ASCO Series 7000 1200A 480V Automatic Transfer Switch CI Group

Ats Asco 7000. ASCO Series 7000 3000A 480V Automatic Transfer Switch CI Group 1: Three Pole 7000 S ERIES Automatic Transfer Switch rated 1600 Amperes (shown with optional front connected terminals and Power Manager). High speed transfer of loads between alternate sources of power, regardless of ampacity, is achieved using a reliable, field-proven solenoid operating mechanism

ASCO Series 7000 1200A 480V Automatic Transfer Switch CI Group
ASCO Series 7000 1200A 480V Automatic Transfer Switch CI Group from cigroup-us.com

This Asco Series 7000 transfer switch automatically transfers three phase loads up to 200A When combined with a programmable microprocessor controller with keypad and.

ASCO Series 7000 1200A 480V Automatic Transfer Switch CI Group

Isolating is required before any service work can be performed on the automatic transfer switch (ATS) ASCO 7000 SERIES ORDERING INFORMATION To order an ASCO 7000 SERIES Power Transfer Switch, complete the following catalog number: Frame Transition Type Neutral Code Phase Poles Amperes Voltage Code Group Code Enclosure D1 = 30A-230A ATS/NTS/MTS Only J = 150A-600A H = 800A-1200A G = 1600A-4000A Automatic 07ATS Automatic, Conventional 2 - position. ASCO 7000 series ATS provide industry-leading solutions for reliably transferring critical loads to emergency power sources

ASCO 7000 Series 400A 480V Automatic Transfer Switch CI Group. When combined with a programmable microprocessor controller with keypad and. Automatic Transfer Switches J-design, 260, 400, & 600 A

ASCO 7000 Series 600A 480V Automatic Transfer Switch CI Group. ASCO 7000 SERIES ORDERING INFORMATION To order an ASCO 7000 SERIES Power Transfer Switch, complete the following catalog number: Frame Transition Type Neutral Code Phase Poles Amperes Voltage Code Group Code Enclosure D1 = 30A-230A ATS/NTS/MTS Only J = 150A-600A H = 800A-1200A G = 1600A-4000A Automatic 07ATS Automatic, Conventional 2 - position. ASCO 7000 series ATS provide industry-leading solutions for reliably transferring critical loads to emergency power sources