ONLITE Section central Operating Instructions

Transcription

1 OLITE Section central Operating Instructions Art. o.: Version: 05/07

2 Table of contents Copyright...5 Manufacturer address... 5 Validity and technical state of this manual otes regarding security and use of the operating instructions Use of symbols and identification of security notes Who may perform the installation? Important notes regarding industrial and operational safety otes on illustrations and circuit diagrams Specified use Product description Functional description Technical Data Control unit Section central EPS Communication and data exchange Battery charging unit Voltage transformer Mains monitoring Batteries DALI interface Switch cabinet type 2 as an example Terminals / Interface Box [SC 360 XXXX] Terminal block Interface Box for switch cabinet type 4 with 4 Section central EPS Example circuit Installation Installing the switch cabinet Connecting the 230V mains supply Connecting the emergency circuits Installing and connecting optional modules Section central GSM module Connecting the Remote Interface Central Connecting the staircase push-buttons Installing and connecting external phase monitors Completing the installation OLITE Section central 1

3 4 Commissioning Important notes prior to commissioning Switching on the system Connecting the batteries Enabling (unblocking) the system Switching off the system Disconnecting the batteries Checking the batteries Transport, storage and disposal General notes concerning operation Control keys on the touch panel Basic display Overview Display Touch panel keys Acknowledging the deep discharge Quick menu Overview Block system Start function test Start duration test Test functions Overview Test book Function test Duration test Relay / buzzer test Battery Overview Status Battery information Circuits Overview Status Settings Manual reset OLITE Section central

4 Delay time Emergency stop at S Switching modes (circuit 1,2,3) Maintained mode Standby mode Switched maintained light Staircase lighting Luminaires individually DALI Light Control Setup of the circuits 1, 2 and Luminaires (ballasts) Overview Status Settings Luminaires assignment Error assignment to relays / buzzer / GSM Overview Status Assignments External devices Overview Ext. Mains Guard AC emergency mode SD DC emergency mode SD GSM module Printer EPS Controller System configuration Overview Options Display Service OLITE Section central 3

5 4 OLITE Section central

6 Copyright Without the expressed written permission of ZUMTOBEL Lighting GmbH, no part of this manual may be reproduced, published or transmitted in any form or by any means Zumtobel Lighting GmbH. All rights reserved. Manufacturer address For information, support concerning technical problems, services and orders we are at your disposal. ZUMTOBEL Lighting GmbH Schweizer Straße Dornbirn, Austria Phone: +43 (0) Validity and technical state of this manual This operating manual only relates to the following devices of the type OLITE Section Central EPS. Type Order number Section central W 1h05 JB 28 Ah 2x12V Housing type: W 1h10 JB 32 Ah 2x12V Housing type: W 1h10 JB 35 Ah 2x12V Housing type: W 3h10 JB 61 Ah 2x12V Housing type: W 3h10 JB 61 Ah 2x12V Housing type: Section central 360 port2 Ethernet version 360W 1h05 JB 28 Ah 2x12V Housing type: W 1h10 JB 32 Ah 2x12V Housing type: W 1h10 JB 35 Ah 2x12V Housing type: W 3h10 JB 61 Ah 2x12V Housing type: W 3h10 JB 61 Ah 2x12V Housing type: Section central W 1h05 JB 28 Ah 4x12V Housing type: W 1h10 JB 32 Ah 4x12V Housing type: W 3h10 JB 61 Ah 4x12V Housing type: Section central 720 port2 Ethernet version 720W 1h05 JB 28 Ah 4x12V Housing type: OLITE Section central 5

7 Type Order number 720W 1h10 JB 32 Ah 4x12V Housing type: W 3h10 JB 61 Ah 4x12V Housing type: Section central W 1h05 JB 28 Ah 6x12V Housing type: W 1h10 JB 32 Ah 6x12V Housing type: W 3h05 JB 61 Ah 6x12V Housing type: Section central 1080 port4 Ethernet version 1080W 1h05 JB 28 Ah 6x12V Housing type: W 1h10 JB 32 Ah 6x12V Housing type: W 3h05 JB 61 Ah 6x12V Housing type: Section central W 1h05 JB 28 Ah 8x12V Housing type: W 1h10 JB 32 Ah 8x12V Housing type: W 3h10 JB 61 Ah 8x12V Housing type: Section central 1440 port4 Ethernet version 1440W 1h05 JB 28 Ah 8x12V Housing type: W 1h10 JB 32 Ah 8x12V Housing type: W 3h10 JB 61 Ah 8x12V Housing type: Technical modifications made after printing this manual are not considered. Subject to changes. Issue date: Version 05/07, May OLITE Section central

8 1 otes regarding security and use of the operating instructions 1.1 Use of symbols and identification of security notes Instruction This symbol indicates that the described instruction has to be performed by the user. Displays and messages This symbol indicates that the described values or texts are shown in the display or contained in messages and can not be edited. ote This symbol represents a reference to hints and recommendations which are useful when performing the instructions and handling the device or system components. Caution! This symbol warns of improper handling. Disregarding the instructions may result in damages to system components. Warning! This symbol points to sources of danger which may cause personal injuries or severe damages to system components. Danger! This symbol points to sources of danger which may cause critical personal injuries or acute damages to system components. 1.2 Who may perform the installation? In principle, the installation may only be performed by suitably qualified professional electrical specialists who have been briefed on local and operational conditions. Other persons may only perform the installation under the supervision and control of authorized technical staff, after having received appropriate briefing and if the tasks and jobs have been fully understood. OLITE Section central 7

9 1.3 Important notes regarding industrial and operational safety The device is part of the emergency and general lighting and consequently part of a building's safety equipment. Thus, appropriate care and precision are to be applied when installing and commissioning the system. Warning! on-authorised or non-professional system installation and handling may result in outages of the safety equipment. This implies immediate danger for people and the security equipment itself. In addition, damages to machines and plants as well as loss of productions are possible consequences at production sites. During normal operation, the following maintenance operations have to be performed continuously: Regular checking and inspection of the system. Inspection and logging of device functions. Safety measures in the event of failures. ote Inspections, safety tests and documentation are restricted to authorised technical staff. ational laws and guidelines are to be observed, regarding execution of inspections and safety tests and implementation of general and emergency lighting. 1.4 otes on illustrations and circuit diagrams Illustrations and circuit diagrams in these installation and operating instructions are partly for demonstration purposes only. Drawings and plans that were especially created for the lighting system and are in accordance with local requirements must be observed. 8 OLITE Section central

10 1.5 Specified use OLITE Section central is intended for controlling and monitoring a lighting system with general and emergency lighting. The adjustment and operation of the system is restricted to authorised technical staff. Personal dangers may occur in case of improper use non-observance of safety regulations The device and connected system components may only be operated if these are in perfect technical condition and in compliance with the safety and danger notes contained in this installation instruction the operating and safety instructions stipulated by the system operator the installation and operating data listed in section 2.2 on page 12 Failures are to be reported to management and removed. Operating and safety regulations arise from this installation instruction, the organisational instructions given in this document, and from general as well as technical guidelines and regulations for accident prevention. The manufacturer will not assume warranty or liability for consequential damages that occur due to: improper use non-observance of regulations unauthorised modifications or modifications made by technically non-competent persons to device connections and settings operating unauthorised or unsuitable devices or device groups Caution! Also pay attention to all laws, standards and guidelines applicable in the country in which the system is being installed and operated. Verify whether electrical installations comply with the application environment. Verify whether all used ballasts and luminaires fulfil the requirements of an emergency lighting system and the operation of an OLITE system. Pleas note that the luminaires are supplied with 230V DC in case of emergency power operation. Caution! If mains, which supplies the OLIE system, is interrupted longer than three days, the battery has to be disconnected (refer to section 4.6 on page 40). OLITE Section central 9

11 2 Product description 2.1 Functional description OLITE Section central is a maintenance-free group battery system with fully automated functional monitoring. It is used for battery-supported supply of emergency lighting systems. In the event of power supply loss the emergency circuits are supplied with current from the batteries of the OLITE system. The group battery system OLITE is located in a compact switch cabinet. There are four different types available (refer to section 2.2 on page 12). The group battery system consists of one or several (maximally 4) Section central EPS 360 controller(s) where each contains 3 current circuits. In emergency mode, a current circuit supplies up to 160 Watt; three circuits supply totally up to 360 Watt. During mains mode the total power provided by the three circuits is limited to 2000 Watt. The emergency luminaires are equipped with OLITE ballasts or OLITE interfaces. Via PowerLine communication (PLC) the status of each emergency luminaire can be determined and each luminaire can be controlled individually. This allows to use the emergency lighting as part of the general lighting. Each circuit provides a maximum of 20 addresses. These 20 devices can be OLITE ballasts or OLITE interfaces. The power can be specified by adapting the emergency light level for each emergency luminaire. Also the switching behaviour per luminaire can be defined. All settings are stored to a non-volatile memory. Due to this, the settings will not be lost even if the OLITE system is completely disconnected (~230 V mains supply and battery supply). The controller Section central EPS 360EPS 360 monitors the 230 Volt mains and automatically switches to emergency mode in the event of a power fail. If an external phase monitor is used also the power supply in sub-distributors can be controlled. The maintenance-free 12V batteries supply current during emergency mode. If mains is available, the charging controller of the control unit monitors the charge state of the batteries and charges them gently according to an I/U characteristic, if necessary. If the batteries are completely charged, the charging controller switches to conservation charging. The OLITE system supplies, monitors and controls the current circuits of the emergency lighting. The luminaires can be equipped with the specific OLITE ballasts (PLC-EVG, ArtSign Elektronik) or via the OLITE interface (PLC-DALI, PLC relays) with electronic ballasts (EVG) of other manufacturers as well as with conventional lamps or halogen lamps. Precondition for the electronic ballasts and lamps is that they are suitable for the emergency lighting and dedicated for the voltages 230V AC and 230V DC. 10 OLITE Section central

12 The luminaires with the specific OLITE ballasts and OLITE interfaces are individually monitored and switched by the Section central EPS 360. A maximum of 20 luminaires per circuit can be addressed. Communication between luminaires and controller is directly done via the power lines, i.e. without additional data lines (this applies only for OLITE ballasts and interfaces with the designation PLC-XXXXX). In addition an appropriate switching behaviour can be assigned to each individual luminaire. The OLITE system provides the following supplementary functions: Automatic detecting and monitoring of luminaires Each luminaire with an OLITE ballast or OLITE interface is detected by the control unit Section central EPS 360 and assigned to the corresponding current circuit. Consequently, each luminaire can be monitored and operated individually. Checking the function of luminaires with ballasts of other manufacturers or lamps and halogen lamps for systems without PLC communication is done by comparing the automatically measured total current in the current circuit and a reference value. Connecting a phase monitor With the help of phase monitors the 230V mains in sub-distributors (SD) can be monitored. The phase monitors have to be connected to the Interface Box. Potential-free alarm contacts for remote inquiry of the operating state Three potential-free alarm contacts are available for a remote inquiry of the operating state of the OLITE system. The system events can be freely assigned to the alarm contacts. The alarm contacts can be used to display the operating state of the OLITE system using a remote display (for instance at the operator panel of the building control). Push-button for staircase light Using the OLITE system the function of a staircase lighting can be realised. Terminals for 2 separated staircase push-button circuits are available. The push-button lamp (glow lamp) is only applicable at one circuit (S1/S3). It is supplied by the OLITE system (230V DC, 50mA max.). For push-button 2 no push-button lamp can be connected. The delay time can be set between 1 and 30 minutes. ote: If a remote display is connected, only one automatic staircase timer switch can be used. Failure reports and luminaire configuration via GSM mobile radio communication (optional) With the help of the OLITE GSM module, which is connected to the Section central EPS 360, failure reports can be received using a GSM mobile phone (via SMS) and the luminaires can be configured comfortable when commissioning the installation. Printing test protocols (optional) The Section central printer, which is connected to the Section central EPS 360, allows to print recorded test protocols and the current configuration of the installation. OLITE Section central 11

13 2.2 Technical Data Housing type Type 1 Type 2 Type 3 Type 4 Designation 360 1h10/ h10/ h10/ h05/2 Model Flush housing Surface housing 360 3h10/ h10/ h05/ h10/3 Surface housing h10/ h05/ h10/ h10/ h05/ h10/4 Surface housing Dimensions D / W / H [mm] 130/460/ /500/ /600/ /900/1590 Weight (without batteries) app. 33 app. 25 app. 40 app. 84 [kg] Batteries [units] 2 2 Max. 4 Max. 8 Battery weight [kg] 20 / / Section central EPS Max. 2 Max. 4 [units] Terminal block [units] 1 1 Max. 2 Max. 4 ominal voltage 230 V Battery voltage 24 V Frequency 50/60 Hz Charging power battery 150 W per EPS Contact S1/S3 Max. 50mA for glow lamps in staircase push-buttons Potential-free alarm contacts Relay 1 to relay 3 (Connection of K11, K12, K14 or K21, K22, K23 or K31, K32, K34) Max. 24V/ 0,5A Emergency luminaires umber per circuit 20 Maximum line length Line cross section (outgoing) 300m Max. 4mm² 12 OLITE Section central

14 Temperature range Admissible temperature range for: Lagerung (does not apply for batteries)-20 C C Operation -5 C C Protection type and protection class Protection type IP23 (according to DI E ) Protection class 1 (according to DI E ) Admissible environmental conditions Storage and operation: according to above mentioned protection type and class with respect to protection against contact, live parts and intrusion of dust and foreign substances or humidity Switch cabinet type 1 to 4 OLITE Section central 13

15 The number of standard terminal blocks corresponds to the number of Section central EPS 360 within the system (e.g. type 4: 12 output circuits, 4 Section central EPS 360; thus 4 standard terminal blocks each with 3 output circuits). Designation key: 360 1h 10 /1 Power Supply capacity in h Battery lifetime in years Type Section central EPS 360 Batteries Optional modules OLITE central IR Printer: OLITE central GSM Module: programmable control unit for current circuits, charging controller, change-over facility and power electronics 12 V, app. 32 kg (system voltage 24 V) for emergency supply Printing of test protocols. GSM mobile radio communication for setting up luminaires and reporting failure messages via SMS (Short Message Service). 14 OLITE Section central

16 2.3 Control unit Section central EPS 360 Short description The compact control unit Section central EPS 360 is a microprocessor-controlled unit which summarises all components for monitoring and controlling the emergency supply. Mains monitoring Current circuit and luminaires controlling Charging unit with charging controller for the batteries Switch over unit for changing between mains and emergency mode Transformer for the emergency supply provided by the batteries Touch panel for controlling and configuring All settings and test protocols are stored to a non-volatile memory. In the event of a complete disconnection (230V mains supply and battery), data will not get lost. Emergency circuits Circuit 1 En1 El1 Circuit 2 En2 EPS 360 El2 E1 EL1 Mains/etz Failure/Störung En3 E2 Circuit 3 EL2 El3 E3 EL3 Push-button 1 (I) to Interface Box Push-button 1+2 (+) S1 S2 S3 S1 S2 S3 K11 K12 K14 K11 K21 K22 K24 K12 K14 K31 K32 K34 ZUMTOBEL STAFF DAS LICHT Alarm contacts Relay 1 K21 K22 K24 S4 S5 Relay 2 Relay 3 K31 K32 K34 to Interface Box S4 S5 Relay 1 Relay 2 Relay 3 K11 K12 K14 K21 K22 K24 K31 K32 K34 Dimensions Width Heigth Depth Weight 160 mm 240 mm 50 mm approx. 700 g L Mains 230 V AC 50 Hz L Tx Rx Gnd Tx Rx Gnd P1 P2 D1 D2 Sync Sync P1 P2 D1 D2 Tx Rx Gnd P1 P2 RS 232 _ + Temp. sensor Pt100 Data D1 D2 Sync Sync _ + Battery DC 24 V OLITE Section central 15

17 Touch panel The control unit is operated via the touch panel. All settings are performed via the user-friendly, menu-driven user interface by touching the panel. Date, time Battery, voltage and current Battery state Operation mode Leads to main menu Failure information Go to help menu Failure messages Status of ext. modules Display and input area Figure: Touch panel Section central EPS 360 with basic display Dimensions Resolution 60 x 80 mm 240 x 160 Pixel Communication and data exchange IR interface The IR interface located on the front panel of the Section central EPS 360 establishes a direct connection to an external PC (e.g. a otebook). Using this PC and the software Section central EPS 360-Control, the current configuration data as well as the test protocols can be read out and archived or sent to the optional IR Printer. RS 232 interface The serial RS 232 interface allows a data connection to the port2 or port4 module or Section central GSM module. DALI bus Via the DALI bus (Digital Addressable Lighting Interface), the controller can communicate with external devices, for instance LM-DALIS (terminals D1, D2). 16 OLITE Section central

18 2.3.2 Battery charging unit The battery charging unit is integrated into the control unit Section central EPS 360. The charging unit is safely isolated against mains supply. The completely sealed, maintenance-free batteries are charged according to I/U characteristic. The charge state of the battery and the batteries themselves are monitored automatically at any time, so that failures of the charging unit or the batteries are detected fast. Charging characteristic I/U characteristic Absorption voltage 27.6 Volt Conservation charging 27.2 Volt Deep discharging protection 20.4 Volt Recharge time 10 hours Monitoring intervals < 5 min Own consumption EPS 360 < 50 ma Voltage transformer In emergency mode, the voltage transformer supplies current to the luminaires of the emergency lighting current circuits provided by the batteries. Input voltage 24 V DC Output voltage 230 V DC (10%) Constant power during emergency mode 360 W End circuits protection 6 x 4 A slow (fuse terminals) Mains monitoring The controller Section central EPS 360 monitors the mains. If the voltage falls below the monitoring level of 0.85 x Unom for the duration of 0.5 sec., the emergency mode is activated. Monitoring level Unom (according to E ) In addition to the internal monitoring of the mains, an external phase monitor (e.g. located in a sub-distributor) can be connected to terminals S4, S5. If the external phase monitor (e.g. OLITE central EPD) reports a voltage breakdown of a sub-distributor (UVA - sub-distributor of the general power supply) by opening the circuit monitoring loop S4 / S5, the rescue sign luminaires and security luminaires will be switched on. The following two emergency modes can be set (refer also to section 14.2 on page 75): 1 AC emergency mode (factory setting): As long as mains supply is available at the EPS 360 (Section central xxxx), AC mains supply is also applied to the output circuits of the EPS 360. That means, all luminaires in M (non-maintained mode) and luminaires currently switched off via L will be switched on until the phase monitoring loop S4 / S5 is reclosed. Subsequently the luminaires will be switched to the original state. OLITE Section central 17

19 2 DC emergency mode: If the phase monitoring loop S4 / S5 is opened by the external phase monitor (OLITE central EPD), the EPS 360 (Section central xxxx) applies 230 V DC to the outputs. All rescue sign luminaires and security luminaires are supplied with direct voltage and always switched on independent of the current operating state. The DC emergency mode keeps activated as long as the deep-discharge level of the batteries is reached or the circuit monitoring loop S4 / S5 is reopened. ote Electronic ballasts with control input have a different behaviour in DC operation mode. It must be guaranteed that the control signal is either ignored or enabled. Tip: If TRIDOIC ATCO PCA EXCEL one4all is used, the DC emergency mode always means that the lamps are operated with the preset DC brightness value! Batteries Short description Maintenance-free, closed lead-acid batteries are used in the OLITE central systems. Two accumulators, each with 12 Volt (system voltage 24 V DC), are connected to one control unit Section central EPS 360. The capacities of the supplied batteries for the Section central 360 1h10/2 are designed in the way that they supply current to the emergency current circuits for at least 1 hour at a maximum power of 360 W DC. Technical Data Rating Type Usage Capacity C10 Voltage Powerfit S 312 / 26 G5 5 years 26 Ah 12 V MARATO L12V32 10 years 32 Ah 12 V Sprinter P12V years 61 Ah 12 V MARATO T12V35 10 years 35 Ah 12 V MARATO T12V60 10 years 59 Ah 12 V Temperature range: Operating temperature 20 C ±5 K (the technical data apply for this temperature range, higher temperatures reduce the usage time. Lower temperatures reduce the availability of the capacity) Adm. operating temperature 10 C C Limiting temperature 45 or higher must be avoided Inadm. operating temperature 55 C inadmissible 18 OLITE Section central

20 Charging: The batteries are charged according to IU characteristic. Battery currents: Maximum battery currents (in A) Powerfit S 312 / 26 G5 MARATO L12V32 Sprinter P12V1575 MARATO T12V35 MARATO T12V60 Discharge time 26 Ah 32 Ah 60 Ah 35 Ah 59 Ah 0.5 h h h h h Limit values for group supply systems according to specification: VDE h 900W 3.0 h 300W E h 1500W 3.0 h 500W Caution! The batteries may be stored for maximally 3 months without maintaining! OLITE Section central 19

21 L S1 S2 S3 Tx Rx P1 P2 D1 D2 DAS LICHT 2.4 DALI interface The DALI bus is used for the communication between the control unit Section central EPS 360 and further connected external devices (push-buttons for general lighting, PC, etc.). The DALI interface at the Section central EPS 360 represents the connected luminaires as DALI standard actuators with all DALI setting possibilities. Initially the settings are set to the default values. The default values can be changed afterwards within the valid range. Changes to the settings POWER_O_LEVEL, SYSTEM_FAILURE_LEVEL, MI_LEVEL and MAX_LEVEL are not stored. Section central EPS 360 E1 EL1 E2 EL2 S4 S5 E3 EL3 K11 K12 K14 K21 K22 K24 K31 K32 K34 EPS 360 Mains/etz Failure/Störung ZUMTOBEL STAFF LM DALI Any number, but maximally 16 luminaires or luminaires groups can be switched Gnd _ + DALI-Bus Bus length 300 m max. DALI PS Busversorgung Emotion Figure: Section central EPS 360 and DALI bus 20 OLITE Section central

22 LS L'1 L'2 L'3 L' Switch cabinet type 2 as an example Short description The device contains the following components in the basic configuration: 1 Switch cabinet 2 Section central EPS 360 control unit 3 Battery case with 2 lead-acid batteries 12V, 10 years 4 Terminals, Interface Box 5 Cable screwing (coming with the switch cabinet) 6 Section central GSM module (optional) The battery case is isolated gas-proof from the device case. The switch cabinet is available as wall housing for surface mounting. Failure messages can be seen through the window in the switch cabinet door. 4 2 _ El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K34 Sync- Anzeige + Anzeige - otaus + otaus- S2_1 S3_1 S2_2 5 + _ + Battery 1 Battery 2 S3_2 S2_3 S3_3 S2_4 S3_2 PHW1+ PHW2+ S4_1 S5_1 PHW3+ S4_2 S5_2 PHW4+ S4_3 S5_3 Sync+ S4_4 PHW1- PHW2- PHW3- PHW4- S5_ Figure: Switch cabinet type 2 (illustration without door and cover) OLITE Section central 21

23 2.6 Terminals / Interface Box [SC 360 XXXX] El1 En1 El2 En2 El3 En3 S1 S3 K11 K12 K14 K21 K22 K24 K31 K32 K34 LS El1 En1 El2 En2 El3 En3 S1 S3 K11 K12 K14 K21 K22 K24 K31 K32 K34 Power supply: Emergency circuits: Circuit 1: Emergency circuits: Circuit 2: L,, LS, EL1, E1, EL2, E2, Emergency circuits: Circuit 3: EL3, E3, Current limitation 50 ma *1 Switching input S1 Common (+) S3 Potential-free alarm contacts, 24V 0.5A max. Relay1: Relay2: Relay3: K11, K12, K14 K21, K22, K24 K31, K32, K S2_1 S3_1 S2_2 S3_2 S4_1 S5_1 S4_2 S5_2 Anzeige + Anzeige - otaus + otaus- L'1 L'2 PHW1+ PHW1- PHW2+ PHW2- Sync+ Sync Remote Interface Central Phase monitor: Phase monitor: PHW1+, PHW1- PHW2+, PHW2- If no phase monitors are connected, the phase monitor terminals have to be bridged. *1 Staircase push-buttons with power supply for glow light at push-button; output voltage between S1 and S3 230V DC 22 OLITE Section central

24 2.7 Terminal block Interface Box for switch cabinet type 4 with 4 Section central EPS 360 El1 En1 El2 En2 El3 En3 S1 S3 El1 En1 El2 En2 El3 En3 S1 S3 El1 En1 El2 En2 El3 En3 S1 S3 El1 En1 El2 En2 El3 En3 S1 S3 K11 K12 K14 K21 K22 K24 K31 K32 K34 LS LS LS LS El1 En1 El2 En2 El3 En3 S1 S3 El1 En1 El2 En2 El3 En3 S1 S3 El1 En1 El2 En2 El3 En3 S1 S3 El1 En1 El2 En2 El3 En3 S1 S3 K11 K12 K14 K21 K22 K24 K31 K32 K34 Voltage supply EPS 1 Voltage supply EPS 2 Voltage supply EPS 3 Voltage supply EPS 4 Standard terminal block: The number of blocks available per module depends on the number of EPS 360 modules (type 4 consists of 4 EPS 360). Following blocks are available per EPS: 3 emergency circuits Switching input for current limitation (S1/S3) Inputs/outputs EPS 1 Inputs/outputs EPS 2 Inputs/outputs EPS 3 Inputs/outputs EPS 4 Potential-free alarm contacts, 24V 0.5A max. Relay1: K11, K12, K14 Relay2: K21, K22, K24 Relay3: K31, K32, K S2_1 S3_1 S2_2 S3_2 S2_3 S3_3 S2_4 S3_2 S4_1 S5_1 S4_2 S5_2 S4_3 S5_3 S4_4 S5_4 Anzeige + Anzeige - otaus + Sync- otaus- L'1 L'2 L'3 L'4 PHW1+ PHW2+ PHW3+ PHW4+ Sync+ PHW1- PHW2- PHW3- PHW Interface Box: Remote Interface Central Switching inputs L' per EPS Phase monitor EPS1 - EPS 4 OLITE Section central 23

25 3~Ph L1 L2 L3 L1 L2 L3 3~Ph L1 L2 L3 L1 L2 L3 E1 EL1 E2 EL2 E3 EL3 S1 S2 S3 2.8 Example circuit 24V DC Pt100 OLITE PLC-EVG OLITE PLC-EVG OLITE PLC-EVG OLITE Interface PLC-DALI OLITE Interface PLC-Relais OLITE PLC-EVG OLITE Interface PLC-Relais D1 D2 EVG DALI D1 D2 EVG Standard L _ + T Overview of switching possibilities for output circuits L3, L2, L1,, Circuit W at 230 V AC / 120 W at 230 V DC 20 luminaires max. Emergency EVG Standard EVG Standard EVG Standard Remote Interface Central Luminaire switch Sync+ PHW2+ Anzeige + Anzeige - otaus + otaus- L'1 L'2 PHW1- PHW1+ PHW2- Sync- S5_2 S4_2 S4 S5 K31 K32 K34 K21 K22 K24 K11 K12 K14 EPS 360 ZUMTOBEL STAFF DAS LICHT Mains/etz Failure/Störung Tx Rx Gnd P1 P2 D1 D2 12V 12V LS S5_1 S4_1 S3_2 5 S2_2 S3_1 S2_1 El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K Main line L1, L2, L3,, Mains 230 V AC RS232 IR interface Onlite-Protokoll EPS 360 configuration GSM module Circuit W at 230 V AC / 120 W at 230 V DC 20 luminaires max. Emergenc Circuit W at 230 V AC / 120 W at 230 V DC 20 luminaires max. 24 OLITE Section central

26 E1 EL1 E2 EL2 E3 EL3 S1 S2 S3 Remote Interface Central Remote display Betriebsbereit Batteriebetrieb Störung EPS 360 ZUMTOBEL STAFF DAS LICHT L Tx Rx Gnd P1 P2 D1 D2 K11 K12 K14 K21 K22 K24 K31 K32 K34 S4 S5 L1, L2, L3,, L1 S3 S1a S1b S1c S1 L1,, Mains/etz Failure/Störung + _ LS El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K34 S2_1 S3_1 S2_2 S3_2 Anzeige + Anzeige - otaus + otaus- L'1 L'2 PHW1+ PHW1- PHW2+ PHW2- Sync+ Sync- 4A Sicherung 4A Sicherung 4A Sicherung 4A Sicherung 4A Sicherung 4A Sicherung S4_1 S5_1 S4_2 S5_ Circuit S1 - S3 contains either a staircase push-button circuitry or a luminaire switch which can be connected between the respective outer conductor that is connected to the EPS and the input S1. OLITE Section central 25

27 3 Installation Warning! Only qualified electrical specialists may perform work on the 230 V mains. Wiring of current-carrying lines as well as signal and control lines must be done in accordance with the relevant guidelines and standards. ational guidelines and regulations applicable in the country in which the system is being installed and operated have to be observed. Caution! Only luminaires with an operation voltage of 230V AC (50/60Hz) and 230V DC may be connected to the outputs for the emergency lighting end circuits of the OLITE system. Pay attention to the line lengths of the output circuits; the maximum length of 300m may not be exceeded. Wiring of lines should be done in such a way that the cables of the individual circuits run parallel for a maximum of 20m. For longer lines a distance of at least 5cm between the cables should be guaranteed. The batteries may not be stored for longer than 3 months without maintaining. Be sure to connect to the appropriate poles on the battery. 3.1 Installing the switch cabinet The switch cabinet of the Section central EPS 360 can be screwed to wall or rack using the drillings in the rear panel. The connection cables are routed into the cabinet through the drillings in the flange plate. Cable screwing units used for sealing and pull relief of the cable entry points are added to the switch cabinet. Danger! This section describes the installation of the switch cabinet. Do not connect the connection cables for the 230V AC mains and the batteries until you are requested in this operating manual. Otherwise there is a risk of mortal danger due to electric shock. If the battery case contains any batteries, you have to remove them prior to installation. For this note the descriptions in the sections Disconnecting batteries (section 4.6 on page 40) and Connecting batteries (section 4.3 on page 37). Drill the fixing holes according to the following illustration. 26 OLITE Section central

28 Use suitable mounting elements and screws to fix the switch cabinet. Ensure that the used mounting elements and screws as well as the wall and wall substructure are suitable for the weight of the cabinet and the torque demand. Route the connection cables into the cabinet through the flange plate at the top side of the switch cabinet. For this use the supplied cable screwing units for sealing the cable entry points. This dimensioning applies to all switch cabinet types (type 2 - type 4). Each fixing hole at the rear side of the switch cabinet has a distance of 40 mm to the outside margin. The outer dimensions of the switch cabinets are listed in the technical data (refer to section 2.2 on page 12). OLITE Section central 27

29 3.2 Connecting the 230V mains supply The Section central system is powered by the general 230 V, 50/60Hz mains supply (in emergency mode the batteries supply the system). Warning! It is absolutely necessary to open the line safety switches and the fuse holders prior to connecting the mains supply and to re-close them not until you are requested in this operating manual. Otherwise there is a risk of mortal danger due to live parts. Connect the 230 V mains supply to the screw terminals L, and on the hat rail of the switch cabinet while mains supply is switched off. L1 must be bridged to the fourth line safety switch in case of a three-phase connection of the Section central 1440 system. The appropriate line cross section and sealing have to be applied. Refer to the following illustration. Mains supply LS LS LS LS El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 El1 El1 En1 En1 El2 El2 En2 En2 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K S2_1 Anzeige + S3_1 Anzeige - S2_2 otaus + S3_2 otaus- S2_3 L'1 S3_3 L'2 S2_4 L'3 S3_2 L'4 PHW1+ PHW1- S4_1 PHW2+ S5_1 PHW2- S4_2 PHW3+ S5_2 PHW3- S4_3 PHW4+ S5_3 PHW4- S4_4 Sync+ S5_4 Sync L1 L2 L3 L1 Figure: Connecting terminals of the 230V mains supply considering the switch cabinet type Section central 1440/4 as example 28 OLITE Section central

30 3.3 Connecting the emergency circuits Warning! Do not switch on voltage supply (230V mains power supply and batteries) until all wiring and installation activities have been completed. For this note the descriptions in the section Commissioning (section 4 on page 36). Caution! ote the technical data (section 2.2 on page 12) regarding the number of emergency luminaires, the maximum line length and the possible line cross sections. Connect the luminaires to the emergency power supply according to the specifications of the luminaires manufacturer. Connect the emergency circuits to the terminal block in the switch cabinet of the Section central EPS 360 according to the following illustration. Terminals: Emergency circuit 1: EL1 / E1 / Emergency circuit 2: EL2 / E2 / Emergency circuit 3: EL3 / E3 / LS Emergency circuit 1 Emergency circuit 2 Emergency circuit 3 El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K S2_1 S3_1 Anzeige + S2_2 Anzeige - S3_2 otaus + otaus- L'1 L'2 PHW1+ PHW1- PHW2+ S4_1 PHW2- S5_1 Sync+ S4_2 Sync- S5_ OLITE Section central 29

31 ote If luminaires with OLITE ballasts or OLITE interfaces are used, the controller can automatically arrange the luminaires using the address switches (address 1-20) on the ballasts or interfaces. To do this, proceed as described in the operating manuals for the ballasts or interfaces. Alternatively a subsequent arrangement of the luminaires can be done without setting the address switches of the ballasts and interfaces (refer to section 12 on page 65). 3.4 Installing and connecting optional modules Section central GSM module The Section central GSM module is intended as optional module for the emergency control unit Section central EPS 360. The Section central GSM module allows to monitor and address the luminaires of the emergency lighting system using a standard phone with dual tone multi frequency (DTMF) signaling or a mobile phone. After the connection to the Section central GSM module has been established (the Section central GSM module contains a SIM card which specifies the phone number of the Section central GSM module), the functions (addressing, switching the luminaires, status interrogation) are controlled by pressing a key on the calling phone or mobile phone. A conventional telephone conversation is also possible via the built in microphone and speaker. Using the GSM module, the Section central EPS 360 can send messages (e.g. failure messages) to one or several mobile phones via SMS (Short Message Service) Connecting the Remote Interface Central Warning! Do not switch on voltage supply (230V mains power supply and batteries) until all wiring and installation activities have been completed. For this note the descriptions in the section Commissioning (section 4 on page 36). The Remote Interface Central has to be connected to the Interface Box (see also the following connection diagram). Caution! ote that the terminals S1-S3 are energised (230V DC) during operation. Also note the technical data in section 2.2 on page 12 regarding the admissible voltage and current load for the alarm contacts (K11 to K34). 30 OLITE Section central

32 The Remote Interface Central has to be connected to the Interface Box and the terminal block according to the following connection diagram. Remote Interface Central E1 EL1 E2 EL2 E3 EL3 S1 S2 S3 K11 K12 K14 K21 K22 K24 K31 K32 K34 S4 S5 LS El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K34 4A Sicherung 4A Sicherung 4A Sicherung 4A Sicherung 4A Sicherung 4A Sicherung S2_1 S3_1 Anzeige + S2_2 Anzeige - S3_2 otaus + otaus- L'1 L'2 PHW1+ PHW1- PHW2+ S4_1 PHW2- S5_1 Sync+ S4_2 Sync- S5_ EPS 360 ZUMTOBEL STAFF DAS LICHT Mains/etz Failure/Störung L Tx Rx Gnd P1 P2 D1 D2 _ + OLITE Section central 31

33 3.4.3 Connecting the staircase push-buttons Warning! Do not switch on voltage supply (230V mains power supply and batteries) until all wiring and installation activities have been completed. For this note the descriptions in the section Commissioning (section 4 on page 36). Connection of the staircase push-buttons with glow lamp is done via the terminals S1-S3 on terminal block X0. The glow lamps of the staircase push-buttons are supplied with 230V DC. The total current for the glow lamps is limited to 50mA. ote The function of the terminals S1-S3 are programmed via the controller Section central EPS 360 (refer to section 11 on page 59). The terminals are supplied with 230V DC by the Section central EPS 360. The output current is limited to 50mA. Connection of the staircase push-buttons with glow lamps has to be made in accordance with: the manufacturer's information for the push-buttons the following schematic drawing, terminals S1-S3 the plans and drawings according to the conditions at the installation site 230V DC max. 50mA LS El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K S2_1 S3_1 Anzeige + S2_2 Anzeige - S3_2 otaus + otaus- L'1 L'2 PHW1+ PHW1- PHW2+ S4_1 PHW2- S5_1 Sync+ S4_2 Sync- S5_ OLITE Section central

34 3.4.4 Installing and connecting external phase monitors Monitoring the 230V mains supply for the general lighting is done by monitoring the mains supply for the system integrated into the control unit Section central EPS 360 and for further current circuits via the external phase monitor module (optional). The integrated voltage monitoring controls the voltage supply of the installation. o further installation is required. The external phase monitor is a modular device for mounting in a sub-distributor on a hat rail according to DI E Attach the device to the designated sub-distributor on the hat rail. The device locks by pressing the hat rail slightly. Connecting the wires to the phase monitor is done by screw terminals. Connect the phase monitor to the 230V mains supply in the sub-distributor and to the terminal block PHW1+/PHW1- of the Interface Box (see following illustration). A wire clamp is mounted between the terminals PHWx+/PHWx- on delivery. Remove the wire clamp before connecting the phase monitor. L1 L2 L3 UV1 L3 L2 L1 EPD 1 4 LS El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K S2_1 S3_1 Anzeige + S2_2 Anzeige - S3_2 otaus + otaus- L'1 L'2 PHW1+ PHW1- PHW2+ S4_1 PHW2- S5_1 Sync+ S4_2 Sync- S5_ OLITE Section central 33

35 Caution! If you remove the phase monitor, you have to re-install the wire clamp between PHWx+ and PHWx-. Loop monitoring: When interrupting the current loop the emergency lighting is switched on immediately. ote If less than 3 phases shall be monitored, the remaining inputs of the phase monitor have to be bridged. If several phases or the phases in a further sub-distributor shall be monitored, several phase monitors have to be connected in one current loop. Refer to the following illustration: Schematic drawing when connecting several phase monitors. L1 L2 L3 UV1 L1 L2 L3 UV2 L3 L2 L1 L3 L2 L1 EPD EPD LS El1 El1 En1 En1 El2 El2 En2 En2 El3 El3 En3 En3 S1 S1 S3 S3 K11 K11 K12 K12 K14 K14 K21 K21 K22 K22 K24 K24 K31 K31 K32 K32 K34 K S2_1 S3_1 Anzeige + S2_2 Anzeige - S3_2 otaus + otaus- L'1 L'2 PHW1+ PHW1- PHW2+ S4_1 PHW2- S5_1 Sync+ S4_2 Sync- S5_ Figure: Schematic drawing when connecting several phase monitors. ote Phase monitors can also be connected parallel to several inputs. 34 OLITE Section central

36 3.5 Completing the installation The following operations and tests have to be done after installation: Perform a final check on all works done and compare the established connections with the given plans and drawings. Make sure that all connections are firm. Remove all unused cables, insulation and fixing materials, tools and packaging. OLITE Section central 35

37 4 Commissioning 4.1 Important notes prior to commissioning Take note of the following instructions before initial commissioning or re-starting: Commissioning may only be performed by an authorised electrical specialist having specialised knowledge of technical and legal principles for set up and operation of emergency lighting systems. In addition, observe national regulations and guidelines for commissioning and operation of emergency power lighting systems. Observe all measures for safety at work. Ensure the proper handling of the batteries and the battery-powered parts. There is a risk of mortal danger for persons due to high battery currents which can briefly arise in the event of short circuits. Before commissioning, check that the installation activities have been performed and completed according to regulations. Compare all works performed with the plans and drawings. Make sure that all connections are firm. 4.2 Switching on the system Caution! If you have installed the system according to the mounting instruction without any problems, you can continue commissioning the system. Caution: There are live parts. Switch on the system as follows: Close the fuse holders and line safety switches on the terminal block. If you have done this correctly, the information shown here is displayed on the touch panel. 36 OLITE Section central

38 LS EPS 360 Mains/etz Failure/Störung L S1 S2 S3 Tx Rx Gnd P1 P2 D1 D2 S1 S2 S3 S4 S5 S1 S2 S3 S4 S5 S4 S5 ZUMTOBEL STAFF DAS LICHT 4.3 Connecting the batteries A battery set for one control unit Section central EPS 360 consists of two batteries connected in series. The voltage of the battery set (system voltage) is 24V. Danger! Prior to connecting the batteries check that: no persons work on the installation all mounting and installation works are completed Connect the batteries as follows: 1 First connect the red cable to the positive pole (+) of battery 2. 2 Clamp the connecting cable to the negative pole (-) of battery 2 and to the positive pole (+) of battery 1. 3 Connect the black cable to the negative pole (-) of battery 1. Check the display on the front panel of the control unit for possible error messages. If no error messages are shown, "AC mains mode" is displayed on the screen. E1 EL1 E2 EL2 EL1 El1 E1 En1 El1 EL1 En1 E1 E3 EL3 EL2 El2 E2 En2 El2 EL2 En2 E2 EL3 El3 E3 En3 El3 EL3 En3 E3 K11 K12 K14 K21 K22 K24 K31 K32 K34 _ + K11 K12 K14 K21 K22 K24 K31 K32 K34 K11 K12 K14 K21 K22 K24 K31 K32 K34 2 _ 3 + _ + Battery 1 Battery 2 1 OLITE Section central 37

39 EPS 360 Mains/etz Failure/Störung L ZUMTOBEL STAFF DAS LICHT 4.4 Enabling (unblocking) the system Danger! Prior to enabling the system, ensure that: no person is working on the installation (also on current circuits of the emergency lighting) all mounting and installation works are completed all connections and screwing are firm Enable the system as follows: 1 Press the key and unblock the system. E1 EL1 E2 EL2 E3 EL3 LS S1 S2 S3 K31 K11 K12 K14 K21 K22 K24 K32 K34 S4 S5 Tx Rx Gnd P1 P2 D1 D2 EL1 El1 E1 En1 El1 EL1 En1 E1 El2 EL2 En2 E2 El3 EL3 En3 E3 S1 S2 S3 S4 S5 K11 K12 K14 K21 K22 K24 K31 K32 K34 S1 S2 S3 S4 S5 EL2 El2 E2 En2 EL3 El3 E3 En3 K11 K12 K14 K21 K22 K24 K31 K32 K34 1 _ + _ + _ + Battery 1 Battery 2 38 OLITE Section central

40 LS EPS 360 EL1 Mains/etz Failure/Störung EL2 L EL3 S1 S2 S3 K11 K12 K14 K21 K22 K24 K31 K32 K34 S4 S5 Tx Rx Gnd P1 P2 D1 D2 ZUMTOBEL STAFF DAS LICHT 4.5 Switching off the system To switch off the system completely, it is not sufficient to disconnect the system from the general mains supply. In case of a group battery supply system, the additional voltage supply provided by the battery has to be considered. Before working on end circuits you must perform the following precautions: Switch off the system as follows: 1 Block the system by pressing the key Disconnect the batteries as described in section 4.6 on page Remove the isolation terminals and fuse holders for the circuits. 4 Ensure that this shut-downs are protected (lock, fuse holders, covers, or similar). _ E1 EL1 El1 E1 En1 El1 EL1 En1 E1 E2 E3 EL2 El2 E2 En2 EL3 El3 E3 En3 El2 EL2 En2 E2 El3 EL3 En3 E3 S1 S1 + S2 S3 S4 S5 S2 S3 S4 S5 K11 K12 K14 K21 K11 K12 K14 K21 K22 K24 K31 K22 K24 K31 K32 K34 K32 K34 _ 2 + _ + Battery 1 Battery 2 OLITE Section central 39

41 LS EPS 360 E1 EL1 Mains/etz Failure/Störung E2 EL2 L E3 EL3 S1 S2 S3 K11 K12 K14 K21 K22 K24 K31 K32 K34 S4 S5 Tx Rx Gnd P1 P2 D1 D2 ZUMTOBEL STAFF DAS LICHT 4.6 Disconnecting the batteries Disconnect the batteries as follows: 1 Block the system by pressing the key. 2 Disconnect the black cable from the negative pole (-) of battery 1 first. 3 Disconnect the cable between battery 1 and battery 2. 4 Disconnect the red cable from the positive pole (+) of battery 2. 5 ow you can remove the batteries from the switch cabinet. EL1 El1 E1 En1 EL2 El2 E2 En2 EL3 El3 E3 En3 S1 El1 EL1 En1 E1 El2 EL2 En2 E2 El3 EL3 En3 E3 _ + S2 S3 S4 S5 S1 S2 S3 S4 S5 K11 K12 K14 K21 K22 K24 K31 K32 K34 K11 K12 K14 K21 K22 K24 K31 K32 K _ 2 + _ + 4 Battery 1 Battery 2 Caution! If you work on output circuits, it is absolutely necessary to switch off the system as described in section 4.5 on page Checking the batteries The control unit Section central EPS 360 continuously checks the batteries for short circuits, over- or undervoltages. Checking the capacity is done during the duration test which the operator of the emergency lighting system has to perform regularly (at least annually). However, if a manually checking of the batteries is required (e.g. when replacing the batteries or, if possibly, the battery voltage or current is not correctly displayed by the controller), the battery voltage has to be measured directly at the battery set. Danger! Before measuring the voltage, you have to switch off the system (see section 4.5 on page 39). Ensure that no short circuit occurs when measuring using the probe tips. In case of improper use there is a risk of mortal danger due to high battery currents. 40 OLITE Section central

42 LS EPS 360 E1 EL1 Mains/etz Failure/Störung E2 EL2 L E3 EL3 S1 S2 S3 K11 K12 K14 K21 K22 K24 K31 K32 K34 S4 S5 Tx Rx ZUMTOBEL STAFF DAS LICHT Gnd P1 P2 D1 D2 S1 S2 S3 S4 S5 S1 S2 S3 S4 S5 ote Do not switch off the system or measure the voltages during the required operating times for the emergency lighting. Check the system voltage of the batteries as follows: 1 Switch off the system (refer to section 4.5 on page 39). 2 Disconnect the black cable from the negative pole (-) of battery 1. 3 Disconnect the red cable from the positive pole (+) of battery 2. 4 Measure the voltage between the positive pole (+) of battery 2 and the negative pole (-) of battery 1 using a voltmeter (DC). The test voltage should be +20.4V at least. EL1 El1 E1 En1 EL2 El2 E2 En2 EL3 El3 E3 En3 El1 EL1 En1 E1 El2 EL2 En2 E2 El3 EL3 En3 E3 _ + K11 K12 K14 K21 K22 K24 K31 K32 K34 K11 K12 K14 K21 K22 K24 K31 K32 K Battery 1 Battery 2 1 Volt If the test voltage is not reached: Ensure that the batteries are connected properly with regard to the poles. Ensure that all screwings are firm. _ + Battery 1 _ + Battery 2 4 _ + Caution! Faulty batteries have to be replaced! Always replace the complete battery set (both batteries)! OLITE Section central 41

43 5 Transport, storage and disposal Batteries The batteries are delivered separately. They are installed and connected when mounting the device. ote the information of the battery manufacturer regarding transport and storage. Caution! The batteries may not be stored for longer than 3 months without maintaining. otes The packing material is a valuable raw material which can be recycled. ote the national guidelines regarding the disposal of packing material. Batteries and electronic parts contain material which may lead to damage to health and environmental damage in case of improper disposal. ote the national guidelines regarding the disposal of old batteries. Warning! During transport, ensure that the batteries are not damaged. Depending on the battery type used, acid may leak out. This may lead to damage to health. 42 OLITE Section central

44 DAS LICHT 6 General notes concerning operation The OLITE system is operated menu-driven via the touch panel located on the front panel of the Section central EPS 360 control unit. All messages (system, status and error messages) of the controller are displayed on the touch panel. Selecting menus or tabs, entering and editing parameters as well as executing commands is done by means of appropriate control keys and device symbols. These keys or symbols can be operated using a suitable pen or your finger. When touching the panel, its background lighting is activated automatically and extinguishes after 20 seconds without any input. Touch panel operating elements with basic display shown (example) E1 EL1 E2 EL2 E3 EL3 S2 K11 K12 K14 K21 K22 K24 K31 K32 K34 Tx Rx S1 S3 S4 S5 P1 P2 D1 D2 EPS 360 ZUMTOBEL STAFF Go to quick menu and menu selection Touch panel keys Mains/etz Failure/Störung Failure information Go to help menu L Gnd _ + Display and input area OLITE Section central 43

45 6.1 Control keys on the touch panel Menu selection with tabs Active tab Title of active tab Submenus Moving and selecting a tab Go to submenus Help on active tab Back to start screen Graphically represented control keys (navigation and command keys, etc.) are available on the screen for operating the controllers. Which control keys are available depends on the active menu. The following navigation keys can be found on the right side of the screen: Leads from the basic menu to the quick menu, and from there to the menu selection where this key is used to select the tab and the submenus. Alternatively, the appropriate tab symbol (e.g. symbol can be clicked. ) or the submenu Leads from the quick menu back to the start screen (basic display). The down-arrow leads from the menu selection to the submenus of the tabs. The up-arrow leads from the submenu back to the window on the next higher level. Pressing this key on the basic display opens the contents of the help menu. If a submenu is visible, the related information is called. Leads from anywhere directly to the basic display. If you change any settings in the menus, the new settings will be applied and stored to the non-volatile memory not until you have exit the submenu. 44 OLITE Section central

46 The following control keys and input fields used to enter data and run various functions are available in the submenus: umeric field with scroll key Text field for data entry Command key for running an automatic search Command key A command key (Test in this example) executes the displayed command immediately. Confirms entries or changes. All values in the current window are accepted and stored. The current window is closed. Cancels the current procedure or closes the current window. The input or changes entered are not accepted and not stored. Using the scroll-key, the values in a numeric field can be changed. Clicking on a field bordered by a dotted line changes the value or opens a dialog window (e.g. date, time). OLITE Section central 45

47 Text can be entered in the text field. Clicking on the text field opens a keypad on the screen allowing to enter text. Enter the text by pressing the appropriate keys. Pressing the key accepts the entered text. Use the Esc key to quit the keypad without accepting the input. The abc and 123 keys toggle between an alphabetic and a numeric keypad. Clicking on a reference text (underlined text) opens the relevant submenu or its appropriate window. Clicking on a device symbol (e.g. phase monitor ) opens the appropriate submenu or window to parameterise or execute switching functions. Marking option fields selects or deselects the relevant options. One of several options can be selected from the options list. Click on the arrow key to open the options list and select the desired entry by clicking on it. Scroll bars for scrolling the screen. 46 OLITE Section central

48 7 Basic display 7.1 Overview The basic display shows the following information: 1 Date, time and battery temperature 2 Battery voltage 3 Battery current 4 Operation mode of the system 5 Failure messages (only displayed if failures exist) 6 Symbolic representation of external devices (GSM module, printer, phase monitor) Display Line 1 shows the current date and time as well as the battery temperature. The date and time values can be edited using the "Options" item in the "Configuration" menu. Line 2 shows the current battery voltage in Volt and line 3 the battery current. A negative current value (- sign) displays that current is taken from the battery. In case of a positive current value (no sign), the battery is charged. Line 4 indicates the operation mode of the system. The following modes exist: AC Mains Mode, DC Emergency Mode, AC Emergency Mode, Unit Blocked, Function Test, Duration Test. Line 5 displays failure messages. Possible messages are: Charging Failure, Lamp Failure, Battery Protection, Battery Failure. Line 6 displays the symbols of the connected devices: GSM module The number of bars indicates the field strength (signal strength max. 5 bars). Printer 3 phase monitors EPS address The numbers next to the EPS 360 symbol helps you to distinguish between several Section central EPS 360 in one system. Push-button connection OLITE Section central 47

49 7.3 Touch panel keys Pressing this key leads from the basic menu to the quick menu, and from there to the menu selection. In the menu selection, this key can be used to select the tabs and the menus of the individual submenus. Pressing the info key opens the test book. The test book contains detailed information about the existing failures. If a failure is displayed which has to be acknowledged, this menu shows the appropriate control keys used to acknowledge the removal of the failure. The help key opens the main menu of the help. The topics and terms in the "contents" menu provide information about operating and running the controller. 7.4 Acknowledging the deep discharge If the batteries are deeply discharged, a failure message appears in the basic display. Pressing the failure message or the info key displays a warning indicating that it is essential to run a duration test for checking the battery. Pressing OK acknowledges the deep discharge and creates an appropriate entry in the test book. ote Once the failure "Deep Discharged" occurs, the batteries and the battery charge have to be checked and replaced if necessary (refer to section 4.7 on page 40). Causes for the deep discharge: The duration of the power failure has exceeded the limit operation time of the batteries. Battery charge failure or defect batteries (failure has to be removed by technical staff). The lifetime of the batteries is elapsed and the admissible limit operation time in the event of a duration test or power failure has been exceeded (batteries have to be replaced by technical staff). Acknowledging the deep discharge: Press the key. The deep-discharge protection is immediately acknowledged. 48 OLITE Section central

50 8 Quick menu 8.1 Overview The Quick menu enables a fast and comfortable access to the functions: Block system Start the function test Start the duration test 8.2 Block system Blocks the system by switching off all 3 circuits. Block system Press the key. The circuits will be blocked and the basic display is reopened. Unblock system Press the key. The circuits will be enabled and the display changes to the start screen. ote The blocked device does not switch on the output circuits in the event of a power fail! All other Quick menu commands are inactive while the system is blocked. 8.3 Start function test Starts a manual function test. Starting the function test Press the key. The test is started and the display changes to the start screen indicating the progress of the test. Cancel function test Press the key. The test will be terminated and the display changes to the start screen. OLITE Section central 49

51 ote All other Quick menu commands are inactive while the function test is running. 8.4 Start duration test Starts a manual duration test. Starting the duration test Press the key. The test is started and the display changes to the start screen indicating the progress of the test. Cancel duration test Press the key. The test will be terminated and the display changes to the start screen. ote All other Quick menu commands are inactive while the duration test is running. 50 OLITE Section central

52 9 Test functions 9.1 Overview The Test functions menu is used to initiate the available system tests and to enter all parameters necessary to set up automatic tests. Events (system and error messages) as well as results of function tests and duration tests are stored permanently in the electronic test book. 9.2 Test book The test book stores all events and test results each with the appropriate date. The following events cause an entry in the test book: AC mains mode AC emergency mode DC emergency mode Blocking Unblocking Deep discharge Deep discharge acknowledged System extension Reinitialisation The following test results are logged in the test book: Duration test Function test Under Details ( ) the errors with circuit number and lamp number are displayed. The start and end time of the test is logged. OLITE Section central 51

53 The test book entries are read from the controller and listed in chronological order on the screen. You can browse the information line by line using the scroll keys. Details The detail view contains further information about results of the function and duration tests (not available for events). Print Prints the result of the selected function or duration test. The print function is only available for the function and duration test. Pressing the icon immediately starts the print job via the infrared interface, i.e. first the printer has to be aligned towards the infrared interface. 9.3 Function test The function test checks the luminaires during mains operation and battery operation. The following failures are detected during this test: Lamp type failure ( ) DALI communication error ( ) due to defect or unconnected PLC-DALI. PLC communication error ( ) due to defect or unconnected PLC component (PLC-EVG, PLC-LED, PLC-DALI) or communication failure between Section central EPS 360 and PLC component. Overload: Occurs, if a circuit requires more than 160W or all three circuits consume more than 360W. The emergency lamps cannot be switched on and operated. Battery failure: Occurs if the battery voltage is deep-discharged during the function test or the battery is not connected. However, the correct function of the battery is confirmed by the duration test. Circuit monitoring (if activated): If the output power of a circuit falls below the reference value, an error message is generated. You can program the desired time and day for an automatic execution of the function test. It is recommended to start the function test manually when initially commissioning the system, after new components have been added to the Onlite system and after other modifications to the emergency lighting system (such as replacement of luminaires, configuration changes). 52 OLITE Section central

54 ote Weekdays: Press the "Weekdays" field and select the desired day by marking the corresponding checkbox. Time: Press the "Time" field and edit the value using the provided arrow keys. Start function test now: Press this key to immediately start the function test (duration: approx. 2 minutes). Result of last function test displays the time, date and result of the last function test. See also test book: Pressing this field opens the test book with the last function test entry displayed. If you select no weekday, no automatic function test is performed. Function test started The following information is displayed while the function test is running: Start date and time Type of activation: "Manual release": manual test "Program": automatic test Progress of the running function test (percentage value) Cancel test Press this key to abort the running function test. OLITE Section central 53

55 9.4 Duration test During the duration test the batteries of all connected consumers are discharged in order to check the prescribed nominal operation time (autonomous time). The duration test lasts until the nominal operation time (1h or 3h) is reached. The duration test is aborted if the cut-off voltage of the battery is reached and the deep-discharging protection is activated. The error message "Battery failure" appears. "Battery failure" is also displayed if no batteries are connected. As long as no positive duration test could be performed (removes the error message), the message is displayed every time a test (function test or duration test) is started. Additionally the following failures are detected by the duration test: Lamp type failure ( ) DALI communication error ( ) due to defect or unconnected DALI-EVG. PLC communication error ( ) due to defect or unconnected PLC component (PLC-EVG, PLC-LED, PLC-DALI) or communication failure between Section central EPS 360 and PLC component. Overload: Occurs, if a circuit requires more than 160W or all three circuits consume more than 360W. The emergency lamps cannot be switched on and operated. Battery failure: Occurs, if no battery is connected. Circuit monitoring (if activated): If the output power of a circuit falls below the reference value, an error message is generated. The duration test can be aborted manually. In that case the entry "Test Cancelled" is logged in the test book. If, prior to this manual abortion, an error message was reported, it remains active - as well as the error display via the red LED. You can program a day, the desired months and the time of day for the automatic test execution (e.g. at 11:00 pm on the 15th day in January and October). If the nominal operation time is not reached, the battery set has to be checked by technical staff and replaced if necessary (refer to section 4.7 on page 40). ote Perform the duration test only outside the required operation times and ensure that the batteries are re-charged in time before operation starts again. 54 OLITE Section central

56 ote Starting the duration test Day, months: Press the "Day, months" field, select the day using the arrow keys and the month(s) by marking the checkbox(es). Time: Press the "Time" field and edit the value using the provided arrow keys. Start duration test now: Press this key to immediately start the duration test. Depending on the nominal operation time the test may last up to three hours. Result of last duration test: shows the time, date and result of the last duration test. See also test book: View the last duration test entry by pressing this key (see test book). If you select no month, no automatic duration test is performed. Duration test started The following information is displayed while the duration test is running: Start date and time. Type of activation: "Manual release": manual test. "Program": automatic test. Progress of the running duration test (indicated in hours and minutes). Cancel test Press this key to abort the running duration test. OLITE Section central 55

57 9.5 Relay / buzzer test This menu shows the current switching status of the relays with the potential-free signalling contacts. For test purposes, the status of the relays can be changed manually (to test a remote display, for example), and the tone of the buzzer and the fault indication (red LED) can be checked. By pressing or, the controller immediately changes the switching status of the selected relay. The buzzer and the failure indication are switched on or off accordingly. ote All relays return to the normal setting when exiting the menu. 56 OLITE Section central

58 10 Battery 10.1 Overview The "Battery" menu displays the state of the batteries and the required settings for the battery type Status This menu contains information about the current state of the batteries and the charging unit. The battery voltage (system voltage), battery current and the temperature inside the battery case are displayed. If failures or errors for the battery charge or the batteries exist, an appropriate error message is displayed. In addition, the date of the last duration test containing test results is shown. Voltage displays the battery voltage in Volt (refer also to section 7 on page 47). Current is the battery current in Ampere. A positive value means the battery is currently charged. A negative current value (-) means current drain (refer also to section 7 on page 47). Temperature displays the temperature in C inside the battery case. Status displays the current operation state of the battery (see below). Last test displays the date and result of the last battery test during a duration test. OLITE Section central 57

59 10.3 Battery information This menu displays information about the battery set. In order to set the battery capacity, the lifetime and an information text, press the appropriate entry. This information must be checked and updated, if necessary, when commissioning the system or when replacing the batteries (refer to section 4.7 on page 40). Capacity in Ah: The charging control uses the battery capacity as the basis for sizing the charging current for the battery. Lifetime in years: The battery is designed to last for this time. After expiration of this time, the battery has to be replaced. Installed on: Provides, together with the displayed lifetime, information about the remaining lifetime of the battery. Information: This text field possibly displays information about the battery (for instance battery type). ote Only the values of one battery and not of the complete battery set are displayed. Different battery types may not be mixed. When replacing a battery, always the complete battery set has to be replaced. 58 OLITE Section central

60 11 Circuits 11.1 Overview The "Circuits" menu is used to check the state of the circuits and to set the parameters for the individual circuits. That way each circuit can be programmed with different switching types Status The "State" menu displays the operation mode, possible errors and the utilisation of the individual circuits. For test purposes the circuits can be switched on and off in AC mode. When exiting the menu, all circuits are switched back to automatic operation. is the name of the circuit (1, 2 or 3) Utilisation in % where 100% corresponds to 660W in AC mode and 120W in DC mode per definition. The circuit symbol displays the operation state by means of the switch position within the symbol. The following switching states are possible: Mains mode, AC; Emergency mode, AC OFF (circuit without power supply) ote Battery mode, DC Press the circuit symbol to manually switch the circuit to mains mode or to switch it off. The circuit symbol changes the switch position and the controller immediately switches to the other switching state. Switching between mains mode and OFF position is only possible in AC mode. If the system is in DC mode, pressing the circuit symbol has no effect. When exiting the menu all circuits switch back to normal operation. OLITE Section central 59

61 11.3 Settings Manual reset: The button displays the current state of the function ("enabled" or "disabled"). By pressing the button you can enable or disable the function. Delay time: Set the required delay time by entering the values into the appropriate input fields Manual reset If manual reset is enabled, the system does not automatically returns to AC mode after a power fail but waits for the acknowledgement. If the message "Manual reset" is displayed in the basic display, use the command Manual reset to acknowledge the reavailability of mains power. In that case the controller switches from emergency mode (DC) to normal mode (AC). This guarantees that the emergency lighting keeps switched on until it is ensured that no further power failures occur or, in the event of an emergency situation, the emergency lighting keeps in operation despite of the availability of mains power (e.g. in order to provide light by the emergency lighting when evacuating a cinema hall even if normal operation is active, i.e. light is switched off). ote If manual reset is disabled, the system automatically switches to normal operation if mains power is available after a power fail. The manual reset function is valid for all three circuits Delay time The delay time is the time how long the system waits after a power fail (that means after mains power is re-available) before it switches from DC/AC emergency mode to AC mode. ote The delay time can be set between 2 seconds and 30 minutes. This delay time applies to all three circuits of a Section central EPS Emergency stop at S2 If the OLITE central system is euipped with a Remote Interface, one or several emergency stop switches can be connected to the terminals otaus+ and otaus-. ote External emergency stop switches must only be connected in series. 60 OLITE Section central

62 11.4 Switching modes (circuit 1,2,3) These menus are used to define the switching mode for each emergency circuit separately. Select the desired switching mode by marking the corresponding entry. Some switching modes provide further settings which can be displayed by clicking on Settings Maintained mode In AC and DC mode the circuit is always O. The L' inputs of the PLC modules (L' = switched phase) are disabled in this switching mode Standby mode The circuit is OFF in AC mode (stand-by) and O in DC mode Switched maintained light In AC mode the circuit is O or OFF depending on the switching input S1 or S2 (in DC mode always O). Input selection: Select the desired inputs with which the selected circuit should be switched by marking the corresponding entries. You can assign all three inputs to the circuit at the same time. DALI Group selection: If you want to control the circuit using DALI, select the DALI group (0-15) to which the circuit should react by using the arrow keys. The command OFF switches the circuit off or on in case of a preset value greater than 0 (zero) for the light level. The L' inputs of the PLC modules (L' = switched phase) are disabled in this switching mode. OLITE Section central 61

63 Staircase lighting In AC mode the circuit is O after pressing the push-button and is automatically switched OFF after the set AC turn-off delay. In DC mode, the circuit is O after pressing the push-button and is automatically switched OFF after the set DC turn-off delay. When switching to DC emergency mode, the circuit is first switched O and switched OFF after the set DC turn-off delay. If light is already switched on, pressing the push-button re-triggers the turn-off delay, i.e. the time interval restarts. Input selection: Select the desired inputs with which the selected circuit should be switched by marking the corresponding entries. You can assign both inputs (S1, S2) at the same time. Switch-on time: Set the desired turn-off delay in minutes for AC and DC mode for the selected inputs (S1, S2) using the provided arrow keys. ote If you select both inputs at the same time with different time settings, the input value of the pressed push-button applies. ote The automatic staircase timer switch at S2 can only be used if no emergency stop circuitry is configured or wired Luminaires individually This switching mode can only be activated for all circuits in common. In AC and DC mode the circuit is always O. In AC mode the switching mode can be set individually for each luminaire. To configure the inputs, click on Settings. 62 OLITE Section central

64 DALI Light Control In AC mode the circuit is always O. The luminaires are controlled individually via DALI. The circuit and all luminaires are O in DC mode. ote This switching mode can only be activated for all circuits in common. The L' inputs of the PLC modules (L' = switched phase) are disabled in this switching mode. For details about the DALI interface of the Section central EPS 360 refer to the section 2.4 on page Setup of the circuits 1, 2 and 3 In the Setup menu the installation can be checked using the localisation function. A circuit name can be entered and the circuit monitoring can be activated and configured. Circuit name: Here you can enter a name for the circuit. To do this, press on the field and use the displayed keypad to enter the name. Circuit monitoring: Activate this function by marking the checkbox (description see below). Reference value: Displays the set reference value in percent of the maximum circuit utilisation. change: In DC mode press the button to set the reference value. Tolerance permitted: Change the value ( %) using the arrow keys. ote ote that for reference current measuring all defined luminaires have to be installed and fully functional. OLITE Section central 63

65 The reference current together with the permissible tolerance are used for the automatic malfunction diagnostic of the luminaires without OLITE ballasts or OLITE interfaces. The circuit monitoring function checks on the basis of the reference value whether the current utilisation corresponds to the expected one. Only with this information available a statement can be made about the state of circuits with ballasts of other manufacturers or for luminaires with glow lamps or halogen lamps without OLITE interface. If the utilisation is too low, not all luminaires are operated. If the utilisation is too high, possibly too strong lamps are used. The permissible deviation (tolerance) is specified as percentage value (%) of the measured reference utilisation. It indicates how much the currently measured output power (measured in DC mode during a function or duration test) may differ from the reference power so that this case is not interpreted as an error by the controller. 64 OLITE Section central

66 12 Luminaires (ballasts) 12.1 Overview The ballasts (luminaires) menu can be used to view the status of all luminaires and to set the individual luminaires as well as to assign the luminaires to the emergency circuits Status The "Status" menu displays the current status of the luminaires. Errors and the current operation mode (luminaire on / off) of each individual luminaire are displayed. Here, the status of the luminaires are shown according to the assigned circuit. Starting on the left hand side in the display, the position of a luminaire represents the assignment number (1st from left is luminaire 1, last from left is luminaire 20). The following luminaires status are possible: switched on switched off defective not available PLC communication error DALI communication error (PLC-DALI only) OLITE Section central 65

67 ote The status of individual luminaires can only be inquired for luminaires with OLITE ballasts or OLITE PLC interfaces. In case of ballasts of other manufacturers or glow lamps and halogen lamps, the luminaires cannot be switched and checked individually. For that luminaires, checking the function is done by the circuit monitoring (refer to section 11.5 on page 63) Settings In the "Settings" menu, dimmer values for the mains mode and emergency mode are assigned to the luminaires. Using the "Test" command, the status of the luminaire can be checked immediately. In addition a site name, additional information about the lamp used and general information can be specified for each luminaire. ote: The assignment of the luminaires must be completed before setting the parameters of the luminaires (see section 12.4 on page 69). The display of the luminaires is identical to the display in the "Status" menu (see section 12.2 on page 65). Setting: You have two possibilities to set up luminaires: all luminaires of a group (overwrites already existing settings of all luminaires within the selected group) or each luminaire individually. each luminaire separately. To set up only one luminaire, press the corresponding luminaire symbol. If all luminaires within a circuit should have the same values, press the reference text (e.g. Circuit3). 66 OLITE Section central

68 Settings for PLC DALI, PLC EVG and PLC LED modules The first line displays the name of the circuit and the luminaire to be edited (or "all luminaires" if the complete circuit is selected). AC[%] and DC[%]: Set the desired luminous power in % for AC and DC mode using the arrow keys. Test: Using this key you can check the luminaires. It is also helpful for locating individual luminaires. While the Test key is pressed, the appropriate luminaire (or all luminaires of the selected circuit) lights and is dimmed until the key is released. DC [%]: Displays the DC level which shall be reached in DC emergency mode. AC [%]: Displays the AC level which shall be activated in mains mode or AC emergency mode. The percentage value represents the brightness according to the DALI characteristic (range 1-100%). Site, Lamp, Information: In these text fields you can enter useful information on the luminaires, e.g. in order to have the correct spare part available on site in the event of a lamp replacement. If GSM notification is activated, this information is included in the SMS message in case of an error. An input window with keypad appears when pressing the text field. Enter the desired text using the keypad. ote Setting the parameters of individual luminaires is only possible for luminaires with OLITE ballasts or OLITE PLC interfaces. OLITE Section central 67

69 Settings for PLC relay modules The first line displays the name of the circuit and the luminaire to be edited (or "all luminaires" if the complete circuit is selected). Test: Using this key you can check the luminaires. It is also helpful for locating individual luminaires. While the Test key is pressed, the appropriate luminaire (or all luminaires of the selected circuit) lights. Load current monitoring: While this settings window is opened, the load current values are displayed continuously. Click on "Ref...", if you want to apply the value as reference value. Another screen is opened displaying the measured value. You are asked to confirm the value as reference value. If the current current value falls below 50% of the reference value, a "luminary error" is detected (during test, function test and duration test). If the reference value is not learned and applied, no error message can be created in case of a luminaire defect. Site, Lamp, Information: In these text fields you can enter useful information on the luminaires, e.g. in order to have the correct spare part available on site in the event of a lamp replacement. If GSM notification is activated, this information is included in the SMS message in case of an error. An input window with keypad appears when pressing the text field. Enter the desired text using the keypad. 68 OLITE Section central

70 12.4 Luminaires assignment In the "Adjust" menu you can order the luminaires of one circuit. This allows to locate the installed luminaires, to identify them in the luminaires list and to designate them. Setting the order is only possible for luminaires with OLITE ballasts or OLITE PLC interfaces. ote If several EPS 360 are installed nearby (same switch cabinet, emergency circuits run parallel in the cable route), it is absolutely necessary to block the other EPS 360! This prevents from activating luminaires by the adjacent EPS (caused by coupling the output circuits via the high-frequency PLC communication). Assigning: In order to assign luminaires of a circuit, press the reference text (e.g. Circuit1). ow you can select between: System extension: Adds one or several luminaires without discarding the already existing luminaires addressing and info texts. Reinitialization: Re-addresses all luminaires connected to the particular group. If activated, already assigned luminaires are deleted and re-assigned! In case of DALI light control, the luminaires are also deleted and displayed as non-addressed at the DALI input. OLITE Section central 69

71 ow the controller searches for connected luminaires in the circuit. The number of found luminaires is displayed. Select assignment method: Select the desired method by marking the corresponding checkbox. Use code switches: The assignment of the luminaires is done according to the coding defined by the address switches at the electronic OLITE ballasts or OLITE PLC interfaces (see also the OLITE EVG and Interface operating manual). Optical search method/gsm: The found luminaires will be switched on individually in order to locate them and then assigned in any order. Press ext to assign the luminaires using the selected method. If "Use code switches" is selected, the system executes the assignment automatically and then returns to the "Luminaires Assignment" menu. Having selected "Optical search method/gsm", the next window appears. In the window shown here, the installed luminaires are ordered manually in the luminaires list. At first, all luminaires light with very low light output (dim value 10%). To assign the luminaires proceed as follows: Press Auto-search. The luminaires of the selected circuit start lighting cyclically short and bright. The button changes from Auto-search to STOP. Press STOP as soon as the luminaire lights that you want to assign next. Cyclic lighting is interrupted and the button shows Auto-search again. 70 OLITE Section central

72 If you have pressed the STOP button too late during the automatic search, you can light up the luminaires individually using the arrow keys back << and next >> (single steps). Of course, it is possible to define the sequence using these keys in general, i.e. without using the automatic search method. Press the assign key as soon as the desired luminaire is selected and lights up. Doing so, this luminaire is inserted into the list at the next free position. This position is displayed next to the assign key. In the figure shown above, pressing the assign key would insert the luminaire into the list as first luminaire. Then the name changes from luminaire 1 to luminaire 2 which can be assigned next. Repeat these steps for all remaining luminaires until they are arranged in the desired order. Having assigned all luminaires in the circuit, the order has to be saved. To do this, press Apply. Pressing Cancel discards the order. Repeat the steps described above for each remaining circuit. Assigning the luminaires order using a GSM mobile phone Instead of assigning luminaires using touch panel control keys, you can alternatively use a GSM mobile phone. Proceed as described above, but use the GSM mobile phone buttons for entering data. This method requires a GSM module that is connected to the EPS 360. OLITE Section central 71

73 Prior to assigning the luminaries, you have to dial the number of the GSM module using a tone-dialling mobile phone. ow you can control the assignment of luminaires using the phone buttons instead of using the touch panel. The following mobile phone buttons correspond to the keys on the touch panel: Touch panel Mobile phone assign Button 1 Auto-search Button 5 << back Button 4 >> next Button 6 Apply Button 3 Cancel Button 2 ote The GSM module confirms the successful establishment of the connection by an automatic announcement. Additionally the green LED at the GSM module flashes. 72 OLITE Section central

74 13 Error assignment to relays / buzzer / GSM 13.1 Overview The "Relays / buzzer / GSM" menu provides information about the current status of the relays and allows to assign different system states to a message for the relays, the buzzer or the GSM module Status This menu shows the current status of the relays with the potential-free signalling contacts Assignments The "Assignments" menu is used to assign the system and error messages to the signalling contacts of the relays, to the buzzer and for the transmission to the GSM mobile network via SMS (Short Message Service). The relays switch from "de-energised" to "energised", if a message assigned to them occurs. In case of the buzzer, a signal is issued, and in case of GSM, an SMS message is sent to a GSM mobile phone. Message types can be selected for the following system and error messages: Mains mode OK (failure inv.) Overload circuit 1, 2, 3 DC emergency mode Deep discharge Function test running AC emergency mode Lamp fault Duration test running Charging failure Battery fault Circuit 1, 2, 3 O Blocked Communication problem OLITE Section central 73

75 Assign the available messages to the desired message types by marking the appropriate checkboxes. The message types can be combined as desired for each message (from checking none to checking all). Doing so, you can for example, activate a remote display via a relay, trigger the buzzer to sound and send a corresponding SMS in case of a power fail. For the configuration of SMS messages, several options are available. The chosen SMS configuration is indicated by an additional symbol right next to the corresponding checkbox. The help screen represented in the right-hand figure shows the meanings of the different symbols. Factory settings: Press this key to reset the message assignments to the factory settings (according to VDE 0801). ote When using a remote display for emergency lighting systems, pay attention to national guidelines and regulations. 74 OLITE Section central

76 14 External devices 14.1 Overview The external devices (connected devices) menu allows you to configure optional components for the Section central EPS Ext. Mains Guard Using the function "ext. Mains Guard" the type of output voltage (AC or DC) is selected AC emergency mode SD In AC emergency mode SD, the output voltage of the individual output circuits of the EPS remains AC as long as voltage is applied to the EPS mains input when opening the circuit monitoring loop (refer to section on page 33) by the mains guard (OLITE Section central EPD). After a power failure at the EPS mains input (Section central), the batteries provide power for the emergency mode and 230V DC voltage is applied to the EPS outputs. In AC emergency mode all rescue sign luminaires and security luminaires switch to AC level. ote All luminaires with standy mode activated will be switched on. All luminaires with switching mode L' activated will be switched on independent of the switch position. All luminaires for which the operation mode DALI control of the EPS is selected will be switched on. OLITE Section central 75

77 DC emergency mode SD In DC emergency mode SD, the output voltage of the individual output circuits of the EPS is set to 230V DC regardless of whether the EPS is powered by mains voltage or not when opening the circuit monitoring loop (refer to section on page 33) by the mains guard (OLITE Section central EPD). After closing the circuit monitoring loop (refer to section on page 33) and if mains voltage is available at the EPS input (OLITE Section central), mains voltage (230V AC) is applied to the output GSM module The GSM module is intended as additional module for the emergency control unit Section central EPS 360. It enables the communication between the control unit Section central EPS 360 and a standard telephone. A conventional telephone conversation is also possible via the built in microphone and speaker. Using the GSM module, the control unit can send messages (e.g. failure messages) to a mobile phone via SMS (Short Message Service). Inversely, commands (e.g. luminaires adjustment) can be sent to the control unit using the buttons of a tone-dialling telephone. To be able to establish a connection to a mobile network, an activated SIM card has to be inserted into the GSM module. Detailed information about installing and commissioning the GSM module can be found in the relevant installation and operating instructions. ote A detailed description of the GSM module can be found in the contained documentation. 76 OLITE Section central

78 ote Version: Displays the version number of the GSM module. Provider: Indicates the provider. On Error send SMS to: Press this field to enter a telephone number using the keypad. A SMS is sent to the entered number in the event of a failure, provided that this is configured in the message assignment (see section 13.3 on page 73). SMS Service Center: Phone number of the provider used to send SMS messages. Remote Access: 4 digit, free configurable identification number which has to be entered in the event of a call by the GSM module prior to enabling the remote access of the EPS. The option Hands-free operation is used for the language communication with the GSM module. Pressing this option opens a dialog box which allows you to use the GSM module as a standard telephone. For this refer also to the operating instruction of the GSM module. Ensure that your provider supports the SMS service and that the receiving telephone is able to receive SMS messages. Some SIM cards are protected by a PI code. In this case, you have to enter the PI code via the controller. OLITE Section central 77

79 14.4 Printer The printer is available as additional module for the Section central EPS 360. Data is transmitted via the infrared interface. The printer allows to print test reports and configuration settings. Detailed information about installation can be found in the printer's operating instructions. Port: Displays the currently used interface (only infrared available at the moment). Type: Shows the selected printer driver (default setting: IrDA). Print: All tests: Prints all tests. last duration test and last function test: Prints the latest test results. Configuration: Prints the current configuration of the Section central EPS 360. Pressing one of these options immediately starts sending data to the infrared printer. Thus, first the printer has to be aligned towards the infrared interface of the Section central EPS 360 before printing EPS Controller EPS Location: The EPS location can be used to distinguish between several Section central EPS 360 in one system. This text is available when printing or sending via SMS. EPS address: The EPS address can be used to distinguish between several Section central EPS 360 in one system. It is also used when communicating with the PLC modules. Thus, changing the EPS address requires a complete new installation of all lamps! 78 OLITE Section central

80 15 System configuration 15.1 Overview In the configuration menu you can set the language of the user interface (menus, help texts, messages etc.), adjust the display settings, set date and time and display version information (Service) Options The "Options" menu is used to set the language of the user interface, the time and date and the password protection. Language: Press the options list and select the language for the user interface. Time, Date: Press the appropriate value to set the time and date. A dialog field appears in which you can enter the desired values using the arrow keys. In addition to the date you can also choose the standard time / daylight saving time setting. Password protection: Password protection can be activated or deactivated by pressing the O or OFF key. The currently activated function is displayed bold. After pressing the O key for the first time, you are prompted to enter the password. If you have forgotten your password, you can deactivate the password protection at any time using the safety password "OLITE". OLITE Section central 79

81 15.3 Display Using the display settings, you can specify the desired brightness and contrast and re-calibrate the touch panel coordinates. Touch panel Clean: Press this button to clean the touch panel. The touch panel is deactivated for 30s so that no unintentional actions are initiated. Touch panel Calibration: Press this button to re-calibrate the touch panel coordinates. In the following dialog you have to press 3 target points (center, top left corner, bottom right corner) to finish the adjustment. LCD contrast: Pressing the keys [- -] or [+ +] reduces/raises the contrast of the display (immediately visible) Service Software version: Displays the version number of the currently running software. Firmware Version LS, HS: Displays the version numbers of the installed Firmware for the internal controllers of the power device. PLC transmitter version: Displays the version number of the PLC transmitting device. Password: By entering a password further options can be set. ormally this is not necessary and therefore reserved for service technicians. 80 OLITE Section central