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Electric carbon dioxide valve Company

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Specifications

  • CY03-017A
    CY03-017A
    CY03-017A
  • CY03-017B
    CY03-017B
    CY03-017B

    Inlet Thread:  M25x2

    Outlet Thread: W21.8-14

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-019F4
    CY03-019F4
    CY03-019F4

    Inlet Thread:  PZ19.2x14

    Outlet Thread: M16x1.5

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-019F2
    CY03-019F2
    CY03-019F2

    Inlet Thread:  PZ19.2x14

    Outlet Thread: M16x1.5

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-020B
    CY03-020B
    CY03-020B

    Inlet Thread:  M25x2

    Outlet Thread: G21.7x14

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY03-025B
    CY03-025B
    CY03-025B

    Inlet Thread:  1 1/8x12UNF

    Outlet Thread: 5/8x18UNF

    Gauge Connection Thread: 5/8x18UNF

    Dip Tube Thread: 1/8NPT

    Pressure Mpa: 18-22

  • CY04-001E
    CY04-001E
    CY04-001E

    Inlet Thread:  M52x1.5

    Outlet Thread: M18x1.5

    Gauge Connection Thread: M10x1x12.5

    Dip Tube Thread: M22x1.5

    Check Valve: Sealing core

  • CY04-011A
    CY04-011A
    CY04-011A

    Inlet Thread: PZ7.8x14

    Outlet Thread: G5/8x14

    Dip Tube Thread: M10x1

  • CY04-012A
    CY04-012A
    CY04-012A

    Inlet Thread:  PZ7.8x14

    Outlet Thread: M16X1.5

    Dip Tube Thread: M10x1

    Pressure Mpa: 18-22

  • CY04-014A
    CY04-014A
    CY04-014A

    Inlet Thread:  PZ7.8x14

    Outlet Thread: φ21.7x14

    Dip Tube Thread: M16x1.5

    Pressure Mpa: 18-22

  • CY-F-609
    CY-F-609
    CY-F-609
  • LM003-5
    LM003-5
    LM003-5


Electric carbon dioxide valve Supplier

The Electric Carbon Dioxide Valve powered by an electric motor, this valve incorporates a switch component that facilitates swift and convenient opening and closing operations. The electrically driven mechanism not only enhances operational efficiency but also allows for seamless integration into automated systems. With a focus on precision and reliability, the valve ensures accurate regulation of carbon dioxide levels, making it an ideal choice for industries where exact control and quick response times are paramount. Whether in manufacturing, environmental control, or other critical processes, the Electric Carbon Dioxide Valve stands out as a reliable and efficient solution, contributing to enhanced performance and operational safety.
About Us
Shaoxing Newidea Fire Safety Equipment Co., Ltd.
Shaoxing Newidea Fire Safety Equipment Co., Ltd.
Founded in 2003, Shaoxing Newidea Fire Safety Equipment Co., Ltd. is a professional China OEM Electric carbon dioxide valve Supplier and ODM Electric carbon dioxide valve Company, is located in Moushan Intersection of the Hangzhou-Ningbo Expressway, which have convenient transportation and good environment.


The company specializes in designing and manufacturing various extinguisher valves. We have advanced equipment and abundant technicians and have received the ISO9001 & CE certificate. Our annual productive capacity of high quality valves is 35,000,000 sets. Most of our products have been exported to European, North American and Asian countries. We got reputations from our vast customers both in China and abroad.


Our managing principle is "Customers' Interest Utmost, Quality is in the Lead". We wholeheartedly provide customers with first-class, safe and reliable products and superior service. We pay due contribution for the development of the fire-fighting career and the safe-guarding of the people's life and property.
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  • 20130611103451579-new idea sep
  • 20130611103559065-New Idea
  • 20130611111252057-test report
  • 20130617082509306-C1
  • Certificate of compliance Rev
  • CO2 VALVE
  • Declaration of conformity Rev
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Related products
  • CY01-008A
    CY01-008A

    Inlet Thread: M30x1.5 Outlet Thread: G1/4x19 Gauge Connection Thread: NPT1/8x27 Dip Tube Thread: M16x1.5 Pressure Mpa: 2.3-2.8

    See Details
  • CY01-011A
    CY01-011A

    Inlet Thread: M24x1.5 Outlet Thread: M12x1.5 Gauge Connection Thread: M8x1 Dip Tube Thread: M14x1.5

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  • CY01-016B1
    CY01-016B1

    Inlet Thread: M30x1.5 Outlet Thread: G1/8x28 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: M16x1.5

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  • CY01-017C
    CY01-017C

    Inlet Thread: M30x1.5 Outlet Thread: G1/8x28 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: M16x1.5

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  • CY01-023B
    CY01-023B

    Inlet Thread: M30x1.5 Outlet Thread: M12x1.25 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: M16x1.5

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  • CY01-025A
    CY01-025A

    Inlet Thread: M30x1.5 Outlet Thread: M14x1.25 Gauge Connection Thread: 1/8-27NPT Dip Tube Thread: M14x1.5

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  • CY02-002P
    CY02-002P

    Inlet Thread: M30x1.5 Outlet Thread: Ø2.8 Gauge Connection Thread: M10x1 Dip Tube Thread: M16x1.5

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  • CY02-006L
    CY02-006L

    Inlet Thread: M30x1.5 Outlet Thread: M14x1.5 Gauge Connection Thread: 1/8NPT Dip Tube Thread: M16x1.5 Pressure Mpa: 2.3-2.8

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  • CY02-009A
    CY02-009A

    Inlet Thread: M30x1.5 Outlet Thread: G1/4x19 Gauge Connection Thread: NPT1/8-27 Dip Tube Thread: M16x1.5 Pressure Mpa: 2.3-2.8 Check Valve: Valve core

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  • CY02-013A
    CY02-013A

    Inlet Thread: M30x1.5 Outlet Thread: G1/4x19 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: M16x1

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  • CY02-019F2
    CY02-019F2

    See Details
  • CY02-050A
    CY02-050A

    Inlet Thread: G1x11 Outlet Thread: G1/2x14 Gauge Connection Thread: M10x1x12.5 Dip Tube Thread: M24x1.5 Pressure Mpa: 2.3-2.8 Check Valve: Valve core

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Electric carbon dioxide valve Industry Knowledge Extension

How does the motor drive mechanism of the electric carbon dioxide valve improve operating efficiency?
The motor drive mechanism of the electric carbon dioxide valve significantly improves the valve's operating efficiency through a series of careful design and advanced optimization methods. This mechanism not only ensures quick response and precise control of valve operation, but also achieves seamless integration with automation systems, thereby improving the efficiency and reliability of the overall production process.
First of all, in terms of driving source selection, the electric carbon dioxide valve uses an efficient motor. This kind of motor has high power density and excellent conversion efficiency, and can quickly respond to control signals to achieve rapid opening and closing of the valve. Compared with traditional pneumatic or hydraulic driving methods, electric motor driving reduces losses during energy conversion, making the electric carbon dioxide valve more efficient and energy-saving during operation.
Secondly, the motor driving mechanism of the electric carbon dioxide valve adopts advanced control algorithms and electronic technology. By precisely controlling the speed and torque of the motor, the valve opening can be accurately adjusted to ensure stable control of the carbon dioxide flow. This precise control not only improves the working accuracy of the valve and reduces energy waste caused by flow fluctuations, but also helps improve product quality and production efficiency.
In addition, the motor drive mechanism of the electric carbon dioxide valve also has strong automation integration capabilities. Through seamless connection with industrial automation systems, electric carbon dioxide valves can achieve programmable control and remote monitoring, making the operation of the valve more convenient and efficient. This integration capability enables the electric carbon dioxide valve to adapt to various complex process requirements and production environments, providing strong support for the automated production of enterprises.
Finally, the motor drive mechanism of the electric carbon dioxide valve also focuses on energy saving and environmental protection. By optimizing the design of the motor and selecting efficient materials, the electric carbon dioxide valve can reduce energy consumption and carbon emissions during operation. This is in line with the current concepts of green and sustainable development and helps promote the sustainable development of the industry.
In summary, the motor driving mechanism of the electric carbon dioxide valve has significantly improved the operating efficiency of the valve through optimization of efficient motors, advanced control algorithms, automation integration capabilities, and energy-saving and environmentally friendly design, providing reliable and efficient solutions for related industries. solution. This mechanism not only improves the performance of the valve itself, but also promotes the optimization and upgrading of the entire production process, making a positive contribution to the sustainable development of the company.