SSAC-SYMCOM ECSW4MBHT Current Sensor Relay
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SSAC-SYMCOM ECSW4MBHT Current Sensor Relay
SSAC-SYMCOM ECSW4MBHT Current Sensor Relay
Part #:ECSW4MBHT
SKU #: 2354359
Key Features
Part #:ECSW4MBHT
SKU #: 2354359
Brand: Littelfuse
Contact Configuration: SPDT/(1 Form C)
Dimensions: 3-1/2 in H x 2-1/2 in W x 1-3/4 in D
Frequency Rating: 50/60, 50/60 Hz
Sensor Type: Toroid
Series: ECSW
- Built-in toroidal current sensing eliminates need to install stand alone current transformer and provides isolation from monitored circuit
- Encapsulated protects against shock, vibration and humidity
- LED indication visual indication for trip point adjustment and fault indication
- Multiple switch selectable features, user selectable zero current detection, latched, normally de-energized, or energized output adds application flexibility
- Adjustable trip delay eliminates nuisance tripping and prevents rapid cycling
- Isolated 10 A, SPDT output contact allows control of loads for AC or DC voltages
- Toroid, through hole wiring for up to 4 AWG (21.1 sq-mm ) THHN wire sensor type
SSAC-SYMCOM ECSW4MBHT Current Sensor Relay
Littelfuse SSAC Current Sensor Relay, Isolated Electro Mechanical, Series: ECSW, 120 VAC, 50/60 Hz, Toroid Sensor, SPDT/(1 Form C), Surface Mount, Block, 0.5 to 50 s Trip Delay, 3-1/2 in H x 2-1/2 in W x 1-3/4 in D
Additional Description: LTFS-ECSW4MBHT Current Sens-Window 120VAC 2-20A 0.5-50s 6s startup Tmnls
Catalog Description: The ECSW Series of single-phase, AC window, current sensors includes adjustable overcurrent and undercurrent trip points. Detects locked rotor, jam, loss of load, an open heater or lamp load, a broken belt, or loss of suction. LED’s aid in trip point adjustment and provide fault indication. The built-in toroidal sensor eliminates the need for an external current transformer. The output can be electrically latched after a fault, or automatically reset. Remote resetting of a latched output by removing input voltage. The unit includes switch selectable zero current detection and normally de-energized or energized output operation. Time delays are included to improve operation and eliminate nuisance tripping. See datasheet for operation detail.