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The 100-D115N11 from Allen Bradley is a reliable contactor designed for efficient operation in various electromechanical applications. This component is rated for a maximum current of 115 A and can operate with control supply voltages of 380 V at 50 Hz and 440 V at 60 Hz.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Contactor |
| Product Line | IEC 100 Contactors |
| Part Number | 100-D115N11 |
| Weight | 3.00 lbs (1.36 kg) |
| Maximum Current Rating | 115 A |
| Rated Control Supply Voltage @ 50 Hz | 380 V |
| Rated Control Supply Voltage @ 60 Hz | 440 V |
| Type of Electrical Connection for Main Circuit | Screw Connection |
| Rated Impulse Withstand Voltage | 12 kV |
| Optional Overload Relay Type | Electronic Relay |
| Main Current Circuit Resistance | 0.4 mΩ |
| Power Dissipation | 14.5 W |
| Operating Time | 9 to 18 ms @ RC module, closing delay |
| Coil Consumption, Hold-in | 8 W @ DC control |
| Maximum Switching Frequency | 120 ops/h |
The Allen Bradley 100-D115N11 is part of the IEC 100 series and functions effectively as a contactor. It delivers a maximum current rating of 115 amperes. This unit accommodates varied control supply voltage levels, with 380 volts at 50 Hz and 440 volts at 60 Hz. A screw connection serves as the electrical interface for the main circuit, ensuring a stable connection.
In performance terms, the device is rated for an impulse withstand voltage of 12 kV, providing dependable protection against transient voltages. Users can opt for an electronic relay for overload scenarios, enhancing safety and operational reliability.
With a main current circuit resistance of only 0.4 milliohms, it maintains efficiency throughout its operation. The unit’s power dissipation is rated at 14.5 watts, which is relevant for thermal management in your applications. The operating time for the contactor ranges from 9 to 18 milliseconds when utilizing an RC module for closing delays, allowing for rapid response in automated systems.
For holding purposes, the coil consumption is rated at 8 watts when operating with DC control, showcasing its power efficiency. Switching capabilities allow for a maximum frequency of 120 operations per hour, accommodating various control and automation needs.