für for T5-Lampen fluorescent in Multi-Lamp-Technologie

Transcription

1 Dimmbare Dimmable electronic elektronische control Vorschaltgeräte gear für for T-ampen fluorescent in Multi-amp-Technologie lamps in technology M-tec Performance characteristics Dimmable ECG in Multi-amp technology with automatic lamp recognition for optimum operation of T lamps uminaire can be fitted with different lamps (e.g. T: W, 9W, 80W) Dim interface: I or 0 V Push-Dim: dim and switch with push button with memory function Dimming range...00% luminous flux Energy-controlled electrode preserving lamp warm start for maximum lamp life irrespective of switching frequency; starting time < s Cut-Off technology at 00% luminous flux: minimised heat current through electrodes during operation, for optimum light output and reduced power loss Safety switch-off in case of abnormal lamp operation, e. g. defective electrode and end of lamp life; tested acc. to E -- + Test Automatic restart after lamp replacement Suitable for direct current operation and emergency lighting installations; complies with requirements for emergency lighting according to E --/J Quick restart of lamps after short power disruptions Energy efficiency EEI = ABAT ominal service life: h with failure rate of 0% and operation at t c =t c,max ECG model Version Order no. amp MD.F-0/0-0/I 9 T x 8 W, W MD80.F-0/0-0/ 0V 0 T x W, 9 W, 80 W MD80.F-0/0-0/I T x W, 9 W, 80 W MD9.FR-/0-0/I EVO 009 T x W; W; W; 9W MD.FR-/0-0/I EVO 009 T x 8 W; W ; 9 W; W Dim interfaces Markings 0 9 /

2 Dimmbare Dimmable electronic elektronische control Vorschaltgeräte gear für for T-ampen fluorescent in Multi-amp-Technologie lamps in technology Technical data Mains voltage supply Rated voltage range 0 V 0 V Max. admissible voltage range 98 V V (continuous) Frequency 0, 0 Hz... 0 Hz Battery operation Voltage range for 98 VDC 8 VDC continuous operation owest limiting value for VDC ) temporary operation (0,h) Dimming operation -0V (MD.../-0V) Dimming range % % Control current < 0. ma Obervoltage protection V Dimming operation I (MD.../I) Dimming range % % Obervoltage protection V Dimming operation Push-Dim (MD.../I; MD.../-0V) Control signal (ine) Obervoltage protection V Maximum number of ECGs on one push button Behaviour at mains overvoltage Switch-off of the lamp(s) at approx. 0 VAC ) Overvoltage protection 0 VAC / h Stand-by power < 0. W eakage current < 0. ma / EVG Ignition time of the lamp <.0 s Behaviour in case Switch-off of the lamp of defective lamp Automatic restart yes after lamp replacement Max. temperature at housing surface ominal service life amp and mains terminals MD.F; MD80.F:: + 0 C (acc. E --/C) h with failure rate 0 % and operation at tc = t c, max h at tc = t c, max - 0 K for solid single wire conductors 90 -connector with key Type Wire cross section 0, mm, mm Wire stripping length, mm 8, mm MD9.FR; MD.FR: Type IDC-Terminal Push - in contact: 0, mm,0 mm solid Wire cross section Horizontal - contact 0, mm stranded Wire stripping length 8,0 mm 9,0 mm amp wire lengths see wiring diagrams ) Reliable lamp ignition only for 98 VDC ) amp restart after mains voltage interruption / Admissible temperatures Version Ambient (t a ) Case (t c ) MD.F-0/0-0/I - 0 C C C MD80.F-0/0-0/ 0V - 0 C C C MD80.F-0/0-0/I - 0 C C C MD9.FR-/0-0/I + C... + C C MD.FR-/0-0/I + C... + C C Inrush current/circuit breaker Version typ. I peak /Δt o. of ECG at single-pole circuit breakers S-Typ 0 A A 0 A A MD.F-0/I A/9 µs B 0 9 C 0 MD80.F-0/ 0V A/9 µs B 0 9 C 0 MD80.F-0/I A/9 µs B 0 9 C 0 MD9.FR-/I A/80 µs B 8 9 C MD.FR-/I A/ µs B 9 C 0 0 All data for Usupply = 0 VAC, mains impedance = Ω In case of multipolar CB the max. no. is reduced by 0 % The max. number may differ depending on CB manufacturer. Please consider the specifications of the manufacturer. Basically, CB with C-characteristics are recommended to be used inlighting groups. I[A] I peak ½ x I peak t T

3 Operating data Version amp System rating a b MD.F-0/0-0/I x T x T 8 8 W W 0, ,9 8 G ABAT a,b a,b x T x T W W 0 0,...0 0,9 G ABAT a,b a,b MD80.F-0/0-0/ 0V x T x T W W 8 0, ,9 G ABAT a,b a,b x T x T 9 9 W W 0, ,9 9 G ABAT a,b a,b x T x T W W 88 0, ,98 80 G ABAT a,b a,b MD80.F-0/0-0/I x T x T W W 8 0, ,9 G ABAT a,b a,b x T x T 9 9 W W 0, ,9 9 G ABAT a,b a,b x T x T W W 88 0, ,98 80 G ABAT a,b a,b MD9.FR-/0-0/I EVO x T x T W W 0, ,9 8 G ABAT a,b a,b x T x T W W 0, ,9 G ABAT a,b a,b x T x T W W 9 0, ,9 8 G ABAT a,b a,b x T x T 9 9 W W 9 0, ,99 8 G ABAT a,b a,b MD.FR-/0-0/I EVO x T x T 8 8 W W 0, ,98 G ABAT a,b a,b x T x T W W 8 0, ,99 G ABAT a,b a,b x T x T 9 9 W W 0 0, ,99 98 G ABAT a,b a,b x T x T W W 0, ,99 0 G ABAT a,b a,b * at U Mains = 0 VAC Input current* Operating frequency Power factor W A khz W amp power amp socket EEI Approvals Push-Dim operation A momentary push-button can also be used for dimming and switching instead of I interface. Key press Status: ECG switched off (stand-by) Status: ECG switched on (lamp operation) Short key press: Switch-on the light at previous dimming level Switch-off the light and store dimming level (memory function) ong key press: Switch-on the light at previous dimming level (memory function) and dim up resp. Down Dimming up resp. down, every new key press inverts the dimming direction ong key press (0 s): Synchronisation mode (luminous flux: 00 %) ong key press (0 s): ECG changes to % luminous flux. If the button is released extended memory function * will be enabled ong key press ( > s): ECG changes to 00 % luminous flux. If the button is released extended memory function * will be disabled * Extended memory function In the factory setting the extended memory function is disabled: After a mains voltage interruption, the device starts at 00 %. The extended memory function can be enabled via push-button programming: After mains voltage interruption the ECG will start at last set state (standby or last dimming level) /

4 Dimensions X M X ZM Y Z Version X X M Y Z Z M Weight mm mm mm mm mm kg MD.F-0/I , 0,8 MD80.F-0/-0V , 0,8 MD80.F-0/I , 0,8 MD9.FR-/I ,8 MD.FR-/I , Wiring diagrams MD.F/MD80.F/I Conformance with regulations E - E -- E --/C E --/J E 0 99 General and safety requirements Requirements for thermally protected ballasts Particular additional safety requirements for a.c./d.c. supplied electronic ballasts for emergency lighting Performance requirements MD80.F/-0V 0 V keep lamp wires as short as possible Wire lengths terminal, : max..0 m Wire lengths terminal, ;: max..0 m Pay attention to a symmetrical lamp wiring MD9.FR/ MD.FR/I keep lamp wires as short as possible Keep wire pair - and - as short as possible (max. m) Wire pairs - and - max. m Pay attention to a symmetrical lamp wiring E 0 9 Measurement method of total input power of ballast-lamp circuits E imits for harmonic current emissions E imitation of voltage fluctuations and flicker General EMC immunity: E Electrostatic discharge E Radiated, radio-frequency, electromagnetic field E Electrical fast transient/burst E Surge E Conducted disturbances, induced by radiofrequency fields E Power frequency magnetic field E Voltage dips, short interruptions and voltage variations E EMC immunity: equipment for general lighting purposes E 0 Radio disturbances, frequencies < 00MHz (CD method) Environmental tests for mechanical capacity: IEC Test Fc: vibrations (sinusoidal) IEC Test Ea: shock and bump IEC Test Eb: shock and bump Quality management certifi ed according to ISO 900 /

5 Wiring diagrams MD.F-0/0-0/I & MD80.F-0/0-0/I I control MD80.F-0/0-0/-0V PE -0V PE -0V MD9.FR-/0-0/I & MD.FR-/0-0/I I control otice: Push- Dim operation of single and double lamp ECG at same push button is not allowed BAG electronics GmbH Kleinbahnstrasse 99 Arnsberg/Germany info@bagelectronics.com Phone Fax MD-Mtec-T-evo_E(09) /