30V 200A Linear Adjustable DC Power Supply, 6000W

SKU: PH-DCPS-30200
$6,021.49
● Boasting a continuously adjustable output of 0–30V and 0–200A, adapt to a wide array of testing and power supply scenarios. ● Digital display provides a clear, user-friendly interface, enabling operators to set and monitor required parameters with precision and ease. ● Supports a wide-range AC input of 110V/220V ±10%, ensuring seamless operation across diverse power grid environments worldwide. ● Integrated with overcurrent and overvoltage protection that delivers rapid response, effectively protect the equipment.
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Overview

This high-efficiency linear DC power supply delivers a 6000W DC output, with adjustable voltage from 0 to 200V and current from 0 to 30A. Operating in switching mode, it offers continuously adjustable output voltage and current at the nominal value, along with precise constant voltage (CV) and constant current (CC) control. This adjustable, regulated linear DC power source provides stable, reliable performance for a wide range of applications.

30V 200A Linear Adjustable DC Power Supply Feature

Feature

  • Dual-mode Stability: Equipped with high-precision constant voltage (CV) and constant current (CC) output modes, it provides a highly stable and reliable power supply for critical operations.
  • Economical & Energy-saving: With an overall efficiency exceeding 60%, this unit reduces energy consumption significantly, making long-term operation both cost-effective and eco-friendly.
  • High-power Performance: Featuring a switching linear DC design, this power supply delivers a 6000W output, fully meeting the demands of heavy-duty industrial applications.
 

Details

  1. User Friendly Design: The unit features a full metal chassis, with side heat dissipation grilles and bottom casters for enhanced durability, heat management, and mobility.
  2. Clear Parameter Readout: 3-digit digital display clearly shows key parameters like voltage and current, enabling intuitive and convenient operation.
  3. Precision Dual-control Knobs: Independent coarse and fine adjustment knobs for voltage and current deliver precise output control to meet diverse regulation needs.
30V 200A Linear Adjustable DC Power Supply Details
Specs
Model PH-JK30200S
Input Voltage 110V or 220V AC (+/- 10%)
Output Voltage Range 0-30V
Output Current Range 0-200A
Output Power 6000W
Frequency 50Hz/60Hz
Output Type Dual
Display 3 digit
Display Accuracy ≤ ±0.4%+3d
Voltage Display Resolution 10mV
Current Display Resolution 10mA
Efficiency >60%
Voltage Regulation
Load Regulation (CV) 1×10-4+8mV
Line Regulation (CV) 1×10-4+3mV
Ripple & Noise (P-P) 0.8mV
Temperature Coefficient 300PPm/℃
Current Regulation
Load Regulation (CC) ≤5mA
Line Regulation (CC) 2×10-4+3mV
Temperature Coefficient 500PPm/℃
Others
Protection Over Load and Over Voltage Protection
Operating Ambient 0℃ to + 40℃/ 85%RH
Storage Ambient -10℃ to + 80℃/ 80%RH
Certification CE, RoSH
Warranty 12 Months
Size 530 (W) x 430 (H) x 200 (D) mm
Weight 170kg
Package List 1 x DC Power Supply Host, 1 x User Manual
Application
Electrochemical Experiment

Electrochemical Experiment

Automotive Motor

Automotive Motor

Electronic Component Testing

Electronic Component Testing

Display Screen and Electronic Device

Display Screen and Electronic Device

FAQ

Q1: Can I use linear DC power supply for charging batteries?

Yes. Although linear DC power supplies can be used for battery charging, caution must be exercised: it is essential to ensure that the power supply voltage completely matches the battery charging specifications, and that the output current does not exceed the recommended charging current for the battery; linear power supplies have good stability, but they generate more heat when used for a long time and lack intelligent monitoring, which can easily lead to overcharging, so it is crucial to monitor the charging process throughout; for advanced batteries such as lithium - ion batteries, their dedicated charging algorithms cannot usually be provided by basic linear power supplies, and in such cases, priority should be given to using dedicated chargers with corresponding charging curves to ensure charging efficiency and safety; in all cases, the official guidelines of the battery manufacturer must be strictly followed to ensure that the charging process is standardized and safe.

Q2: How to solve the heat dissipation problem when using linear DC power supply for battery charging?

Linear power supplies that operate for a long time are prone to affecting stability and safety due to heat generation. Heat accumulation can be reduced by installing cooling fans, optimizing equipment layout, limiting the duration of continuous high loads, etc. At the same time, avoid charging operations in enclosed or high-temperature environments.

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