The APT Automatic Transfer Switchgear (ATS) is a medium voltage product used to switch power from a normal source to an emergency source. It does this by using various transfer control methods. This load transfer switchgear has an insulated silver plated copper main bus. The main bus also features bolted connections covered by insulating boots.
This load transfer switchgear offers 2.4kV, 4.16kV, 6.6kV, 7.2kV, 11kV, 12.47kV, 13.2kV, 13.8kV, 22kV, 27kV, 34.5kV, and 38kV options. It is an ultra-compact ATS with either Automatic Open or Closed Transition Transfer options. Our Medium Voltage Automatic Transfer Switchgear can be provided with redundant bypass circuit breakers and mechanically (and electrically) interlocked isolation switches.
The APT Compact Medium Voltage Switchgear is a metal enclosed and vacuum circuit breaker based switchgear. It can meet requirements for most power distribution applications. The MED-Series' circuit breakers are drawout. The enclosure includes hinged front door with lockable T-Handles.
A medium voltage product used to switch power from a normal source to an emergency source. It does this by using operator initiated manual transfer. The MES-MT is available as front access only. Each load braking switch section comes with a Lexan viewing window for observing visual air disconnect switch position. Additionally, the viewing window gives an operator full view of the position of all three switch blades.
A medium voltage product used to switch power from a normal source to an emergency source. It achieves this by using various normal and back-up transfer control methods. The main bus can either be tin or silver-plated copper. It also features bolted connections optionally covered by insulating boots. The MS6-AT is available as the world's smallest ATS size with front and side access only.
208V, 480V, 600V Low Voltage Automatic Transfer Switch Up to 3000A
This product combines the functionality of the Switchboard and Automatic Transfer Switch. The APT Automatic Transfer Switchboard (ATSB) is an Insulated Case Circuit Breaker based load transfer switchboard. It is used to integrate a generator set into your power distribution system, without continuous paralleling with the utility.
The WM2-MT Series saves floor space and installation cost by replacing the need for an external manual or automatic transfer switch. It also has easy and spacious access to color coded, generator & loadbank cam-lok receptacles.
The FS2-MT is a Portable Generator Quick Connection Transfer Switchboard. It is suitable for Utility Service Entrance Equipment. This switchboard saves floor space and installation cost by replacing the need for an external manual or automatic transfer switch. It also has easy and spacious access to color coded, generator & loadbank cam-lok receptacles. The FS2-T Series features Service Entrance Ground Fault Monitoring. It also has available Automatic Load Transfer means for use in Permanent Generator applications.
The MF2-MT is a Portable Generator Quick Connection Transfer Switchboard Suitable for Utility Service Entrance Equipment. It is designed to allow quick and safe connection of a medium or low voltage mobile generator to a medium voltage step up transformer. This applies to facilities experiencing loss of power. Permanent switchgear installation and connection to the facility power distribution system will minimize any unplanned power outages. The MF2-MT also features air insulated loadbreak and deadbreak bushing wells.
This switchboard features Bypass/Isolation for UPS Maintenance with SKRU, & Redundant Bypass/Isolation with Low & Medium Voltage Automatic Transfer Switchgear. It works best in generator and UPS applications.
This Switchgear-Style Automatic Transfer Switchboard features Insulated Case Circuit Breakers. It is used to integrate a generator set into your power distribution system, without continuous paralleling with the utility.
The SBU-ATO-BI features Open Transition Automatic Transfer with Redundant Insulated Case Circuit Breakers for Each Source Maintenance Bypass/Isolation ATS. It is used to integrate a generator set into your power distribution system, without continuous paralleling with the utility.
