Outdoor. PISE-A150D (Pb-Free) 150W Output Power with DALI. Features. Critical Specifications. Input Specifications. Output Specifications IP66

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1 PISE-A150D (Pb-Free) 150W Output Power with DALI 125V - 280V / 0.35A - 0.7A / 150W Features Dimming Method : 1-10 Dim, DALI, Schedule Dimmer Input Cable : Double or Reinforced Insulation Mechanical Outline (Metal Case) x 59.2 x 39.6mm Programming Function : MOC(Maximum Output Current), LOC(Lumen Output Compensation), CPC(Constant Power Control), MTP(Module Temperature Protection), Schedule Dimmer etc. CV / CC Control, High Efficiency & Active Power Factor Correction Auxiliary Power Supply : 3.3V Output for Auxiliary Devices (Sensors) Direct Programming between PC - Interface(Sirius) - Driver without AC mains UL8750, CSA C22.2 No , EN , EN Safety Certifications Approved Critical Specifications Input Voltage Output Voltage Input Specifications Input Voltage VAC Input Current Vin=108V / Max. Load Input Frequency Hz Power Factor Over 75% Output Load Output Specifications Output Current Output Power Efficiency Output Voltage VDC Output Current A Variable Output Current Output Dimming Current Range % 1-10 Dimming Output minimum current 70 ma Refer to dimming control Output Current Tolerance Max. Output Current THD Output Ripple Current % Start-up Time ms Output Power Tolerance % Com. Surge Diff. IP A Max. 150W Up to 93% < 20% 6kV 4kV > 0.9 PF Revised on the 26 th of September, 2016 (REV. 10.0) 1

2 Protection Functions Output Over Voltage Protection VDC Output Voltage Output Short Circuit Protection A Latch off Internal Over Temp. Protection (Tc) Maintaining 10% 100 External Over Temp. Protection (Ta) Maintaining 10% 85 Reliability Specifications KHr Life Tc= Tc=80 Failure Rate Tc=80 MTBF - 1,213 - Tc=80 Environmental Specifications The life time has been calculated based on Telcordia report. Operation Temperature Ta - - Tc Storage Temperature Ta Humidity Mains Surge Immunity (Diff. Mode) Mains Surge Immunity (Comm. Mode) % Relative humidity for operation % Relative humidity for storage 4 kv 6 kv L-N acc. IEC , 2 Ohm, 1.2/50us, 8/20us L/N-PE acc. IEC Ohm, 1.2/50us, 8/20us Standards Parameter Condition Remark Safety Standards EMI / RFI Standards To be designed to meet the requirements as follows ; - UL8750, CSA C22.2 No EN /A1:2011/A2:2013 / EN :2006 To be designed to meet the requirements as follows ; - FCC part 15, Class B verification - EN55015:2006+A1:2007+A2; EN :2006+A1:2009+A2: EN :2008 / EN Revised on the 26 th of September, 2016 (REV. 10.0) 2

3 Life Time vs. Case Temperature Curve Power Factor Characteristics Revised on the 26 th of September, 2016 (REV. 10.0) 3

4 Efficiency Characteristics Revised on the 26 th of September, 2016 (REV. 10.0) 4

5 Dimming Control (1-10V Dimming) Output current (A) MOC Dimming voltage (V) Constant Power Control (Iout vs. Vout Curve) Iout [ma] Vout [V] Revised on the 26 th of September, 2016 (REV. 10.0) 5

6 Programmable Features 1. Dimming Interface DALI % DALI IEC / V 1-8 V Dim. Level : % Schedule Dimmer No Dimming % No Dimming IEC : Provided Open Circuit, Short Circuit, Light Reduction, OTP 2. Lumen Output Compensation Working Hours (Max. 16 steps) KHr Min. step 500hrs Power Level (Max. 16 steps) % Min. step 1% Operating Time Accuracy -4-4 % Time Accuracy 3. Module Temperature Protection Tstart dim. start Tstop dim. stop Tmax driver off MTP Tolerance -3-3 MTP range Protection Dim. Level % Dim. Tstop 4. Schedule Dimmer Dimming Schedule 1-5 Step Min. step 1min. Dim Level % Min. step 1% Override Hold Time 0-60 Min. Step 1min. Midnight Shift Min. Step 1min. Revised on the 26 th of September, 2016 (REV. 10.0) 6

7 Isolation Isolation (V) Mains Input LED Output NTC/Dim DALI Metal Housing Mains Input NA LED Output 4000 NA NA NTC/Dim 4000 NA NA DALI NA 3000 Metal Housing NA Leakage Current Leakage Current < 0.35 MIU The leakage current must be measured again on the luminaire side. Inrush Current Information Ipeak Input Voltage Ipeak 50% of Ipeak 50% of Ipeak 120VAC 53.4A 112.7us 230VAC 109.1A 112.7us 277VAC 131A 109us Impedance of 740m ohm and 22uH is used for experimental set up Maximum Number of Drivers per MCB Item Max. Number of Drivers (PISE-A150D) Input Voltage [VAC] MCB B type 10A MCB B type 13A MCB B type 16A MCB B type 20A MCB B type 25A Revised on the 26 th of September, 2016 (REV. 10.0) 7

8 Functional GND Connection Functional GND is able to be connected with one of four holes which are located in each corner of the metal case. Sawtooth washer is recommended to be used in order to strengthen mechanical contact between the metal case and functional GND. Guidelines for Driver Wire Length Model Output Wires (LED+, LED-) Control Wires (DIM, COMM, NTC, VDD_3.3V) PISE-A150D Max. 10 meter Max. 0.5 meter Maximum output cable length is limited by EMI and cross-sectional diameter. All connections must be kept as short as possible to ensure good EMI performance. Revised on the 26 th of September, 2016 (REV. 10.0) 8

9 Mechanical Outline 1. Case Dimension Product Weight : Max. 1,000g 2. Connector Wiring Diagram Input Cable(18AWG) NEUTRAL LINE Output Cable(18AWG) VLED+ VLED- DIM+ COMM(DIM-) NTC VDD_3.3V DALI DALI Input WHITE (NEUTRAL) BLACK (LINE) LED Driver RED (VLED+) BLUE (VLED-) VIOLET (DIM+) GRAY (COMM) BLK/WHT (NTC) Output LED Array Dimming Wire OTP YELLOW (VDD_3.3V) VDD_3.3V Housing VIO/WHT (DALI) VIO/WHT (DALI) DALI Comm. Revised on the 26 th of September, 2016 (REV. 10.0) 9

10 Datasheet Revision History Change Date Rev. No. Description of Change Remark 2014/02/ Initial Release 2014/04/ /05/ Added below information, - Programmable features - Electrical characteristics Added and revised below information, - Leakage current specification - Failure rate / MTBF result - MTP tolerance specification 2014/06/ Added inrush current information 2014/07/ /01/ Revised below information, - Leakage current specification (0.5MIU 0.35MIU) Added below information, - IP level - Product weight - Maximum number of drivers per MCB 2015/01/ Added guidelines for driver wire length 2016/05/ /07/ Updated below information, - Maximum number of drivers per MCB Added below information, - Minimum output current in output specification table - Dimming control graph depending on maximum output current 2016/09/ Added below information, - Mains surge test conditions Revised on the 26 th of September, 2016 (REV. 10.0) 10