Product Description
Description: Time Delay Relay • Multi-Function • Supply Voltage; 120 VAC • Delay Period; 1s-1023s • Type of Operation; Dip Switch • Enclosure; 11-pin Round Plug-in
| Product Information | Resources |
|
|
| Specifications |
| Product Attribute | Attribute Value |
| Supply Voltage | 120 VAC |
| Delay Period | 1s-1023s |
| Type of Operation | Dip Switch |
| Enclosure | 11-pin Round Plug-in |
| Output Rating | 10 A @ 250 VAC or 24 VDC, resistive |
| 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 |
| Recycle Time | 40 mSEC |
| False Transfer | No |
| Reverse Polarity Protected | Yes |
| Power Consumption | 3 watts (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 |
| TBU Programmable Multi-Mode DIP Switch TDR |
| Series Description: The TBU Programmable Multi-Mode DIP Switch TDR from the ATC Diversified Electronics division of Marsh Bellofram Corporation offers the accuracy of DIP SWITCH delay ranges A through E as well as the user programmable model, DIP SWITCH delay range P, with 4 different ranges obtainable by either leaving 2 designated terminals unconnected or by connecting them to the appropriate terminals. The 6 most common modes of operation are easily selected by the use of one or more jumpers applied externally between designated base pins as outlined below. These features, coupled with 6 most popular supply voltages, make this timer one of the most versatile and cost effective Time Delay Relays available today. The CMOS digital circuitry provides high accuracy, repeatability and fast reset times. DIP Switch Operation: Digital selection of the time delay is accomplished by the use of ten (10) binary switches, each marked with a time increment. The time periods, of which there are five (5) ranges, represented by each switch in the ON position is added together to obtain the desired time delay. No more trial-by-error adjustments |
|