Sanitary Clamp Electric Butterfly Valve
Sanitary Clamp Electric Butterfly Valve 2

Sanitary Clamp Electric Butterfly Valve

Electric sanitary butterfly valves provide automated, hygienic flow control for high-purity process pipelines.

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Product Description

The adoption of butterfly valves with superior sealing performance effectively prevents medium residues in pipelines from adhering to the inner cavity wall of the valve body, which would otherwise accumulate over time and cause internal corrosion of the valve body, thereby shortening its service life.

These valves are widely used in industrial applications such as food processing, medical treatment, light textile and papermaking. They can serve for regulation and on-off control in pipelines and vessels conveying non-corrosive gases, liquids, semi-fluids as well as solid powders.

Features

  • By adopting butterfly valves with enhanced sealing performance, medium residues inside pipelines can be effectively prevented from adhering to the inner wall of the valve cavity. Accumulation of such deposits over time would otherwise lead to internal corrosion of the valve body and shorten its service life.
  • These valves are widely used in industrial sectors including food, pharmaceutical, textile and paper manufacturing.
  • They can be used for regulating and on–off control in pipelines and vessels handling non-corrosive gases, liquids, semi-fluids and solid powders.

Basic Parameters

Nominal Bore (DN): DN19~DN200
Operating Power: AC220V, AC380V, DC24V
Medium Temperature: -20~120℃
Ambient Temperature: -30℃~60℃
Nominal Pressure: 0.1~1.0MPa
Actuation Time: 15S / 30S / 60S
Suitable Medium: Water, oil, gas, etc.
Control Method: Modulating or On-Off Control
Input Signal: 4-20mA / 0-5V~10V (Optional)
Output Signal: 4-20mA / 0-5V~10V (Optional)

Physical Specifications

Connection Type: Clamp Type
Seal Type: Soft Seal
Test Pressure:
- Shell Test: 1.0MPa
- Seal Test: 1.0MPa
Valve Body Material: SUS304
Valve Disc Material: SUS304
Shaft Material: SUS304
Sealing Ring Material: PTFE
Stem Seal: NBR, HNBR
Packing Material: Flexible Graphite
IP Rating: IP67

Applications

  • Water treatment systems
  • Oil pipeline control
  • Gas transmission systems
  • Industrial process control
  • HVAC and fluid control
  • Automatic control systems

Standards Compliance

Design & Manufacturing: GB/T 122387-89
Face-to-Face: GB12221-89
Testing & Inspection: GB/T 13927-92

Main Parameters

公称通径DN19~DN200
工作电源AC220V,AC380V DC24V
介质温度-20~120℃
环境温度-30℃-60℃
公称压力0.1~1.0MPa 
动作时间15S/30S/60S
适用介质水,油品,气体介质等
控制方式调节或开关控制
输入信号4-20mA/0-5V~10V(备选)
输出信号4-20mA/0-5V~10V(备选)
连接方式卡箍式
密封形式软密封
试验压力壳体实验1.0MPa
密封试验1.0MPa
阀体材质SUS304
阀板材质SUS304
转轴材质SUS304
密封圈材质PTFE
阀杆密封NBR、HNBR
填料材质柔性石墨
防护等级IP67
制造标准GB/T 122387-89
结构长度标准GB12221-89
检验标准GB/T 13927-92

Circuit Diagram

S

S

Switching Action Mode:Switching operations (open/close) are achieved via AC switching signals, and a set of active position signals indicating fully open/fully closed status are output.

MS

MS

Switching Action Mode: Outputs passive contact signals. Structure:Equipped with two intermediate position switches.

PIU

PIU

Switching Action Mode: Outputs 0~1000Ω feedback signal. Structure: Equipped with 500Ω or 1kΩ potentiometer.

CPT

CPT

Switching Action Mode:
Outputs 4~20mA valve position feedback signal. Structure: Equipped with 1kΩ potentiometer and R/I converter.

PCU

PCU

Regulating Action Mode:Accepts 4~20mA control signal input and outputs 4~20mA valve position feedback signal. Structure: Integrated with 1kΩ potentiometer and control module (servo amplifier).

G

G

DC switching signals are output from the circuit via an external DC power supply to control the opening/closing program, and a set of passive contact signals corresponding to fully open/fully closed positions are provided.

SP

SP

Switching Action Mode: 
Controls valve opening angle via switching circuit, corresponding to potentiometer resistance value, while enabling intermediate position control function. Structure: Integrated with potentiometer and intermediate position switch.

H

H

Three-phase AC switching signals are output through an external three-phase power phase-reversing circuit to control opening/closing operations, accompanied by a set of passive contact signals for fully open/fully closed position indication.

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