KOBOLD Instruments, Inc. FPS - Insertion Paddle/Bellows Flow Switch for Liquids

Description
Product Features Adjustable Switch Point Position-Independent Installation Maximum Pressure 160 PSI/450 PSI Adjustable Switching Point Brass and SS Construction Micro Switch Maximum Media Temperature250°F KOBOLD FPS flow switches are used wherever reliable control for min. or max. liquid flow is required. The flow switch operates on the paddle-bellows principle. The flowing medium exerts a force on the paddle and thereby actuates a micro switch. The interchangeable paddle, in conjunction with an adjustment screw, allows for a wide variety of switching points and adaptation of the instrument to different pipe sizes. The internals of the instrument are separated from the process by the bellows, making the FPS an excellent choice for dirty media. The FPS-6000 is a special design used with extremely low switching points.
  • FPS - Insertion Paddle/Bellows Flow Switch for Liquids - KOBOLD Instruments, Inc.
    KOBOLD Instruments, Inc.
Description
Product Features Adjustable Switch Point Position-Independent Installation Maximum Pressure 160 PSI/450 PSI Adjustable Switching Point Brass and SS Construction Micro Switch Maximum Media Temperature250°F KOBOLD FPS flow switches are used wherever reliable control for min. or max. liquid flow is required. The flow switch operates on the paddle-bellows principle. The flowing medium exerts a force on the paddle and thereby actuates a micro switch. The interchangeable paddle, in conjunction with an adjustment screw, allows for a wide variety of switching points and adaptation of the instrument to different pipe sizes. The internals of the instrument are separated from the process by the bellows, making the FPS an excellent choice for dirty media. The FPS-6000 is a special design used with extremely low switching points.

Suppliers

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FPS - Insertion Paddle/Bellows Flow Switch for Liquids - - KOBOLD Instruments, Inc.
KOBOLD Instruments, Inc.
Pittsburgh, PA, USA
FPS - Insertion Paddle/Bellows Flow Switch for Liquids
FPS - Insertion Paddle/Bellows Flow Switch for Liquids
Product Features Adjustable Switch Point Position-Independent Installation Maximum Pressure 160 PSI/450 PSI Adjustable Switching Point Brass and SS Construction Micro Switch Maximum Media Temperature250°F KOBOLD FPS flow switches are used wherever reliable control for min. or max. liquid flow is required. The flow switch operates on the paddle-bellows principle. The flowing medium exerts a force on the paddle and thereby actuates a micro switch. The interchangeable paddle, in conjunction with an adjustment screw, allows for a wide variety of switching points and adaptation of the instrument to different pipe sizes. The internals of the instrument are separated from the process by the bellows, making the FPS an excellent choice for dirty media. The FPS-6000 is a special design used with extremely low switching points.

Product Features

  • Adjustable Switch Point
  • Position-Independent Installation
  • Maximum Pressure 160 PSI/450 PSI
  • Adjustable Switching Point
  • Brass and SS Construction
  • Micro Switch
  • Maximum Media Temperature250°F

KOBOLD FPS flow switches are used wherever reliable control for min. or max. liquid flow is required. The flow switch operates on the paddle-bellows principle. The flowing medium exerts a force on the paddle and thereby actuates a micro switch. The interchangeable paddle, in conjunction with an adjustment screw, allows for a wide variety of switching points and adaptation of the instrument to different pipe sizes. The internals of the instrument are separated from the process by the bellows, making the FPS an excellent choice for dirty media. The FPS-6000 is a special design used with extremely low switching points.

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Technical Specifications

  KOBOLD Instruments, Inc.
Product Category Liquid Flow Meters
Product Name FPS - Insertion Paddle/Bellows Flow Switch for Liquids
Meter Technology Paddlewheel
Operating Temperature 0 to 185 F (-18 to 85 C)
Process Media Type Liquid
Operating Pressure 160 to 450 psi (113 to 317 m H2O)
Media Temperature 250 F (121 C)
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