Built-in 0~10Vdc or PWM signal dimming function Output current level selectable by DIP S.W. Built-in active PFC function Protections: Short circuit / Over voltage / Over temperature  Other features: 180~295VAC input only Cooling by free air convection Temperature compensation function by external NTC No load power consumption <1.2W@AC always on Fully isolated plastic case Class power unit, no FG Built-in 12V/50mA auxiliary output Suitable for LED lighting applications Power supplies synchronization function up to 10 units 3 years warrantyMore Information Manufacturer Mean Well Output Wattage (W) 60 Output Voltage Choose Option Dimmable (Type) 0~10Vdc & PWM signal Dimensions 123.5x 81.5x 23 EMC Standards Compliance to EN55015, EN61000-3-2 Class C; EN61000-3-3, EN61000-4-2,3,4,5,6,8,11, EN55024, EN61547 light industry level (surge 2KV), criteria A Input Voltage 180~295VAC 254~417VDC Safety Standards UL8750, ENEC EN61347-1, EN61347-2-13,EN62384 independent approved Output Voltage Options Single Working Temperature -40~+85°C PDF Datasheet LCM-60-spec_2.pdf

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Product Details 60W Constant current LED Power Supply LCM-60DA series The LCM-60DA LED driver is a 60W multiple-stage output current LED power supply with built-in DALI interface. The series have built-in active PFC function, protections including short circuit, over voltage and over temperature. Fully isolated in a plastic case with strain relief design the unit is IP20 rated and is suitable for LED lighting applications. Output current level selectable by DIP Switch180∼295VAC input onlyBuilt-in active PFC functionProtections: Short circuit / Over voltage / Over temperatureCooling by free air convectionFully isolated plastic caseClass II power unit, no FGBuilt-in DALI interface and push dimming functionBuilt-in 12V/50mA auxiliary outputIP20 designTemperature compensation function by external NTCNo load power consumption <1WPower supplies synchronization function up to 10 unitsSuitable for LED lighting applications Mean Well LED Drivers, Constant Current Specifications Attribute Value Input Voltage 180 → 295 V ac, 254 → 417 V dc Output Voltage 2 → 90V Operation Constant Current Output Current 1.05 A, 1.4 A, 500 mA, 600 mA, 700 mA, 900 mA Maximum Output Power 60.3W Dimming Operation DALI AC or DC Input Voltage ac, dc IP Rating IP20 Voltage Rating 180 → 295 V ac, 254 → 417 V dc

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Emergency Inverter & Bat 3Hr 5x 4Ah Nimh - LD16CO100-KIT   LD-CO Range TECHNICAL DATA: 04/2016 LED Module and Arrays Emergency Equipment Easy conversion of all modern LED luminaires The ELP LD-CO emergency LED control gear allows maintained operation of high power LED modules or arrays, when utilizing the standard mains voltage LED control gear in-line with the emergency LED control gear. LD-CO Kits incorporate the appropriate LD-CO driver/charger module, high temperature Nickel Cadmium (or Nickel Metal Hydride) battery, required connectors and charge indicator. In the event of a mains failure, an integral 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/array at constant power providing a precise Emergency Ballast Lumen Factor throughout the entire duration of 3 hours. The various high power LED modules utilise different arrays of LEDs connected in series or a combination of series and parallel and there will be an ideal LD-CO kit to suit any of these. Each LD-CO module is configured for a maximum forward voltage and an optimum operating current. The LD-CO modules will operate any LED requiring a forward voltage below the maximum rating of the module. However, for best performance it is recommended that the LD-CO module with the rated forward voltage closest to the LED rating is selected. NB: Accurate selection of the best module for any given LED can easily be checked on the product selector at: www.elp.uk.com Note: For versions offering Self-Test or fully interoperable DALI control and reporting fuctions please refer to the LDpro range. ORDER CODES FOR KITS To ensure the best operation of each type of high power LED module/array the correct LD-CO equipment should be selected. The following codes should be used to order the appropriate module and battery for the following LED Modules and Arrays: LED Nominal number of LEDs in series Change-Over Operating Current (mA) Kit Battery Tube (/TU option) LD9CO100KTU LEDs WITH FORWARD VOLTAGE <23.5V LD8CO300K (High output) e.g. Xicato XSM 400-1300 lumen LEDs WITH FORWARD VOLTAGE <33.0V LD9CO100K e.g. DLM Flex Range 1100 lumen, Bridgelux ES Range and Citizen CL Range LEDs WITH FORWARD VOLTAGE <56.0V LD16CO100K e.g. Xicato XSM 2000-3000 lumen LEDs WITH FORWARD VOLTAGE <90.0V LD32CO50K e.g. Osram PrevaLED 2 LEDs WITH FORWARD VOLTAGE <200.0V LD64CO22K e.g. Osram PrevaLED Linear Fit D Notes: Kits will be supplied with Nickel Cadmium batteries unless NiMH batteries are specified (see ‘number and types of cells’). /TU Option offers the battery sealed in a tube making the whole kit suitable for remote mounting. LD-CO modules only provide emergency lighting operation; standard mains drivers are required for maintained operation. LDCODS-04-16 /TU Battery tube option SPECIFICATION Section Subject Plastic housed module Protection against electric shock SELV equivalent (except LD32 and LD64) Ingress protection IP20 Environmental Module rated operating ambient temperature) -20 to 50°C Battery rated operating ambient temperature 0 to 50°C Maximum case temperature 65°C Rated voltage supply 220/240 VAC Mains frequency 50/60 Hz Mains supply current 15mA Mains supply power 3.6W Mains operation Power factor 0.6 Indicator LED 2 wire Green colour Maximum power that can be switched via relay contacts 125VAC/90W Maximum current that can be switched via relay contacts 1A 125VAC/3A 30VDC Maximum voltage that can be switched via relay contacts 250VAC/220VDC Emergency duration 1 or 3 hours Battery chemistry type NiCd or NiMH Number and type of cells LD22CO50K and LD9CO100K 5 x 2Ah NiCd sub-C cells LD16CO100K , LD32CO50K and LD64CO22K 5 x 4Ah NiCd D or 4Ah NiMH C cells LD8CO300K 6 x 4Ah NiCd D or 4Ah NiMH C cells Battery recharge period <24 hours Battery charge current LD22CO50K and LD9CO100K 100mA LD16CO100K, LD8CO300K , LD32CO50K and LD64CO22K 160mA Battery discharge current LD22CO50K and LD9CO100K 500mA at 6.0V LD16CO100K, LD32CO50K and LD64CO22K 1000mA at 6.0V Emergency operation LD8CO300K 1000mA at 7.2V Module output current LD64CO22K 22mA LD22CO50K and LD32CO50K 50mA LD16CO100K and LD9CO100K 100mA LD8CO300K 300mA Module output voltage LD8CO300K 11.5V to <23.5V LD9CO100K 9V to <33V LD16CO100K 33V to <56V LD22CO50K 33V to <56V LD32CO50K 56V to <90V LD64CO22K 90V to <200V BLF/EBLF — dependant on LED module type 0.12 to 0.25 Outside dimensions (L)178mm x (W)30mm x (H)21mm Mechanical Fixing centres 174mm Electrical connections Push wire terminals EN61347-1, EN61347-2-7 and EN61347-2-13 Yes EN62384 Yes Standards compliance EN55015 Yes EN61547 Yes Marks CE Yes Note: Values are subject to change. Emergency Lighting Products Limited Parbrook House, Gillmans Industrial Estate, Natts Lane Billingshurst, West Sussex RH14 9EZ Telephone: +44 (0) 1403 786601 Fax: +44 (0) 1403 786602 e-mail:sales@elp.uk.com www.elp.uk.com TECHNICAL DATA: 04/2016 LED Module and Arrays Emergency Equipment All details and specifications shown in this document are deemed correct at time of publication. The right to modify equipment, change specifications and instructions without notice, is reserved as part of the Emergency Lighting Products Limited policy of continuous development and improvement. We endeavour to keep all our customers informed of any alterations as and when they occur. LDCODS-04-16

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Emergency Lighting Products LD16CO100D Easy conversion of all modern LED luminaires plus integral  DALI emergency lighting operation. The ELP LDpro emergency LED control gear allows maintained operation of high power LED modules or arrays when utilising the standard mains voltage LED control gear in-line with the emergency LED control gear. LDpro modules incorporate a facility to provide automatic fully interoperable DALI interface with an approp riate DALI control system. LED's with Forward Voltage <56.0V Operates with 5 x 4 Ah NiCd D or 4 Ah NiMH Cells (sold separate) Output Current 100mA Module Output Voltage 33V to <56V

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Easy conversion of all modern LED luminaires The ELP LD-CO emergency LED control gear allows maintained operation of high power LED modules or arrays, when utilizing the standard mains voltage LED control gear in-line with the emergency LED control gear. LD-CO Kits incorporate the appropriate LD-CO driver/charger module, high temperature Nickel Cadmium (or Nickel Metal Hydride) battery, required connectors and charge indicator. In the event of a mains failure, an integral 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/array at constant power providing a precise Emergency Ballast Lumen Factor throughout the entire duration of 3 hours. The various high power LED modules utilise different arrays of LEDs connected in series or a combination of series and parallel and there will be an ideal LD-CO kit to suit any of these. Each LD-CO module is configured for a maximum forward voltage and an optimum operating current. The LD-CO modules will operate any LED requiring a forward voltage below the maximum rating of the module. However, for best performance it is recommended that the LD-CO module with the rated forward voltage closest to the LED rating is selected. NB: Accurate selection of the best module for any given LED can easily be checked on the product selector at: www.elp.uk.com Note: For versions offering Self-Test or fully interoperable DALI control and reporting fuctions please refer to the LDpro range.

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Mean Well 3 in 1 dimming (0-10Vdc & 10v PWM signal & resistance) Constant Power mode output Metal housing design Full Power at 70~100% max Current Built-in active PFC function Flicker Free design No load / Standby power consumption <0.5W Output current level pre-settable Typical lifetime>50000 hours SELV and Isolated Class 2 power supply 5 years warrantyMore Information Manufacturer Mean Well Output Wattage (W) 80 Dimmable (Type) 3 in 1 Dimming Output Voltage Range (V) 27 ~ 56V DC Output Adjustment 27-56V Dimensions 360 x 30 x 21mm EMC Standards Compliance to EN55015, EN61000-3-2 Class C (>50% load);EN61000-3-3, GB17743, GB17625.1 Compliance to EN61000-4-2,3,4,5,6,8,11, EN61547, light industry level (surge immunity:Line-Line:1KV) Input Voltage 180-295VAC Safety Standards UL8750,CSA C22.2 NO.250.13-12; ENEC EN61347-1 & EN61347-2-13, EN62384; GB19510.14,GB19510.1 approved Output Voltage Options Single Working Temperature -25°C-+80°C PDF Datasheet LDC-80-spec.pdf

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Downlight Power Supply To compliment our LED lighting ranges we offer LED driver circuits for self-contained emergency lighting packs. Self-contained emergency lighting LED driversDriver/charger module and 2.4 volt (2 cell) 3Ah C NiCD battery pack for 3 hour operation of 3 watt (180 lumen) LED light pods. Battery is connected by a PCB mounted plug. Module dimensions130mm (L) x 28mm (W) x 21mm (H) Battery dimensions1 x stick @ 100mm (L) x 25mm (dia)

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LDLEM3 1.4W LED NON MAINTAINED EMERGENCY DOWNLIGHT White / Matt Silver | 1.4W | 118 lm in Emergency Mode | IP20

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    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.    

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https://www.elp.uk.com/wp-content/uploads/2019/09/LDM-DS-09-19.pdf  

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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. Datasheet CE Declaration of Conformity UKCA Declaration of Conformity To ensure the correct operation of each type of LED module the correct LDM equipment should be selected. The total forward operating voltages of the LED module/arrays connected should be used to determine the appropriate LDM control gear. For the appropriate battery, indicator LED etc., see Order Codes. Note: All LDM modules can be equipped with SurePath BLE Bluetooth addressable Gateway modules. Microprocessor Enabled Features 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.

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