Trade4asia Power Supplies Owon P4000 Series 1CH Liner DC Power Supply

Owon P4000 Series 1CH Liner DC Power Supply

Power Supplies

About the Product

The OWON P4000 Series Linear DC Power Supply offers high precision, low ripple power output suitable for R&D labs, production lines, and educational applications. Designed with a compact form factor for easy portability, the P4000 series delivers stable and reliable DC power with high resolution control and excellent load regulation. Featuring a smart cooling system, overvoltage & overcurrent protection, and RS232 communication support, it is ideal for professional testing environments that demand accuracy and safety.

Key Features

Small body for easy carrying
Up to 180W maximum output power
High resolution control: 1mV / 1mA
Low ripple & low noise output
Overvoltage / Overcurrent protection
Smart multi-directional cooling system with intelligent fan control
3.7 inch TFT LCD color display
RS232 interface with SCPI command support

General Specifications

Specification	P4305	P4603
Channel	Single Channel Output
Total Output Power	150W	180W
Channel Output	0 - 30V / 0 - 5A × 1-CH	0 - 60V / 0 - 3A × 1-CH
Display	3.7 inch TFT LCD color display
Dimension	117mm(L) × 194mm(H) × 295mm(D)
Weight	Approx. 5.6 kg	Approx. 5.8 kg
Interface	RS232
Working Temperature	0°C ~ 40°C

Electrical Performance Specifications

Note: The instrument must be operated for more than 30 minutes at specified temperature to ensure accuracy.

Parameter	P4305	P4603
Rated Voltage Output (0°C-40°C)	0 - 30V	0 - 60V
Rated Current Output (0°C-40°C)	5A	3A
Load Regulation (Voltage)	≤0.04% + 3mV
Load Regulation (Current)	≤0.04% + 3mA
Power Regulation (Voltage)	≤0.01% + 3mV
Power Regulation (Current)	≤0.01% + 3mA
Setting Resolution (Voltage / Current)	1mV / 1mA
Readback Resolution (Voltage / Current)	1mV / 1mA
Setpoint Accuracy (Voltage)	≤0.03% + 10mV
Setpoint Accuracy (Current)	≤0.1% + 5mA
Ripple / Noise (Voltage Vp-p)	≤4 mVp-p
Ripple / Noise (Voltage rms)	≤1 mVrms
Ripple / Noise (Current rms)	≤4 mArms
Response Time	100 μs
Storage	5 data sets