The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

The CCM is an electrically operated valve designed specifically for operation in CO2 systems. The valve is capable of functioning both as an expansion valve, and as a gas bypass valve with back-pressure regulation in subcritical applications.

The pressure rating allows for operation in environments where system standby capability is required without the need for auxiliary cooling systems during servicing or power outages.

• KVS electrically operation evaporator pressure regulator valves modulate refrigerant flow in the evaporator.
• These valves must be paired with a current or voltage driver.
• The balanced design provides bi-flow operation as well as solenoid shut-off function in both flow directions.
• KVS is compatible with R-410A, R-407C, R-134a, R-507, R-22, and other refrigerants.

• KVS electrically operation evaporator pressure regulator valves modulate refrigerant flow in the evaporator.
• These valves must be paired with a current or voltage driver.
• The balanced design provides bi-flow operation as well as solenoid shut-off function in both flow directions.
• KVS is compatible with R-410A, R-407C, R-134a, R-507, R-22, and other refrigerants.

• KVS electrically operation evaporator pressure regulator valves modulate refrigerant flow in the evaporator.
• These valves must be paired with a current or voltage driver.
• The balanced design provides bi-flow operation as well as solenoid shut-off function in both flow directions.
• KVS is compatible with R-410A, R-407C, R-134a, R-507, R-22, and other refrigerants.