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Home > products > Pipe Control Valve > Z941H-16C Electric Gate Valve

Z941H-16C Electric Gate Valve

Product Details

Place of Origin: China

Model Number: Z941H-16C

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Highlight:
Switch:
Light And Flexible Switch
Structure:
Diaphragm
Shutoff Capability:
Bubble-tight, Class VI, Or Class V
Material:
Stainless Steel
Seat Material:
PTFE
Purpose:
Flow Control
Size:
1/2 Inch
Temperature Range:
0-100 Degrees Celsius
Certifications:
API, CE, ISO
Sealing Performance:
Sound Sealing Performance
Air Source:
3-7 Bars
Connection Type:
Threaded
Product Features:
Industrial Automation Control Valve
Leakage Class:
Class IV, Class V, Class VI
Actuation:
Manual, Pneumatic, Electric
Switch:
Light And Flexible Switch
Structure:
Diaphragm
Shutoff Capability:
Bubble-tight, Class VI, Or Class V
Material:
Stainless Steel
Seat Material:
PTFE
Purpose:
Flow Control
Size:
1/2 Inch
Temperature Range:
0-100 Degrees Celsius
Certifications:
API, CE, ISO
Sealing Performance:
Sound Sealing Performance
Air Source:
3-7 Bars
Connection Type:
Threaded
Product Features:
Industrial Automation Control Valve
Leakage Class:
Class IV, Class V, Class VI
Actuation:
Manual, Pneumatic, Electric
Z941H-16C Electric Gate Valve

Highlight:The electric gate valve is a device used in pipelines for liquids, gases, and air systems. It uses an electric actuator to

control the gate valve, thereby achieving the opening and closing of the gate valve and controlling the on-off of pipeline

fluid.

product introduction:

An electric gate valve is a device used in pipelines for liquids, gases, and air systems. It controls the gate valve through

an electric actuator to achieve the opening and closing of the valve, thereby regulating the on-off of pipeline fluid. It can be

divided into two parts: the upper part is the electric actuator, and the lower part is the valve body. The operating torque of

the electric actuator is greater than that of the valve.

The opening and closing speed of the electric gate valve can be adjusted, featuring a simple structure, easy maintenance,

sensitive response, safety and reliability. The electric gate valve is used in conjunction with a linear-stroke electric actuator

and a linear-stroke gate valve to control the up-and-down movement of the valve disc for pipeline fluid on-off. It is typically

used in supporting highly automated equipment, and this valve achieves the best adjustment accuracy when installed

horizontally.

Product technical paramter:


Model


Nominal pressure(MPa)


Test pressure


Operating temperature (℃)


Applicable medium

Strength water(MPa)


Seal (water) air(MPa)


Low-pressure sealing air(MPa)

Z941H-16C
Z41W-16P(R)

1.6

2.4

1.8

0.6

425


Nitric acid type

Z941W-25P(R)

2.5

3.8

2.8

0.6

≤200


Acetic acid type

Z941W-40P(R)

4.0

6.0

4.4

0.6

≤200


Nitric acid type

Z941W-64P(R)

6.4

9.6

7.0

0.6

≤200


Acetic acid type


Product Features:

I. Automatic Control

Electric gate valves use electric actuators to achieve remote control and automated operation,

improving work efficiency and the level of production automation.

2. Precise Control

Electric gate valves have precise flow regulation performance, enabling accurate adjustment of the valve

opening as needed to achieve precise flow control.

3. High Reliability

With a simple structure and reliable operation, electric gate valves have a long service life, are less

affected by the environment, and exhibit good stability and reliability.

4. Energy Saving and Environmental Protection

Electric gate valves feature fast opening/closing and flexible adjustment, effectively controlling

fluid flow to reduce energy waste and achieve energy conservation and emission reduction goals.

5. Easy Maintenance

The simple structure of electric gate valves facilitates easy maintenance, with relatively straightforward disassembly and

replacement of valve components, reducing maintenance costs and time.

6. Wide Application Range

Electric gate valves are suitable for various media and working conditions, including liquids and gases, and are widely

used in industries such as chemical engineering, power, metallurgy, petroleum, and pharmaceuticals.