HAISEN ES-RND080C LED High Bay Driver Installation Guide

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

• 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

1. Derating is required when the input voltage is lower than 100Vac, and derating to 80%Load when input voltage is 90Vac;
2. 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

1. Noted: Dim+ and Dim- signals can’t be connected to Vo+, Vo-;
2. 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

1. The driver should be kept away from heat source and inflammable or explosive materials.
2. 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.
3. With high voltage danger! Please don’t check under the condition of live working. Only professional electricians may carry out wiring and other operations.
4. 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.
5. 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.
6. In practical application, please pay attention to the surge capacity of the front protector.
7. Pay attention to distance between wire & LED and the heatsink in practical application of non-isolated driver.

Version history

Mail:info@haisensz.com Tel:0769-82391969.

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