ELP LDM DALI-2 NFC LDM60D/K

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ELP LDM200D DALI Inverter 60-200V 2W

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ELP LDM60D/K/NC

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LDM90LI/K/NC

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ELP LDM90LID-K-DALI

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ELP LDM90LIDK/NC DALI

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ELP LED  Inverter LD32CO50

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ELP LM240D LED Maintained DALI/Self-Test Emergency Module

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LDM – LED Array Emergency Control Gear LDM Range The ELP ENEC marked LDM emergency LED control gear allows emergency lighting operation of high-power LED modules when used in conjunction with the standard mains voltage LED control gear. The emergency control gear incorporates a module/charger and a high temperature Nickel Cadmium or Lithium Iron Phosphate (LiFePO4) battery. In the event of a mains failure an integral 2-pole relay disconnects the LED lighting load from the mains control gear and then connects it to the emergency control gear which operates the LED module at an optimum light output for the rated duration. The LED current in emergency mode is automatically adjusted for maximum light output and is constant for the entire rated duration. Smart charging of both Nickel Cadmium and Lithium Iron Phosphate batteries. NB: Lithium Iron Phosphate batteries offer long life (up to 10 years). Details are logged of any mains failures to assist in the diagnostics of any site issues. The LDM range is available with fully interoperable DALI control and reporting function. These DALI versions indicated by the suffix D, also provide automatic Self-Test when no DALI bus is connected. It is important to note that some LED mains control gear should not be operated with an open circuit load, to overcome this problem the LDM range features a live in/ live out relay which ensures the load is in place before the mains driver is powered up. In Self-test mode the function and duration tests will take place at randomised times. If required, testing can be programmed to occur at a designated time by turning the unswitched supply off and on 3 times in 10 seconds at the required time. Note: The function test will occur weekly at the same time. SECTION SUBJECT PLASTIC HOUSED MODULE Environmental Protection against electric shock Secondary outputs - SELV for output voltage < 100V Ingress protection IP20 Module rated operating ambient temperature -20°C to 50°C Battery rated operating ambient temperature 0°C to 55°C Maximum case temperature 65°C Mains Operation Rated voltage supply 220/240V AC Mains frequency 50/60Hz Mains supply current <18mA Mains supply power 4 watts Power factor 0.53C Mains overvoltage protection 320 volts for 1 hour Indicator LED 2 wire green colour - standard LDM2 wire red/green - DALI LDM Maximum power that can be switched via relay contacts 150 watts Maximum current that can be switched via relay contacts 3 amps Maximum voltage that can be switched via relay contacts 250V AC/220V DC Emergency Operation Emergency duration 1 or 3 hours Battery chemistry type NiCd or LiFePO4 Number and type of high temperature cellsLDM90 and LDM90D 4 x NiCd 1.8Ah sub-C cells LDM200 and LDM200D 5 x NiCd 1.8Ah sub-C cells LDM90MO, LDM200MO, LDM90MOD and LDM200MOD 2 x LiFePO4 2.1Ah 22650 cells LDM90HO, LDM200HO, LDM90HOD and LDM200HOD 2 x LiFePO4 3Ah 26650 cells Battery recharge period <24 hours Time to full illuminance <0.5 seconds Short-circuit-proof battery connection, polarity reversal and deep discharge protection Battery charge currentNiCd 1.8Ah sub-C cells 2 stage charge - boost/trickleLiFePO4 2.1Ah and 3Ah cells - voltage dependent, constant current 100mA/70mA ±10%0 - 150mA Battery discharge current range (at nominal battery voltage)NiCd 1.8Ah sub-C cellsLiFePO4 2.1Ah 26650 cellsLiFePO4 3Ah 26650 cells 360mA to 560mA (450mA)475mA to 735mA (550mA)650mA to 1000mA (750mA) Module operating current - see separate graphs.LDM90 and LDM90D 134mA to 19mA ±10% LDM90MO and LDM90MOD 200mA to 30mA ±10% LDM90HO and LDM90HOD 258mA to 41mA ±10% LDM200 and LDM200D 33mA to 10mA ±10% LDM200MO and LDM200MOD 40mA to 12mA ±10% LDM200HO and LDM200HOD 57mA to 18mA ±10% Module output voltage range (nominal power)LDM90 and LDM90D 12V to 90V (1.6W) LDM90MO and LDM90MOD 12V to 90V (2.6W) LDM90HO and LDM90HOD 12V to 90V (3.5W) LDM200 and LDM200D 60V to 200V (2.0W) LDM200MO and LDM200MOD 60V to 200V (2.4W) LDM200HO and LDM200HOD 60V to 200V (3.5W) EOFI - dependant on LED module type 0.12 to 0.25 A record is kept of the number and length of emergency and mains operations - this information can be downloaded via the internal programming connector Mechanical Module outside dimensions 178mm (L) x 30mm (W) x 21mm (H) Fixing centres 174mm Electrical connections Push wire terminals Standards Compliance EN61347-1, EN61347-2-7, EN61347-2-13 and EN62384 Yes EN62034*, EN62386-101*, EN62386-102* and EN62386-202* Yes EN55015 Yes EN61547 Yes Marks CE Yes  

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This is an Emergency Lighting Products (ELP) OM/421/T5/TI emergency module to operate a range of lamps with wattages between 11 and 24w. This module should be used with a 4 cell emergency battery. This module has been designed to suit all emergency lighting applications that require an inverter and battery. It has compact dimensions and push-wire/IDC terminals to simplify assembly.

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This is an Emergency Lighting Products (ELP) OM/535/T5/TI emergency module to operate a range of lamps with wattages between 11 and 42w. This module should be used with a 5 cell emergency battery. This module has been designed to suit all emergency lighting applications that require an inverter and battery. It has compact dimensions and push-wire/IDC terminals to simplify assembly.

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This Emergency Lighting Products (ELP) OM/539-54/T5/TI emergency module supports lamp wattages from 39 to 80W and is compatible with a 5-cell emergency battery. Designed for various emergency lighting setups requiring both an inverter and battery, it features a compact design and push-wire/IDC terminals for easy installation.

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