Qualitrol Company, LLC Iris Power Capacitive Air Gap Sensor

Description
Capacitive Air Gap Sensors measure the distance between the rotor and stator in hydroelectric generators to avoid reduced efficiency or damage caused by off-center or out-of-round conditions. Features Capacitive Sensor Technology Output directly proportional to the air gap distance (pole profile) Easy to install and no special calibration needed Low Profile (3 types) High Temperature Stability Immune to magnetic fields, dust, oil, EMI, RFI The air gap sensor comes in a kit with a signal conditioner, junction box and mounting epoxy Options Three types available: CGP-02 135 x 32 x 1.7 mm maximum sensor distance from top of core – 0.5 m (1.6 ft) Recommended range for nominal air gap – 5 mm to 12 mm CGP-03 230 x 32 x 1.7 mm maximum sensor distance from top of core – 1 m (3.2 ft) Recommended range for nominal air gap – 12 mm to 22 mm CGP-04 250 x 40 x 1.7 mm maximum sensor distance from top of core – 1 m (3.2 ft) Recommended range for nominal air gap – 22 mm to 47 mm Application Online monitoring of the air gap with Iris Power Capacitive Gap Sensors (CGS) can provide important information about the generator condition as it changes, allowing air gap issues to be identified and corrected before an in service failure.
Datasheet
Description
Capacitive Air Gap Sensors measure the distance between the rotor and stator in hydroelectric generators to avoid reduced efficiency or damage caused by off-center or out-of-round conditions. Features Capacitive Sensor Technology Output directly proportional to the air gap distance (pole profile) Easy to install and no special calibration needed Low Profile (3 types) High Temperature Stability Immune to magnetic fields, dust, oil, EMI, RFI The air gap sensor comes in a kit with a signal conditioner, junction box and mounting epoxy Options Three types available: CGP-02 135 x 32 x 1.7 mm maximum sensor distance from top of core – 0.5 m (1.6 ft) Recommended range for nominal air gap – 5 mm to 12 mm CGP-03 230 x 32 x 1.7 mm maximum sensor distance from top of core – 1 m (3.2 ft) Recommended range for nominal air gap – 12 mm to 22 mm CGP-04 250 x 40 x 1.7 mm maximum sensor distance from top of core – 1 m (3.2 ft) Recommended range for nominal air gap – 22 mm to 47 mm Application Online monitoring of the air gap with Iris Power Capacitive Gap Sensors (CGS) can provide important information about the generator condition as it changes, allowing air gap issues to be identified and corrected before an in service failure.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Iris Power Capacitive Air Gap Sensor -  - Qualitrol Company, LLC
Fairport, NY, United States
Iris Power Capacitive Air Gap Sensor
Iris Power Capacitive Air Gap Sensor
Capacitive Air Gap Sensors measure the distance between the rotor and stator in hydroelectric generators to avoid reduced efficiency or damage caused by off-center or out-of-round conditions. Features Capacitive Sensor Technology Output directly proportional to the air gap distance (pole profile) Easy to install and no special calibration needed Low Profile (3 types) High Temperature Stability Immune to magnetic fields, dust, oil, EMI, RFI The air gap sensor comes in a kit with a signal conditioner, junction box and mounting epoxy Options Three types available: CGP-02 135 x 32 x 1.7 mm maximum sensor distance from top of core – 0.5 m (1.6 ft) Recommended range for nominal air gap – 5 mm to 12 mm CGP-03 230 x 32 x 1.7 mm maximum sensor distance from top of core – 1 m (3.2 ft) Recommended range for nominal air gap – 12 mm to 22 mm CGP-04 250 x 40 x 1.7 mm maximum sensor distance from top of core – 1 m (3.2 ft) Recommended range for nominal air gap – 22 mm to 47 mm Application Online monitoring of the air gap with Iris Power Capacitive Gap Sensors (CGS) can provide important information about the generator condition as it changes, allowing air gap issues to be identified and corrected before an in service failure.

Capacitive Air Gap Sensors measure the distance between the rotor and stator in hydroelectric generators to avoid reduced efficiency or damage caused by off-center or out-of-round conditions.


Features

  • Capacitive Sensor Technology
  • Output directly proportional to the air gap distance (pole profile)
  • Easy to install and no special calibration needed
  • Low Profile (3 types)
  • High Temperature Stability
  • Immune to magnetic fields, dust, oil, EMI, RFI
  • The air gap sensor comes in a kit with a signal conditioner, junction box and mounting epoxy

Options

Three types available:

CGP-02

  • 135 x 32 x 1.7 mm
  • maximum sensor distance from top of core – 0.5 m (1.6 ft)
  • Recommended range for nominal air gap – 5 mm to 12 mm

CGP-03

  • 230 x 32 x 1.7 mm
  • maximum sensor distance from top of core – 1 m (3.2 ft)
  • Recommended range for nominal air gap – 12 mm to 22 mm

CGP-04

  • 250 x 40 x 1.7 mm
  • maximum sensor distance from top of core – 1 m (3.2 ft)
  • Recommended range for nominal air gap – 22 mm to 47 mm

Application

Online monitoring of the air gap with Iris Power Capacitive Gap Sensors (CGS) can provide important information about the generator condition as it changes, allowing air gap issues to be identified and corrected before an in service failure.

Supplier's Site Datasheet

Technical Specifications

  Qualitrol Company, LLC
Product Category Gap Sensors and Feeler Gauges
Product Name Iris Power Capacitive Air Gap Sensor
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