP [ C] P46 Alarm priority P99 P-band superheating [K] P47 Overtemperature alarm [K] P100 Tn superheating [s] P48 Undertemperature alarm [K] P101 Tv superheating [s] P49 Fan relay function Std Std Alno P102 Control signal in emergency operation Advanced level: Digital inputs P103 Adjustment Ts [K] P50 Meaning of input P104 Adjustment Po [bar] P51 Status of dig. input 1 P105 Control process P52 Meaning of input P106 P-band cold location control [K] P53 Status of dig. input 2 P107 Tn cold location control [s] Advanced level: Sensor parameters P108 Po cold location [bar] P54 Function F1/F P109 Deviation from control setpoint P55 Function F P110 Pause unit P56 Adjustment F1 [K] P111 Min. downtime for compressor protection P57 Adjustment F2 [K] P112 Max. activations of compressor P58 Adjustment F3 [K] P113 Number of re-activations exceeded [min] P59 Return air weighting in Day mode [%] P114 P60 Return air weighting in Night mode Oscillation protection also when door open OFF OFF ON * Usable refrigerants: R22, R32, R134a, R290, R402A, R404A, R407A, R407B, R407C, R407F, R410A, R448A, R449A, R450A, R502, R507, R508, R513A, R600a, R717 and R744

55 CRS-XP COLD LOCATION CONTROLLER FOR 1 OR 2 EVAPORATORS 2 7 Control functions for 2 cold locations Cold location controller for cold rooms Basic functional sequences and parameters preprogrammed through selection of cold location type 2nd setpoint via digital input Weighting of 2 control sensors Intelligent fan control Thermal fan control and draining time after defrosting Electric, forced air, hot gas and cold gas defrosting Simple defrost synchronisation of several controllers 4 defrost times possible Defrost control via real-time clock with power reserve Large data memory for temperature history Plug-in screw terminals Direct connection of a CAN USB to the service socket Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~ +10% / -15%, approx. 5VA Temperature sensor 4 x TRK277, T3000, T2015, DGF, K mA, Digital inputs 4 x potential-free 1 x tied to potential (defrost synchronisation) Output relay 4 x NO contact, 230V~ 4(2)A Central unit Single-chip microcomputer, data memory and quartz clock with 5000h power reserve Monitoring system Monitoring of connected sensors Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electronically separated, service socket Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 450g CE conformity EU conformity as defined in: /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version Front plates available in various languages: German (standard), English, French, Italian Order option

56 EEV module CONTROL MODULE FOR ELECTRONIC EXPANSION VALVES 2 8 Control via date interface of a CRD-XP 1 digital switching channel and 1 analogue voltage output 1 input for temperature sensor and 1 input for pressure transmitter No parameters need to be set Supply voltage 230V~ +10% / -15%, approx. 2.6VA Temperature sensor 1 x TRK-EEV/7ST Analogue input 4 20mA 1 x 230V~, 4VA 60VA, note the minimum output! Semiconductor relay output Residual voltage measurable! Integrated semiconductor protection (no isolator). Analogue output 0 10V=, non-isolated, max. load 1mA Central unit Single-chip microcomputer Monitoring system Monitoring of communication, microcontroller self-monitoring Communication Serial interface Dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 300g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.30 Accessories TRK-EEV/7ST ZCB Temperature sensor for suction gas/eev with 7m connecting cable and connecting plug Prefabricated cables and adapters

57 OVERVIEW OF COMPOUND CONTROL Compound controller DCC-XP DCT-XP DSC-XP Installation DIN profile DIN profile DIN profile Suction pressure control X - X Secondary refrigerant control - X - Digital scroll compressor control - - X Condensation pressure control X X X 2 9 Analogue input (0...10V=) X - X Digital inputs Setpoint increase X X X Fast return X X X Emergency shutdown (2x available) - - X Multifunction input 1 2 Peak load shedding X X - Pumpout X - X Multifunction input 2 2 Peak load shedding X - - Alarm: closed circuit principle X X - Alarm: open circuit principle X X - Gas level X - - Output relay Analogue output (0...10V) X X X Electronic output (230V~, max. 25VA for solenoid valve coil) - - X Multiple contact switch for 4 switched condenser fans with ADC X X X Voltage-controlled frequency converter with control module CFU X - - Setpoint shift with enthalpy shift module TRS X - X Stand-alone operation with alarm relay ALC X X X Control process DCC-XP DCT-XP DSC-XP Suction pressure X X - Suction pressure with PI control With CFU - PWM Media temperature control (flow, return, average), reversal of direction of action - X - Voltage control X - X Frigotakt (DF/NC) X - - Operating modes DCC-XP DCT-XP DSC-XP Compressor and number of stages (C, S) C S C S C S Equal compressors with base load change Unequally graded compressors stage compressors, 2 windings , 3 2-stage compressors with cylinder lift off , 3 Compressors without base load switchover stage compressors, 3 windings 1, 2 3, 6 1, 2 3, stage compressors with cylinder lift off 1, 2 3, 6 1, 2 3, Equal compressors with base load change, one of which with cylinder shutoff Equal compressors with base load change and 1 constant compressor with CFU constant *1: Only possible with master/slave *2: Only one function selectable per multifunction input *3: Connection of a temperature sensor integrated with the compressor (with characteristic curve) *4: Only one function selectable *5: Digital scroll compressor is always activated first

58 OVERVIEW OF COMPOUND CONTROL 2 10 Functions DCC-XP DCT-XP DSC-XP 8 output stages with 2nd compound controller (master/slave) X X - Frost protection - X - Cyclical forced startup for condenser fans X X X Display of compressor run times X X X Monitoring Condensation pressure transmitter X X X Suction pressure transmitter X X X Compressor shutdown X - X Compound shutdown X - X Adjustable alarm delay for multifunction inputs X X - Adjustable alarm priority X X X Alarm delay for suction gas monitoring X - - Adjustable pressure transmitter type: bar / 0 25bar / 0 40bar / X/X/X/- X/X/-/- X/X/X/X 0 60bar Adjustable temperature sensor type: TRK/DGF X/- X/X -/- 3 Optional temperature sensor (suction gas difference / evaporation temperature) can be connected 4 X - - Documentation without failure monitoring Documentation with failure monitoring Suction gas temperature monitoring Condensation setpoint shifting by outside temperature *1: Only possible with master/slave *2: Only one function selectable per multifunction input *3: Connection of a temperature sensor integrated with the compressor (with characteristic curve) *4: Only one function selectable *5: Digital scroll compressor is always activated first

59 DCC-XP COMPOUND CONTROLLER WITH INTEGRATED CONDENSATION PRESSURE CONTROL power stages for a variety of compressor types: - Equally or unequally graded, 1, 2 or 3-stage compressors - With or without cylinder lift off, even compressors with a constant compressor via CFU Extendable by 8 power stages with one additional DCC-XP Compressor and compound downtime monitoring Base load change according to operating time and switching frequency Operating hours counter for each compressor stage Peak load shedding and fast return Operating mode for controlling compressor output through voltage input Suction pressure increase through switch contact Constant condensation pressure control Cyclical forced start-up for condenser fans Night limit for condenser fans Outside temperature control of condensation setpoint as possible alternative Peak load limiting Suction gas monitoring with TRK277 as possible alternative Temperature documentation with temperature sensor TRK277, without/with failure monitoring Simple parameter settings Display of current operating status of the refrigeration system Connection of a speed regulator or ADC multiple contact switch Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Pressure transmitter Po: bar (corresponds to mA); Pc: bar (corresponds to mA) Temperature sensor TRK277PLUS Control input V= (for output control in voltage control operating mode) Inputs for potential-free contacts: Digital inputs 1 x setpoint increase ( T0 ), 1 x fast return (FR) 2 x peak load shedding (I and II) of which 1 x multifunctional input (II) Output relay 4 x NO contacts, 230V~, 4(2)A, rated voltage 230V~ Analogue output V=, non-isolated, max. load 10mA, for connection of ADC (multiple contact switch), speed regulator or frequency converter for condensation pressure control Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of connected sensors, Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C Weight About 450g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Hungarian Accessories ADC Multiple contact switch for DCC-XP, DCT-XP and DSC-XP AHC-XP Dew-point driven power controller for glass and handrail heaters in combination with DCC-XP starting from version 5 CFU Control module for voltage-controlled frequency converter, controlled by DCC-XP from version 5 DCC-XP (as slave) Compound controller with integrated condensation pressure control TRH-XP Bus-enabled dew-point controller with integrated temperature sensor and moisture sensor TRS Enthalpy shift module for setpoint shifting, used with DCC-XP starting from version 5

60 DCC-XP PARAMETER LIST V Left menu column Default Min. Max. Right menu column Default Min. Max. P01 Compressor II00= 2 on, 2 off 1110= 3 on, 1 off P09 Condenser P02 Actual value T 0 P10 Actual value T C P03 Setpoint T 0-37 C -50 C 10 C P11 Setpoint T C 28 C -10 C 100 C P04 T 0 shift 2K -50K 70K P12 P-band 10K 5K 20K P05 Neutral zone 3K 2K 12K P13 U start in % 0% 0% 50% P06 Delay 2 min 0.1min 10 min P14 Refrigerant* R404A P07 Number of stages P15 Address P08 Operating mode P16 Temperature sensor No. Parameter Default Min. Max. No. Parameter Default Min. Max. Monitoring time for P17 Control voltage P45 0min 0min 240min compound downtime P18 Setpoint shift P46 Alarm priority, compound downtime / min condensation temperature P19 Fast return P47 Min. difference Tc To-setp 0K 0K 50K P20 Load shedding P48 P-band for constant compressor control 4K 1K 20K P21 Operating time stage 1 P49 Reset time Tn for constant compr. contrl. 30s 0s 60s P22 Operating time stage 2 P50 U start as % for constant compressor control 25% 0% 60% P23 Operating time stage 3 P51 Speed skipping 0% 0% 100% P24 Operating time stage 4 P52 Suction pressure transmitter -05;7-05;7 0:25 P25 Controller type PrEG P53 Monitoring of suction pressure transmitter (Ureg) on off on P26 P27 Meaning of input I Multifunctional input Meaning of input II Multifunctional input LAb LAb P54 P55 P28 Alarm delay 10min 0min 240min P56 P29 Alarm priority P57 Monitoring of condensation pressure transmitter Function of the optional temperature sensor Suction gas difference dts or Setpoint increase dtc Alarm delay for suction gas monitoring on off on td td tc 0K 0K 50K 60min 1min 60min P30 Range limit for fast return 1K 1K 5K P58 TRS address P31 Min. evaporation temperature -50 C -50 C +10 C P59 Plot raster 15min 1min 15min P32 Number of fans P60 Bus alarm off off on P33 Max. condensation temperature 65 C -10 C 130 C P61 Time P34 Max. night speed of condenser fan 100% 10% 100% P62 Day/month P35 Cyclical forced start-up on off on P63 Year P36 HKS address P64 Starting boost % 0% 0% 100% P37 Total capacity 0 kw 0 kw 250kW P65 U min unregulated compressor active 0% 0% 100% P38 Power output 1st stage 0.0KW 0.0kW 50.0kW P66 Version 0:25-05;7 060 P39 Power factor 130% 100% 150% P67 Condensation pressure transmitter 0:25-05;7 060 P40 Cascading PLt P68 Function of input T0 t0 t0 -- Master address (slave) Slave address P41 (master) P69 Enthalpy shift 2K 0K 50K P42 Actual/setpoint P70 Alarm priority shutdown 10K 0K 20K difference reserve due to high pressure P43 Number of stages in P71 Output ratio const regular operation compr. / stage compr. P44 Monitoring time for compressor downtime 0min 0min 120min * Refrigerants usable: R22, R32, R134a, R290, R402A, R404A, R407A, R407B, R407C, R407F, R410A, R448A, R449A, R450A, R502, R507, R508, R513A, R600a, R717 and R744

61 DCT-XP COMPOUND CONTROLLER FOR SECONDARY REFRIGERANT SYSTEMS WITH INTEGRATED CONDENSATION PRESSURE CONTROL 2 13 Compressor output adjusted to the cooling output required by a secondary refrigerant system 4 output stages for different compressor types: - Equally or unequally graded compressors - 1, 2 or 3 stage compressors - With or without cylinder lift off Extendable by 8 output stages with an additional DCT-XP Base load change according to operating time and switching frequency Operating hours counter for each compressor stage Peak load shedding and fast return Temperature increase through a switching contact Constant setpoint shifting through an analogue input Frost protection function through flow and return temperature Flexible low-pressure shutdown Multifunctional input as independent alarm input with individual designation Constant condensation pressure control Connection of a speed regulator or ADC multiple contact switch Cyclical forced start-up for condenser fans Simple parameter settings Display of current operating status of the refrigeration system Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, about 5VA Temperature sensor TRK277/7-PLUS or DGF Pressure transmitter Po: bar (corresponds to mA) or bar (corresponds to mA) Pc: bar (corresponds to mA) Inputs for potential-free contacts: Digital inputs 1 x setpoint increase ( T ) 2 x peak load shedding (I and II) of which 1 x multifunctional input (II) 1 x fast return (FR) Output relay 4 x NO contacts, 230V~, 4(2)A, rated voltage 230V~ V=, non-isolated, max. load 10mA Analogue output for connection of ADC (multiple contact switch) or speed regulator or frequency converter for condensation pressure control Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of connected sensors Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated, service socket Dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C Weight About 450g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.60 Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Hungarian ADC DCT-XP (as slave) Accessories Multiple contact switch for DCC-XP, DCT-XP and DSC-XP Compound controller for secondary refrigerant systems with integrated condensation pressure control

62 DSC-XP COMPOUND CONTROLLER FOR SYSTEMS WITH DIGITAL SCROLL COMPRESSOR AND INTEGRATED CONDENSATION PRESSURE CONTROL 2 14 Control of 1 digital scroll compressor and 2 standard scroll compressors Voltage control via 0 10V input Suction pressure shift via switching contact or enthalpy Constant condensation pressure control via speed regulators Monitoring of final compression temperature of the digital scroll compressor Individual monitoring of temperature switches of each compressor Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Pressure transmitter Po and Pc: bar, 0 25bar, 0 40bar, 0 60bar (each corresponds to mA) Temperature sensor Final compression temperature thermistor Control input V= (for output control in voltage control operating mode) Inputs for potential-free contacts: 1 x setpoint increase ( T 0 ) Digital inputs 1 x fast return (FR) 2 x emergency shutdown Klixon (closed circuit) for scroll compressor and 1 uncontrolled compressor Output relay 3 x NO contacts, 230V~, 4(2)A, rated voltage 230V~ 230V~, 4VA 60VA, note the minimum output! Electronic output Residual voltage measureable! Integrated semiconductor protection (no isolator) V=, non-isolated, max. load 10mA for connection of Analogue output ADC (multiple contact switch) or speed regulator or frequency converter for condensation pressure control Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of connected sensors Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electronically isolated, service socket Dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C Weight About 450g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 2.20 Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Hungarian Accessories ADC TRH-XP Multiple contact switch for DCC-XP, DCT-XP and DSC-XP Bus-enabled dew-point controller with integrated temperature sensor and moisture sensor

63 ADC MULTIPLE CONTACT SWITCH FOR DCC-XP, DCT-XP AND DSC-XP 2 15 Multiple contact switch for condenser fans Control through compound controller DCC-XP, DCT-XP and DSC-XP Control for 4 switched fans Switching of stages through standard signal 0 10V= No parameters need to be set on the device Fixed switching hysteresis setting to prevent frequent switching LEDs to identify switched stages Supply voltage 230V~, +10% / -15%, approx. 4VA Control input V= (for condenser fan output control) Output relay 4 x NO contact 230V~, 4(2)A Dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C Weight About 200g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.1

64 CFU CONTROL MODULE FOR VOLTAGE-CONTROLLED FREQUENCY CONVERTERS CONTROLLED BY A DCC-XP 2 16 Control by bus signal from a DCC-XP starting from version 5 Passive bus module, no additional parameterisation necessary CAN bus address of the DCC-XP set by rotary switch 2 digital switching channels and 1 analogue voltage output Supply voltage 230V~, +10% / -15%, approx. 3VA Digital outputs 1 x relay, changeover contact Analogue output 1 x V=, non-isolated, for connecting a speed regulator or frequency converter with max. load 1mA, for switching cycles with max. load 10mA Central unit Single-chip microcomputer Monitoring system Monitoring of communication, microcomputer self-monitoring Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C IP protection class IP20 Weight About 300g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.1

65 TRS ENTHALPY SHIFT MODULE FOR SETPOINT SHIFTING USED IN COMBINATION WITH DCC-XP 2 17 Active sensor for temperature and humidity Used in combination with DCC-XP starting from version 5 Calculation and transmission of enthalpy CAN bus address adjustable via rotary switch No additional parameters to be set Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage 15V= to 24V= Power consumption Approx. 300mW Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of the sensor, self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage Internal temperature and moisture sensor Sensors Measurement range: C +/-0.3% 0 100% Rh +/-2% Dimensions (WxHxD) 85 x 85 x 25mm Mounting Wall mounting, 2 screws Ambient temperature Operation: C Weight About 100g CE conformity EU conformity as defined in: /30/EU (EMC Directive) Valid from Version 1.50

66 2 18

67 UNIVERSAL XP SYSTEM OVERVIEW 3 1

68 AHC-XP DEW-POINT DRIVEN POWER CONTROLLER FOR GLASS AND HANDRAIL HEATERS IN COMBINATION WITH DCC-XP 3 2 Cost-optimised operation Used in combination with DCC-XP starting from version 5 Room temperature and moisture sensor can be connected to the device or over a CAN bus (TRH-XP, TRS) Emergency power mode to avoid load peaks on digital input Display of market temperature, relative humidity, dew point and operating time 4 phase-shifted outputs each for 2 ECA970 electronic load relays Even distribution of current loads 8 different control characteristics per channel for all standard refrigerators Adjustable minimum operating time per channel Good temperature stability with 72 switchings per hour Operating time storage for statistical evaluation Graphical representation of power consumption in Frigodata XP Simple parameter settings Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 6VA Temperature sensor TRK277/7 PLUS Moisture sensor Type RHS950 Switch outputs 4 x electrically isolated optocoupler output each controlling 2 ECA970 electronic relays Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of connected sensors, self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated, service socket Internal time System clock detected from the gateway (for use on the BUS system only) Power reserve about 2 days in the event of power failure Dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C Weight About 450g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 2.20 Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Hungarian Accessories ECA970 TRH-XP TRS Electronic relay Bus-enabled dew-point controller with integrated temperature sensor and moisture sensor Enthalpy shift module for shifting the setpoint

69 AIX-XP MEASUREMENT AND MONITORING MODULE FOR 4 FREELY SCALABLE INPUTS 0 10V OR 4 20MA 3 3 Measuring device for 4 sensors Individual sensor wiring for each measurement input: - Power: 4 20mA - Voltage: 0 10V= Individual setting of measurement range by preselection of the scaling and limit values for each sensor input 25 different units per sensor input Alarm with alarm delay time Separate monitoring per sensor (can be switched off to avoid false alarms) Central alarm relay Simple parameter settings Large data memory for measured data history Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Sensors As desired, standard signals mA, V= Digital inputs 4 x for potential-free contact, monitoring inactive Output relay 1 x alarm, changeover contact, 230V~, 4(2)A Central unit Single-chip microcomputer, data memory and quartz clock with 5000h power reserve Monitoring system Monitoring of connected sensors, self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C Weight About 450g CE conformity EU conformity as defined in /30/EU (EMC Directive) Valid from Version 1.5 Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Hungarian

70 ALC-XP PASSIVE ALARM MODULE FOR CONNECTION TO CAN BUS 3 4 CAN bus as bus bar for monitoring control units Alarm is triggered even if there is a power supply failure of the alarm module Integrated switchable terminating resistor System error display on the alarm module by red LED Plug-in screw terminals Supply voltage 230V~, +10% / -15%, approx. 3VA Output relay 1 x alarm, changeover contact, 230V~, 4(2)A Communication 3-wire CAN bus interface with integrated supply voltage, switchable terminating resistor Housing dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 200g CE conformity EU conformity as defined in /30/EU (EMC Directive)

71 ASC-XP ACTIVE ALARM MODULE FOR MONITORING OF 16 CONTROL UNITS VIA CAN BUS 3 5 CAN bus as bus bar for monitoring control units Monitoring of 16 control units of the Frigolink, Frigoentry and Universal XP Series, divided into 4 groups of 4 control units Surveillance of fault status of the assigned devices Failure monitoring of the assigned devices Group alarm via relay Clear display of the fault and the alarm channel Simple parameter settings Plug-in screw terminals Large data memory for alarm history Documentation of 4 digital inputs Clear text designation of alarm outputs and digital inputs in Frigodata XP Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Digital inputs 4 x potential-free contact, for documentation only (Internal power supply 18V=) Output relay 4 x alarm, NO contact, 230V~, 4(2)A Central unit Single-chip microcomputer, data memory and quartz clock with 5000h power reserve Monitoring system Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 450g CE conformity EU conformity as defined in /30/EU (EMC Directive) Valid from Version 1.2 Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Hungarian

72 CRU-XP UNIVERSAL CONTROLLER 3 6 Control process - Universal PID controller - 2-point controller - 3-point controller - Superheating controller Multiple contact switch with 4 power levels PWM operation with 0 10V analogue output 2 freely scalable analogue inputs 4 20mA 2 temperature sensor inputs Constant setpoint shift via analogue input 4 digital multifunction inputs Direct connection of a CAN USB to the service socket Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Temperature sensor TRK277 or DGF Current input 2 x current inputs, 4 20mA, (І1 and І2) Digital inputs Inputs for potential-free contacts: 4 x multifunction inputs Output relay 4 x NO contacts, 230V~ 4(2)A, rated voltage 250V~ Analogue output 1 x 0 10V=, non-isolated, max. load 1mA, alternatively for control of electronic relay via ATV230 Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of connected sensors, self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated, service socket Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C Weight About 450g CE conformity EU conformity as defined in /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.70

73 DIN-XP INPUT MODULE WITH 16 OPERATING OR FAULT INPUTS 3 7 Inputs for 230V~ Individual selection of operating or fault input Open circuit/closed circuit principle for each input Setting of priority for all fault inputs Alarm delay for all fault inputs Clearly display of signal and voltage statuses Lamp test and fault message acknowledgement Simple parameter settings Alarm relays for priority 1 and 2 Selectable relay operating mode Plug-in screw terminals Large data memory for signal history Clear text designations in Frigodata XP per input Evaluation of Prio 1 and Prio 2 subsection faults from a gateway Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 4VA Digital inputs 16 x for 230V~ (common neutral conductor) Output relay 2 x changeover contact, 230V~, 4(2)A Central unit Single-chip microcomputer, data memory Monitoring system Self-monitoring of data memory and microcomputer 3-wire CAN-bus interface with integrated supply voltage, Communication electrically isolated, service socket The device is supported by gateways: Multigate, from V1.0 GTW-XP, from V2.5 CMD200, from V1.9 CMD300, from V1.0 Gateway types Support for global fault evaluation by gateways: Multigate, from V2.4 GTW-XP, from V4.0 CMD200, from V2.6 CMD300, from V1.0 Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Hungarian

74 DOC-XP MEASUREMENT AND MONITORING MODULE FOR 4 TEMPERATURES 3 8 Individually selectable temperature sensor for each measuring point: - TRK277, K243: measurement range C - DGF: measurement range C Alarm with alarm delay time for overtemperature or undertemperature Avoiding false alarms (to deactivate monitoring, e.g. when defrosting or when cold locations are switched off) Central alarm relay Simple parameter settings Plug-in screw terminals In combination with C2C as a complete solution for temperature registration according to HACCP and LMHV Large data memory for temperature history Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Temperature sensor 4 x TRK277, DGF or K243 Digital inputs 4 x potential-free, monitoring inactive Output relay 1 x alarm, changeover contact, 230V~, 4(2)A Central unit Single-chip microcomputer, data memory and quartz clock with 5000h power reserve Monitoring system Monitoring of connected sensors, self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C Weight About 450g CE conformity EU conformity as defined in /30/EU (EMC Directive) Valid from Version 1.2 Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Hungarian Accessories C2C CAN-PC converter for connecting computers to the RS232 interface

75 DOM-XP 4-CHANNEL WEEKLY TIMER AND TELECONTROL UNIT 3 9 Telecontrol unit with the functions: On/Off, On/Off delay and momentary impulse (can be selected separately for each channel) Weekly timer with 4 channels Master controller for BSM001 Mirroring of 4 switching channels via BSM001 Automatic summer/winter time changeover Delay times per channel Restoring of the logic switching state after a power failure Manual operation of the channels through digital inputs Documentation of 4 digital inputs Simple parameter settings Display of relay states Parameter setting through plain text menu and direct operation Plug-in screw terminals Clear text designation of switching outputs and digital inputs in Frigodata XP Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Digital inputs 4 x for potential-free contacts, for documentation only (internal supply voltage 12V=) Output relay 4 x switching output, NO contact, rated voltage 230V~, 4(2)A Central unit Single-chip microcomputer, data memory and quartz clock with 5000h power reserve Monitoring system Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated, service socket Housing dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 2.10 Front plates available in various languages: German (standard), English, Dutch Order option BSM001 Decentralised switch module Accessories

76 LUK-XP COMPACT CONTROLLER FOR AIR-COOLED LIQUID SUBCOOLERS 3 10 Continuous adjustment of the fan speed of the subcooler to the current temperature of the liquid via PI controller Setpoint shift via condensation temperature (optional) CAN bus address adjustable via rotary switch Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Temperature sensor TRK277, T2015, DGF or T x 0 10V=, non-isolated, Analogue output for connecting a speed controller or frequency converter, load up to 1mA, alternatively for controlling an ADC multiple contact switch Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of connected sensors, self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C IP protection class IP20 Weight About 300g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version Accessories ADC Multiple contact switch for condenser fans

77 PIC-XP 3-CHANNEL PULSE COUNTER FOR CONSUMPTION METERING 3 11 Metering of electrical energy, water and gas using meters with pulse output 3 independent measurement channels Adjustment to commercially available pulse generators by simple setting of separate parameters for pulse generators and current transformers Synchronization with the quarter-hour signal of the energy provider Metering for high and low tariffs Correct recording, synchronised with energy provider, and internal memory storage of power consumption for evaluating power peaks Memory storage of extensive consumption values for statistical analysis Graphical representation of power consumption and querying of consumption meters and statistics using Frigodata XP Plug-in screw terminals Temperature documentation with temperature sensor TRK277 Simple parameter settings Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 7VA Temperature sensor 1 x TRK277 3 x potential-free meter input for power measurement Digital inputs 1 x potential-free for synchronisation of the measurement period 1 x potential-free for tariff changeover Central unit Single-chip microcomputer, data memory Monitoring system Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Internal clock time Detection of system clock time from the gateway, without power reserve in the event of power failure Dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 450g CE conformity EU conformity as defined in /30/EU (EMC Directive) Valid from Version 1.91 Order option Front plates available in various languages: German (default), English, French, Italian, Croat, Dutch, Polish, Romanian, Russian, Spanish, Czech, Turkish, Hungarian

78 PIC-6-XP 6-CHANNEL PULSE COUNTER FOR CONSUMPTION METERING 3 12 Metering of electrical energy, water and gas using meters with pulse output 6 independent measurement channels Adjustment to commercially available pulse generators by simple setting of separate parameters for pulse generators and current transformers Synchronisation with the quarter-hour signal of the energy provider Metering for high and low tariffs Correct recording, synchronised with energy provider, and internal memory storage of power consumption for evaluating power peaks Memory storage of extensive consumption values for statistical analysis Graphical representation of power consumption and querying of meters and statistics using Frigodata XP Simple parameter settings Plug-in screw terminals Temperature documentation with 2 temperature sensors (TRK277) Direct connection of a CAN USB to the service socket Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 7VA Temperature sensor 2 x TRK277 Digital inputs 6 x potential-free metering input for power measurement Central unit Single-chip microcomputer, data memory Monitoring system Self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated, service socket Internal clock time Detection of system clock time from the gateway, internal quartz clock with 5000h power reserve Dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.8.0

79 EMG ENERGY METER 3 13 Metering of electric power through an external current transformer 4 independent measurement channels (3-phase) via 4 internal power meters Memory storage of extensive consumption values for statistical analysis Graphical representation of power consumption and querying of consumption meters and statistics using Frigodata XP Simple parameter settings Plug-in screw terminals Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, 50Hz, approx. 7VA Current In 5A Current Imax 6A Current working range (Actual Imax) A Measuring precision 2% Converter current Primary current of the converter adjustable in 5A steps as factor Central unit Single-chip microcomputer, data memory Monitoring system Self-monitoring of data memory and microcomputer Communication 3-line CAN bus interface with integrated supply voltage, galvanically separated, 2x RJ 45 service socket Internal clock time Detection of system clock time from the gateway, internal quartz clock Dimensions (WxHxD) 213 x 91 x 62mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Humidity <=80% Pollution degree 2 Protection class IP20 Weight About 480g Shipping weight About 570g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.10

80 POWER-LIMITER MODULE FOR OVERCURRENT MESSAGES 3 14 Contactless measurement of current in the bus bars Mounting on bus bars in the control cabinet Evaluation with I²t characteristics External power supply 24V= via screw terminal Display of present current range L1, L2, L3 by different flashing frequencies on the related LED bus bars A potential-free contact is closed if there is an overcurrent in at least one of the 3 bus bars Connection of an external device, such as DCC-XP, HVB-G3/G4, to switch back the cooling output or other external loads Alarm displays for overcurrent Supply voltage 24V~, +2% / -2% Power consumption Approx. 1.5VA 1 x green LED, operating voltage 3 x green LED, assigned to current levels of L1, L2, L3 Displays 1 x red LED, lit continuously in case of overload current 1 x red LED, lit continuously in case of contacting closing contact Output relay 1 x closing contact, voltage-free, 230V~, 2(1)A Dimensions (WxHxD) 54 x 200 x 73.5mm On all sides with at least 54mm distance from other devices, contactless on 3 bus bars with lock lever: Mounting - Bus bar width: 20mm - Bus bar distance: 60mm Ambient temperature Operation: C, storage: C Weight About 310g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.2 Accessories NT24 Power supply unit for 230V~/24V=

81 TRH-XP BUS-ENABLED DEW-POINT CONTROLLER WITH INTEGRATED TEMPERATURE SENSOR AND MOISTURE SENSOR 3 15 Dew-point driven power controller for operation of glass and handrail heaters Ambient temperature and humidity sensor signals via CAN bus Heating control through bus switch module BSM001 and ECA970 Enthalpy shift module for compound controller DCC-XP starting from version 5 and DSC-XP Connection of several heaters per channel Even distribution of current loads Avoids current peaks when switching on For all standard refrigerators 8 different control characteristics per channel Adjustable minimum operating time per channel Good temperature stability with 72 switchings per hour CAN bus address adjustable via rotary switch Memory storage of extensive consumption values for statistical analysis Graphical representation of power consumption in Frigodata XP Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 15V= to 24V= Power consumption Approx. 300mW Central unit Single-chip microcomputer, data memory Internal temperature and moisture sensor, Sensors Measurement range: C +/- 0.3% 0 100% Rh +/-2 % Monitoring system Monitoring of connected sensors, self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Internal clock time Detection of system clock time from the gateway (only for use in the bus system), without power reserve in the event of power failure. Dimensions (WxHxD) 85 x 85 x 20mm, DIN Mounting Wall mounting with 2 screws Ambient temperature Operation: C, storage: C Weight About 100g CE conformity EU conformity as defined in /30/EU (EMC Directive) Valid from Version 1.70 BSM001 NT24 Decentralised switch module Power supply unit for 230V~/24V= Accessories

82 TPA-XP MODULE FOR MONITORING EXTERNAL CONDENSERS 3 16 Independent monitoring of 2 condensers On-site alarm via alarm relay Alarms during the day between 8:00 a.m. and 5:00 p.m. Subsequent alarms for faults occurring between 5:00 p.m. and 8:00 a.m. CAN bus address adjustable via rotary switch Large data memory for history Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA Temperature sensor TRK277, T2015, T x red LED, for condenser 1 alarm: lit continuously Displays 1 x red LED, for condenser 2 alarm: lit continuously 1 x red LED, bus communication data sending: rapid flashing 1 x red LED, bus communication data receiving: rapid flashing Analogue input 1 x connection outside temperature sensor Digital input For potential-free NO contact, to deactivate monitoring Output relay 1 x alarm, changeover contact, 230V~, 2(1)A 1 x alarm, changeover contact, 230V~, 2(1)A Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of the connected sensor, self-monitoring of data memory and microcomputer Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C IP protection class IP20 Weight About 300g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.6.2

83 SVD001/101 CONTROL MODULE FOR VALVES WITH BIPOLAR STEPPER MOTOR DRIVE 3 17 Connection of pre-defined valve types Control of 1 valve 0-10V input for control of valve position (galvanically isolated) Valve type selection by 2 rotary switches LED status display Safe valve position (open or closed) configurable by switch Second 24V= supply input (Backup terminal 51) with switching function: valve is moved to safe valve position irrespective of the adjustment signal (SVD001 and SVD101) Optionally with integrated emergency closing module with separate energy supply; in the case of power supply failure the valve is moved to the safe valve position (SVD101) Supply voltage 24V=, +/-20%, 1A max. Displays 1 x status LED (red, yellow, green) Analogue input 0 10V= (galvanically isolated) Digital inputs Backup power supply with "emergency closing/opening" switching function by applying 24V=, +/-20%, max. 1A Stepper motor output Bipolar stepper motor according to valve table (max. 0.8A) Housing dimensions (WxHxD) 53 x 90 x 58mm Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 100g (SVD001), about 150g (SVD101) CE conformity EU conformity as defined in /30/EU (EMC Directive) Valid from Version 1.4.0

84 PR1-LT PROCESS CONTROL, LOAD SECTION 3 18 Load section for flexible integration in system concepts (only in combination with PR1-BT) Freely configurable temperature profiles for process procedures Control of room humidity Control of 2 compressors possible Large history memory for process variables Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -20%, approx. 8VA Back-up fuse Max. 6A Protection class IP20 Humidity sensor 4 20mA = 0 100%rF Temperature sensor TRK277, TRK277/ESF Digital inputs 9 x input for potential-free contact Output relay 10 x NO contact 230V~, 4(2)A 1 x changeover contact, 230V~, 4(2)A Central unit Single-chip microcomputer, data memory Monitoring system Monitoring of connected sensors, self-monitoring of data memory and microcomputer Communication 3-wire CAN-BUS interface, electrically isolated Communication operating element RS485 interface, electrically isolated Dimensions (WxHxD) 216 x 128 x 50mm Mounting Mounting rail DIN EN 50022, 35x15 Ambient temperature Operation: C, storage: C Weight About 800g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.81

85 PR1-BT PROCESS CONTROL, OPERATING ELEMENT 3 19 Operating element for flexible integration in system concepts (only in combination with PR1-LT) Interactive user guidance with help function and dynamic key labelling High-quality stainless steel operating element Supply voltage 230V~, +10% / -20%, approx. 4VA Back-up fuse Max. 6A Protection class IP20 Communication load section RS485 interface, patch cable max. 5m Dimensions (WxHxD) 156 x x 38mm Mounting Wall mounting Ambient temperature Operation: C, storage: C Weight About 1900g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.70 Connecting cable RJ45/RJ45, CAT5, blue, 2m Scope of supply

86 3 20

87 MULTICENTER V2 CENTRAL DISPLAY AND WARNING BOARD WITH ZMAR SURFACE FRAME 4 1 System status indication with signal tone, plain text display and colour change on the display Fault list with current faults Plain text messages from cold locations, from 5 digital input DIN-XP modules and building services Event list with fault history 4 alarm lines with relay, priority and group assignments Selectable relay function: continuous signal, momentary pulse, new-value message 6 adjustable and freely nameable service interval displays, e.g. for system maintenance, heating, cleaning Current temperature list for 120 possible temperatures (Frigolink, Frigoentry, W-LINKpro, building services) Temperature recording according to HACCP for 40 temperature positions each with 8 temperatures per day (400 days) Overview of all communication participants 5 freely definable function keys with selectable relay function for internal relays or with bus switch module BSM001 Individual labelling of function keys with slide-in paper strips Central clock function with selectable automatic summer/winter time changeover Standard display with customisable individual graphic, such as company logo Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 6VA 4 x red/green LEDs, red for faults Displays 2 x green LEDs, CAN bus data traffic (CAN Tx, CAN Rx) 1 x graphic display Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Output relay 4 x changeover contact, 230V~, 4(2)A, 400V~ voltages between different connection terminals are not allowed. Connection cross-section 2.5mm² Degree of protection IP20 terminals in accordance with DIN 40050, Housing dimensions (WxHxD) 270 x 200 x 48mm Mounting Wall mounting with or without ZMAR Ambient temperature Operation: C, storage: C Weight About 950g EU conformity as defined in CE conformity /30/EU (EMC directive) /35/EU (Low Voltage directive) Valid from Version 2.60 ZMAR Scope of supply BSM001 DIN-XP Decentralised switch module for CAN bus Input module with 16 operation or fault inputs Accessories

88 AMS001-3 TEMPERATURE DISPLAY AND WARNING BOARD 4 2 Central display board for temperatures of cold locations with Wurm control and AHT freezer chests Simple monitoring of all temperatures Acoustic alarm with acknowledgement key Digital input for external alarm Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, 5VA approx. Output relay 1 x relay 230V~, 4(2)A, potential-free changeover contact, central alarm with newvalue signal Inputs 1 x 230V~, day/night signal (light contact) 1 x 230V~, external alarm Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Housing Plastic wall housing Dimensions (WxHxD) 160 x 240 x 60mm Ambient temperature Operation: C, storage: C Weight About 1200g CE conformity EU conformity as defined in /30/EU (EMC directive) Valid from Version 3.0

89 WTB940 / WTB940-AKKU WARNING BOARD FOR CENTRAL MONITORING OF 3 ALARM MESSAGES WITHOUT CAN BUS alarm messages (warning, 1st fault, 2nd fault) Acknowledgeable acoustic alarm and LED for each alarm message For each alarm message, potential-free contacts for forwarding e.g. to telephone dialling devices Electrically isolated 230V~ inputs in the closed circuit principle WTB940 features As for the WTB940, but with built-in battery (connectible 9V) for acoustic alarm in case of power failure WTB940-AKKU features Supply voltage Fault message inputs Outputs Display lamps Key Buzzer Battery Front plate Dimensions Electrical connection Mounting Allowable temperature range Weight CE conformity WTB940-Akku, warning board 230V~, +10% / -15%, approx. 4VA 3 x 230V~, electrically isolated through optocoupler Caution: inputs must be wired with the same phase conductor. 400V~ between input terminals is not permitted. 5 x relays 230V~, 4A, 1000VA Each alarm message as potential-free changeover contact 1 x operation, green 1 x warning, red 1 x 1st fault, red 1 x 2st fault, red LED test and acknowledgement Acoustic alarm Only in version WTB940-AKKU, acoustic alarm in case of power failure Aluminium (WxHxD) 188 x 162 x 103mm 2.5mm², max. 4A Wall mounting, 3 screws, 4mm C About 800g EU conformity as defined in /30/EU (EMC directive) Order option

90 4 4

91 OVERVIEW OF REMOTE DATA TRANSMISSION Design Material Aluminium/ steel sheet Installation Installation in 19 cabinets as per DIN SC48D Accessories Mounting frame for door mounting Parameters adjustable on the device Power connection Refrigerator cable (supplied) Multigate CMD300 GTW-XP GTW-LAN GTW-LANplus Plastic Plastic Plastic Plastic Snap-on 35mm Snap-on 35mm standard rail as per standard rail as per DIN EN TH35 DIN EN TH35 - Mounting frame for door mounting Snap-on 35mm Snap-on 35mm standard rail as per standard rail as per DIN EN TH35 DIN EN TH Yes - - Screw terminals for cable with wire end sleeves Screw terminals for cable with wire end sleeves Screw terminals for cable with wire end sleeves Screw terminals for cable with wire end sleeves System expansion Connectible FIO001B / FIO-PAT Variants Analogue modem, -A -A integrated Analogue modem, Standard Standard MOD-A-XP - - external ISDN modem, integrated -I -I ISDN modem, external Standard Standard MOD-I-XP - - Hybrid modem, external Standard Standard GSM modem, external Standard Standard MOD-GSM with - - SSC-GSM Ethernet (TCP/IP) Standard Standard - Standard Standard SMS function Standard Standard MOD-A-XP - - SMS emergency message 1st CAN bus for additional Standard Standard Standard Standard Standard 120 participants 2nd CAN bus for Standard Standard additional 120 participants Direct access RS232/USB RS232/USB -/- -/- -/- Control devices, subsections and passwords Recognised control devices All All All, max. 4 Frigolink master modules All, maximum 4 Frigolink master modules All, max. 4 Frigolink master modules Subsection separation 3 subsections 3 subsections Separate passwords for Yes Yes each subsection Service operation Yes Yes Yes Yes Yes Participants and access Max. participants via modem operation Max. participants via direct access Max. number or participants via Ethernet Simultaneous participants Yes Yes possible Alarms and transmission Alarm relay, changeover 2x, configurable 2x, configurable 1x 1x 1x contact Alarm destinations 5 (per subsection) 5 (per subsection) 2 (1 per SMS) 2 2 distribution with alarm Ethernet Ethernet Alternative alarm Yes Yes destinations Inputs 230V~ input for Yes Yes Yes Yes Yes Day/night signal 230V~ Input of fault input - - Yes for - - effects FIO001B/FIO-PAT Other Active OK message Configurable Configurable Modem monitoring with Yes, can be Yes, can be Yes - - re-activation switched off switched off Temperature 99 W-LINKpro documentation according to HACCP standard Wireless sensors Plot recording of FIO001B I/O Yes Yes Yes Yes Yes Consumption metering independent measurement channels Temperature recording temperature sensors 5 1

92 MULTIGATE MULTI-COMMUNICATION GATEWAY WITH 2 CAN BUS INTERFACES 5 2 Data interface to systems with Wurm control Connection via LAN or optionally via analogue and digital modem Simultaneous access of several users via several routes Convenient visualisation and operation with Frigodata XP 2 separate CAN buses each with 120 addresses and 3 subsections SCADA interface via TCP, and Modbus/TCP and Bacnet/IP Direct connection of a PC with Frigodata XP Various alarm destinations and fault transmission routes per subsection Subsection-differentiated access management Web interface for status display and temperature documentation according to HACCP Plot and Dokuplot data saved for up to 2 years Processing of weather forecast data with the management module MLB (optional) Saving of temperature data in accordance with HACCP standard with W-LINKpro (optional) Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Order options Scope of supply Accessories Supply voltage Inputs Output relay Communication Connection option Displays Keys Housing Dimensions Ambient temperature Weight CE conformity 230V~, +10% / -15%, 50Hz, approx. 12VA 1 x 230V~ day/night signal (light contact) 2 x alarm relays, changeover contact, 230V~, 4(2)A, configurable for collective alarm and DFÜ (ALARM 1, ALARM 2) RS232 interface for external modem (EXT. MODEM) Ethernet interface for network connection 10/100 Base-T with RJ45 socket RS232 interface for Frigodata XP (direct interface) USB-B interface for Frigodata XP Telephone network connection for internal analogue or ISDN modem (optional) 2 CAN bus interfaces, 3-wire, shielded, electrically isolated, push-in terminals 2.5mm² Power supply for the connection of an external modem (EXT. MODEM) or UMTS router, 230V~, 1A 1 x green LED POWER, 1 x white LED COM 2 x blue LEDs CAN 1, CAN 2 1 x red LED ALARM, 1 x yellow LED RUN 3 x yellow LEDs INT/EXT, analogue, ISDN 2 x green LEDs TXD, RXD, 3 x yellow LEDs DCD, DSR, DTR SERVICE (alarm suppression) RESET (device reset) INIT CAN (new device identification) 19 inch aluminium housing with 1 RU according to DIN IP20 (in installed position) (WxHxD) x 43.6 x 105.5mm Operation: 0 C 50 C, storage: -25 C +70 C About 1100g EU conformity as defined in: /30/EU (EMC Directive) Valid from Version MULTIGATE-A MULTIGATE-I MULTIGATE MULTIGATE-A MULTIGATE-I FIO001B/FIO-PAT TER-Multigate ZCB MLB Multigate with internal analogue modem Multigate with internal ISDN modem Connecting cable USB-A/USB-B, 3m; connecting cable RJ45/RJ45, CAT5, blue, 2m power cable, safety contact, 1.8m Connecting cable USB-A/USB-B, 3m; connecting cable RJ45/RJ45, CAT5, blue, 2m Modem cable TAE6N/RJ12, 3m; connecting cable, safety contact, 1.8m Connecting cable USB-A/USB-B, 3m; connecting cable RJ45/RJ45, CAT5, blue, 2m ISDN-RJ12/RJ45, 3m; connecting cable, safety contact, 1.8m Universal input/output module Frame for door-mounting of the Multigate, e.g. in control cabinet doors Prefabricated cables and adapters Management module for processing weather forecast data

93 MLB MANAGEMENT MODULE FOR PROCESSING WEATHER FORECAST DATA Processing of weather forecast data for refrigeration and building technology applications Cyclical updating of weather forecast data via Multigate 8 digital and 4 analogue 0 10V outputs CAN bus connection via patch cable Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, 10VA Output relay 6 x NO contact 230V~, 4(2)A 2 x changeover contact, 230V~, 4(2)A Analogue outputs 4 x V, load resistance: at least 1kΩ (corresponds to: 10mA at 10V) Communication 3-wire CAN bus interface, shielded, electrically isolated Screw-type terminals and RJ45 socket, switchable terminating resistor Displays 2 x LEDs, CAN bus data traffic (CAN Tx, CAN Rx) Dimensions (WxHxD) 160 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 610g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version

94 CMD300 MULTI-COMMUNICATION GATEWAY 5 4 Data interface to systems with Wurm control Subdivision of data communication and alarms by grouping connected devices into 3 subsections Automatic alarm forwarding to 5 different telephone destinations per subsection Constant modem monitoring with reactivation after power failures Service button for temporary suppression of error message when working on the system Possible connection of up to 240 control devices with XP protocol on 2 CAN buses Real-time clock and synchronisation of day/night function for the entire system Handling of 16 universal FIO001B of FIO-PAT input/output modules for additional fault/operation inputs of 230V~ and alarm relays separated according to priorities Central alarm relay for conventional retransmission in the building Connection to the Wurm system via a communication bus (2 x CAN Bus) and Frigodata XP Integrated LAN interface for 5 simultaneous participants Large data memory for compressed operating data of the devices connected Replaces CMD 200 Order options Ordering examples CMD300A, CMD300I Scope of supply Accessories Supply voltage 230V~, +10% / -15%, approx. 9VA input 1 x 230V~ day/night signal (light contact) Output relay 2 x central alarm, changeover contact, 230V~, 4(2)A Communication 3-wire CAN bus interface, electrically isolated (2 x) PC interface 1 x RS232 / USB / LAN interface Housing Plastic Dimensions (WxHxD) 275 x 128 x 50mm Mounting Mounting rail DIN EN 50022, 35 x 15 (DIN mounting rail) Ambient temperature Operation: 0 C 50 C, storage: -25 C +70 C Weight About 640g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version I A CMD300-A CMD300-I CMD300 FIO001B/FIO-PAT Gateway with internal ISDN modem Gateway with internal analogue modem Connecting cable USB-A/USB-B, 3m; modem cable TAE6N/RJ12, 3m; Connecting cable SUB-D/SUB-D between gateway and PC, 2m Connecting cable USB-A/USB-B, 3m; connecting cable ISDN RJ12/RJ45, 3m; Connecting cable SUB-D/SUB-D between gateway and PC, 2m Connecting cable USB-A/USB-B, 3m; Patch cable SUB-D/SUB-D between Gateway and PC, 2m Universal input/output module

95 MOD-GSM EXTERNAL GSM MODEM Connection to the Multigate, CMD300 or GTW-XP with SSC-GSM With Multigate 5 5 With CMD300 With GTW-XP and SSC-GSM Scope of supply With power supply and antenna with connection line (not included is the necessary payment card contract with a data service (M2M) with at least 9600 Baud)

96 VPN-FUNK-001 VPN ROUTER FOR WIRELESS CONNECTION Illustration similar Plug&play solution for setting up the VPN tunnel, preconfigured by Wurm (except SIM configuration) Highest security with encrypted VPN tunnel Alarm routing through Wurm ComCenter and use of the Wurm SMTP server for fault notification by 5 6 Power supply 10V to 30V DC Power consumption Max. 5.5W Temperature range -30 C to 70 C Interfaces 1x Ethernet (10/100 Mbit/s) 1x USB 2.0 type A 1x On-board I/O (1x DI, 1x DO) 2x optional expansion ports 1x SIM card holder 1x optional SIM card holder SIM card type Mini-SIM On-Board I/O - Pin assignment DO/GND/DI - Output (DO) 120mA / max. 30V - Input (DI) 10-30V DC Housing Plastic Dimensions: 50x84x117mm Weight 207g Mounting DIN top-hat rail 35mm Antenna connection* 2x SMA 50 Ohm (socket) Frequency bands -GSM/GPRS/EDGE -UMTS Download / Upload UMTS Standards met 850/900/1800/1900MHz 850/900/1900/2100MHz Max Mbit/s / max. 5.7 Mbit/s CE, E8 EN , EN EN 55022, E8 10R Scope of supply Power supply with Euro plug Patch cable, 1.5m Bracket for mounting rail Magnetic base antenna with connection cable 2.5m Second antenna without cable for direct connection

97 VPN-DSL-001 VPN ROUTER FOR DSL CONNECTION / NETWORK CONNECTION Illustration similar Plug&play solution for setting up the VPN tunnel, preconfigured by Wurm Highest security with encrypted VPN tunnel Alarm routing through Wurm ComCenter and use of the Wurm SMTP server for fault notification by Power supply 10V to 30V DC Power consumption Max. 5.5W Temperature range -30 C to 60 C Interfaces On-Board I/O - Pin assignment - Output (DO) - Input (DI) Housing Dimensions: Weight Mounting Standards met 2x Ethernet (10/100 Mbit/s) 1x WiFi/WLAN optional DO/GND/DI 120mA / max. 30V 10-30V DC Plastic 50x84x117mm 198g DIN top-hat rail 35mm CE EN EN EN Power supply with Euro plug Patch cable, 1.5m Bracket for mounting rail Scope of supply

98 MOD-LAN-XP LAN MODEM FOR REMOTE DATA TRANSMISSION FOR SYSTEMS WITH FRIGODATA XP 5 8 Only in combination with GTW-XP TCP/IP interface Parameter settings in Frigodata XP Fixed IP address can be set Supply voltage 230V~, +10% / -15%, approx. 6VA System interface Ribbon cable for connection to GTW-XP (starting from version V4.x) Network connection RJ45 socket, 10 MBit Housing Plastic Dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /5/EC (R&TTE Directive) Scope of supply Connecting cable RJ45/RJ45, CAT5, blue, 2m

99 W-BM-33K6/ISDN EXTERNAL ISDN COMBI-MODEM ISDN combi-modem for analogue and digital operation With power supply Scope of supply 5 9 PCM-USB Switch module for PC modems (German version) Accessories

100 GTW-XP GATEWAY FOR REMOTE DATA TRANSMISSION 5 10 Gateway for remote data transmission in combination with MOD-A-XP, MOD-I-XP, MOD-LAN-XP and SSC-GSM Real-time clock and synchronisation of day/night function for the entire system Automatic fault forwarding of alarms to 2 different telephone destinations Alternative alarm message by SMS to mobile phones Permanent modem monitoring Handling of 2 FIO001B or FIO-PAT input/output modules for additional fault/operation inputs and relays for allocation of 4 alarm priorities Relays for central alarm of the entire system Large data memory for signal history Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 6VA Inputs 1 x 230V~, day/night signal (light contact) 1 x 230V~, effect of fault inputs external FIO001B/FIO-PAT Output relay, central alarm 1 x 230V~ relay, potential-free changeover contact, 230V~ 4(2)A Communication 3-wire CAN-bus interface with integrated supply voltage, electrically isolated Service socket CAN bus interface; 3.5mm jack socket System interface Socket for ribbon cable to connect MOD-A-XP, MOD-I-XP, MOD-LAN-XP or SSC-GSM Housing Plastic Dimensions (WxHxD) 106 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 450g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version Accessories FIO001B/FIO-PAT MOD-A-XP* MOD-I-XP* MOD-LAN-XP SSC-GSM Universal input/output module Analogue modem for remote data transmission with GTW-XP and Frigodata XP ISDN modem for remote data transmission with GTW-XP and Frigodata XP LAN modem for remote data transmission for systems with Frigodata XP Interface module for connection of external GSM modem MOD-GSM to GTW-XP *Not recommended for new systems.

101 GTW-LAN LAN GATEWAY FOR REMOTE DATA TRANSMISSION Data interface to systems with Wurm control Identification of 4 Frigolink master modules Real-time clock and synchronisation of day/night function for the entire system Fault forwarding of alarms to 2 different destinations Handling of 2 FIO001B or FIO-PAT input/output modules for additional fault/operation inputs and relays for allocation of 4 alarm priorities 2 relays for central alarm of the overall system (Prio 1 and Prio 2) or for alternative functions no-priority central alarm and router reset Data memory for signal history 8 LEDs for status display Temporary suppression of fault messages for working on the system using the Service key Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP 5 11 Supply voltage 230V~, +10% / -15%, approx. 6VA Inputs 1 x 230V~, day/night signal (light contact) 1 x 230V~, service operation Output relay, central alarm 2 x relays, changeover contact, 230V~, 4(2)A Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated (RJ45 socket or terminals 1-5) Service socket CAN bus interface; 3.5mm jack socket Network interface Ethernet connection (10Mbit/s, RJ45 socket) Housing Plastic Dimensions (WxHxD) 160 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 600g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 2.00 Earthing cable, 1.5mm², 0.2m and earthing terminal Connecting cable RJ45/RJ45, CAT5, blue, 2m Scope of supply FIO001B, FIO-PAT Universal input/output module Accessories

102 GTW-LANplus LAN GATEWAY FOR REMOTE DATA TRANSMISSION 5 12 Data interface to systems with Wurm control Real-time clock and synchronisation of day/night function for the entire system Fault forwarding of alarms to 2 different destinations Handling of 2 FIO001B or FIO-PAT input/output modules for additional fault/operation inputs and relays for allocation of 4 alarm priorities 2 multifunctional outputs for central alarms or for alternative functions Data storage for signal history and consumption recording Temporary suppression of fault messages for working on the system using the Service key 3x pulse counter for metering of electrical energy, water and gas, using commercially available pulse transmitters Synchronisation with the quarter-hour signal of the public utility Consumption metering according to high and low tariffs Connection of 4 temperature sensors of the TRK277 or DGF type, selectable for each measuring point 8 LEDs for status display Direct connection of a CAN USB to the service socket Connection to the Wurm system via a communication bus (CAN-bus) and Frigodata Supply voltage 230V~, +10% / -15%, approx. 12VA Temperature sensors 4 x type TRK277, T3000, DGF, K243 Inputs 1 x 230V~, day/night signal (light contact) 1 x 230V~, common alarm 3 x potential-free counter input for power measurement 1 x potential-free for synchronisation of the measurement period 1 x potential-free for tariff changeover Output relay, central alarm 2 x relays, changeover contact, 230V~, 4(2)A Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated (RJ45 socket or terminals 1-5) Service socket CAN bus interface; 3.5mm jack socket Network interface Ethernet connection (10Mbit/s, RJ45 socket) Housing Plastic Dimensions (WxHxD) 160 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 680g CE conformity EU conformity as defined in: /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.00 Scope of supply Earthing cable, 1.5mm², 0.2m and earthing terminal Connecting cable RJ45/RJ45, CAT5, blue, 2m

103 SSC-GSM INTERFACE MODULE FOR CONNECTION OF THE EXTERNAL GSM MODEM MOD-GSM TO GTW-XP Only in combination with GTW-XP For connection of wireless modules The wireless module is powered through SSC-GSM Supply voltage Power supply through GTW-XP Switching contact output relay 1 x relay 230V~, 4(2)A System interface Ribbon cable for connection to GTW-XP RS232 interface 9-pin SUB-D socket Housing Plastic Dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 100g CE conformity In combination with GTW-XP 5 13

104 C2C CAN-PC CONVERTER FOR CONNECTION OF COMPUTERS WITH RS232 INTERFACE ON THE CAN BUS Converter for connecting computers with RS232 to the CAN bus Plastic housing for wall mounting Ideal for PC connection for on-site temperature documentation Internal real-time clock and input for day/night signal for synchronisation in the bus system Connection to the Wurm system over a communication bus (CAN bus) and Frigodata XP 5 14 Additional functions in connection with CAN bus enabled plug-in freezer chests (suitable makes/types on request) Relay for central alarm of the plug-in freezer chests Central light control for plug-in freezer chests Monitoring of freezer chests for bus system failure Supply voltage 230V~, +10% / -15%, approx. 5VA Alarm relay for plug-in freezer chests (makes/types on request) 1x central alarm, relay 230V~, 4(2)A, potential-free changeover contact Inputs 1 x 230V~ day/night signal (light contact) Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Housing Plastic wall housing Dimensions (WxHxD) 160 x 240 x 60mm Permitted temperature range Operation: C Weight About 1200g CE conformity EU conformity as defined in: /30/EU (EMC Directive) Valid from Version 1.5 Scope of supply Connecting cable SUB-D/SUB-D twisted, 2.0m Accessories DOC-XP Measurement and monitoring module for 4 temperatures

105 C2C-Modbus COUPLING MODULE FOR CONNECTION OF MODBUS SLAVE DEVICES Freely configurable coupling module for connection of Modbus slave devices Monitoring of individual data points in selected limits and alarms Monitoring of Modbus communication for error diagnosis Monitoring of connected devices Recording of freely selectable data points, max Supply voltage 230V~, +10% / -15%, approx. 3VA Alarm relays Changeover contact, 230V~ 4(2)A Communication 3-wire CAN bus interface with switchable termination (electrically isolated) Communication MOD-BUS 3-wire Modbus interface with complete termination (electrically isolated) Housing Plastic Dimensions (WxHxD) 90 x 127 x 50mm Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: -25 C C Weight About 350g EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) Valid from Version 1.7.0

106 CAN-USB MOBILE CAN-PC CONVERTER 3.5mm cinch RJ12 socket USB-A socket Transport bag Mobile CAN-PC converter for connecting systems with Wurm system and Frigodata XP Simple startup by plug & play 5 16 Supply voltage 5V=, supplied via PC-USB connection PC interface 1 x USB-A Connection lengths PC-USB-A connector 0.2m, CAN-bus 3m Housing Plastic Dimensions, bag (WxHxD) 105 x 45 x 185mm Ambient temperature Operation: C, storage: C Weight Approx. 250g (including accessories and case) CE conformity EU conformity as defined in: /30/EU (EMC Directive) Valid from Version 1.70 Scope of supply Connecting cable to CAN bus with 3.5mm cinch for connection to the service socket Connecting cable to CAN bus with RJ12 connector Connecting cable to CAN bus with USB-A connector Transport bag

107 FRIGODATA XP PC SOFTWARE FOR SYSTEM SERVICE, PARAMETER SETTING, VISUALISATION, DOCUMENTATION, ALARM MANAGEMENT Windows software package for remote data transmission and remote action with a graphical interface. The software uses the latest self-descriptive protocol techniques and is only suitable for communication with Frigodata XPcompliant devices from the Frigolink, Frigoentry and Universal XP families. The central database allows connection of as many Frigodata stations as desired, and forms the basis for flexible system design, scalability and redundancy. Extract from the scope of functions: Querying and parameter settings for all control and monitoring modules Querying and viewing of measurements over the last few hours or days Automatic data retrieval (freely configurable) HACCP temperature overview with automatic printout function Defrost overview of all cold locations in a store or facility Overview Frigotakt+ Display of values across controllers as track allocation (freely configurable) High-resolution view of rapidly changing system states (oscilloscope function) Process visualisation with integration of drawings and placement of readings Separated fault lists (total fault list and project fault lists) Forwarding of incoming faults to other Frigodata stations, , fax machines or GSM mobile phones Export and import function to transfer projects, settings, process images and readings to other computers Available in 13 languages User administration to activate specific functions for different users Setpoint monitoring Live visualisation of cooling process in the hlogp diagram 6 1 Windows XP, SP3 and higher Pentium IV with 1.8GHz processor or equivalent, and 1GB RAM Communication interface (USB/TCP/serial) System requirements

108 FRIGODATA ONLINE WEB PORTAL FOR SYSTEM ANALYSIS AND DOCUMENTATION 6 2 Frigodata Online is an application based on Internet browser technology, which allows easy online management of your systems in multiple languages. Frigodata Online can be used for all projects with Wurm control technology and remote data transmission. System Platform independent Independent of location High security with https and mobile phone authentication Automatic update service Data backup and archiving Functions Temperature documentation according to HACCP with acknowledgement management Call up all control and monitoring modules Parameterisation of all control and monitoring modules via direct connection to the system (LIVE mode) Process visualisation with integration of drawings and placement of readings Numerous search criteria allow easier project administration Sorting function by table columns at the click of a mouse Data export to Excel and PDF format Server2Server data exchange Frigodoc Xpress: clearly arranged temperature documentation with 10-minute data updates for the store manager Evaluations/displays across different markets Freely configurable summaries (projects) Information across multiple projects Highly compressed management charts: Fault history and statistics Temperature conformity (across all cold locations of all selected projects) Energy comparison (absolute, standardised, trend; coefficient) System utilisation and COP overview Compound overviews T 0 /T C System requirements Access to the Internet Web browser (Internet Explorer, Firefox, Safari ) Access authorisation

109 FRIGODOC XPRESS WEB APPLICATION FOR EVALUATION AND VISUALISATION OF TEMPERATURES IN INDIVIDUAL COLD LOCATIONS Frigodoc Xpress is a web solution for simple and secure temperature documentation. It is ideal for store operators and service companies who need to access the current temperature values and temperature qualities in their cold locations from anywhere at any time. Clear traffic light symbols to check cold location temperatures Display of representative wares temperature (meets the HACCP guideline) Alarm calculations represent minimum storage life of products Temperatures are compared with limit values good condition and deviations are identified immediately Short measurement intervals ensure that temperatures are always up to date No maintenance cost for store PCs and local systems 6 3 Advantages for store operators Current temperature measurements allow temperature registration according to HACCP guideline Secure data storage and manipulation safety with TÜV-certified redundant servers and backups A specific template can be created for each cold location type for monitoring features across different projects Advantages for service companies Configuration and maintenance from any location saves service operations on site Automatic detection of cold locations and changes to installations accelerates and simplifies work processes Defrosting and shutdown times are taken into account so that false alarms are avoided Access to the Internet Web browser (Internet Explorer from version 9, Firefox, Safari ), JavaScript and Cookies are required Access authorisation System requirements

110 FRIGODATA MOBILE SYSTEM SERVICE WITH WEB APPLICATION Frigodata Mobile is a web application that allows access to any system with Wurm control technology and remote data transmission. Independent of location and PC platform No need to maintain master data Easy, clearly-organised operation Language can be switched to English 6 4 Extract from the scope of functions: All Wurm controllers visible in the controller selection Call up and parameterisation of of all control and monitoring modules via direct connection to the system (LIVE mode) Device explorer Setpoint branches Current alarms for a project, alternatively alarms for all projects HACCP table System requirements Smartphone Access to the Internet Access authorisation

111 Temperature recording SYSTEM OVERVIEW W-LINKPRO SYSTEM OVERVIEW TEMPERATURE DOCUMENTATION 7 1

112 W-LINKpro WIRELESS PRODUCT TEMPERATURE SENSOR W-LINKpro W-LINKpro-E W-LINKpro-E01 Product temperature sensor W-LINKpro for installation in refrigerators Wireless transmission of temperatures Maintenance-free operation with solar cells Can transmit in darkness for 4 days Easy installation with cable straps, adhesive pad or mounting plate Similar product properties 7 2 Supply voltage Dimensions Mounting Ambient temperature Weight W-LINKpro Weight W-LINKpro-E Weight W-LINKpro-E01 CE conformity Device variant W-LINKpro-E with 1m cable sensor W-LINKpro-E01 with 0.1m cable sensor Via solar cells, minimum illuminance 200lux (WxHxD) 47 x 69 x 28mm Cable ties, adhesive pads or mounting plate Operation: C, storage: C About 40g About 60g About 50g EU conformity as defined in: /5/EC (R&TTE Directive) Accessories W-LINKpro-M1 Mounting plate (WxHxD) 38 x 63 x 5mm

113 W-LINK-CAN RECEIVER UNIT FOR W-LINKPRO WIRELESS PRODUCT TEMPERATURE SENSORS Internal documentation and alarm for 8 wireless sensors Housing for wall and ceiling mounting Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 3VA Visible with housing open: Displays 1 x LED, operation indicator 2 x LED, CAN bus data traffic 1 x LED, wireless reception Communication 3-wire CAN Bus interface, electrically isolated Housing dimensions (WxHxD) 120 x 80 x 60mm Mounting Wall or ceiling mounting Ambient temperature Operation: C, storage: C Weight About 350g Reception antenna Folds to positioning angles 0, 45 and 90 Technology EnOcean, RCM Transmission frequency 868.3MHz Range Approx. 30m building, approx. 300m open area EU conformity as defined in: /30/EU (EMC Directive) CE conformity /35/EU (Low Voltage Directive) /5/EC (R&TTE Directive) General approval for wireless operation applies for all EU countries and Switzerland. Valid from Version W-LINK-ANT2 External magnetic foot antenna with 2.5m connecting cable W-LINKpro Wireless product temperature sensor W-LINKpro-E Wireless product temperature sensor with 1m cable sensor W-LINKpro-E01 Wireless product temperature sensor with 0.1m cable sensor W- LINK repeater Repeater for W-LINKpro wireless product temperature sensors Accessories

114 W-LINK REPEATER REPEATER FOR W-LINKPRO WIRELESS PRODUCT TEMPERATURE SENSORS Amplifies wireless messages from W-LINKpro wireless sensors 7 4 Supply voltage 230V~, +10% / -15%, approx. 3VA Visible with housing open: Displays 1 x LED programming level repeating 1 x LED level repeating 1 1 x LED level repeating 2 Housing dimensions (WxHxD) 120 x 80 x 60mm Mounting Wall or ceiling mounting Ambient temperature Operation: C, storage: C Weight About 350g Reception antenna Folds to positioning angles 0, 45 and 90 Technology EnOcean, TCM Transmission frequency 868.3MHz Range Approx. 30m building, approx. 300m open area EU conformity as defined in: /30/EU (EMC Directive) CE conformity /35/EU (Low Voltage Directive) /5/EC (R&TTE guideline) General approval for wireless operation applies for all EU countries and Switzerland. Accessories W-LINK-ANT2 External magnetic foot antenna with 2.5m connecting cable

115 FRIGODOC JUNIOR 3 DEVICE FOR TEMPERATURE DOCUMENTATION ACCORDING TO EC DEEP-FREEZE REGULATION 37/2005 AND HACCP Temperature documentation in connection with 3 standard precision temperature sensors of the TRK277 type Designation: EN12830, Wurm GmbH Co. KG, Frigodoc Junior 3, S, A 2 Additional 3 digital inputs, e.g. for monitoring cold room doors Saves temperatures and events for 400 days Individually configurable temperature alarms Central alarm output Integrated quartz clock with highest precision, 10-year power reserve in case of power failure Automatic summer/winter time changeover Easy-to-read plain text display Intuitive prompting using 3 buttons Each device with individual identification number Connectible terminating resistor Connection to the Wurm system via a communication bus (CAN bus) and Frigodata XP Supply voltage 230V~, +10% / -15%, approx. 5VA, 50Hz, ± 3Hz Identification Device serial number Temperature sensor inputs 3 x TRK277, S1-S3 Digital inputs 3 x inputs, IN1-IN3 for potential-free contacts of the cold room doors or other alarm signals Output relay 1 x central alarm, change-over contact, 230V~, 4(2)A Measurement range C Accuracy class 2 according to EN12830:1999 Area of application Temperature registering device for warehouse facilities and fixed installation Designation EN12830, Wurm GmbH & Co. KG, Frigodoc Junior 3, S, A, 2 Communication 3-wire CAN bus interface with integrated supply voltage, Service connection socket Real-time clock Internal quartz clock with highest precision, power reserve in case of power failure, automatic summer/winter time changeover Display Plain text display, temperature display resolution: 0.1 C Operation 3 buttons for selecting the recorded temperatures and settings Data recording Every 15 minutes for 400 days Data security No data are lost in the case of power failure or network faults. Data preservation is > 10 years. Housing Plastic Protection class IP40 Dimensions (WxHxD) 166 x 161 x 83mm Weight About 780g Ambient temperature Operation: C, storage: C EU conformity as defined in: CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage Directive) - DIN EN (temperature registration devices) Valid from Version TRK277/7 PLUS Precision temperature sensor with 7m connecting cable Accessories

116 EASYDOCQS OBJECT PC SOFTWARE FOR TEMPERATURE MONITORING, REGISTRATION AND DOCUMENTATION USB stick with EASYDOCQS software Continuous temperature monitoring Quick overview with system status summary green/yellow/red Automatic consideration of defrost signals Temperature monitoring either by actual value or average value Quick basic parameterization Parameter adjustments only possible with administrator privileges Acknowledgment function with comment option Automatic printout of tables and acknowledgments Network, USB or serial port connection options Subsequent changes to limit values are registered in a logbook Saves temperatures in CSV format (optional for later import, e.g.to Microsoft Excel or OpenOffice.org Calc) 7 6 System requirements Pentium IV with 1.8GHz processor or equivalent 512MB RAM Free USB port Operating system Microsoft Windows XP SP3 For installation, you will need administrator privileges and access to the USB stick Scope of supply USB stick (software and dongle)

117 OVERVIEW OF SENSORS Temperature Type/ Area of Product name Area of application characteristics curve application Special features TRK277/7 PLUS Cold rooms and refrigerators -45 C C - TRK277/5ST-PLUS Cold rooms and refrigerators -45 C C With plug, for FKD003 and FKE003 TRK277/7ST-PLUS Cold rooms and refrigerators -45 C C With plug, for FKD003 and FKE003 TRK TRK-EEV EEV applications -45 C C Small sensor capsule TRK-EEV/7ST EEV applications -45 C C With plug, for FKD003 and FKE003 TRK277/G2-PLUS Room temperature -45 C C G2 housing TRK277/ESF Temperature penetration Lancet sensor with depth -45 C C sensor scale Sensolink T3Sensor Refrigerators 0 C C Digital sensor as measuring axis DGF920 Hot gas temperature at Screw-in sensor with 0 C C compressors standard thread DGF DGF960A Hot gas temperature at compressors -10 C C Contact sensor DGF980 Hot water and heating systems 0 C C High temperatures W-LINKpro -25 C C W-LINK* W-LINKpro-E For cold rooms -25 C C With 1m cable sensor W-LINKpro-E01 For deep-freeze chests -25 C C With 0.1m cable sensor DAR DAR7 DAR25 DAR40 DAR60 DAR120 Low and high pressure Cold locations and suction pressure (CO 2 ) High pressure (transcritical CO 2 ) bar 0 25bar 0 40bar 0 60bar 0 120bar Pressure Stainless steel, Integrated signal amplifier, Reverse polarity protection Stainless steel, integrated signal amplifier, reverse polarity protection RHS RHS950 Room humidity Measurement range: %Rh Working range: %Rh Room humidity *Radio transmission, maintenance-free, cableless, solar cell, without battery 8 1

118 TRK277 PRECISION TEMPERATURE SENSORS TRK277/7 PLUS, TRK277/5ST-PLUS, TRK277/7ST-PLUS TRK-EEV, TRK-EEV/7ST TRK277/G2-PLUS TRK277/ESF Temperature sensor with high measurement precision NTC resistor 8 2 Types For cold rooms and refrigerators TRK277/7 PLUS TRK277/5ST-PLUS TRK277/7ST-PLUS For EEV applications TRK-EEV TRK-EEV/7ST For room temperature TRK277/G2-PLUS Temperature penetration sensors TRK277/ESF Permitted temperature range Measurement cell Measurement precision Time constant Insulation Weight of TRK277/7 PLUS Weight TRK277/5ST-PLUS Weight TRK277/7ST-PLUS Weight of TRK-EEV Weight TRK-EEV/7ST Weight TRK277/G2-PLUS Weight TRK277/ESF Precision temperature sensor with 7m connecting cable and cable end sleeve, metal sleeve Precision temperature sensor with 5m connection cable and connection plug for FKD003 and FKE003, metal sleeve Precision temperature sensor with 7m connection cable and connection plug for FKD003 and FKE003, metal sleeve Precision temperature sensor for suction gas/eev with 7m connecting cable and wire connection, metal sleeve Precision temperature sensor for suction gas/eev with 7m connection cable and connection plug for FKD003, FKE003 and EEV module, metal sleeve Precision temperature sensor in wall housing with 2m connecting cable and cable end sleeve Temperature penetration sensor 150 x 4 metal tip with 1.5m connecting cable and wire connection, metal sensor with engraved depth scale (13cm) and plastic grip C NTC resistor Better than ±0.5K at -20 C, corresponding to 6434Ω ±0.2K at 0 C, corresponding to 2492Ω ±0.5K at 15 C, corresponding to 1313Ω Approx. 130s in still air (TRK277/7 PLUS) Approx. 40s in still air (TRK-EEV) Insulation resistance >1MΩ, test voltage 1000V, test duration 1s About 200g About 147g About 200g About 67g About 67g About 92g About 62g

119 T3Sensor TEMPERATURE SENSOR AS MEASURING AXIS IN REFRIGERATORS Integrated processor to evaluate measuring points Suitable for all refrigerator types Suitable for all cold location control methods One T3Sensor used per 1.25m linear length of refrigerator Placed in the return air channel Up to 6 sensors as measurement axis per cold location Evaluation of refrigerator functionality and temperature distribution per measurement axis Determines the temperature band, refrigerator status, and disturbance factors Control on temperature band Only in combination with FKL003 and HKS-G3/G4 Setup through master module HKS-G3/G4 or Frigodata XP IP65 Installation kit consisting of 3 installation clips and 3 adhesive pads Plug system with reverse polarity protection Ambient temperature Operation: C, storage: C Protection class IP65 Communication / supply voltage Serial interface with integrated supply voltage Dimensions (WxHxD) 16 x 10 x 1250mm Mounting Installation clips (3 x per sensor) Weight About 200g CE conformity EU conformity as defined in: /30/EU (EMC Directive) Valid from Version 1.10 Installation kit (3 mounting clips and 3 adhesive pads) Scope of supply 8 3 ZCB Prefabricated cables and adapters Accessories

120 DGF920 SCREW-IN SENSOR FOR HIGH TEMPERATURES Measurement of high temperatures, e.g. of hot gases at compressors, hot water in heating and ventilation systems Precision NTC resistor Metal sleeve with standard thread Permitted temperature range C Measurement cell NTC resistor Measurement precision Better than ±1.5K in the range of C Insulation Insulation resistance >1MΩ, test voltage 1000V, test duration 1s Connection cable 1m, heat resistant up to 150 C Stainless steel Material / thread 1/8-27NPT, wrench size 13mm Pressure resistance 30bar Weight About 35g 8 4

121 DGF960A CONTACT SENSOR FOR HIGH TEMPERATURES Measurement of high temperatures, e.g. of hot gases at compressors, hot water in heating and ventilation systems Precision NTC resistor Brass sleeve for pipe mounting Permitted temperature range C Measurement cell NTC resistor Measurement precision Better than +1.5K at 20 C Insulation Insulation resistance >1MΩ, test voltage 1000V, test duration 1s Connection cable 3m, heat resistant up to 150 C Housing Brass Weight About 90g 8 5

122 DGF980 TEMPERATURE SENSOR FOR HIGH TEMPERATURES Measurement of high temperatures, e.g. of hot water in heating and ventilation systems Precision NTC resistor Permitted temperature range C Measurement cell NTC resistor Measurement precision Better than ±1.5K in the range of C Insulation Insulation resistance >1MΩ, test voltage 1000V, test duration 1s Connection cable 6m, heat resistant up to 150 C Weight About 190g 8 6

123 DAR7, DAR25, DAR40, DAR60 PRESSURE SENSOR IN STAINLESS STEEL DESIGN Records pressures in liquid and gaseous refrigerants in refrigerating systems Converts pressure into a standard electrical signal mA 4 versions for different measurement ranges Compact design with integrated signal amplifier Polarity-safe, plug-in connection by two-wire fabricated connecting cable (3.5m) with M12 connector Fully welded, metal measurement cell with excellent overload protection No mechanical ageing, high temperature resistance Compatible with all standard refrigerants, incl. propane / R290 (CH 3 CH 2 CH 3 ), ammonia / R717 (NH 3 ) and carbon dioxide / R744 (CO 2 ) Standard thread for refrigeration systems bar 0 25bar 0 40bar 0 60bar DAR7 DAR25 DAR40 DAR60 Measurement ranges Supply voltage Electrical connection via prefabricated connection cable (3.5m) and M12 plug DIN EN Output Permissible temperature range of medium Permissible ambient temperature range Measurement range DAR7 / DAR25 / DAR40 / DAR60 Overload limit DAR7 / DAR25 / DAR40 / DAR V= Pin 1: brown (BW) power supply (7...30V=) PIN 3: white (WH) measurement signal (4...20mA) mA two-wire, reverse polarity protection (load-independent current in power supply) C C bar bar bar bar 20bar 50bar 80bar 120bar Precision at 25 C ±0.8%, 0 C ±1.0%, -20 C ±1.2% Sum of linearity, hysteresis and reproducibility Protection class DAR7 / DAR25 IP65 (in assembled condition) DAR40 / DAR60 IP67 (in assembled condition) Weight About 100g Diameter 26mm Height 100mm (with plug) Thread 7/16"-20UNF-2A, length 15mm CE conformity EU conformity as defined in: /30/EU (EMC Directive) 8 7

124 DAR120 PRESSURE SENSOR IN STAINLESS STEEL DESIGN Pressure sensor for recording pressures in liquid and gaseous refrigerants in refrigerating systems Converts pressure into a standard electrical signal mA Versions bar = mA Compact design with integrated signal amplifier Polarity-safe, plug-in connection by two-wire fabricated connecting cable (3.5m) with M12 connector Fully welded, metal measurement cell with excellent overload protection No mechanical ageing, high temperature resistance Compatible with all standard refrigerants, incl. propane / R290 (CH 3 CH 2 CH 3 ), ammonia / R717 (NH 3 ) and carbon dioxide / R744 (CO 2 ) Standard thread for refrigeration systems 8 8 Supply voltage Electrical connection via prefabricated connection cable (3.5m) and M12 plug DIN EN Output Permissible temperature range of medium Permissible ambient temperature range Measurement range Overload limit Accuracy Protection class Weight Diameter Height Threads CE conformity 7 30V= Pin 1: brown (BW) power supply (7...30V=) Pin 3: white (WH) measurement signal (4 20mA) mA two-wire, reverse polarity protection (load-independent current in power supply) C C 0 120bar 320bar 25 C ±0.8%, 0 C ±1.0%, -20 C ±1.2%, Sum of linearity, hysteresis and reproducibility IP67 (in assembled condition) About 100g 26mm 100mm (with plug) 1/4" NPT, length 13mm EU conformity as defined in: /30/EU (EMC Directive)

125 RHS950 MOISTURE SENSOR FOR SALES AND COLD ROOMS Standard current signal mA = %Rh Supply voltage Output Max. load Measurement range Working range Measurement precision Temperature coefficient Measurement medium Ambient temperature Permitted air speed Adjustment Half-life Housing Dimensions Weight Mounting Installation position Contacting Connection terminals CE conformity V= mA, two-wire with supply voltage For current output 500Ω %Rh %Rh ±3.5%Rh 0.05%/K at 20 C and 50%Rh Air, pressureless, not corrosive, not condensing C 15m/sec With average air pressure 430m NN, ex works At v=2m/sec, approx. 10sec Plastic (WxHxD) 115 x 70 x 43mm About 200g Holes in the housing floor for wall mounting Any, preferably with ventilation slots perpendicular to the direction of air flow Terminals in the housing For cable cross-section 1.5mm² EU conformity as defined in: /30/EU (EMC Directive) 8 9

126 8 10

127 BSM001 DECENTRALISED SWITCH MODULE FOR CAN BUS Switching signals from the CAN-bus can be selected via rotary switches No addressing necessary Possible to connect multiple modules to the bus in parallel 2 digital switching channels and 1 analogue voltage output Control using bus signals from Multicenter, TRH-XP and DOM-XP Connection to the Wurm system over a CAN-bus connection and Frigodata XP Possible parallel operation of 3 x ECA970 on the analog voltage output, e.g. for handrail heating Supply voltage 230V~, +10% / -15%, 3VA approx. Digital outputs 2 x relays, changeover contact Analogue output 0 10V=, non-isolated, max. load 10mA Central unit Single-chip microcomputer Monitoring system Monitoring of communication, microcomputer self-monitoring Communication 3-wire CAN bus interface with integrated supply voltage, electrically isolated Dimensions (WxHxD) 53 x 90 x 58mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C IP protection class IP20 Weight About 300g EU conformity as defined in CE conformity /30/EU (EMC Directive) /35/EU (Low Voltage directive) Valid from Version

128 ECA970 ELECTRONIC LOAD RELAY FOR CONTACTLESS SWITCHING OF GLASS AND HANDRAIL HEATERS Distortion-free zero-crossing circuit Wear-free switching High load capacity of 12A / 230V~ Control by dew-point driven power controllers AHC-XP or TRH-XP with BSM001 Control input V= Input resistance 1500Ω ±10% Switch output 230V~, min. 50mA, max.12a, zero-point switching Ambient temperature C Dimensions (WxHxD) 106 x 90 x 53mm Mounting Mounting rail DIN rail EN 50022, 35 x 15 Weight About 550g Electrical connection 4 screw terminals 2.5mm², 6.3mm mounting link for grounding connection CE conformity EU conformity as defined in /35/EU (Low Voltage directive) Accessories ZCB Prefabricated cables and adapters 9 2

129 IMR950 CURRENT MIRROR MODULE FOR DUPLICATION OF A MA MEASUREMENT SIGNAL Use of a mA measurement signal for 3 non-isolated devices Supply voltage V=, +10%/-15%, 2VA approx. 1 x mA, measurement recorder, 2-wire or 3-wire connection Input Type , suction pressure bar Type , high pressure 0 25bar Type RHS950, relative humidity % Outputs 3 x mA, outputs with the same measurement signal, short-circuit proof For connection to Wurm devices only Transmission ratio 1:1 Transmission error <1% Connection cross-section 8 screw terminals 2.5mm² Housing dimensions (WxHxD) 27 x 96 x 42mm, DIN Mounting Mounting rail DIN EN x15 Ambient temperature Operation: C, storage: C Weight About 100g CE conformity EU conformity as defined in /30/EU (EMC directive) NT24 Power supply unit for 230V~ / 24V= Accessories 9 3

130 NT24 POWER SUPPLY UNIT FOR 230V~/24V= Power supply unit for 230V~ / 24V= Required for example for AHC-XP, ECA970, TRH-XP, TRS and IMR950 Supply voltage 230V~, +10% / -15% Output voltage 24V=, controlled Output current Max. 250 ma, temperature controlled, not reversible Power output 6W Ripple < 5% Dimensions (WxHxD) 53 x 90 x 59mm Electrical connection Screw terminals 2.5mm² Weight About 334g EU conformity as defined in CE conformity /30/EU (EMC directive) /35/EU (Low Voltage directive) 9 4

131 TR9-9-4 TRANSFORMER FOR POWER SUPPLY FOR FKD003, FKE003 AND CRD-XP For the supply of 2 FKE003, FKD003 or CRD-XP Supply voltage Fusing Secondary voltage Primary side connection Application Housing Dimensions Mounting Ambient temperature Weight CE conformity ZCB 230V~, +10% / -15%, approx. 6VA Max. 6A 2 x 9V~ with plug-and-socket connection (See product information for prefabricated cable ZCBxxx) 2 x AMP connection 6.3mm or prefabricated cable Only for the devices approved for this transformer Cast plastic housing (WxHxD) 75 x 65 x 60mm, excluding cable See installation instructions Operation: C, storage: C About 350g EU conformity as defined in /35/EU (Low Voltage directive) Prefabricated cables and adapters Accessories 9 5

132 ACCESSORIES INSTALLATION Item number View Application MGR131* Mounting frame for 3 master modules, 12 spring holders Dimensions: (WxHxD) x 177 x 51mm MGR141* Mounting frame for 4 master modules, 16 spring holders Dimensions: (WxHxD) x 177 x 51mm BLM05 Dummy plate for mounting frame MGR Dimensions: (WxH) 54.5 x 109mm ZEM Tension device for frameless installation of master modules G3 and G4 9 6 *Dimensions of master modules, switch cards, blind plates and adapters Frigolink G3/G4 master module (WxHxD) 109 x 109 x 92mm, mounting of master module with 2 pairs of spring holders Switch card SLDxxx-C (WxHxD) 54.5 x 109 x 92mm, mounting of switch card with 1 pair of spring holders Dummy plate BLM05 (WxHxD) 54.5 x 109 x 28mm, mounting of dummy plate with 1 pair of spring holders BUS adapter, ZCB-ADP/MGR-BUS (WxHxD) 54.5 x 109 x 43mm, mounting of BUS adapter with 1 pair of spring holders

133 ACCESSORIES INSTALLATION Item number View Application TER Door installation frame for mounting individual devices in control cabinet doors Material: aluminium frame Colour: similar to RAL 7035 (light grey) Dimensions: (WxH) x 75.5mm Installation section: (WxH) 106 x46mm TER-MULTIGATE Door installation frame for mounting an individual multigate in control cabinet doors Material: powder-coated aluminium Colour: similar to RAL 9006 (white aluminium) Dimensions: (WxH) x 88.5mm Installation section: (WxH) 440 x 47mm ZMAR Mounting plate for surface mounting of a multicenter Material: PVC deep drawing piece Colour: light grey Dimensions: (WxH) 263 x 168mm ZDAR Mounting plate for surface mounting of a DSP002/DSP100 Material: PVC deep drawing piece Colour: light grey Dimensions: (WxHxD) 180 x 160 x 41.5mm 9 7 W-LINKpro-M1 Mounting plate for W-LINKpro, W-LINKpro-E, W-LINKpro-E01 Dimensions: (WxHxD) 38 x 63 x 5mm Front view Back view

134 ZCB PREFABRICATED CABLES Cables Item number View Application ZCB-C/LCD-2.0 Connection cable controller (connector) - display DSP-LCD (connector), 2.0m sheathed cable Used with: DSP-LCD, FKL003, FKV003, CRD-XP ZCB-C/LCD-7.0 Connection cable (controller connector) - display DSP-LCD (connector), 7.0m sheathed cable Used with: DSP-LCD, FKL003, FKV003, CRD-XP ZCB-C/DSP-2.0 Connection cable DSP booster (cable end sleeves) - display DSP-LCD (terminal), 2.0m, sheathed cable Used with: DSP-LCD, DSP booster ZCB-C/TR-0.6 Connecting cable controller - transformer, 0.6m Use with: CRD-XP, FKD003, FKE003 ZCB-C/TR-2.0 Connecting cable controller - transformer, 2.0m Use with: CRD-XP, FKD003, FKE003 ZCB-C/REL2M-5P Connecting cable controller - load, 5-pin Use with: FKD003, FKE003 ZCB-C/DI-2.0 Connecting cable controller - digital inputs 2.0m Use with: FKD003, FKE003 ZCB-C/DI-7.0 Connecting cable controller - digital inputs 7.0m Use with: FKD003, FKE ZCB-C/AI-2.0 ZCB-C/AI-7.0 Connecting cable controller (connector) - analogue input (cable end sleeves), mA, 2.0m Use with: FKD003, FKE003 Connecting cable controller (connector) - analogue input (cable end sleeves), mA, 7.0m Use with: FKD003, FKE003 ZCB-C/AO-2.0 Connecting cable controller (connector) - analogue output (cable end sleeves), V, 2.0m Use with: FKD003, FKE003

135 ZCB PREFABRICATED CABLES Cables Item number View Application ZCB-C/BUS-0.6 Connecting cable controller - controller/bus adapter (connector), 0.6m Use with: FKD003, FKE003 ZCB-C/BUS-4.5 Connecting cable controller - controller/bus adapter (connector), 4.5m Use with: FKD003, FKE003 ZCB-C/EEV-1.5 Connecting cable controller (connector) - EEV module (connector), 1.5m Use with: CRD-XP, EEV module ZCB-C/T3S-5.0 Connecting cable controller (connector) - T3Sensor (round plug), 5.0m with protective cap Used with: FKL003, T3Sensor ZCB-C/T3S-7.0 Connecting cable controller (connector) - T3Sensor (round plug), 7.0m with protective cap Used with: FKL003, T3Sensor ZCB-C/T3SV-3.0 T3Sensor extension cable (round plug) - T3Sensor (round socket), 3.0m Used with: T3Sensor ZCB-C/ECA-3.0 Controller connecting cable (plug) - ECA970 (wire end sleeves), 3.0m; used with: FKV003, FKL003, ECA970 ZCB-C/PAT025BL CAN patch cable, blue, 0.25m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT100BL CAN patch cable, blue, 1.0m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT200BL CAN patch cable, blue, 2.0m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT300BL CAN patch cable, blue, 3.0m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT500BL CAN patch cable, blue, 5.0m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT025GE CAN patch cable, yellow, 0.25m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT100GE CAN patch cable, yellow, 1.0m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT200GE CAN patch cable, yellow, 2.0m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT300GE CAN patch cable, yellow, 3.0m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus ZCB-C/PAT500GE CAN patch cable, yellow, 5.0m Use with: Frigolink G3/G4 master module, PAT field modules, ZCB adapter CAN bus 9 9

136 ZCB BUS ADAPTER Use of ZCB bus adapter Item number View Application ZCB-ADP/BUS Bus adapter ZCB-ADP/MGR-BUS Bus adapter for installation in MGR Dimensions: (WxH) 54.5 x 109mm ZCB-ADP/PAT CAN bus adapter between RJ45 patch cable and CAN bus cable applied to individual terminals 9 10

137 ZCB BUS ADAPTER Item number View Application ZCB-ADP/4P-PAT CAN bus adapter 4-pin on 1 RJ45 socket ZCB-ADP/4P2PAT CAN bus adapter 4-pin on 2 RJ45 sockets ZCB-ADP/5P2PAT CAN bus adapter 5-pin on 2 RJ45 sockets ZCB MODULE Item number View Application ZCB-BUS/PCT Module for protection of 2 CAN bus systems against increased EMC interference. 9 11

138 ZCB TERMINATING RESISTOR Item number View Application ZCB-ADP/R Terminating resistor for CAN bus ZCB-ADP/R-PAT Terminating resistor for CAN bus with RJ45 plug MODEM AND GATEWAY ACCESSORIES Item number View Application USB2COM RS232 interface for USB connection PCM-USB USB switch module for PC modems to main stations Enables a reset function of the external PC modem using Frigodata XP, thus ensuring proper functioning, e.g. for receiving alarms German version 9 12 USB connecting cable USB-A to USB-B, 3.0m

139 CAN BUS ACCESSORIES Item number View Use/connection diagram Bus connection box BUS connection box for communication bus S R* free free BUS_L BUS_H 0V (+24V=) free free Earthing cable CAN repeater Required for electrical isolation of bus segments in a CAN network Dimensions (WxHxD) 110 x 75 x 22mm W-LINK-CAN ACCESSORIES Item number View Application W-LINK-ANT2 External magnetic base antenna with 2.5m connecting cable 9 13

140 9 14

141 CAN BUS OVERVIEW BASIC PRINCIPLES Topology The bus must be laid out like a cable harness. This means that the data cable must be routed from one device to another without branching. All other routing methods are not permitted! The field bus and communication bus must be physically separated. Bus length The maximum length of the CAN bus depends on the type of cable used, the number of bus participants, how the participants are distributed in the system, and the set transfer speed (e.g. for 20kBit = 400m; longer distances on request). Cable selection All data lines (e.g. signal, measurement or bus lines) must be implemented as shielded lines. The cable type to be used is LiYCY(TP) 2x2x0.75mm (twisted pair, with copper braid; wire ident-code in accordance with DIN47100). The BUS_L and BUS_H connections must be connected to a twisted pair cable. Shielding One end of the cable shielding should generally be connected in the control cabinet, and the insulation should be stripped as near as possible to the connection terminals. Incorrect connection of the shield can lead to electromagnetic interference, data faults, and in a few cases to destruction of the CAN bus drivers. Terminating resistors To avoid reflections at the cable ends, a 120Ω resistor must be connected at each end of the bus cable between bus lines BUS_L and BUS_H. The terminating resistors are available as individual resistors or integrated into special 5-pin terminals. There are also devices which have an integrated and switchable terminating resistor: - Gateway Multigate - Gateway CMD300 - GTW-LAN - GTW-LANplus - CAN-PC converter C2C - Master modules Frigolink (only fieldbus) The CAN bus is generally implemented as a 3-wire bus with the following nomenclature: 0V BUS_L / CAN_L BUS_H / CAN_H Measuring the CAN bus level The voltage level on the bus can be checked with a multimeter. This can be used to detect reversed polarity on the bus or a missing terminating resistor. The table shows standard values for measured voltage levels. A