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Jiangsu
Long-term effective
2017-11-29 08:26
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Company Profile
FSP-Powerland Technology Inc.By certification [File Integrity]
Contact:Miss Rita Zhang(Mr.)
Email:
Telephone:
Phone:
Area:Jiangsu
Address:Jiangsu
Website: http://ritazhang2016.cndpmotors.com/
Model Number |
Programmable Output Charging Current Range |
Voltage Range |
EVC-24-120-XXYYYY* |
3800 mA to 4200 mA 2527 mA to 2793 mA 1938 mA to 2142 mA |
15 V - 30 V 22.5 V - 45 V 29 V - 58.8 V |
*XXYYYY specifies nominal programmable Voltage (XX) based on the nominal output charging current (YYYY). |
Input Parameters | |||
Input Voltage Range* *Designed to optimum performance at 110 and 230 nominal lines |
MIN TYP MAX | 90 110 305 |
VAC |
Input Frequency | TYP | 47 - 63 | Hz |
Power Factor 110 VAC Input, Full Load 230 VAC Input, Full Load |
MIN |
0.98 0.95 |
|
Input Current 110 VAC, Continuous 230 VAC, Continuous |
MAX |
1.5 0.75 |
A rms |
Efficiency 115VAC Full Load 230VAC Full Load | TYP TYP |
86 89 |
% |
24V Output Parameters | |||
24V Charging Current Setting Range |
MIN TYP MAX |
3800 4000 4200 |
mA |
24V Charging Voltage Range |
MIN MAX |
15 30 |
V |
The output charging current can be programmed between 3800mA and 4200mA, while the maximum output voltage increases up to 30V accordingly based on the principle of 120W maximum output power. | |||
Output Overshoot/Undershoot (Power On/OFF) Overshoot (output peak current) 5.6A maximum @ nominal AC input, full load, 25 ºC. Measured with 20MHz bandwidth. |
36V Output Parameters | |||
36V Charging Current Setting Range |
MIN TYP MAX |
2527 2660 2793 |
mA |
36V Charging Voltage Range |
MIN MAX |
22.5 45 |
V |
The output charging current can be programmed between 2527mA and 2793mA, while the maximum output voltage increases up to 30V accordingly based on the principle of 120W maximum output power. | |||
Output Overshoot/Undershoot (Power On/OFF) Overshoot (output peak current) 5.6A maximum @ nominal AC input, full load, 25 ºC. Measured with 20MHz bandwidth. |
48V Output Parameters | |||
48V Charging Current Setting Range |
MIN TYP MAX |
1938 2040 2142 |
mA |
48V Charging Voltage Range |
MIN MAX |
29 58.8 |
V |
The output charging current can be programmed between 1938mA and 2142mA, while the maximum output voltage increases up to 58.8V accordingly based on the principle of 120W maximum output power. | |||
Output Overshoot/Undershoot (Power On/OFF) Overshoot (output peak current) 5.6A maximum @ nominal AC input, full load, 25 ºC. Measured with 20MHz bandwidth. |
All Models | |||
Current Accuracy | MAX | ±5 | % |
Voltage Accuracy | MAX | ±2 | % |
Output Power | MAX | 120 | W |
Ripple and Noise - Iout with typical CV load at 25ºC 100- 240VAC input measured at 20 MHz bandwidth |
MAX |
20 |
% Iout |
Turn-on Delay Time Full Load @ 110 VAC Full Load @ 230 VAC | MAX |
2 |
s |
Rise Time @ 25ºC, Full Load |
MAX | 150 | mS |
Current Temperature Coefficient 0 ºC < Tcase <tcmax |
MAX | 0.05 | % / ºC |
Voltage Temperature Coefficient 0 ºC < Tcase <tcmax |
MAX | 0.05 | % / ºC |
Isolation Test: Primary to Secondary |
3750 VAC 10 mA Max/60 seconds (3 seconds for production) |
||
Isolation Test: Primary to Ground |
1875VAC 10 mA Max/60 seconds (3 seconds for production) |
||
Isolation Test: Secondary to Ground |
500VAC 10 mA Max/60 seconds (3 seconds for production) |
||
Leakage Current: @240VAC/50Hz |
0.50mA Max |
||
Ground Resistance: @ 25A, 1 minute |
MAX |
0.1 |
Ω |
Isolation Resistance: Primary to Secondary with 500 VDC test voltage |
MIN |
100 |
MΩ |
MTBF: (MIL-HDBK-217F 25ºC, 230VAC input and full load output) |
≥ 200,000 |
Hours |
|
Life Time: @ 50ºC, 230 VAC input and full load output |
≥ 50,000 |
Hours |
|
Temperature - Operating |
MIN MAX |
-20 +60 |
ºC |
Temperature - Storage |
MIN MAX |
-40 +85 |
ºC |
Relative Humidity |
10% - 100% |
||
Weatherproof |
IP64 for Enclosure |
||
Case Size |
10.75" x 1.93" x 1.59" 273mm x 49mm x 40.5mm |
||
Unit Weight |
0.8 kg |
||
Agency Approval |
Designed to meet CE and UL1012 |
Protection | |
Short Circuit Protection |
Auto-Recovery - return to normal when fault condition is removed |
Over Voltage Protection |
Can be programmed at 3-5V over maximum voltage output. Auto-recovery during over voltage protection and will return to normal operation when fault condition is removed. |
Over Temperature Protection |
The unit will go into thermal protection when it is overheating. The unit will enter auto- recovery mode and will self-recover when the temperature becomes normal. |
Open Circuit Protection |
When output is open, power supply will enter auto-recovery and return to normal operation after fault condition is removed. |
*Notes:
Charging Curve
Charging curves are defined at maximum voltage and current.
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