NK Ground Fault Sensors-Fixed

 
NK AG1-SDT-24U-DEN-LC - Ground Fault Sensor, AG-LC Series; 30-150 mA Field Adjustable
  • Style (Ground Fault Sensor): Other
  • Fixed Response Time: No
  • Adjustable Response Time: No
  • Set Points: Yes
  • Mechanical Relay Output: No
  • Warranty: 5 YEARS

List Price: $966.00

Your Price: $859.74

Sign-in for EDU Pricing!

In Stock:
  • View Payment Options
NK AG1-SDT-24U-ELA-LC - Ground Fault Sensor, AG-LC Series; 30-150 mA Field Adjustable
  • Style (Ground Fault Sensor): Other
  • Fixed Response Time: No
  • Adjustable Response Time: No
  • Set Points: Yes
  • Mechanical Relay Output: No
  • Warranty: 5 YEARS

List Price: $978.00

Your Price: $870.42

Sign-in for EDU Pricing!

In Stock:
NK AG1-SDT-24U-ENE-LC - Ground Fault Sensor, AG-LC Series; 30-150 mA Field Adjustable
  • Style (Ground Fault Sensor): Other
  • Fixed Response Time: No
  • Adjustable Response Time: No
  • Set Points: Yes
  • Mechanical Relay Output: No
  • Warranty: 5 YEARS

List Price: $966.00

Your Price: $859.74

Sign-in for EDU Pricing!

In Stock:
NK AG1-SDT-24U-LA-LC - Ground Fault Sensor, AG-LC Series; 30-150 mA Field Adjustable
  • Style (Ground Fault Sensor): Other
  • Fixed Response Time: No
  • Adjustable Response Time: No
  • Set Points: Yes
  • Mechanical Relay Output: No
  • Warranty: 5 YEARS

List Price: $978.00

Your Price: $870.42

Sign-in for EDU Pricing!

In Stock:

List Price: $324.00

Your Price: $288.36

Sign-in for EDU Pricing!

In Stock:

List Price: $324.00

Your Price: $288.36

Sign-in for EDU Pricing!

In Stock:

List Price: $302.00

Your Price: $268.78

Sign-in for EDU Pricing!

In Stock:

List Price: $302.00

Your Price: $268.78

Sign-in for EDU Pricing!

In Stock:

List Price: $324.00

Your Price: $288.36

Sign-in for EDU Pricing!

In Stock:

List Price: $324.00

Your Price: $288.36

Sign-in for EDU Pricing!

In Stock:

List Price: $302.00

Your Price: $268.78

Sign-in for EDU Pricing!

In Stock:

List Price: $302.00

Your Price: $268.78

Sign-in for EDU Pricing!

In Stock:
null
null
null
null
null
null
null
null
null
null
null
null

Recommended for you

Ground Fault Sensors-Fixed

Ground Fault Sensors help protect people, products, and processes from damage by ground fault conditions by monitoring all current-carrying conductors in grounded systems.  Using the “Zero Sum” Operating Principle, as soon as current leaks to ground (fault condition) the two currents become imbalanced and a net magnetic field results. These sensors monitor this field and trip alarm contacts when the leakage rises above a set point.
 
Ground fault sensors are used in a variety of applications, including personal protection and equipment protection. They come in a variety of sizes and styles to meet a range of needs.
 
Ground Fault Sensors Applications
  • Personal protection:
  • Equipment Protection
  • Eliminate nuisance tripping
  • Meets requirements as stipulated by governmental and industrial regulatory groups for ground fault sensing
  • Replace bulky two-piece sensor solutions that require separate CTs or relay modules
  • Use with shunt trip breakers to provide total ground fault protection to sensitive machine electronics.
  • Detect ground faults in resistance/impedance heating, industrial automation and control, theatrical lighting, portable power distribution, and snow melt/heat trace applications
  • Sense progressive levels of ground fault in motors or heating systems to detect deterioration prior to catastrophic failure.
Key Features of Ground Fault Sensors to Consider
  • N.O./N.C. solid-state switch or mechanical relay outputs
  • Normally energized or normally de-energized contacts
  • Noise Immunity option for use in EMI/RFI sensitive environments
  • Applicable on single- and three-phase systems
  • Ideal for use with shunt trip breakers
  • Magnetically isolated from monitored circuit and control power.
  • UL, CE approved
  • Finger-safe Terminals for Worry-free Installation and Operation
  • Uses “Zero Sum” Operating Principle to reliably sense imbalance in magnetic fields associated with current leakage to ground
X