SYT Series Liquid Resistance Speed Regulation Cabinet

Working Principle and Characteristics of Simo Motor's SYT Series Liquid Resistance Speed Regulation Cabinet

The SYT series liquid resistance speed regulation cabinet of Simo Motor is composed of a liquid resistance cabinet, a plate-type high-efficiency heat exchange cabinet, and an electrical control system. For fan and pump loads, according to the relationship of P∝n³ (P is the output shaft power, and n is the rotational speed), by changing the resistance value of the liquid resistance connected in series to the rotor of the motor, the rotational speed of the motor is changed, thus achieving the purposes of speed regulation and energy conservation. For the motors used in rolling mills in the metallurgical industry, by changing the resistance value of the liquid resistance, the surge current of the motor at the moment of the start of rolling is suppressed, playing a role in protecting the motor.

The SYT series liquid resistance speed regulation cabinet of Simo Motor can be optionally equipped with a human-machine interface system, realizing remote monitoring and operation. It has the function of human-machine dialogue, with simple operation and high reliability.

Standards Complied with by Simo Motor's SYT Series Liquid Resistance Speed Regulation Cabinet

• Low-voltage switchgear and controlgear assemblies
  GB7251.1-1997 IEC439-1:1992
• SYT type liquid resistance speed regulation cabinet
  Q/XWZ4-2001

Environmental Conditions for the Use of Simo Motor's SYT Series Liquid Resistance Speed Regulation Cabinet

• Ambient temperature: -40℃~+50℃;
• Relative air humidity not exceeding 90%;
• Altitude not exceeding 2000m (For altitudes above 2000m, special designs can be made according to specific working conditions);
• Ground inclination not greater than 5°;
• The installation site has no fire, explosion hazards, chemical corrosion, or severe vibration;

Note: If there are special usage conditions, please declare and negotiate with the manufacturer when placing an order.