EcoSystem LED Driver Overview

Transcription

1 EcoSystem LED Driver Overview c The EcoSystem LED Driver is a high-performance LED driver that provides smooth, continuous 1% dimming for virtually any LED fixture, whether it requires constant-current or constant-voltage. Features Continuous, flicker-free dimming from 1% to 1% EcoSystem digital link control, compatible with EcoSystem Energi Savr NodeTM modules and Quantum systems EcoSystem LED 1% Dimming LED Driver TO EcoSytem BUS DIGITAL BUS E1 E2, - 1, mm² INPUT L, - 2, mm² INPUT N, - 2, mm² Coopersburg, PA 1836 USA E1 E2 LIVE NEUTRAL LDEA2E1CPA-JA1 Vin: V~ Vout: 4 V- Max Iin:.14 A Iout: 1. A- freq: / 6 Hz Pout: 2 W Max tc= 7 C ta= 4 C λ =.9 EcoSystem LED Driver WARNING: Shock hazard. May result in serious injury or death. Disconnect power before servicing or installing. Warranty void if unit is opened. Copper wire only 3, m (1 ft) Max. lead length 8 mm t c LED load ONLY SELV OUTPUT +V -V, - 2, mm² +44 () Can be used in conjunction with EcoSystem compatible ballasts and devices Protected from miswires of input power to EcoSystem control inputs CE and ENEC Independent control gear with integral strain relief SELV output A rated lifetime of t c = 7 C Constant current drivers with stabilized output current from,2 A to 1, A Constant Current Reduction (CCR) dimming or Pulse Width Modulation (PWM) dimming. See Application Note #36 (P/N 4836) for details. Constant voltage drivers with stabilized output voltage from 8 V to 4 V Pulse Width Modulation (PWM) dimming 1% performance tested at factory EcoSystem LED Driver 89,7 mm W x 31,8 mm H x 14,7 mm L

2 Specifications Performance Dimming Range: 1% to 1% Operating Voltage: V~ at /6 Hz Patented thermal foldback protection LEDs turn on to any dimmed level without going to full brightness Non-volatile memory restores all driver settings after power failure Power Factor: λ >,9 at full output for loads greater than 1 W Total Harmonic Distortion (THD): <2% for loads greater than 1 W Inrush Current: <2 A Inrush Current Limiting Circuitry: eliminates circuit breaker tripping, switch arcing and relay failure Open circuit protected Short circuit protected Lifetime: t c = 7 C Efficiency: > 8% at max power (2 W) Turn-on time: 1 second Environmental Sound Rating: Inaudible in a 27 db ambient Relative Humidity: maximum 9% non-condensing Minimum Operating Ambient Temperature: t a = C Maximum Calibration Point: t c = 7 C Maximum Operating Ambient Temperature: t a = 4 C Consult Lutron for derating information Standards CE and ENEC Safety: IEC/EN Emissions: CISPR1/EN1, IEC , -3-3 Immunity: IEC/EN 6147, IEC/EN , -4-3, -4-4, -4-6, Performance: IEC/EN RoHS 26 Compliant IEC 629, IP2 Rating Lutron Quality Systems registered to ISO Driver Wiring & Mounting Wiring Means: Daisy chain capable terminals for input c Input Screw Terminals: 1 or 2 cables, 2 core, mm 2 to 2, mm 2 Daisy Chain Maximum: 8 units Recommended Wire Types: H3VV-F, H3VVH2-F, HVV-F, and HVVH2-F EcoSystem Terminals: 1 or 2 cables, 2 core, mm 2 to 1, mm 2 (Solid copper wire only) Recommended Wire Types: H3VV-U, H3VVH2-U, HVV-U, and HVVH2-U Output Screw Terminals: 1 cable, 2 core, mm 2 to 2, mm 2 Recommended Wire Types: H3VV-F, H3VVH2-F, HVV-F, and HVVH2-F Note: Ground termination not provided. Terminate ground in compliance with local electric codes

3 How to Build a Model Number: EcoSystem LED Driver c L DE A2E1C PA - Control Type: Example: LDEA2E1CPA-JA7 DE = Digital EcoSystem LED Driver Current Level (for Constant Current): 2 =,2 A; 21 =,21 A 1 = 1, A Voltage Level (for Constant Voltage): 8 = 8, V; 1 = 1, V 4 = 4, V Driver Output: C = Constant current driver with pulse width modulation (PWM) dimming A = Constant current driver with constant current reduction (CCR) dimming V = Constant voltage driver with pulse width modulation (PWM) dimming LED Load Output Range (see following pages for explanation and examples): Constant Voltage A = 8, V 12, V B = 12, V 2, V C = 2, V 24, V D = 24, V 4, V 1, A and 2 W maximum Constant Current G =,3 A,62 A 8 V 2 V H =,2 A,62 A 1 V 4 V I =,63 A 1, A 8 V 2 V J =,63 A 1, A 1 V 4 V 4 V and 2 W maximum

4 A Output Range, Voltage Driver Models c Constant Voltage Driver Pulse Width Modulation (PWM) 8, 12, V PWM,42 1, A 12,6 W Voltage Driver Operation Range: Output Current vs. Output Voltage Output Power vs. Output Voltage 1, 1 2,8,6,4 A , A Max.,2 W Min. A Parameter 22 V~ 24 V~ Test Conditions Input Current 8 ma 7 ma t a = 2 C, Power Factor (λ),87 12, V 12,6 W load, THD 2% Driver Efficiency 79% 9 Driver Efficiency vs. Output Power at 22 V~ 24 V~ , V 1, V 12, V

5 B Output Range, Voltage Driver Models c Constant Voltage Driver Pulse Width Modulation (PWM) 12, 2, V PWM,26 1, A 21 W Voltage Driver Operation Range: Output Current vs. Output Voltage Output Power vs. Output Voltage 1, 1 2,8,6,4 B , A Max. B,2 W Min. 1 12, , Parameter 22 V~ 24 V~ Test Conditions Input Current 12 ma 11 ma t a = 2 C, Power Factor (λ),94 2, V 21, W load, THD 14% Driver Efficiency 84% 9 Driver Efficiency vs. Output Power at 22 V~ 24 V~ 8 2, V , V

6 C Output Range, Voltage Driver Models c Constant Voltage Driver Pulse Width Modulation (PWM) 2, 24, V PWM,21 1, A 2 W Voltage Driver Operation Range: Output Current vs. Output Voltage Output Power vs. Output Voltage 1, 1 2 1, A Max.,8,6,4 C C,2 W Min , , Parameter 22 V~ 24 V~ Test Conditions Input Current 13 ma 13 ma t a = 2 C, Power Factor (λ),96 24, V 2, W load, THD 12% Driver Efficiency 8% 9 Driver Efficiency vs. Output Power at 22 V~ 24 V~ 8 8 2, V 24, V

7 D Output Range, Voltage Driver Models c Constant Voltage Driver Pulse Width Modulation (PWM) 24, 4, V PWM,13 1,2 A 2 W Voltage Driver Operation Range: Output Current vs. Output Voltage Output Power vs. Output Voltage 1 2 W Max. 2,8,6,4 D D,2 W Min , , Parameter 22 V~ 24 V~ Test Conditions Input Current 14 ma 13 ma t a = 2 C, Power Factor (λ),96 4, V 2, W load, THD 1% Driver Efficiency 8% 9 Driver Efficiency vs. Output Power at 22 V~ 24 V~ 8 24, V , V

8 G Output Range, Current Driver Models c Constant Current Driver Pulse Width Modulation (PWM) 8, 2, V PWM Constant Current Reduction (CCR) 8, 2, V-,3,62 A 12,4 W Current Driver Operation Range: Output Voltage vs. Output Current Output Power vs. Output Current W Min. G V Max. G,2,3,62,8 1,2,3,62,8 1 Parameter 22 V~ 24 V~ Test Conditions Input Current 8 ma 7 ma t a = 2 C, Power Factor (λ),89,62 A 12,4 W load, THD 14% Driver Efficiency 78% 9 Driver Efficiency vs. Output Power at 22 V~ 24 V~ 8 8 7,3 A, A,62 A

9 H Output Range, Current Driver Models c Constant Current Driver Pulse Width Modulation (PWM) 1, 4, V PWM Constant Current Reduction (CCR) 1, 4, V-,2,62 A 24,8 W Current Driver Operation Range: Output Voltage vs. Output Current Output Power vs. Output Current W Min. H V Max. H 1 V Min.,2,4,62,8 1,2,4,62,8 1 Parameter 22 V~ 24 V~ Test Conditions Input Current 14 ma 13 ma t a = 2 C, Power Factor (λ),96,62 A 2, W load, THD 1% Driver Efficiency 83% 9 Driver Efficiency vs. Output Power at 22 V~ 24 V~ ,2 A,62 A,3 A, A

10 I Output Range, Current Driver Models c Constant Current Driver Pulse Width Modulation (PWM) 8, 2, V PWM Constant Current Reduction (CCR) 8, 2, V-,63 1, A 21 W Current Driver Operation Range: Output Voltage vs. Output Current Output Power vs. Output Current I V Max. I 8 V Min.,2,4,63,8 1,,2,4,63,8 1, Parameter 22 V~ 24 V~ Test Conditions Input Current 12 ma 11 ma t a = 2 C, Power Factor (λ),9 1, A 21, W load, THD 14% Driver Efficiency 81% 9 Driver Efficiency vs. Output Power at 22 V~ 24 V~ 8 8,63 A,7 A 1, A

11 J Output Range, Current Driver Models c Constant Current Driver Pulse Width Modulation (PWM) 1, 39,7 V PWM Constant Current Reduction (CCR) 1, 39,7 V-,63 1, A 9, 2 W Current Driver Operation Range: Output Voltage vs. Output Current Output Power vs. Output Current W Max J J 1 V Min. 1,2,4,63,8 1,,2,4,63,8 1, Parameter 22 V~ 24 V~ Test Conditions Input Current 14 ma 13 ma t a = 2 C, Power Factor (λ),96 1, A 2, W load, THD 12% Driver Efficiency 82% 9 Driver Efficiency vs. Output Power at 22 V~ 24 V~ 8 8 7,63 A,7 A 1, A

12 Case Dimensions c A B C A B C D E F G H 31,8 mm 89,7 mm 14,7 mm 9 mm 143, mm 4,6 mm 34,3 mm 48,6 mm D Mounting Centers E F G H

13 EcoSystem LED Driver Wiring Diagrams EcoSystem Digital Link Overview The EcoSystem Digital Link wiring (E1 and E2) connects the drivers together to form a lighting control system Each EcoSystem Digital Link supports up to 64 EcoSystem devices, 64 occupant sensors, 16 daylight sensors, and 64 wallstations or IR receivers E1 and E2 (EcoSystem digital link wires) are polarity insensitive and can be wired in any topology An EcoSystem Energi Savr NodeTM module or Quantum system provides power for the EcoSystem Digital Link and supports system programming All EcoSystem Digital Link programming is completed by using the Energi Savr App for Apple ipad, ipod Touch or iphone mobile digital devices, EcoSystem Programmer, or Quantum system EcoSystem Digital Link Wiring Driver EcoSystem Digital Link terminals only accept one, mm 2 to 1, mm 2 (2 AWG to 16 AWG) solid copper wire per terminal Make sure that the mains breaker to the Driver and EcoSystem Digital Link Supply is OFF when wiring Connect the two conductors to the two Driver terminals E1 and E2 as shown Using two different colors for E1 and E2 will reduce confusion when wiring several drivers together Consult applicable electrical codes for proper wiring practices UNIT 1 UNIT 2 DIGITAL BUS DIGITAL BUS E1 E2 E1 E c Notes The EcoSystem Digital Link Supply does not have to be located at the end of the Digital Link EcoSystem Digital Link length is limited by the wire gauge used for E1 and E2 as follows: Digital Link Length Wire Gauge (max), mm 2 (2 AWG) 13 m,7 mm 2 (18 AWG) 1 m 1, mm 2 27 m 1, mm 2 (16 AWG) 31 m 2, mm 2 (14 AWG) 17 m 4, mm 2 (12 AWG) 828 m To EcoSystem Digital Link compatible devices (up to 64 total devices) Apple, ipad, ipod Touch, and iphone are trademarks of Apple Inc., registered in the U.S. and other countries.

14 Wiring Diagram for EcoSystem Digital Control c To EcoSystem digital link E1 E2 Live -V* To Mains Neutral EcoSystem LED Driver +V* LED light engine If using -core cable, use a junction box to split the wire prior to connecting to the driver as shown below. Note: Ground termination not provided. Terminate ground in compliance with local electric codes. -core cable Junction Box EcoSystem digital link (2-core) Mains (2-core) EcoSystem LED Driver LED light engine * See Lead Length Chart for maximum lamp-to-driver wire length for any output type.

15 369341c ATTENTION ELECTRICIANS AND CONTRACTORS ATTENTION FACILITIES MANAGERS Lead Length Chart Lead lengths from driver to LED light engine. Constant Current Drivers Maximum Lead Length Wire Gauge 2 ma to 62 ma 63 A to 1, A,7 mm 2 (18 AWG) 9 m m 1, mm 2 (16 AWG) 11 m 8 m 2, mm 2 (14 AWG) 1 m 12 m 4, mm 2 (12 AWG) 3 m 18 m Constant Voltage Drivers Maximum Lead Length Wire Gauge 8 V to 2 V 2, V to 4 V,7 mm 2 (18 AWG) 3 m m 1, mm 2 (16 AWG) m 8 m 2, mm 2 (14 AWG) 8 m 12 m 4, mm 2 (12 AWG) 12 m 18 m Wiring Drivers must be installed per national and local electrical codes. SERVICE Warranty For warranty information, please see Ballast%2and%2Driver%2Warranty.pdf Replacement Parts Use replacement parts with exact Lutron model numbers. Consult Lutron if you have any questions. Contact Information For further information, please visit us at or contact Lutron Technical Support at +44.() (Europe) or (UK FREEPHONE).