Product description
TSGC2, TSGC2J series contact regulator products are the 14th batch of energy-saving products for the electromechanical industry. This product has the characteristics of no distortion, small size, light weight, high efficiency, convenient use and reliable operation. Can be widely used in industry (such as chemical, metallurgy, instrumentation, electromechanical manufacturing, light industry, etc.), scientific experiments, public equipment, household appliances, to achieve voltage regulation, temperature control, speed regulation, dimming and power control purposes The contact auto-coupling regulator developed and researched by our company adopts advanced science and technology and meets national and industry standards.

Structural features
The contact type regulator adopts imported silicon steel sheet and is an energy-saving new product made by advanced processing technology. According to the required voltage, the single-phase contact regulator can be freely adjusted from 0~250V or 0~300V (special). The three-phase contact regulator can be freely adjusted from 0~430V or 0~520V (special). The regulator has the characteristics of high efficiency, small magnetic leakage, low loss, low temperature rise, low noise, low vibration, strong instantaneous overload capability, convenient use, reliability, and long-term operation.
The coil is the main component of the voltage regulator, it has the following properties:
1. It adopts high magnetic permeability oriented straight steel sheet, so the loss is small.
2. The machine uses automatic winding, the circle is evenly spaced, and each line is straight and parallel, so the contact surface is flat.
3. Using a heat-resistant resin material to dip and solidify, making the regulator more resistant to heat.
4. Use mechanical grinding to make the contact surface smooth as a mirror.
5. The traditional multi-carbon brush design is adopted to increase the contact surface of the brush, reduce the current that each carbon brush receives, and reduce the temperature rise. 6. Use high-performance brushes to increase conductivity and eliminate fireworks.
7. Use copper surface soldering to reduce contact resistance and reduce temperature rise.
8. The use of heat-resistant elastic metal material, the mechanical pressure is stable for a long time, reducing the temperature rise of contact.