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The 193-DPD120, a thermal overload relay from Allen Bradley's E1 Plus series, is engineered for dependable protection in electrical systems. Designed to accept currents between 80 and 120 A, this relay can handle a max operating voltage of 600 VAC.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Thermal overload relay |
| Product Line | E1 Plus Relays |
| Part Number | 193-DPD120 |
| Weight | 6.13 lbs (2.78 kg) |
| Trip Category | Class 10 |
| Trip Indicator | Mechanical flag |
| Auxiliary Outputs | NO + NC pair |
| Current-Setting Dial | Rotary scale |
| Installation Method | Contactor-mounted |
| Test Function | Push-to-trip |
| Adjustable Current Range | 80–120 A |
| Maximum Operating Voltage | 600 VAC |
| Reset Options | Manual / Auto |
| Trip Mechanism | Thermal bimetal |
| Phase-Loss Response | Fast trip |
| Overload Curve | Inverse-time |
| Reset Delay | Cool-down required |
The 193-DPD120 thermal overload relay, part of Allen Bradley's E1 Plus series, ensures effective protection for motor applications. It accommodates an adjustable current range from 80 to 120 A and can manage an operating voltage up to 600 VAC. This relay employs a thermal bimetal mechanism for trip functions, which is integral to its operation.
Incorporating a Class 10 trip category, the relay distinguishes itself with a mechanical flag indicator to signal when a trip occurs. Users can conveniently adjust the current settings via a rotary dial, enabling straightforward customization to meet application needs. Moreover, the relay includes both manual and automatic reset options, allowing flexibility depending on the operational context.
The installation method is designed for contactor mounting, facilitating integration into existing setups. A unique push-to-trip test function permits users to verify the relay's operation easily. Additionally, the relay provides a quick response to phase loss with its fast trip feature, which helps safeguard connected equipment. Its overload curve follows an inverse-time characteristic, ensuring prompt response under varying load conditions. Finally, a cool-down period is required before resetting, enhancing the relay's overall safety capacity.