Products Description

PTC-60DC DC Round Hole Through-Type Demagnetizer

I. Overview

The PTC-60DC DC Round Hole Through-Type Demagnetizer features a rationally designed magnetic circuit, high magnetic induction intensity, and thorough demagnetization. It utilizes high-quality enameled pure copper wire, ensuring reliable, stable operation, long service life, and the capability for 24-hour continuous operation.

The PTC-60DC DC Round Hole Through-Type Demagnetizer causes no interference to the power grid, offers low power consumption, compact size, light weight, and excellent demagnetization results. It is widely used for demagnetizing magnetic products, workpieces, and components that have become magnetized during mechanical machining processes.

II. Features:

Optimized magnetic circuit design, rational layout.

Low power consumption, energy-saving, and low noise.

High demagnetization field strength, effective demagnetization results.

III. Working Principle

When the demagnetizer's excitation coil is powered by the matching DC power supply, it generates a DC magnetic field with alternating positive and negative polarity within the demagnetization zone. As the metal product/workpiece remains stationary within or passes uniformly through this alternating magnetic field, the magnetic induction intensity acting upon it decays linearly in amplitude, thereby achieving demagnetization.

IV. Main Technical Specifications

Application Scope: Small magnetic metals, small workpieces, and small components.

Demagnetization Voltage: 0 ~ ±200 V (Adjustable)

Demagnetization Time: 5 ~ 30 s

Demagnetization Current: < 5 A

Magnetic Field Area: Outer diameter less than 60 mm

Cooling Method: Forced air cooling

Operation Mode: Manual / Automatic

Automatic Mode: Single cycle / Continuous

Alternating Frequency: 25 Hz - 50 Hz

Residual Magnetism: < 0.3 mT (Depends on material and structure)

Dimensions: 270 mm * 300 mm * 350 mm

Weight: 60 kg

Input Power Supply: ~220 V, 50 Hz

Power: 1200 W

Duty Cycle: Capable of 24-hour continuous operation.