2022 Caterpillar Automatic Transfer Switch ATC Breaker / Contactor ATC Molded Case Circuit Breaker & Molded Case
- Year 2022
- Make Caterpillar
- Model Automatic Transfer Switch ATC Breaker / Contactor
2022 Caterpillar Automatic Transfer Switch ATC Breaker / Contactor ATC Molded Case Circuit Breaker & Molded Case
Cat® transfer switches are designed for a variety of standby power applications. They provide flexibility, reliability and value in a compact package. The open transition breaker-based Automatic Transfer Switch (ATS) will provide fully functioning transfer in applications where a momentary loss of power is acceptable on retransfer from emergency to normal power supply. The Cat Open Transition MCCB & MCS types of ATS also permits periodic testing of the emergency source without interrupting power to the loads and are available from 30 to 1000 amperes.
ATC-300+ OR ATC-900 MICROPROCESSOR-BASED CONTROLLERDurable powder-coated steel NEMA 1, NEMA 3R, NEMA 4 and NEMA 12ALL CONTROLS RELAYS AND INDUSTRIAL GRADE RELAYS
Lugs are 90" rated and all control wire is #16 AWG, type XLPE with a 125" temperature rating
MCCB & MCS TYPES OF ATSalso permits periodic testing of the emergency source without interrupting power to the loads
Features may include:- atc-100, Atc-300+ Or Atc-800 Microprocessor-based Controller
- mechanical (Cable) And Electrical Interlocking To Prevent Paralleling Of Sources
- voltage And Frequency Sensing
- multiple Field Programmable Time Delays
- switch Position Indication
- source Availability Indication
- safe Manual Transfer Under Load
- source 1 And Source 2 Auxiliary Contacts
- programmable Plant Exerciser
- system Test Pushbutton
- load Shed From Emergency (Atc-800 Only)
- mimic Diagram
- mechanical (Cable) And Electrical Interlocking To Prevent Paralleling Of Sources
- safe Manual Operation Under Full Load With Permanently Affixed Operating Handle
- ambient Temperature Range: -40c To 40c (-40f To 104f)
- operating Temperature Range: -20c To 70c (-4f To 158f)
- operating Humidity: Up To 90%
- relative Humidity (Non-condensing)
- frequency Sensing On Source 1 And 2
- true Rms Three Phase Voltage Sensing On Source 1, Source 2 And Load