|AC Current Switch - Solid Core |
The CS Series current switch monitors line current for electrical loads such as pumps, conveyors, lighting, heaters or fans and closes the output contacts when the trip point is exceeded. The CS-GnG-200 has a factory set trip point of 0.75 Amps to provide Go/No Go status operation. The CS-610-200 has a trip setpoint that is adjustable between 1 to 200 Amps by rotating the adjustment knob.
|AC Current Switch - Split Core |
The SC series of Split-Core AC current switches are solid-state switches that activate a contact closure whenever the monitored primary circuit current exceeds a pre-set level. Several models are available to switch various load types. Models feature integral LEDs to indicate device power and also the switch status.
|AC High Current Switches|
Directly control AC loads, such as relays, lamps or fans, in response to the current of a monitored AC circuit
|AC Mini Current Sensor - Solid Core |
The CS-6XX-XX series of mini current sensors monitor line current for electrical loads such as pumps, conveyors, machine tools or fans and provide an output of 4-20 mA, 0-5 Vdc or 0-10 Vdc (Model specific) to represent the load current.
|AC Current Sensor - Solid Core |
The CS-6XX-XX series of current sensors monitor line current for electrical loads such as pumps, conveyors, machine tools or fans and provide an output of 4-20 mA, 0-5 Vdc or 0-10 Vdc (Model specific) to represent the load current.
|AC Current Sensors - Split Core |
The SC6XX-XX series of split-core current sensors monitor line current for electrical loads such as pumps, conveyors, machine tools or fans and provide an output of 4-20 mA, 0-5 Vdc or 0-10 Vdc (Model specific) to represent the load current.
CSR-112/CSR-124: Command Relays are line voltage relays for use with the CS and SC current sensors and switches.
Intelligent Power Monitor
Model WHT: The WHT is a two processor based power monitoring device that monitors and records numerous power system parameters. It continuously measures voltage and current to calculate and display over 57 values. 120 to 600V can be monitored without the need of potential transformers. 601 to 32000 V can be monitored with the use of potential transformers. All scaling calculations are handled by the meter.
The WHT comes standard in a NEMA 4 rated enclosure ready to be mounted. A data port is provided on the front interface for easy setup and trend retrieval via desktop software. Built for the future, the WHT allows for feature upgrades through the data port.
|Solid Core "Safe" Current Transformers|
Model UCT: The UCT Series of solid core current sensors provide a low voltage (0.333V) output proportional to line current. These are often referred to as "safe", the mV output eliminates theneed for shorting switches. The rugged epoxy encapsulated construction comes with 8-foot twisted leads. These low-cost current transformers are ideal as inputs to power monitors, such as the WHT200.
|Split Core "Safe" Current Transformers|
Model SCT: The SCT Series of current transformers provides a low-voltage (0-0.333 V) output proportional to line current and is used in conjunction with the WHT200 to monitor electrical power systems. Often referred to as "Safe CTs," the mV output of these current transformers eliminates the need for shorting switches, and their split-core design makes them easy to install.
|Solid Core Current Transformers|
Model 5RL: These solid core Current Transformers are available in two sizes and a wide range of current ratios.
These Current Transformers provide a low amperage current output proportional to line current, for use in building automation, relaying, or metering. The core and windings of each unit are completely encased in UL approved plastic that is rated 94V1, and there are no exposed metal parts other than the terminals.
|Split Core Current Transformers|
Model 601T: These split core Current Transformers are designed to be assembled around an existing (insulated) conductor without the need for dismantling the primary bus or cables. The portion of the transformers marked "THIS END REMOVABLE" can be disassembled and then reassembled around the conductors that require current monitoring.
|Model A3504 Switch|
This Switch Assembly is designed to provide a disconnecting means for your watt transducer.Not only can this Switch Assembly provide isolation from line voltages, it also will short out current transformer secondaries, adding considerable safety against high potential electrical shock from live open CTs.The bottom side of the switch is connected to the circuits being measured. The top side of the switch is connected to the watt transducer. The switch handles are colour coded red for voltage and black for current. The black plastic cover is constructed so that all switches must be in the closed position before the cover can be sealed.
To Snub or Not to Snub - When to use the CS325 with the snubber circuit.
Mosfet or Triac - What's the diff?
Field calibrate the CS45X/475