PRODUCT CENTER Medium voltage mechanism serie
HYT13型 弹簧操动机构
HYT13 Spring Actuating Mechanism
The HYT13 spring operating mechanism can be used to operate ZN port-12, ZN port-40.5, ZFN13-40.5 indoor high-voltage vacuum circuit breaker and other outdoor or indoor high-voltage vacuum circuit breakers with equivalent closing function, and its performance meets the requirements of GB1984 "AC high-voltage circuit breaker" and "Technical Requirements" of this product.
This mechanism is a spring-operated mechanism, and its distinctive feature is that the mechanism layout is reasonable, easy to adjust, and reliable to close and open. The mechanism can also be operated manually.
Technical Parameters

The output angle of this mechanism: 52°± 2°

2. Energy storage operating force≤ 100N·m

3. Mechanism stroke: 72mm

4. Mechanism closing function: 370J

5. The energy storage motor adopts a one-way AC and DC dual-purpose motor, technical parameters

    Model

HDZ-23580B type

HDZ-25880B type

Rated operating voltage

≈220V-110V

≈220V-110V

Rated output power of the motor

350W

550W

Normal operating voltage range

85%-110%

85%-110%

Rated operating current

2.75A

4.4A

Energy storage time

≤15s, 2 times a minute≤

≤15s, 2 times a minute≤

6. The opening and closing solenoid adopts solenoid solenoid, technical parameters

Rated operating voltage (V).

~220

~110

~220

~110

~48

~24

Rated operating current (A).

1.36

3.56

1.76

5.36

13.7

32

Rated electrical power (W).

299.2

392

387.2

590

657.6

768

Coil resistance value (Ω) at 20°C

54

10.3

125

20.5

3.5

0.75

Normal operating voltage range

Closing 85%-120% of rated working voltage

Normal operating voltage range

Open 65%-120% of rated operating voltage

Normal operating voltage range

When the rated working voltage is less than 30%, it shall not be opened for 3 times

Diagram

Engineering Drawings

Ordering instructions
1. Control voltage and motor voltage;
2. an output angle;
3. Installation size;
4. Outdoor or indoor use;
5. The output mode of the output shaft; 6. The starting position (angle) of the output shaft when the opening position is opened; 7. The logarithm of the auxiliary contact of the auxiliary switch;