Cooper CEAG requirements for LED controlgears Manufacturer: OSRAM GmbH Marcel-Breuer-Str.6 D-80807 München Type / Description: Constant current LED controlgear LED controlgear: OT 50/220-240/24 Specifications: CEAG-Datas Explanation: Fulfilled: (Yes / No) 186V - 275V DC Possible voltage range of the battery in emergency mode (Not necessary for AT-S+ System) Umschaltzeit: 180 ms - 450 ms Typical switch over time of CEAG CPS/LPS-devices YES starting charakteristic controlgear: Stabile Stromaufnahme nach kleiner 1,6 s necessary for selective control ∆ I < 12,5 mA per luminaire, at max. 20 luminaires for one current circuit: ∆ I in summ < 250 mA YES Fullfilled the standard*: DIN EN 62384 DC. Or AC supplied electronic control gear for LED modules Performance requirements YES Fullfilled the standard*: DIN EN 61347-2-13 Fullfilled the standard*: DIN EN 55015 (Messung bei AC und DC) Fullfilled the standard*: DIN EN 61000-3-2 Fullfilled the standard*: DIN EN 61000-3-2, Pkt. 7.3 a.) Fullfilled the standard*: DIN EN 61547 LED module fullfilles the standard: DIN EN 62031 Voltagerange DC: Switch over time: from AC to DC YES (176-276 V) Lamp controlgear — Part 2‑13: Particular requirements for d. c. or a. c. supplied electronic controlgear for LED modules YES Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment Electromagnetic compatibility (EMC) — Part 3-2: Limits — Limits for harmonic current emissions (equipment input current ≤ 16 A per phase) YES is forceful necessary for AT-S+ Systems special for LED drivers!! (sinusoidal current draw) Equipment for general lighting purposes — EMC immunity requirements YES YES YES LED modules for general lighting — Safety specifications N/A * The labeling "according to VDE 0108" is not meaningful, because it is not a ballast standard ! Specifications: CEAG-Datas Explanation: V-CG-S2: >9,4 mA oder >12,7 mA = OK No load current of the ballast V-CG-S: >16 mA oder >47 mA = OK (without tube or with defect tube) in V-CG-SE: >16 mA oder >47 mA = OK DC-operation V-CG-SUW: >47 mA = OK CG-K: >16 mA oder >47 mA = OK selection aid for monitoring modules also for identification of the max. luminaire quantity per circuit and the required battery capacity. these values are not allowed to be failed below def. limits for the voltagerange of: 186 - 275V DC und 189 - 264 V AC (for AT-S+ Systems must be the current draw sinusoidal See DIN EN 61000-3-2, clause 7.3 a.) V-CG-S2: <5,8 mA oder <7,9 mA = n.OK voltage dependent = No load current V-CG-S: <10 mA oder <28 mA = n.OK of the ballast (without or with defect V-CG-SK: <10 mA oder <28 mA = n.OK LED module) in DC and AC V-CG-SUW: <28 mA = n.OK operation*: CG-K: <10 mA oder <28 mA = n.OK selection aid for monitoring modules: these values are not allowed to exceed the def. limits for the voltagerange of: 186 - 275V DC und 189 - 264 V AC (for AT-S+ Systems must be the current draw sinusoidal (See DIN EN 61000-3-2, clause 7.3 a.) Max. inrush current each converter/luminaire in AC-operation: Max. permitted inrush current per circuit: SKU 2 x 3A (CG) => 120 A SKU 1 x 6A (CG) => 180 A SKU 4 x 1,5A CG-S => 60 A SKU 2 x 3A CG-S => 250 A SKU 1 x 6A CG-S => 250 A SOU CG-S // S+ => 250 A SU S+ => 250 A Lightoutput in DC-operation at 186 V in comparison to 230 V AC operation - Fulfilled: (Yes / No) AC:YES, TO BE TESTED WITH CEAG SYSTEM DC: YES, TO BE TESTED WITH CEAG SYSTEM AC:YES, TO BE TESTED WITH CEAG SYSTEM DC: YES, TO BE TESTED WITH CEAG SYSTEM Describes the max. inrush current of all ballasts in a circuit, to < 30 A / < 215 us calculate the maximum contact rating of the circuit. In battery operation of the ballast, for the light calculation at 25 °C EBLF > 0,98 acc. Datasheet prep. Sniegon 07-2012 (7.2.2013) luminaires, which are used for emergency lighting, must be according to the standard DIN EN 60598-2-22 (particular requirements - Luminaires for emergency lighting) and DIN EN 62471 classification group 1 (Photobiological safety for lamps and lamp systems) *Die Module der Baureihe V-CG-S überwachen die Stromaufnahme auf der Primärseite des Betriebsgerätes für LED-Module in den angegebenen Grenzen. Ausfälle einzelner LEDs (niederohmig) auf der Sekundärseite führen nicht zwangsläufig zu einer Änderung der Stromaufnahme auf der Primärseite und können in diesen Fällen nicht als Fehler detektiert werden. **Vorschaltgerät schaltet oberhalb der Temperatur ta > 45°C ab (bei Volllast) *The modules of the family V-CG-S can controll only the input current of the LED converters, in the above defined tolerances. Individual failures of LEDs (low resistive) on the secudary side of the converters could also create input current values out of CEAG "definition", so that the CEAG modules on the input side of converters could produce wrong informations for the emergency controlling station. **ballast is switching off by temperature ta > 45°C (full load) ***)information to EN 60598-2-22 was not tested page 1 of 2 CEAG - OT 50/220-240/24 c: Hummel/Sniegon OSRAM Manufacturer: OSRAM GmbH Marcel-Breuer-Str.6 D-80807 München LED controlgear type OT 50/220-240/24 Type / Description: Constant current LED controlgear LED controlgear: OT 50/220-240/24 Max. inrush current for ECG AC-operation Values for load range Ip = 30 A; TH = 215 µs Maximum load 50W IN in AC-operation (220-240 V) IN in DC-operation (176-276 V) INoLoad in AC-operation INoLoad in DC-operation 270 mA (220V) 250 mA (240V) 266 mA (220V) 242 mA (240V) 34 mA (220V) 33 mA (240V) 28mA [ 176VDC ] 24 mA [ 240VDC ] 21 mA [ 276VDC ] prep. Sniegon 07-2012 (7.2.2013) CEAG - OT 50/220-240/24 c: Hummel/Sniegon page 2 of 2 OSRAM