PHASED OUT. Emergency lighting units EM INVERTER. EM MINI BASIC, V 50/60 Hz BASIC version

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Erik Hampton
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EM IVERTER TC-DE TC-TE roduct description Emergency lighting supply unit f manual testing F compact fluescent lamps mall dimensions ( x 0 mm cross-section, 0 mm length) -year guarantee roperties h

1 EM IVERTER TC-DE TC-TE roduct description Emergency lighting supply unit f manual testing F compact fluescent lamps mall dimensions ( x 0 mm cross-section, 0 mm length) -year guarantee roperties h rated duration Compatible with all electronic ballasts (dimmable and nondimmable) Can also be used in combination with conventional magnetic ballasts -pole technology: -pole lamp changeover and delayed power switching f the ballast witchover relay with high-current contacts IDC (insulation displacement connection) Green charge status display ED Checking the emergency lighting function by interrupting the unswitched phase Deep discharge protection ht-circuit-proof battery connection olarity reversal protection f battery Batteries High-temperature cells icd batteries D cells Blade terminals f simple connection -year design life -year guarantee F battery compatibility refer to chapter Ballast-umen-Fact (BF) TC-F TC-DD È tandards, page Wiring diagrams and installation examples, page and Tc EM MII BAIC, 0 0 V 0/0 Hz BAIC version HAED UT Data sheet 0/-- ubject to change without notice.

2 EM IVERTER E EM MII BAIC, 0 0 V 0/0 Hz BAIC version Technical data Rated supply voltage 0 0 V Mains frequency 0 / 0 Hz Mains current 0.0 A Rated power.9 W charging time h Discharge current. A Charge current 0 ma eakage current (E) 0. ma Ambient temperature ta C Max. casing temperature tc 0 C Mains voltage changeover threshold accding to E 09-- Min. lamp starting temperature (emergency mode) 0 C of protection I0 rdering data Article number umber ackaging, ackaging, Weight of cells carton pallet per pc. Rated operating time h EM A MII BAIC 9999 pc(s).,000 pc(s). 0. kg EM A MII BAIC pc(s).,000 pc(s). 0. kg EM C MII BAIC 9999 pc(s).,000 pc(s). 0. kg Tolerance ± % at 0 V HAED UT Data sheet 0/-- ubject to change without notice.

3 EM IVERTER ACCE- RIE roduct description A green ED indicates that charging current is flowing into the battery tatus indication green ED rdering data Article number ackaging, ackaging, Weight bag carton per pc. ED EM green 9990 pc(s). 00 pc(s). 0.0 kg ED EM green, ultra high brightness 999 pc(s). 00 pc(s). 0.0 kg HAED UT Data sheet 0/-- ubject to change without notice.

4 EM IVERTER Technology and capacity icd Ah D-cells Design Ballast lumen fact (BF) in % EM MII BAIC f compact lamps, h h cells cells umber of cells Typ EM A MII BAIC EM A MII BAIC EM C MII BAIC Article no amp type Wattage BF in emergency lighting mode in % f rated operating time TC-DD W 9 W. TC-F W. TC-DE W. W TC-TE W. W Tc W Article number tick Accu-iCd A 9990 side by side Accu-iCd B 900 Assignable batteries tick Accu-iCd A side by side Accu-iCd B 900 tick tick Accu-iCd C 999 Accupack icd Accupack. Ah ack-icd D C 9009 (high temperature) Accupack. Ah ack-icd D C HAED UT Data sheet 0/-- ubject to change without notice.

5 EM IVERTER Emergency Ballast lumen fact (EBF) in % EM MII BAIC, h amp type h cells cells EM A MII BAIC amp current in emergency operation in ma EM A MII BAIC EM C MII BAIC Article no Wattage TC-DD W 9. W. TC-F W 0.9 TC-DE W. W. TC-TE W. W. Tc W. EM MII BAIC, h amp type h cells cells EM A MII BAIC EM A MII BAIC EM C MII BAIC Article no Wattage TC-DD W W TC-F W TC-DE W W TC-TE W W Tc W discharge current in Ampere [A] EM MII BAIC, h amp type TC-DD TC-F TC-DE TC-TE Tc h cells cells EM A EM A EM C MII BAIC MII BAIC MII BAIC Article no Wattage W W W W W W W W tandards accding to E 0 accding to E 09-- E 0-- E 0 E E E E 00-- E E ote The EM Mini Basic is not intended to be used f high risk task area lighting. Isolation and electric strength testing of luminaires Electronic devices can be damaged by high voltage. This has to be considered during the routine testing of the luminaires in production. Accding to IEC 09- Annex Q (infmative only!) EEC 0-Annex A, each luminaire should be submitted to an isolation test with 00 VDC f second. This test voltage should be connected between the interconnected phase and neutral terminals and the earth terminal. The isolation resistance must be at least MΩ. As an alternative, IEC 09- Annex Q describes a test of the electrical strength with,00 VAC (, x,00 VDC). To avoid damage to the electronic devices this test must not be conducted. Basic insulation between supply and battery circuit. HAED UT otes: Tolerance ± % at 0 V ow battery voltage cut off (BVC) = 0. V per cell Data sheet 0/-- ubject to change without notice.

6 EM IVERTER Technical data batteries Accu-iCd. /. Ah voltage/cell. V Cell type D Case temperature range to ensure years design life C to C Max. sht term temperature (reduced life-time) 0 C Max. number discharge cycles cycles per year plus cycles during comissioning Max. stage time months Akkupack-iCd. Ah voltage/cell. V Cell type D Case temperature range (to ensure a years design life) C to C Max. sht term temperature (reduced life-time) 0 C Max. number discharge cycles cycles per year plus cycles during comissioning Max. stage time months F further infmations refer to cresponding battery datasheet. tage, installation and commissioning Relevant infmation about stage conditions, installation and commissioning are provided in the battery datasheets. ote: Care should be taken to ensure batteries and emergency units don t exceed their maximum temperatures. Connection method:. x 0. mm spade welded to end of cell. F the stick batteries this connection is accessible after the battery end caps have been fitted. To inhibit inverter operation, only disconnect the batteries by removing the connect from the battery spade tags. ote The battery charger of the EM MII BAIC is sht circuit protected. After a battery sht circuit the protection device will be resetted after a sht while. must not be connected to earth. Wking voltage (Uout) Uout EM A MII BAIC EM A MII BAIC EM C MII BAIC Electrical connections An earthed starting aid is recommended. The module should be earthed by the fixings used to attach it to the luminaire. Terminal block type: ush wire and insulation displacement Terminal block capacity: ush wire: 0. to. mm² solid conduct Insulation displacement: 0. mm² solid conduct Wire strip length:. to. mm EM MII BAIC leads, max. 0. m (< 0 pf) EM MII BAIC leads, max..0 m (< 00 pf) Care should be taken not to exceed the total maximum lamp lead capacitance f HF ballast. eads should always be kept as sht as possible. Mechanical details Channel manufactured from 0. mm galvatite galvanised steel. Cover manufactured from 0. mm white precoated steel. ED charge indicat: Green Mounting hole. mm dia ength of ED lead 0 mm (Bezel supplied fitted to ED) Insulation temperature rating: 90 C leads: Quantity: red and black ength: 000 mm (Accu icd B, B, C), 00 mm (all others) Wire type: 0. mm² solid conduct Insulation temperature rating: 90 C Termination : ush on. mm receptacle to suit battery spade fitted with insulating cover Termination : 9 mm stripped insulation 0 / 0 V 0 / 0 V 0 / 0 V Max. voltage between output terminals / Max. voltage between output terminal to earth HAED UT Two-piece batteries are supplied with a 00 mm lead with. mm receptacles at each end and insulating covers to connect the separate sticks together. ife-time Average life-time 0,000 h under rated conditions with a failure rate less than 0 %. Average failure rate of 0. % per,000 operating hours. Data sheet 0/-- ubject to change without notice.

7 EM IVERTER Wiring guidelines To ensure that a luminaire containing high frequency emergency units complies with E 0 f radio frequency conducted interference in both nmal and emergency mode it is essential to follow good practice in the wiring layout. Within the luminaire the switched and unswitched 0 Hz supply wiring must be routed as sht as possible and be kept as far away as possible from the lamp leads. This means, f example, in a linear T T luminaire the mains wiring should be routed along one side of the luminaire body, while the wires to the emergency lamp from the emergency module are routed along the other side. The high frequency emergency lamp wiring contains hot leads at pins and, which have high voltage to earth. These should be kept as sht as possible and separated from other wiring to minimize coupling. They also have a Wiring diagrams on maintained o connection to be made ermanent line ange ED i o Wiring diagrams f high frequency electronic ballasts ine in from switch witched line out to ballast ermanent line ange ED to ballast i o EM MII BAIC EMERGECY MDUE HF BAAT ingle lamp high frequency electronic ballast ine in from switch witched line out to ballast ermanent line ange ED i o EM MII BAIC EMERGECY MDUE EM MII BAIC EMERGECY MDUE restriction on capacitance to other wiring and earth of 00 pf, which must be observed to ensure good lamp starting. With an earth connection of the metal case of the emergency module the noise suppression can be further improved. The wiring of the earth should be kept as sht as possible. Through wiring may affect the emc perfmance of the luminaire. With the use of the fifth pole possible compatibility problems between the products can be prevented. Depending on the luminaire wiring the radio suppression in the emergency mode of operation can be further improved. Capacitive loading limits of lamp leads must not be exceeded. ote the capacitance of the emergency lamp leads adds to the capacitance of the leads from the ballast to the EM MII BAIC module when considering ballast loading. ine in from switch witched line out to ballast ermanent line ange ED to ballast i o EM MII BAIC EMERGECY MDUE HF BAAT Hot leads Twin lamp high frequency electronic ballast ( lamp lead connections) HAED UT ine in from switch witched line out to ballast ermanent line ange ED i o EM MII BAIC EMERGECY MDUE amp to ballast to ballast HF BAAT HF BAAT Hot leads Twin lamp high frequency electronic ballast ( lamp lead connections) amp Hot leads Twin lamp high frequency electronic ballast ( lamp lead connections) amp Data sheet 0/-- ubject to change without notice.

8 EM IVERTER Wiring diagrams f switch start circuits with magnetic control gear switched ine FC unswitched ine ange () ED () Batt ve in out EM MII BAIC EMERGECY MDUE ingle lamp switch start circuit with separate lamp holder and starter holder switched ine FC unswitched ine ange () ED () Batt ve in out EM MII BAIC EMERGECY MDUE Twin series switch start circuit with separate lamp holder and starter holder switched ine FC unswitched ine ange () ED () Batt ve in out EM MII BAIC EMERGECY MDUE Twin parallel switch start circuit with separate lamp holder and starter holder Emergency amp amp Emergency amp Emergency amp amp switched ine FC unswitched ine ange () ED () Batt ve in out EM MII BAIC EMERGECY MDUE ingle lamp switch start circuit with combined lamp holder and starter holder assembly switched ine FC unswitched ine ange () ED () Batt ve in out EM MII BAIC EMERGECY MDUE Twin series switch start circuit with combined lamp holder and starter holder assembly Emergency amp Emergency amp HAED UT Additional infmation Additional technical infmation at Technical Data Guarantee conditions at ervices ife-time declarations are infmative and represent no warranty claim. o warranty if device was opened. amp Data sheet 0/-- ubject to change without notice.

Emergency lighting units EM INVERTER

Emergency lighting units EM INVERTER EM IVERTER TC-DE TC-TE TC-F TC-DD Tc EM MII BAIC, 0 0 V 0/0 Hz BAIC version roduct description Emergency lighting supply unit f manual testing F compact fluescent lamps mall dimensions ( x 0 mm cross-section,