Subscribe
Products
Factory
Process
Downloads
Newsletters
NK Technologies
http://www.nktechnologies.com/
Phone:
800.959.4014
More from NK Technologies
Home
NK Technologies: Ground fault sensor
NK Technologies launches the AG-LC Series ground fault sensor suitable for monitoring larger circuits. A large sensing window provides ample space for multiple conductors up to 800 amps through a single sensing ring.
Home
NK Technologies: DC current transducer
NK Technologies introduces the DT-BB DC current transducer rated to measure DC current at working voltages to 1500 VDC. Its design allows a split-core transducer to be installed over existing bus bars or wire and can be mounted on a panel or DIN rail.
Home
NK Technologies: Voltage transducer
NK Technologies introduces the VTD-BD Series voltage transducer for sensing voltage in DC-powered installations.
Home
NK Technologies: AC current transducer
NK Technologies introduces the AT/ATR-FD Series current transducer; an aperture with a 1.31 in. inside diameter accommodates wire sizes for loads up to 400 amps, facilitating the feeding of wires through the sensing window for easy installation, even in applications with multiple conductors per phase.
Control
Ground Fault Sensors
The AGLD Series Ground Fault Sensors from NK Technologies help keep machinery and operators safe from accidental shocks.
Home
NK Technologies: Secondary current transformer
The CT-MS was added to NK Technologies’ line of 5A Secondary Current Transformers.
Home
NK Technologies Releases 2016 Product Catalog
NK Technologies released its 2016 Product Catalog featuring several new products developed over the past year, including innovative new sensors with a unique patent-pending design.
Home
ASXP-MS Current Operated Relay - One Piece, Split-Core Design Makes Installation a Snap!
The ASXP-MS combines a current transformer and a signal conditioner in one package.
Home
Split-core Design and Larger Aperture Make the CT-MS Easy to Install
The new CT-MS is the lastest addition to NK Technologies' line of 5 A Secondary CTs with larger sensing windows.