The 194R-NE250-1753 switch is a non-fusible disconnect switch manufactured by Allen-Bradley, a division of Rockwell Automaton. The 194R-NE250-1753 switch features a current rating of 250 Amps with a voltage rating of 690 Volts AC. The module features 3 poles and the interrupt rating is 200 kiloamps. The 194R-NE250-1753 switch features a wattage rating of 132 kilowatts at 380, 400, and 425 Volts, while the wattage rating at 660 or 690 Volts is 90 kilowatts. The 194R-NE250-1753 switch features the DIN Rail mounting option while the operational cycle rating is 1000 ctcles. The ambient operating temperature is rated as -20 to 60 degrees Celsius and the unit features an ambient storage temperature range of -40 to 65 degrees Celsius. The component features a maximum relative humidity rating of 90% non-condensing at 20 degrees Celsius and of 50% at 40 degrees Celsius.
The Allen-Bradley 194R series non-fused disconnect switches are manufactured to be durable machine system components. The 194R-NE250-1753 switch is approved for use in most demanding industrial applications and environments. The component is designed and built to deliver a fast opening and closing mechanism that is independent of the operators for faster switch closing on a short circuit and operating with a high inductive load. Allen-Bradley provides a wide range of optional accessories for the disconnect switches that it manufactures. This allows the users to customize the disconnect switch to meet the specific needs of their applications, and to provide isolation to the downstream devices. The disconnect switches come with flexible operating and mounting options for different applications. The 194R single and multiple-port lugs allow for easy installation and the modules feature a protective cover for enhanced safety measures.
Repair Services for 194R-NE250-1753
||$524.17||Add to Cart |
Our highly skilled technicians can repair your 194R-NE250-1753. All of our repairs come with a 1 Year DO Supply Warranty. Please contact us for additional information about our repair process.