Product Description
Description: Time Delay Relay • Delay on Break • Supply Voltage; 120 VAC • Delay Period; 1s-1023s • Type of Operation; Dip Switch • Enclosure; 8-pin octal plug-in
Product Information | Resources |
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Specifications |
Product Attribute | Attribute Value |
Supply Voltage | 120 VAC |
Delay Period | 1s-1023s |
Type of Operation | Dip Switch |
Enclosure | 8-pin octal plug-in |
Output Rating | SPDT 10 A @ 250 VAC or 24 VDC, resistive DPDT 5 A @ 240 VAC |
Accuracy | Setting ±2% or ±50 mSEC; whichever is greater Repeat ±0 .1% or ±8 .3 mSEC; whichever is greater |
Reset Times | Before Time Out 100 mSEC After Time Out 50 mSEC |
False Transfer | No |
Reverse Polarity Protected | Yes |
Power Consumption | 3 VA, approximately |
Duty Cycle | Continuous |
Operating Temperature | 32° to 131°F (0° to +55°C) |
Storage Temperature | -49° to 185°F (-45° to +85°C) |
Life Expectancy | Mechanical 10 million operations (minimum) Electrical 100,000 operations @ rated load |
Indicators | LED glows when relay is energized . |
Isolation | 1,500 volts, input/output |
Series Features |
TBD Series Off-Delay DIP Switch Time Delay Relay |
Series Description: The TBD Series Off-Delay DIP Switch Time Delay Relay from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability off-delay DIP switch time delay relays (TDRs), designed to equip industrial machinery, conveyor belts, exhaust fans, heating systems, lubricators, and pump and motor controls with timed sequence delay, soft-start delay or auto-start functions for added machinery and equipment protection. Supply voltage is continuously applied to the input. An external isolated switch between pins 5 and 6 controls the timer. When closed, the relay energizes. Opening the switch initiates the delay period. Upon completion of the delay period, the relay de-energizes. If the control switch recloses during the delay period, the relay remains energized and the timer resets to zero. NOTE: The TBD series is available in 8-pin SPDT and 11-pin DPDT configurations. |
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