SSAC-SYMCOM TDUI3000A Solid State Relay Timer
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SSAC-SYMCOM TDUI3000A Solid State Relay Timer
SSAC-SYMCOM TDUI3000A Solid State Relay Timer
Part #:TDUI3000A
SKU #: 2241170
Key Features
Part #:TDUI3000A
SKU #: 2241170
Brand: Littelfuse
Coil Voltage: 24 to 120, 24 to 120 VAC
Contact Form: SPDT/NO-NC (1 Form C)
Dimensions: 2 in H x 2 in W x 1.21 in D
Electrical Connections: Male Quick Connect Terminal, Male Quick-Connect Terminal
Operation Mode: Interval
- Microcontroller based repeat accuracy +/-0.5%, setting accuracy +/-2%
- Compact design allows flexibility for OEM applications
- 1 A steady, 10 A inrush solid state output provide 100 million operations in typical conditions
- Totally solid state and encapsulated no moving parts to arc and wear out over time and encapsulated to protect against shock, vibration and humidity
- Flexibility to handle multiple voltages found in control systems and OEM applications
- DIP switch adjustment provide first time setting accuracy
SSAC-SYMCOM TDUI3000A Solid State Relay Timer
Littelfuse SSAC Solid State Relay Timer, Digital Timing Circuitry, Series: TDUI, Operation Mode: Interval, SPDT/NO-NC (1 Form C) Contact Form, 1 to 1023 s Time Setting, 24 to 120 VAC Coil, Male Quick-Connect Terminal Electrical Connections, -40 to 60 deg F, Surface Mounting, 2 in H x 2 in W x 1.21 in D
Additional Description: LTFS-TDUI3000A SOLID STATE TIMER (INTERVAL)
Catalog Description: The TDUI Series combines digital timing circuitry with universal voltage operation. Voltages of 24 to 240VAC and 12 to 24VDC are available in three ranges. The TDUI Series offers DIP switch selectable time delays ranging from 0.1 seconds to 102.3 minutes in three ranges. Its 1A rated output, ability to operate on multiple voltages, and wide range of switch selectable time delays make the TDUI Series an excellent choice for process control systems and OEM equipment. Operation (Interval): Upon application of input voltage, the time delay begins. The output energizes during the time delay. At the end of the time delay, the output de-energizes and remains de-energized until input voltage is removed. Reset: Removing input voltage resets the time delay and the output.