TMG
Trafton Manufacturing Group

Item Tag: Clamp Terminal

Eaton Faz-b50/3

Used Eaton FAZ-B50/3 three phase overcurrent interrupter. Cosmetic damage on second phase terminal (3/4), electrically working.

ECS40BC Solid State Control Time-Delay Industrial AC Electric Current Sensor 120

Industrial Current Sensor Industrial Current Sensor MODEL: ECS40BC Typical Applications: Electric Automobile, Batteries Monitoring, Inverter Evaluation, Converter Testing, Etc. By The Original Manufacture: Solid State Advance Controls 30 DAY MONEY BACK GUARANTEE / CUSTOMER RESPONSIBLE FOR ALL RETURN SHIPPING COSTS Protection Relays and Controls Current Monitoring Relays Transducers Original Manufacturer (Brand): Solid State Advance Controls Product Category: Industrial Current Sensor Sensor Type: Closed Loop Product Type: Current Sensors Series: ECS Model/Type: ECS40BC Subcategory: Sensors Tradename: SSAC SPECIFICATIONS OPERATING VOLTAGE (PINS 1 & 2): 24 VAC ± 20% @ 50/60Hz OPERATING VOLTAGE (PINS 1 & 2): 120 VAC ± 20% @ 50/60Hz OPERATING VOLTAGE (PINS 1 & 2): 230 VAC ± 20% @ 50/60Hz OUTPUT RELAY (PINS 3, 4 & 5): FORM / SPDT (Isolated) OUTPUT RELAY (PINS 3, 4 & 5): Maximum Voltage @ 277 VAC OUTPUT RELAY (PINS 3, 4 & 5): 8 Amps Resistive @ 240 VAC; ½ Horsepower @ 240 VAC TOROID: Maximum Voltage @ 600 VAC TOROID: Maximum Current @ 40 Amps Steady State / 200 Amps Inrush (100 ms) Trip Point Hysteresis: ± 5% (Dead Band) Response Times: Overcurrent @ 100 Milliseconds Response Times: Undercurrent @ 100 ms + 25 ms per Amp above Trip Point Operating Temperature: -40° Celcius to +50° Celsius LIFE OF THE Industrial Current Sensor: Mechanical: One Million Operations Switch Selectable Overcurrent and Undercurrent Sensing Adjustable Trip Points from 2 to 20 Amps (Guaranteed Range) Adjustable Trip Delays up to 50 Seconds (Guaranteed Range) 5% Dead Band Prevents Rapid Switching Unit Size: Length: 3.5 Inches (88.9 Millimeters) • Width: 2.5 Inches (63.5 Millimeters) • Height: 1.64 Inches (41.656 Millimeters) Unit Weight: 6.399995 ounces Description The ECS Series of single-phase AC current sensors is a universal, overcurrent, or undercurrent sensing control. Its built-in toroidal sensor eliminates the inconvenience of installing a stand-alone current transformer. Includes onboard adjustments for current sensing mode, trip point, and trip delay. Detects over or undercurrent events like locked rotor, loss of load, an open heater or lamp load, or proves an operation is taking place or has ended. Overall, the ECS Series of single-phase AC current sensors can help detect faults in machinery and prevent damaging equipment. Operation Input voltage must be supplied at all times for proper operation. When a fault is sensed throughout the trip delay, the output relay is energized. When the current returns to the normal run condition or zero, the output and the delay are reset. If a fault is sensed and then corrected before the trip delay is completed, the relay will not energize, and the trip delay is reset to zero. Adjustment Using the mode selection switch, set the desired function, UNDER or OVER current sensing. Pass the wire carrying the current to be monitored through the toroid sensor. Now set the TRIP POINT and TRIP DELAY to their approximate settings. Before connecting the output to the control circuitry, apply power to the ECS and the monitored load. Fine-tune the TRIP POINT by turning the adjustment and watching the LED. The LED will light, indicating a fault. Turn slightly in the opposite direction until the LED is off. This adjustment can be done while connecting to the control circuitry if the TRIP DELAY is set at maximum. When a fault is sensed (LED on) throughout the TRIP DELAY, the output will energize after the delay is complete. When the current returns to normal run condition, the output, and the delay are reset. If a fault is sensed (LED on) and then corrected (LED off) before the TRIP DELAY is completed, the relay will not energize, and the TRIP DELAY is reset to zero. When power is first applied to terminals 1 and 2, a sensing delay on startup occurs. During this time delay, over and undercurrent faults will be displayed by the LED, but the output relay will not be energized. The sensing delay on startup prevents nuisance tripping caused by inrush that normally occurs during equipment startup. If a fault is still sensed at the end of the startup delay, a TRIP DELAY begins. If a fault is still sensed at the end of the TRIP DELAY the output relay is energized. IMPORTANT: Disconnect ALL Voltages Before Making Connections Typical Applications Electric Automobile, Batteries Monitoring, Inverter Evaluation, Converter Testing, Timing Modules, Time Delay Relays, High Powered Timers, Timers With Isolations, Heating, Ventilation, and Air Conditioning (HVAC) Timers and Controls, Solid State Relays, Electromechanical Relays and Contractors, Motor Starters, Vending Controls, Flashers, Temperature Controls, AC Phase Controls, Three Phase Monitors and Custom Design Controls. FEATURES BENEFITS Built-In Toroidal Current Sensing Eliminates the need to install a stand-alone current transformer and provides isolation from the monitored circuit. Encapsulated Protects against shock, vibration, and humidity. Adjustable mode, trip point, and trip delay Provides flexibility for use in many applications. High Amperage, SPDT isolated relay output Allows control of AC voltage loads. Package Contents: •One Industrial Current Sensor (Originally Manufactured By Solid State Advance Controls) •Condition of Product: Industrial Current Sensor (Brand New / Never Used) •Original Box/Packaging Included •User Manual Included (in English Only) IMAGES SHOWN: Product appearance layout may slightly differ from the actual images shown. NOTE: The seller does not offer any further technical or configuration information (FINAL). 30 DAY MONEY BACK GUARANTEE / CUSTOMER RESPONSIBLE FOR ALL RETURN SHIPPING COSTS (END)