LED Emergency Lighting

Transcription

1 TrustSight Emergency SEV & High Voltage Datasheet TrustSight ED Emergency ighting TrustSight inear SEV & High Voltage The application of ED technology within the lighting sector also requires integration of reliable emergency lighting equipment inside luminaires. The range of TrustSight Emergency ighting solutions offers easy designin and is compatible with all dimmable and nondimmable linear high voltage and SEV ED drivers. The TrustSight emergency driver is designed for Maintained solutions but can also be used in a nonmaintained Emergency ighting configuration. It offers Selftesting (IEC 62034) and is available with 3 hours Emergency duration. Two battery technologies are supported by the TrustSight: imh batteries and ithiumion batteries. The TrustSight ED emergency drivers come with battery harness and ED indicator. The TrustSight driver can also be used as an independent emergency driver with the separately available strain relief accessories. Benefits Features Application Compliant with international standards. Easy system integration with ED driver and ED modules Builtin and Independent use Constant output power Compatible with imh and iion batteries Automatic cell count detection Doubleinsulated/SEV output Insulation Class I and II luminaires Offices, supermarkets, department stores, schools, etc. December 2018

2 ogistical data Product name 12C Pieces per box TrustSight Basic 1555ViMH TrustSight Basic 45300ViMH TrustSight PRO 1555ViMH TrustSight PRO 45300ViMH TrustSight DAI 1555ViMH TrustSight DAI 45300ViMH TrustSight Basic 1555V FP TrustSight Basic 45300V FP TrustSight PRO 1555V FP TrustSight PRO 45300V FP TrustSight DAI 1555V FP TrustSight DAI 45300V FP The TrustSight PRO and DAI types are equipped with selftest functionality according IEC The TrustSight Basic can only be tested manually (via mains interruption or with a test switch). EDindicator and battery connection cable are included in the driver box. Product name 12C Pieces per box TrustSight 3.6V 3cell 4000mAh battery imh TrustSight 4.8V 4cell 4000mAh battery imh TrustSight 6.0V 5cell 4000mAh battery imh TrustSight 3.2V 3cell 4500mAh battery FP TrustSight 6.4V 4cell 3000mAh battery FP TrustSight 9.6V 6cell 3000mAh battery FP The selected TrustSight battery pack will determine the output power in Emergency mode. Product name 12C Pieces per box TrustSight Strain relief TrustSight battery independent box TrustSight Indicator ED TrustSight battery harness imh TrustSight battery harness FP EM system contains of: TrustSight driver for builtin application

3 Wiring & Connections Electrical input data Rated input voltage range Vac Rated input frequency range Hz Rated input current 35 Vac, 2S3P FP pack Rated input voltage 230 Vac Rated input power 6 Vac, 2S3P FP pack Rated input power with battery charger idle < 1 W Power Factor 0.7 Battery charge state Input voltage AC Vac Performance range Input voltage AC Vac Safety operational range Input frequency AC Hz Performance range Input frequency AC Hz Safety operational range Switched mains contact current 2.4 A Maximum permissible current, Basic only Electrical output data Regulation method Constant Power Full output voltage range Output voltage SEV Vdc Output voltage max. SEV 60 Vpk UOUT Output voltage HV Vdc Output voltage max. 330 Vpk UOUT Output power W Depending on selected battery pack IED max 1 A Maximum ED current from AC driver Switch over time ac. Emergency Mode < 500 ms Battery pack v.s. output power Specification item 12C description Max Output power in EM mode TrustSight 3.6V 3cell 4000mAh battery imh imh 3cell, 4000mAh 3W (2.7W) TrustSight 4.8V 4cell 4000mAh battery imh imh 4cell, 4000mAh 4W (3.7W) TrustSight 6.0V 5cell 4000mAh battery imh imh 5cell, 4000mAh 5W (4.7W) TrustSight 3.2V 3cell 4500mAh battery FP FP 1S3P, 4500mAh 2W (2.1W) TrustSight 6.4V 4cell 3000mAh battery FP FP 2S2P, 3000mAh 3W (2.9W) TrustSight 9.6V 6cell 3000mAh battery FP FP 3S2P, 3000mAh 5W (4.7W) * Batteries are sufficient charged within 24 hours after being discharged. DAI The TrustSight drivers with DAI functionality comply with DAI standard IEC IEC62386 and IEC (particular requirement for control gear Selfcontained emergency lighting). Commands supported are given below: Inhibit Query lamp failure Rest Re_light_reset_inhibit Start function test Start duration test Stop test Reset function test done flag Reset duration test done flag Reset lamp time Store test execution timeout Store prolong time Start identification Query battery charge Query test timing Query duration test result Query lamp emergency time Query lamp total operation time Query emergency level Query rated duration Query emergency mode Query features Query Failure status Query Emergency status

4 Wiring & Connections The TrustSight drivers with DAI functionality support SimpleSet configuration. Several setting can be selected to configure the TrustSight driver. Parameter Default setting Range description Output power % Output power can be tuned as % of selected power Region Selection Europe Europe Australia Duration test acceptance time minutes Australia: 90 minutes SelfTest Mode fixed Fixed/DAI Fixed mode gives standard FT/DT interval times Function Test (FT) interval 28 days Fixed mode Duration Test (DT) interval 24 weeks Fixed mode Function Test (FT) interval 7 days DAI mode, Configurable via DAI Duration Test (DT) interval 52 weeks DAI mode, Configurable via DAI Battery Type imh, FP Product dependent Depends on the selected TrustSight type Battery capacity Auto Detect, Auto Detect The TrustSight detects the cell count automatically imh 3cell for 3W imh 4cell for 4W imh 5cell for 5W FP (1S3P) for 2W FP (2S2P) for 3W FP (3S2P) for 5W In the diagnostics tab of MultiOne the next parameters can be read out: Parameter Unit amp emergency time Hours amp total operation time Hours ast duration test time Minutes Time since last duration test Days Total number of discharge cycles umber of complete battery discharges Reset battery detection: It is possible to set back the battery capacity (cell count) to auto detect, e.g. when the system is wrongly configurated. To reset the battery cell count there are two options: Direct changing the battery cellcount in the memory bank via DAI, e.g. in the final tester. Power cycle scheme to Reset to factory defaults: 1. Apply Mains power, Apply 12Vdc on battery input (at same time or within 2s) 2. After 1s the Indicator ED starts fast flashing RED for 2s (4 times) 3. Remove 12V while flashing. 4. After 1s the Indicator ED becomes steady GREE for 2s. 5. remove Mains power. To change to Australia mode: 1. Apply Mains power, Apply 12Vdc on battery input (at same time or within 2s) 2. After 1s the Indicator ED starts fast flashing RED for 2s (4 times) 3. Remove 12V while flashing, Press testbutton, Indicator ED becomes dark. 4. After 4s remove Mains power In ergo, pressing the testbutton during the procedure will reset the device with Australia mode enabled, and not pressing the button will reset the device with Australia mode disabled. ot removing the 12V within the 3s or applying for at least 1.5s will not perform the factory reset. ote that applying an invalid battery voltage will trigger battery failure state (RED indicator ED), which when mains is lost, will not produce emergency light. To verify the successful execution, do connect a valid battery and mains. If it takes 30 seconds before the indicator ED starts flashing, the reset was successful. Remove power well before the 30 seconds to be sure the product stays in autodetect mode. To verify that Australia mode is active, press testbutton for at least 10s while battery is charging. The 30s functional test is started. When test succeeds, the ED indicator is flashing fast green (for 5 days). This is specific for Australia mode.

5 Wiring & Connections Builtin use: mains input wire crosssection Independent use: mains input wire crosssection Input wire strip length mm Independent use: input/output thick/thin cable diameter / mm Output wire crosssection Input wire strip length mm mm2 AWG mm2 AWG mm2 AWG WAGO250, solid and stranded wire WAGO250, solid and stranded wire WAGO250, solid and stranded wire WAGO250, solid and stranded wire WAGO250, solid and stranded wire WAGO250, solid and stranded wire Maximum cable length 0.6 m Total length of wiring including ED module, one way DA DA G TrustSight DAI (ED Emergency Driver Gen3) ED ED G TrustSight PRO (ED Emergency Driver Gen3) ED ED SW SW G TrustSight BASIC (ED Emergency Driver Gen3) ED ED Insulation TrustSight Pro & DAI driver Mains Battery ED in/output Status ED DAI Mains A Battery Double A ED in/output HV: Double, V: SEV Functional A Status ED Double o Functional A DAI Basic Supplementary Supplementary Supplementary A Insulation TrustSight Basic driver Mains Battery ED in/output Status ED SW line Mains A Battery Double A ED in/output HV: Double, V: SEV functional A Status ED Double o functional A SW line Basic Supplementary Supplementary Supplementary A

6 Connection examples Connection example with TrustSight HV with HV ED modules Switched line eutral ine inear ED_driver Out Out Battery Unswitched ine Unswitched eutral DAI DAI DA DA G TrustSight DAI (ED Emergency Driver Gen3) ED ED Indicator ED Switched line eutral ine inear ED_driver Out Out Battery Unswitched ine Unswitched eutral Indicator ED G TrustSight PRO (ED Emergency Driver Gen3) ED ED eutral eutral ine inear ED_driver Out Out Battery Switched line Unswitched ine Unswitched eutral SW SW G TrustSight BASIC (ED Emergency Driver Gen3) ED ED Indicator ED

7 Connection examples Connection example with TrustSight SEV with V ED modules Switched line eutral ine SEV ED_driver Out Out Battery Unswitched ine Unswitched eutral DAI DAI DA DA G TrustSight DAI (ED Emergency Driver Gen3) ED ED 33V Indicator ED Switched line eutral ine SEV ED_driver Out Out Battery Unswitched ine Unswitched eutral Indicator ED G TrustSight PRO (ED Emergency Driver Gen3) ED ED 33V eutral eutral ine SEV ED_driver Out Out Battery Switched line Unswitched ine Unswitched eutral Indicator ED SW SW G TrustSight BASIC (ED Emergency Driver Gen3) ED ED 33V Warning: The TrustSight V SEV driver does not support operation combined with nonsev AC drivers.

8 Dimensions and weight Specification item builtin version value Unit Condition ength 205 mm Width 30 mm Height 21 mm Fixing hole diameter 4.1 mm Fixing hole distance mm Weight 85 gram Specification item independent version value Unit Condition ength 238 mm Width 30 mm Height 21 mm Fixing hole diameter 4.1 mm Fixing hole distance mm Weight 100 gram

9 Battery dimensions imh battery 3.6V 3cell 4000mAh battery imh Max height = 21mm 4.8V 4cell 4000mAh battery imh Max height = 21mm 65mm between packparts 6.0V 5cell 4000mAh battery imh Max height = 21mm 65mm between packparts Parts ist Item Quantity Description Mounting PCB 1, 2, 2 Cell 3, 4, 5 HRH T Battery/PCB insulation wrap PVC Connector 1 Molex 55572P wire 2 U1007, 20AWG Warning: The battery wires currently do not support independent operation with respect to compliance per IEC clause unless a fire and heat resistant sleeve is put around the wires (not included). For independent use with a nonsev AC driver the battery wires and ED indicator wires must have a supplementary insulation sleeve.

10 Battery dimensions FP battery 3.2V 3cell 4500mAh battery FP Max height = 21mm 6.4V 4cell 3000mAh battery FP Max height = 21mm 65mm between packparts 9.6V 6cell 3000mAh battery FP Max height = 21mm 65mm between packparts Parts ist Item Quantity Description Mounting PCB 1, 2, 2 223X16 Cell 3, 4, 6 FR18650E1500 Battery/PCB insulation wrap PVC, white Connector 1 Molex R2 wire 2 U1007, 20AWG Warning: The battery wires currently do not support independent operation with respect to compliance per IEC clause unless a fire and heat resistant sleeve is put around the wires (not included). For independent use with a nonsev AC driver the battery wires and ED indicator wires must have a supplementary insulation sleeve.

11 Battery dimensions Battery box Ambient temperature driver C Ambient temperature imh battery pack 0 50 C Ambient temperature FP battery pack 0 55 C Tcasemax driver 75 C lifetime 70 khrs Tcasemax imh battery pack 55 C during charging Tcasemax imh battery pack 50 C ifetime 4 years in operation Tcasemax FP battery pack 55 C during charging Tcasemax FP battery pack 55 C ifetime 6 year in operation Maximum housing temperature driver 110 C In case of failure Relative humidity driver % oncondensing Storage temperature and humidity Storage Ambient temperature driver C Storage Ambient temperature imh battery pack C For 6 months Storage Ambient temperature FP battery pack C For 12 months Relative humidity driver 5 95 % oncondensing ifetime Driver lifetime 70,000 hours Measured temperature at Tcpoint is Tcase max. imh battery 4 year Maximum failures = 10% imh battery warranty 1 year As long as the cell is treated in accordance with the specification and / or Handling precautions and Prohibitions. FP battery 6 year FP battery warranty 3 Year As long as the cell is treated in accordance with the specification and / or Handling precautions and Prohibitions. TrustSight features / protections Specification item value Remark Condition Open load protection ED Yes Short circuit protection ED Yes Hot wiring ED o Suitable for luminaire Insulation Class I and II Acc. IEC Open load protection battery connection Yes Automatic recovering Short circuit protection battery connection Yes Automatic recovering Reverse polarity protection battery connection Yes Automatic recovering

12 Battery dimensions Certificates and standards Specification item value Remark Approval marks CE /EEC/ET Kitemark pending Ingress Protection classification (IP) 20 Compliances and approvals IEC IEC E (Fmark) acc. IEC ed 8.0 IEC61347 E 55015/CISPR15 IEC / E IEC / E IEC E E (650 C/850 C) AS (A1) AS (A2) AS IEC IEC Excluding high risk task areas Inrush current Ipeak 5 A Input voltage 230 V Mains current pulse time half peak 110 µs Input voltage 230 V, measured at 50% Ipeak Max. number of drivers A B type B MCB Touch current Typical touch current (parasitical) < 0.7 mapk To all accessible parts, ED module contribution not included Surge immunity Mains surge immunity (diff. mode) 1 kv, acc. IEC , 2 Ohm 1.2/50µs Mains surge immunity (comm. mode) 2 kv / other, acc. IEC , 12 Ohm 1.2/50µs

13 Disclaimer 2017 Philips ighting Holding B.V. All rights reserved. This document contains information relating to the Philips ighting portfolio, intended for companies who may be interested in developing their product offering. ote that the information provided is subject to change. Philips ighting does not give any representation or warranty as to the accuracy or completeness of the information included herein and shall not be liable for any action in reliance thereon. The information presented in this document is not intended as any commercial offer and does not form part of any quotation or contract Revision date: December 3, 2018