- YORK®
- Commercial Equipment
- Ductless and VRF Systems
- Variable Refrigerant Flow Systems
- VRF Single Port Changeover Box
VRF Single Port Changeover Box
208/230V
The YORK® Changeover Box (COB) is the workhorse in a heat recovery system that redirects refrigerant vapor to the desired zone.
- Continuous operation eliminates the risk of full system shutdown if there is a malfunction among the connected indoor units.
- Electronically controlled valves and a fully insulated valve housing minimizes noise and delivers quieter operation.
- Single-port design is ideal for single zones that require individual heating and cooling control.
The Workhorse in Your Heat Recovery System
Zoned buildings are dynamic. Finding a solution to meet these varied needs can be complex. YORK® VRF systems simplify heat recovery to deliver precise indoor comfort you can rely on. Continuous heating/cooling operation efficiently recovers and transfers refrigerant vapor based on the demands of the area. The single-port changeover box is ideal for single zones that require individual control with options that include 4 tons (connecting 1-7 indoor units) and 8 tons (connecting 1-8 indoor units).

Benefits

SYSTEM DESIGN FLEXIBILITY
Single-port changeover box is ideal for single zones that require individual heating and cooling control connecting up to 8 indoor units.

EASE OF SERVICE
A simplified design provides easy access to valves, reducing service time.

EXCEPTIONAL RELIABILITY
Continuous operation means no risk of system shutdown, even if one of the connected units malfunctions.
Features
- Optimized reliability through continuous operation
- Fine mesh strainers protect valves and further increase reliability
- System operates using vapor instead of liquid, reducing number of valves required for increased simplicity
- Malfunctions among connected units do not result in system shutdown
- Electronically controlled valves and fully insulated housing minimizes noise for greater installation flexibility
- Simplified design provides easy service access to valves
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