产品中心 Three Position Mechanism
HYJ4K multiturn output electric operating mechanism
HYJ4K multiturn output electric operating mechanism
HYJ4K multiturn output electric actuator can be used for closing and breaking of disconnectors, grounding switches and load switches with the required torque equivalent to 550KV GIS and HGIS.
This mechanism is a multi-turn output operating mechanism, which can operate the isolation switch or grounding switch to realize the function of closing and opening the isolation switch or closing and opening the grounding switch. The mechanism has two operation modes at the same time: manual and electric. The mechanism adopts a turbine worm transmission structure, which has stable transmission and low noise.
This mechanism is small and exquisite, with 2 output shafts to meet the use of single-phase and three-phase switches. The mechanism also has "interlocking coil", "one-key control", "maintenance locking" and "counter", which can meet the needs of the State Grid, the Southern Power Grid and various users.
Original design, substitution of imports, superior performance of large-angle output electric mechanism.
技术参数

1. The output number of turns of this mechanism can be between 2~9 turns (can be customized according to user requirements).

2. Output torque< 25N·m.

3. The quota voltage dividing and closing time <2s.

4. Technical parameters of energy storage motor (can be customized according to user requirements).

    Model

HDZ-275010 type

Rated operating voltage

≈220V-110V

Rated output power of the motor

750W

Normal operating voltage range

85%-110%

5. Use CSK type magnetic blow switch. The current that can be continuously passed through the contact is 10 at AC220V and 3A at ADC 220V.

6. Using F10 auxiliary switch, the conventional time and division signal is 20 open and 20 closed.

7. Industrial couplings or terminals for secondary output, secondary industrial couplings have 6 pins, 10 pins, 24 pins, 32 pins, 46 pins, etc.

 
示意图

工程配图

订货须知
1、控制电压与电机电压;
2、输出角度;
3、安装尺寸;
4、户外或户内使用;
5、输出轴的输出方式;
6、分闸位置时输出轴的起始位置(角度);
7、辅助开关辅助触点的对数;