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Pneumatically operated butterfly valves, threaded (G-G), DIN 11851

A pneumatic single-acting actuator (air/spring) is used for opening and closing direct valves with compressed air (recommended value for safe opening of the damper is 5 - 7 bar). The pneumatic actuator's spring serves to close direct damper (without control air pressure) or indecreaseontrol air pressure for a safe closing of the valve (damper).

To control the pneumatic actuator, the actuator must be supplemented with a pilot (electromagnetic) valve for controlling the compressed air supply. The damper can also be equipped with inductive sensors to indicate the actual damper position (open/closed). This configuration allows you to operate the damper via a feedback control system in which position the damper is located.

The position of the flap is also indicated visually by a pin that is mounted on the control shaft.

Prices are stated without VAT
Variant
Code
Availability
Price without VAT
Quantity
DN20 BVTP_20
BVTP_20
in stock
171,99 €
Detail
DN25 BVTP_25
BVTP_25
in stock
171,99 €
Detail
DN32 BVTP_32
BVTP_32
in stock
176,77 €
Detail
DN40 BVTP_40
BVTP_40
in stock
179,21 €
Detail
DN50 BVTP_50
BVTP_50
in stock
186,68 €
Detail

Technical Parameters of Pneumatic Actuator

  •      Actuating shaft diameter 17 mm.
  •      Height of actuator with shaft: 185 mm
  •      The diameter of drive: 85.3 mm
  •      Torque: 20 Nm
  •      Operating pressure: 4–8 bar (recommended 5–7 bar)
  •      Working temperature: –10 ° C to 100 ° C
  •      Operation speed: 1.5 sec / 90 °
  •      Material: AISI 304

Pneumatic single-acting actuator (air/spring) is used for opening and closing direct valves with compressed air (recommended value for safe opening of the damper is 5 – 8Bar). The spring of the pneumatic actuator serves for the closing of the direct damper (without control air pressure) or in case of decreasing control air pressure for a safe closing of the valve (damper).

To control the pneumatic actuator, the actuator must be supplemented with a pilot (electromagnetic) valve for controlling the compressed air supply. The damper can also be equipped with inductive sensors to indicate the actual damper position (open/closed). This configuration allows you to operate the damper via a feedback control system in which position the damper is located.

The position of the flap is also indicated (visually) by a pin which is mounted on the control shaft.

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