Industrial Automation Co. is an Authorized Distributor of Benshaw

Benshaw R2CB-1200A-1200F-3P-HF-NG0

Circuit Breaker 1200 A - 1200 Frame 3P 600 VAC, H-High Fault, NG0 Trip Unit, 65 KAIC Interrupt at 480 VAC

Benshaw R2CB-1200A-1200F-3P-HF-NG0

Regular price
$3,214.70
Sale price
$3,214.70
We currently have 7 in stock.
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In stock - Ships Today

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Eligible for Next Day Delivery

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Ships From The Manufacturer

Eligible for Next Day Delivery All Benshaw Products Come with Manufacturer's Warranty New, Refurbished and Repairs Available


We can ship via UPS, FedEx, and USPS. We can ship on customers' accounts as well. International delivery available via UPS and DHL. In stock items typically ship same day.


All authorized products are covered by the original manufacturer’s warranty..


Payment options

We accept all major credit cards. Arrangements can be made for Wire Transfers and PayPal payments.

Credit Terms

We understand that credit is a necessary part of business. We offer NET 30 terms to established companies.

Buying Options
Buying Options

All authorized products are covered by the original manufacturer’s warranty.

Condition SKU Price Warranty Availability Quantity Purchase
New R2CB-1200A-1200F-3P-HF-NG0 $3,214.70 USD Manufacturer's Warranty 7 In Stock in the United States.
Description

Benshaw Circuit Breaker 1200 A - 1200 Frame 3P 600 VAC, H-High Fault, NG0 Trip Unit, 65 KAIC Interrupt at 480 VAC

Three pole, electronic trip, 600 volt rated circuit breaker. Includes line and load lugs and mounting hardware.


Repair & Service
Quick Repairs and Great Service

Send in your item for a free evaluation and repair quote. Use our RMA form or email a repair request to service@iac.us.com , and we will contact you to assess your situation and offer shipping information.

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All authorized products are covered by the original manufacturer’s warranty.


TECHNICAL SPECIFICATIONS

Benshaw molded case electronic trip circuit breakers protect low voltage electrical systems from damage that may occur as a result of short circuit and/or overload conditions.