Product Description
Description: Time Delay Relay • Delay on Make - Delay on Break • Input Voltage : 24 VAC • Timing Range; DOM: 5 s; DOB: 300 s • Mounting ; Surface Mount • Contact Configuration; Solid State - NO • Output Current; 0.75 Amps • Adjustment; Fixed • Termination; 0.25in. Male Quick Connect Terminals • Notes:; For Air Conditioning, Heating and Ventilation Equipment. Controls Dual Functions (ON and OFF) in Mulitple Load Sequencing.
| Product Information | Resources |
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| Specifications |
| Product Attribute | Attribute Value |
| Input Voltage | 24 VAC |
| Timing Range | DOM: 5 s; DOB: 300 s |
| Mounting | Surface Mount |
| Contact Configuration | Solid State - NO |
| Output Current | 0.75 Amps |
| Adjustment | Fixed |
| Termination | 0.25in. Male Quick Connect Terminals |
| Notes: | For Air Conditioning, Heating and Ventilation Equipment. Controls Dual Functions (ON and OFF) in Mulitple Load Sequencing. |
| Series Features |
| Delay On Make/Break CT Series Timing Module |
| Series Description: The CT Series combines a delay-on-make and delay-on-break time delay into one device and may be used to control fan delays in heating and/ or cooling equipment. Several CT modules may be combined to provide sequencing ON any number of loads and sequencing OFF the same loads, such as electric heating elements. |
| Operation: (Delay-on-Make/Delay-on-Break) Forced Air Heating or Air Conditioning (as shown): When the thermostat closes, the compressor relay is immediately energized. At the end of a fixed delay-on-make delay (T1), the fan relay is energized. When the thermostat opens, the compressor relay is de-energized and the delay-on-break delay is initiated. On completion of the fixed delay-on- break delay (T2) the fan relay is de-energized. If the thermostat is reclosed during the delay-on-break delay, the delay-on-break delay is reset and the fan relay remains energized. If the thermostat is closed when input voltage is applied, the delay-on-make delay (T1) begins as normal. Reset: Removing input voltage resets the output and time delays. |
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