HAISEN ES-RND080C LED High Bay Driver Installation Guide
- June 12, 2024
- HAISEN
Table of Contents
HAISEN ES-RND080C LED High Bay Driver
- Model No:ES-RND080C LED
- Description:80W 80W UFO Highbay Driver
- Version:V02
- Released On:2023-05-18
SPECIFICATION
- ES-RND080C
- UFO Highbay Driver
ES-RND080C 80W 80W UFO Highbay Driver 80W LED High Bay Driver
Features
- High Efficiency(Up to 94%)
- Two Stage Design, Flicker-Free
- With Active PFC For High PF/ Low THD
- Isolated dimming:0-10V PWM,Resistor
- With Auxiliary Power for 12V/200mA
- Surge Protection: L-N:4KV, L/N-PE:6KV
- All-Around Protection:OTP, OVP, SCP
- Five-year warranty
Description
ES-RND080 0-10V Dimming series, is a 80W round non-isolated power driver with constant current. The series is specially designed for LED industrial lighting, supplies with high efficiency, appropriate heat radiation design and all-around protection of OTP, OVP and SCP, highly improved its reliability and lifespan.
Performance Parameters
Output
|
Output voltage
| 350Vdc Max(@no load)
---|---|---
180-260Vdc
(AOC)
Output current adjustable range
| 0.25-0.4A
Rated Output current
|
(0.28A@260V;0.4A@200V)
Rated Output voltage
| 180V Min ,260V Max (Po=Vo*Io=80W,full load)
120HZ)
Output LF current ripple(<120Hz) at full load
| <5%
Full power output voltage
| 200-260Vdc
(Typ.) Efficiency(Typ.)| 92%@120Vac/94%@230Vac/94%@277Vac,full load@260Vdc
Input
|
Input power Max
| 90W,@25℃,120Vac 260Vac
Input current| 1.1Arms Max
Input voltage range
|
:100-277Vac :90-305Vac
Rated:100-277Vac Extreme:90-305Vac(Refer to the reduction curve)
Frequency range|
47-63Hz
(Typ.) Frequency range
| PF≥0.98@120Vac, PF≥0.95@230Vac, PF≥0.9@277Vac,
@,47-63Hz;
PF≥0.98@120Vac, PF≥0.95@230Vac, PF≥0.9@277Vac,@full load,47-63Hz; Other load conditions, please refer to power factor curve
Total harmonic distortion
| THD≤10%,@230Vac,full load; THD≤10%,@230Vac,full load;
Please refer to: total harmonic distortion waveform
Inrush current(Typ.)
|
100A @230Vac, Ta=25℃, cold start
Leakage current
|
<0.75mA @ 277Vac
Protection
|
Over temperature
|
Power derating, recovers automatically after fault condition is removed
Over voltage protection
|
Hiccup mode, recovers automatically after voltage fault condition is removed
Short circuit protection
|
Hiccup mode, recovers automatically after load fault condition is removed
Environment
|
Environmental temperature
| Ta:-40~55℃,
Ta:-40~55℃,please refer to load VS temperature curve
---|---|---
Ambient temp
| Tc:-40~90℃
Working humidity|
10~95% RH,no condensation
Storage temp. and humidity
| -40~+85℃, 5~95% RH
Environmental protection
| ,IP65 UL Dry, Damp or Wet Location, IP65
Vibration protection
| X, Y, Z 10 ~ 500 hz, 5 g 12 10~500Hz, 5G 12min./cycle, period for 72min. Each along X, Y, Z axes
Safety & EMC
|
Safety standard
|
IEC/EN61347-1(GB19510-1-2009), IEC/EN61347-2-13(GB 19510.14-2009), UL8750, CSA C22.2 NO. 250.13-12;IP65 approved
Withstand voltage
| Input-Aux:3KVac,Output-Aux:3KVac, Input-PE:1.5KVac, Output-PE:1.5KVac
Insulated resistance|
I/P-PE,O/P-PE>100M Ohm/500VDC/25℃/70%RH
EMI
|
EN55015 , FCC PART15-CLASSB
Harmonic current|
EN61000-3-2 Class C
Surge protection|
L/N-PE:6KV,L-N:4KV
EMS
|
EN61000-4-2,3,4,5,6,8,11; EN61547 Industry standard
Others
| MTBF|
≥200Khrs,MIL-HDBK-217F(25℃)
Weight/Size|
0.78Kg 0.78Kg/See mechanical data for details
|
Dimming General Specifications
| Min| Typical Value| Max| Remarks
---|---|---|---|---
0-10V Dimming wire voltage range
|
0V
|
10V
|
+12V
|
0-10V Dimming wire current range
| 100uA| 255uA| 300uA|
Dimming wire range recommendation
| 0V| –| 10V|
PWM PWM high level| –| 10V| –|
PWMPWM low level| –| 0V| –|
PWM
PWM frequency range
|
500Hz
|
–
| 3KHz|
PWM PWM proportion| 10%| –| 100%|
Resistance range| TBD| –| TBD|
Wiring diagram
Remarks(Refer to the wire)
- CE/CB/SAA/CCC version: L/brown ,N/blue,G/yellow-green,V+/brown,V-/blue,Aux 12V/Black white,DIM+/purple,DIM-/Pink;
- UL version: L/black,N/white,G/green,V+/red,V-/black,V-/White,Aux 12V/Black white,DIM+/purple,DIM-/Pink.
Electrical block diagram
Mechanical size
Name Description | Standard Code | mm(In.) |
---|---|---|
Mounting Screw Diameter | A | Ø7(0.27) |
House Diameter | B | 129(5.07) |
Ring Fixed Hold | C | M4*0.7 |
Hold Hole(Depth) | D | 18(0.7) |
Mounting Size | E | 113(4.44) |
TC Point Position | X | 20(0.15) |
TC Point Position | Y | 20(0.15) |
- Ta: Ambient temperature measured point
- Tc: Max case temperature Case temperature point
Output Voltage Vs. Output Current (Dim/AOC Window)
Efficiency Vs. Output Voltage (Vin=120Vac)
Efficiency Vs. Output Voltage (Vin=230Vac)
Efficiency Vs. Output Voltage (Vin=277Vac)
Power Factor Vs. Output Power
Total harmonic distortion (THD) Vs. Output Power
- THD Vs. Output Power
Power derating waveform
- Load-Vin(V)
Load-Ta
Derating waveform of Load VS Ta
Notes
- Derating is required when the input voltage is lower than 100Vac, and derating to 80%Load when input voltage is 90Vac;
- The derating curve of the load and the ambient temperature, ambient temperature means the temperature around the power supply.
Lifetime waveform (120VAC/230VAC input/Full load)
Notes: different input voltage range, different application environment,
different external heat dissipation design and other factors,
which will lead to a certain difference in the temperature rise of the case.
In any of the above application conditions, the temperature of the actual case
(Tc) must be less than 90℃, and this reduction curve can be established. If
there is any doubt about the actual application environment, please contact
the relevant personnel in time.
Dimming
Remarks
- Noted: Dim+ and Dim- signals can’t be connected to Vo+, Vo-;
- If the dimming function is not used, the Dim+ and Dim- signals should be suspended.
Dimming input: additional voltage
- 10V PWM Dimming
- Dimming input: additional PWM
Attention
- The driver should be kept away from heat source and inflammable or explosive materials.
- The driver should be installed in open space. In actual application, Tc temperature should not exceed the max allowed temperature(89℃) in the most extreme condition.
- With high voltage danger! Please don’t check under the condition of live working. Only professional electricians may carry out wiring and other operations.
- Ensure that the input / output wires joint are completely sealed and waterproof-treated if required to prevent electric shock and leakage. The impedance caused by the connection mode in the application should not affect the normal function of the driver.
- The driver lifespan is directly related to the driver working temperature. Please refer to the life&temperature curve to evaluate the applicability of the driver.
- In practical application, please pay attention to the surge capacity of the front protector.
- Pay attention to distance between wire & LED and the heatsink in practical application of non-isolated driver.
Version history
Date | Version | Remark | ||
---|---|---|---|---|
2022.03.23 | V00 | First issue | ||
2023.04.04 | V01 | |||
2023.05.18 | V02 | |||
Mail:info@haisensz.com Tel:0769-82391969.