Expansion modules M-CVM-AB-8I-8OTR. Description Expansion module with 8 digital inputs and 8 transistor outputs. Maximum power consumed

Transcription

1 -8I-8OTR Expansion module with 8 digital inputs and 8 transistor outputs. Digital inputs Reports via communications: Logic states of non-unit external systems Metering of the impulses generated by other units (water and gas meters, etc.) Digital outputs Activation / deactivation by maximum or minimum instantaneous parameter values measured by the unit Generation of impulses by incremental parameters measured by the unit Mechanical Terminal protection IP 20 Logical inputs Type of input Voltage-free / NPN Type of coupling Optoisolated input Maximum voltage 12 Vdc ION 4 ma Input consumption < 0.25 W Minimum times t ON 40 ms t OFF 40 ms Number of inputs 8 Connection (AWG 30-14) mm 2 Terminal tightening torque 0.3 Nm Static outputs Rated voltage 250/150 Vac / Vdc Nominal current < 100 ma Maximum current < 150 ma Maximum dissipation power 0.5 W Maximum R ON 80 No. of outputs 8 Digital outputs Connection (AWG 30-12) mm 2 Terminal tightening torque 0.6 Nm M56E01 17

2 -8I-8OTR Terminals of transistor digital inputs/ outputs, upper face Terminals on the upper face List of terminals on the upper face, transistor digital inputs/outputs module 1 T1 Digital output of transistor 1 6 T5 Digital output of transistor 5 2 T2 Digital output of transistor 2 7 T6 Digital output of transistor 6 3 T3 Digital output of transistor 3 8 T7 Digital output of transistor 7 4 T4 Digital output of transistor 4 9 T8 Digital output of transistor 8 5 CT Shared by the transistor's digital outputs 10 CT Shared by the transistor's digital outputs Terminals of transistor digital inputs/ outputs, lower face Terminals on the lower face List of terminals on the lower face, transistor digital inputs/outputs module 11 GND For digital inputs: 16 I5 Digital input 5 12 I1 Digital input 1 17 I6 Digital input 6 13 I2 Digital input 2 18 I7 Digital Input 7 14 I3 Digital input 3 19 I8 Digital input 8 15 I4 Digital input 4 Transistor digital outputs Digital inputs Optoacoplador 12 V DC k COMM 3k 3k k NPN Libre potencial Tensión Externa Connection diagram, transistor digital outputs Connection diagram, digital inputs 18

3 -8I-8OR Expansion module with 8 digital inputs and 8 relay outputs. Digital inputs Reports via communications: Logic states of non-unit external systems Metering of the impulses generated by other units (water and gas meters, etc.) Digital outputs Activation / deactivation by maximum or minimum instantaneous parameter values measured by the unit Mechanical Terminal protection IP 20 Logical inputs Type of input Voltage-free / NPN Type of coupling Optoisolated input Maximum voltage 12 Vdc I ON Input consumption Minimum times 4 ma < 0.25 W t ON 40 ms t OFF 40 ms Number of inputs 8 Connection (AWG 30-14) mm 2 Terminal tightening torque 0.3 Nm Relay outputs Rated voltage 12 V Nominal current 10 ma Maximum load Vac 250/5 Vac / A Maximum load Vdc 30/5 Vdc / A Minimum relay load 100 mv dc 100 μa Mechanical working life 2 x 10 7 cycles Electrical working life at rated load 5 x 10 4 cycles Number of outputs 8 Digital outputs Connection (AWG 30-12) mm 2 Terminal tightening torque 0.6 Nm M56E02 19

4 -8I-8OR Terminals of relay digital inputs/outputs, upper face Terminals on the upper face List of terminals on the upper face, relay digital inputs/outputs module 1 R1 Relay digital output 1 6 R5 Relay digital output 5 2 R2 Relay digital output 2 7 R6 Relay digital output 6 3 R3 Relay digital output 3 8 R7 Relay digital output 7 4 R4 Relay digital output 4 9 R8 Relay digital output 8 5 Rc Shared by all relay digital outputs 10 Rc Shared by all relay digital outputs Terminals of relay digital inputs/outputs, lower face Terminals on the lower face List of terminals on the lower face, relay digital inputs/outputs module 11 GND For digital inputs: 16 I5 Digital input 5 12 I1 Digital input 1 17 I6 Digital input 6 13 I2 Digital input 2 18 I7 Digital Input 7 14 I3 Digital input 3 19 I8 Digital input 8 15 I4 Digital input 4 Transistor digital outputs Digital inputs Relé 12 V DC k COMM 3k 3k k NPN Libre potencial Tensión externa Connection diagram, relay digital outputs Connection diagram, digital inputs 20

5 -4AI-8AO Expansion module with 4 analogue inputs and 8 analogue outputs. Analogue inputs Measuring signal parameters for non-unit external processes. Viewing the signals on screen and reporting them via communications Analogue outputs Generating process signals for the instantaneous electrical parameters measured by the unit Mechanical Terminal protection IP 20 Analogue inputs Type of measurement Current Analogue outputs in current mode Analogue outputs in voltage mode Nominal input range Metering accuracy < 1% Input impedance Maximum acceptable input current Number of inputs / 4-20 ma dc 150 Ω 22 ma dc Connection (AWG 30-14) mm 2 Terminal tightening torque Maximum internal voltage Nominal output range 0.25 Nm 12 V Linearity <1% Maximum load resistor DAC resolution No. of configurable outputs in current mode Maximum internal voltage Nominal output range 0-20 / 4-20 ma 300 Ω 4096 dots 8 12 V 0-10 V Linearity <1% Minimum load resistor DAC resolution No. of configurable outputs in current mode M56E Ω 4096 dots 8 21

6 -4AI-8AO Analogue input/output terminals, upper face Terminals on the upper face List of terminals on the upper face, analogue inputs/outputs module 1 O1 Analogue output 1 6 O5 Analogue output 6 2 O2 Analogue output 2 7 O6 Analogue output 7 3 O3 Analogue output 3 8 O7 Analogue output 8 4 O4 Analogue output 4 9 COM Shared by the analogue outputs 5 Oc Analogue output Analogue input/output terminals, lower face Terminals on the lower face List of terminals on the upper face, analogue inputs/outputs module 10 I1+ Analogue input 1 14 I3+ Analogue input 3 11 I1- Analogue input 1 15 I3- Analogue input 3 12 I2+ Analogue input 2 16 I4+ Analogue input 4 13 I2- Analogue input 2 17 I4- Analogue input 4 Analogue outputs Analogue inputs D A D A D A D A Carga externa Sensor 0/ ma Sensor 0/ ma Connection diagram, analogue outputs Connection diagram, analogue inputs 22

7 -Modbus TCP-bridge Expansion module with Modbus/TCP communications (). Enables communications with SCADA systems, or similar, over TCP/IP computer networks using the Modbus/TCP protocol. Mechanical RJ-45 connector Protocol Communications M56E05 Bridge TCP to RS-485, Modbus TCP to Modbus/RTU PC RS-485 C B(-) A(+) -Modbus TCP-switch Expansion module with Modbus/TCP communications (). It allows the Modbus TCP communication with SCADA systems in addition to connectivity with other devices in cascade, avoiding long distances cabling from centralized router or switch. Mechanical RJ-45 connector Protocol Communications M56E0A Bridge TCP to RS-485, Modbus TCP to Modbus/RTU PC RS-485 C B(-) A(+) -Modbus TCP-switch -Modbus TCP-bridge -Modbus TCP-bridge 23

8 -MBus Expansion module with MBUS communications. Enables the integration of units in MBUS communications networks (METER BUS). Mechanical Input connection A+ / B- Output connection A+ / B- Features Bus Wired M-Bus M-Bus regulations EN :2004, EN :2004, EN :2008 Protocol Slave M-BUS Baud Rate 300, 600, 1200, 2400, 4800, 9600 (configurable from the unit menu) Stop bits 1 Parity even Primary address 1 to 250 (configurable from the unit menu) M56E07 -LonWorks Expansion module with LonWorks communications. Enables communication with SCADA systems, or similar, through the LonWorks protocol. 1,2 W Mechanical RJ-45 connector Protocol LonWorks Communications Lon Talk ISO/IEC ANSI/EIA 7091 M56E08 Red LonWorks A B A B A B A B 24

9 -Profibus Expansion module with Profibus communications. Enables communication with SCADA systems, or similar, through the Profibus/DP protocol. 2 W Mechanical DB-9 Communications Profibus/DP M56E09 Master Profibus Red Profibus / Network Profibus 25

10 M-CVM-B -Datalogger Expansion module for CVM-B that enables historical records. The data base is accessible using a WEB browser supporting HTML5 or PowerStudio Client (JAVA). Data storage on the CVM-B itself 200MB ring buffer. Up to 1 year averaged data every 15 minutes (average, maximum and minimum value in each record) Integrations with other SCADA systems through XML requests (Service integrated in the module ) Automatic synchronization with the PowerStudio data base in all versions Module Configuration throught the Editor of PowerStudio (free tool software) All the benefits of embedded PowerStudio. (Programming calculations, time discrimincación, events, user access profiles, etc.) Integrated HTML5 Web Server, visible using Smarthphones, tablets and PC directly s sending from the own equipment, reporting any variable measured or calculated in the CVM-B. Mechanical Terminal protection IP 30 Communications RJ-45 Protocol Communications Modbus / TCP Speed (Baudrate) 10BT / 100BT Data storage Internal memory 200 MB Cyclic memory M56E06 Con navegador Web compatible con Java With a browser compatible with Java Con navegador Web compatible con Java With a browser compatible with Java Internet Servidor PowerStudio (Opcional) PowerStudio Server (Optional) router CVM-B -Datalogger Server / Servidor Web Server / Servidor XML PowerStudio DDBB 26