Dongwen W-32 Series High Voltage Power Supply User Manual

Manual for Dongwen W-32 series high‑voltage power supply with specs, wiring, and safety instructions.


Dongwen W-32 Series High Voltage Power Supply User Manual - cover page
Brand
Dongwen
Category
Power Management
Document type
User Manual
Language
Chinese
Pages
3
File format
PDF
File size
189 KB
Published
28 September, 2026
Updated
28 September, 2026
MD5 checksum
1D93507D064ABDF40C071D6FD69E68C0

About this manual

The Dongwen W-32 series is a compact, high‑precision high‑voltage module power supply offering both positive and negative output polarity. It provides ultra‑low ripple, strong overload protection, and linear voltage adjustment via an external potentiometer or control voltage.

The document includes technical specifications, pinout definitions, typical application connections, a product selection table, usage precautions, and warranty information to help users install and operate the power supply safely. This manual is written in Chinese.

What's inside

  • Technical Specifications
  • Features
  • Pinout and Symbol Definitions
  • Output Control Relationship Curve
  • Typical Application Connections
  • Product Selection Table
  • Power Supply Usage Notes
  • Warranty

Specifications

Output voltage range0 to ±1500 VDC
Maximum power1.5 W
Input voltage options+12 V, +15 V, +24 VDC
Reference voltage output+5 VDC ±2 %
Temperature coefficient≤ 50 PPM/°C (typical)
Dimensions (L×W×H)50 mm × 38 mm × 25 mm
Weight≈ 0.05 kg

Frequently asked questions

What input voltages can be used with the W‑32 series?

You can select +12 V, +15 V, or +24 VDC as the input voltage.

How is the output voltage adjusted?

The output voltage is adjusted continuously by an external 10 kΩ multi‑turn potentiometer or a 0–+5 VDC control voltage.

What is the temperature coefficient of the power supply?

The temperature coefficient is ≤ 50 PPM/°C (typical).

What safety precautions should be taken before powering on the unit?

Verify the input voltage matches the specification, ensure all wiring is correct with no short or loose connections, avoid inductive loads on the high‑voltage output, and keep a safe insulation distance from the output leads.

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