DALI 2 LED Drivers (With System Feedback) Constant Current Version - DALI/1-10V/Switch-Dim

Transcription

1 Synchrony 2 ED Drivers (With System Feedback) Constant Current Version // HED61 / / HED645 HED645 / / Applications Use with plug n play or broadcast master. Fully addressable systems, including fault feedback. Dimming Systems Models for all fixture types insulated terminal cover with cord restraint: Office / Commercial ighting Health Care Classrooms Use for retrofit upgrades & new luminaire designs. Features STDBY <.5W > AAOGUE 2, with feedback with Synchronization Standby Power <.5W Active C Design Analogue Flickerfree Dimming ogarithmic Dimming inear Dimming Configurable Constant Current (CC) Output via DipSwitch Thermal Cutout Protection Short Circuit Protection Overload Protection } All with Autorestart Permanent Settings Memory, Protected against oss of Power 5 Year,,hr Warranty Output Configuration HED61, 1x1W, 1x2W HED645, 1x45W HED645, 1x45W ma 3mA 2mA 195mA, 1x6W 2.1A 2.A 1.75A 1.6A 1.A 1.2A 1.5A ma ma ma 3mA, 1x6W ma ma 6mA 6mA 5mA ma 3mA 1mA 12mA 1mA ma ma ma ma ma 6mA 6mA 5mA ma 3mA Warning: Please make sure the correct current is selected before starting the driver! 391 Hytronik ED Drivers

2 Technical Data Input Model o. Mains Voltage Mains Current Power Factor Max. Efficiency Dielectric Strength HED61 HED645 HED VAC /6Hz.75~.65A.125~.115A.22~.2A.9 % Input Output : VAC.22~.2A.35~.27A.35~.27A eakage Current Ripple Current Output Uout Max. Turnon Time 52V 6V 75V 95V V 115V Dimming Interface,, Operation Temp. 2~ 2~45 2~45 2~45 2~45 2~45 Environment Case Temp. (Max.) IP Rating Safety and EMC EMC Standard Safety Standard Standard Certifications E515, E61547, E6132, E6133 E613471,E62493,E IEC62311 ; IEC62312 ; IEC62327 Semko, CB, SAA, CE, EMC Model o. Max. output power/current/voltage range HED61 8W/ 195mA /6~41V 9.5W/ 2mA /6~41V 12.5W/ 3mA /6~36V 12.5W/ ma /6~25V HED645 HED645 2W/ 3mA /1~45V 2W/ ma /1~43V 2W/ ma /1~V 2W/ ma /1~23V 28W/ ma /1~56V W/ ma /1~56V 45W/ ma /1~V 45W/ 1mA /1~42V W/12mA /1~34V W/ 1mA /1~28V 26W/3mA /15~75V 37W/ ma /15~75V 41W/ 5mA /15~75V 45W/ 6mA /15~75V 45W/6mA /15~75V 45W/ ma /15~65V 45W/ ma /15~V 55W/1.5A /15~53V 6W/ 1.2A /15~V 6W/ 1.4A /15~43V 6W/ 1.6A /15~38V 6W/ 1.75A /15~35V 6W/ 2.A /15~V 6W/ 2.1A /15~28V 31W/3mA /15~V 45W/ ma /15~V W/ 5mA /15~V 54W/ 6mA /15~V 58W/6mA /15~V 6W/ ma /15~V 6W/ ma /15~67V Dimensions and Terminals Model: HED61 1x1W DIP switch (for ED current selection) ED Hytronik ED Drivers 392

3 Model: 1x2W DIP switch (for ED current selection) ED ED Model: HED645 1x45W ED 126 ED current selection additional cap for stand alone installation 23 Model: HED645 1x45W (low current version for HED645) ED current selection 3.9 ED additional cap for stand alone installation 23 Model: 1x6W ED ED DIP switch (for ED current selection) Hytronik ED Drivers

4 Model: 1x6W (low current version for ) ED DIP switch (for ED current selection) Wire Preparation mm 8mm Model HED61 HED mm 8mm Terminals, Model HED645 To make or release the wire from the terminal, use a screwdriver to push down the button mm 8mm ED output oading and Inrush Current Model HED61 HED645 HED645 Inrush Current (Imax.) 1.2A 5.3A 13.2A 13A 4.5A 4.65A Pulse Time 6μs 1 μs 1 μs 1 μs 6 μs 6 μs umber of Drivers Based upon 16A Circuit Breaker Cct Breaker Type HED61 HED645 HED645 Type B Type C Wiring Diagrams Connections *Push Switch ED ED ED ED * Optional for manual override of is disabled upon connection * Unused terminals have been omitted for clarity. Hytronik ED Drivers 394

5 Connections Connections *Push Switch ED ED ED ED ED ED ED ED * Unused terminals have been omitted for clarity. * Unused terminals have been omitted for clarity. Performance Characteristics HED61. EFFICIECY (%) MA MA 5MA V 2V.74 OAD * Typical Efficiency vs oad OAD * Typical Power Factor vs oad EFFICIECY (%) MA MA MA.9 2v 2v 22v OAD * Typical Efficiency vs oad OAD * Typical Power Factor vs oad 395 Hytronik ED Drivers

6 HED EFFICIECY (%) 76 3MA MA 12MA 2V 2V OAD OAD * Typical Efficiency vs oad * Typical Power Factor vs oad HED EFFICIECY (%) 3MA 6MA MA.91 2V 2V.9.89 OAD OAD * Typical Efficiency vs oad * Typical Power Factor vs oad EFFICIECY (%) 1.5A 1.6A 2.1A.97 2V 2V 76 OAD OAD * Typical Efficiency vs oad * Typical Power Factor vs oad Hytronik ED Drivers 396

7 EFFICIECY (%) 3MA 6MA MA 2V 2V OAD OAD * Typical Efficiency vs oad * Typical Power Factor vs oad Dimming Characteristics Dimming Curve Dimming Curve ight output [%] ight output [%] Digital light value s 1.2s 2.4s 3.6s 4.8s 6s 8.6s 9.8s 11s 12.2s 13.4s 16s 17.2s 18.4s 19.6s 2.8s 22s Time (s) Dimming Curve Dimming Profile ight output [%] v 1V 2V 3V 4V 5V 6V 7V 8V 9V 1V Control voltage (V) ight Output 1% 1% Dimming Method (,, Push) Analogue dimming Dimming range PWM frequency 1KHz PWM dimming Dimming technique 1%1% Analogue 1% PWM 397 Hytronik ED Drivers

8 Dimming Interface Operation otes This series of products are supplied as default group and are plug n play or independent system ready. These models are also fully addressable and may be assigned to groups within the limits specified by the protocol or supporting controllers by using a programming tool. The provided interface allows for a simple dimming method using commercially available nonlatching (momentary) wall switches. Up to 64 ED drivers maybe connected to one switch. The interface may also be used at the same time as to serve as a manual override. Switch Action Short press (<1 second) ong press (>1 second) Synchronization Switch Action ong press (>15 second) Response Toggle light on / off Toggle dim light / increase brightness Response All lights will dim down to minimum then return to % brightness The input is operable via commercially available simple rotary wall switches designed for dimming equipment or from dedicated system central dimming controllers. ote: In the unlikely event that the ED driver be used with the or interface prior to using the interface, the interface may need to be reset. This is achieved by placing a short circuit across the terminals until the light returns to full brightness (approx. 35 seconds). Hytronik ED Drivers 398