0-30V 60A/100A/150A Variable DC Power Supply

SKU: PH-VDCPS-30V100
$699.39
● 0–30 volt 60A/100A/120A/150A variable DC power supply adopts advanced PWM control technology with high efficiency, compact size and energy saving. ● High accuracy, low ripple and fast response, supports automatic CV/CC mode switching for various loads. ● Built-in overvoltage, overtemperature and short circuit protection, can preset monitor parameters.
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Overview

PowerHome variable regulated DC power supply provides stable output with 0–30V voltage and 0–60/100/120/150 amp current, supports single-phase 110V/220V input and includes overvoltage and overcurrent protection, specially suitable for high-power testing and industrial applications. 

Variable DC power supply dimension

Feature

  • Constant Voltage & Current Mode: Voltage and current values are continuously adjustable from 0-30 volt and 60 amp/100 amp/120 amp/150 amp.
  • PWM Switch Control: Adopts PWM technology, offering lightweight, high efficiency, high precision and low ripple.
  • High Adaptability: The adjustable digital DC power supply is suitable for resistive, capacitive and inductive loads with excellent performance.
 

Details

  1. Convenient Operation: Automatic constant voltage/current switching, soft-start delay to avoid voltage overshoot, preset voltage/current output and contactless switch output.
  2. Overvoltage Protection: 0-120% rated voltage adjustable protection value; trips when output voltage exceeds the set value.
  3. Short Circuit Protection: PowerHome regulated variable DC power supply supports prolonged short circuits or short-circuit startup under any working condition.
Variable DC power supply details

30V 60A/100A/150A Adjustable DC Power Supply Panel

Variable DC power supply panel details

Specs
Model PH-JK3060K PH-JK30100K PH-JK30120K PH-JK30150K
Input Voltage Single Phase 110V or 220V AC (+/- 10%)
Output Voltage Range 0-30V
Output Current Range 0-60A 0-100A 0-120A 0-150A
Output Power 1800W 3000W 3600W 4500W
Frequency 50Hz/60Hz
Adjustable Mode Pulse Width Modulation (PWM) Type
Transistor Connection Method Full Bridge
Output Type Dual
Display 3 digit
Display Accuracy Output Voltage ±0.5%, Output Current ±0.5%
Efficiency >86%
Load Regulation (CV) Stable Voltage ≤0.5%, Constant Current ≤0.5%
Line Regulation (CV) Stable Voltage ≤0.5%
Ripple Voltage ≤1%
Insulation Resistance Input-Output: ≄20MĪ©
Input-Chassis: ≄20MĪ©
Output-Chassis:≄80MĪ©
Dielectric Strength Input-Output: AC 1500V, 10mA, 1 minute
Input-Chassis: AC 1500V, 10mA, 1 minute
Output-Chassis: AC 1500V, 10mA, 1 minute
Protection Over Load and Over Voltage Protection
Current Imbalance ≤5% + 0.5A
Operating Ambient -10ā„ƒ to + 45ā„ƒ/ 85%RH
Storage Ambient -20ā„ƒ to + 70ā„ƒ/ 80%RH
Overheat Protection Ambient Threshold 70ā„ƒ to 80ā„ƒ
Mean Time Between Failures ≄50000h
Cooling Duct Internal Cooling Air Duct Forward and Exit
Certification CE
Warranty 12 Months
Size 303 (L) x 255 (W) x 155 (H) mm
Weight 12kg 13kg 13kg 13kg
Application
Adjustable DC power supply for audio equipment testing

Audio Equipment Testing

Adjustable DC power supply for smart device r&d testing

Smart Device R&D Testing

Adjustable DC power supply for medical instrument debugging

Medical Instrument Debugging

Adjustable DC power supply for security monitoring equipment testing

Security Monitoring Equipment Testing

FAQ

Q1: Why is the 0–30V model a popular choice for laboratory and development testing?

0–30V is one of the most commonly used voltage ranges in electronic laboratories, covering most small and medium-powered electronic circuits, power module testing, component characterization, and general bench-top experiments. This adjustable power supply offers precise voltage and current control, making it suitable for research, development, and routine production testing.

Q2: How does the current rating affect heat management and system stability?

Higher current ratings generate more heat. The 60A, 100A, 120A and 150A models are designed with enhanced heat dissipation structures. Choosing an appropriately rated current ensures that the power supply operates within a safe temperature range, preventing overheating shutdown and maintaining long-term stability during continuous testing or operation.

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