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The 592-COV16 from Allen Bradley is a eutectic alloy overload relay designed for reliable performance in various applications. It features three poles and supports a maximum current rating of 62 Amperes, with a manual reset functionality.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Eutectic Alloy Overload Relay |
| Product Line | 592 Overload Relays |
| Part Number | 592-COV16 |
| Weight | 1.25 lbs (0.57 kg) |
| GTIN | 781180156373 |
| Max Current | 62 Amperes |
| Reset Type | Manual Reset |
| Poles | 3 Pole |
| Contact Configuration | 1 N.C. |
| Enclosure | Open Type |
| Mounting | Panel Mount |
| Heater Element Type | Type W or Type J |
| Voltage Rating | up to 600 Volts AC |
| Terminal Type | Screw or Lug Terminals |
| Indicator | Optical Trip Indicator |
In the realm of motor protection, the Allen Bradley 592-COV16 plays a significant role as a eutectic alloy overload relay. It is engineered to handle a maximum current of 62 Amperes, catering to various power requirements. With a voltage rating of up to 600 Volts AC, it accommodates a wide range of operational settings.
This device is built with three poles and includes a contact configuration consisting of one normally closed (N.C.) contact to suit different wiring arrangements. For user convenience, the reset mechanism is manual, ensuring that operators can effectively manage the relay after a trip condition occurs. The enclosure is designed as open type, allowing for adequate heat dissipation and access during maintenance.
Mounting options are straightforward, as this overload relay can be easily attached to panels, providing flexibility in layout design. The heater elements are available in either Type W or Type J configurations, allowing further customization for specific application needs. Connectivity is facilitated through screw or lug terminals, ensuring secure wiring connections. Finally, the relay features an optical trip indicator, which provides clear visual feedback for trip events, enhancing the monitoring capabilities for users managing industrial control systems.