9000W AC to DC Single Output Industrial Switching Power Supply High Power 24V 36V 48V 60V 110V 220V SMPS Power Supply

• Customization: Available
• Output Type: Single
• Output Power: 9000W
• Model NO.: SP-9000
• Input Voltage: Full Range
• Connection Mode: Series Switching Power Supply
• Starting Mode: Self-excited Switching Power Supply
• Voltage Regulating Mode: Frequency Modulation Type
• Modulation System: PWM
• Brand: Weho
• Operating Temperature: -20 - +60ºC
• Current Sharing: Current Sharingttttparallel Current Sharing
• AC Current: Low Than 18A
• Frequency Range: 45Hz - 65Hz
• Voltage Range: 95-190VAC(Output Current 50%),195-265VAC(Output Cu
• Power Factor: PF≧0.99/230VAC(Fully Loaded)
• Isolated Auxiliary Power Supply: 12V 0.5A
• Size: 432*179*242mm(L*W*H)
• Net Weight: 12.5kg
• Transport Package: Carton
• Trademark: WEHO
• Origin: Zhejiang
• HS Code: 8504401400
• Production Capacity: 500000
• Package Size: 43.20cm * 17.90cm * 24.20cm
• Package Gross Weight: 12.500kg

Product Description

9000W Ac to Dc Single Output Industrial Switching Power Supply High Power 24V 36V 48V 60V 110V 220V Smps Power Supply

Notice:

1,Input Voltage 95V~264V

2,Protection type: short circuit/over current/over voltage/over temperature

3,Power factor PF>0.99

4,Work efficiency up to 93%

5,485 Communication Control

Detailed Photos

Model		SP-9000-24		SP-9000-36	SP-9000-48	SP-9000-60	SP-9000-110	SP-9000-220
Output	DC voltage	24V		36V	48V	60V	110V	220V
	Rated current	370A		250A	187.5A	150A	81.8A	40.9A
	Current range	0 - 370A		0 - 250A	0 - 187.5A	0 - 150A	0 - 81.8A	0 - 40.9A
	Rated Power	9000W
	Ripple	500mV		500mV	600mV	600mV	1000mV	1500mV
	Constant current optimum range	12 - 24V		18 - 36V	24 - 48V	30 - 60V	55 - 110V	110 - 220V
	Rated voltage accuracy	± 1.0%
	Line Regulation	± 1.0%
	Load Regulation	± 1.0%
	Startup & Rise Time	1500mS,700mS/230VAC(Fully loaded)
Input	Voltage range	95-190VAC(Output Current 50%),195-265VAC(Output Current 100%)
	Frequency range	45Hz - 65Hz
	Power Factor	PF>=0.99/230VAC(Fully loaded)
	Efficiency(MAX)	90 %		91.5 %	92 %	92 %	92.5 %	93 %
	AC Current	<56A
	Leakage Current	<3.0mA / 240VAC
Protect	Short Circuit	When the constant current is entered and the voltage is lower than 10% of the rated voltage, the output is shut down and locked after 1 second, and recovers after restarting.
	Overcurrent	The user can set the over-current value to delay the output for 5 seconds and then shut down the output, and then resume after restarting.
	Overpressure	Users can set the overvoltage value to shut down the output voltage, and restore after restart
	Over temperature	Shut down the output, automatically recover or restart after the temperature drops
Function	Output voltage adjustment	0 - 26.4V		0 - 39.6V	0 - 52.8V	0 - 66V	0 - 121V	0 - 242V
	Output constant current adjustment	0 - 370A		0 - 250A	0 - 187.5A	0 - 150A	0 - 81.8A	0 - 40.9A
	485 Communications	MODBUS Communication Protocol
	Isolated auxiliary power supply	12V 0.5A  (Need customization)
	Output remote switch	Default power on, high level power off  (5V-12V) (Need customization)
	Alarm signal output	Power Good Signal (Dry Contact<=36V,0.1A)(Need customization)
environment	Operating temperature	-20 - +60ºC
	Operating humidity	-20 - 90% RH No condensation
	Storage temperature and humidity	-40 - +85ºC, 10 - 95% RH No condensation
	Vibration resistance	10 - 500Hz, 2G 10 Min/Cycle, X,Y,Z  60 Min
Safety	Insulation resistance	Input to Output:100Mhms/500VDC/25ºC/70%RH
	Pressure resistance	I/P-O/P:2KVAC I/P-FG:2KVAC O/P-FG:0.5KVAC
other	Size	432*179*242mm(L*W*H)
	Net Weight	12.5 KG
Remark	1. All parameters are measured at 230VAC input voltage, rated load and 25ºC unless otherwise specified. 2. Ripple and noise voltage are measured with a 20MHz bandwidth oscilloscope with 0.1μ and 47μ capacitors added to the end of a 12-inch twisted pair, and measured at 20MHZ bandwidth. 3. Accuracy: includes setting error, linear regulation rate and load regulation rate. 4. Output must be derated for low input voltage conditions, please refer to the static characteristic curve for details. 5. Startup time is measured under cold start, and frequent switching may increase the startup time.