-40%
UNIWELD, LIQUID CHARGING DEVICE WITH SIGHT GLASS, "VAPOR-VUE", MODEL VV1, 1/4"MF
$ 32.1
- Description
- Size Guide
Description
Gregoriou Brothers Refrigeration Since 1979Frosty-Freeze
UNIWELD, LIQUID CHARGING DEVICE WITH SIGHT GLASS, "VAPOR-VUE", MODEL VV1, 1/4"MF
6.0
UNIWELD Products
"QUALITY TOOLS THAT GO TO WORK WITH YOU"
Part# VV1
Uniweld VV1 Vapor Vue Charging Device
Uniweld VV1 Vapor Vue Charging Device
The Vapor•Vue&; is a visible vapor charging device that absorbs heat naturally and flashes the liquid refrigerant from the cylinder and charges into the system as a vapor.
Connecting the Vapor•Vue&; to the low side of your charging manifold will increase the charging rate up to 8 times faster and the liquid is controlled by adjusting the manifold valve and monitoring the vapor rate through the double sight glass.
Vapor•Vue&; is factory pressure tested at 800 psi and can be used to charge any refrigeration system & air conditioning system using R410A, CFC, HCFC & HFC, Zeotropic and Azeotropic refrigerants without the danger of liquid slugging and destroying the compressor.
Placing the manifold & Vapor•Vue&; over hot discharge airflow of the condensing unit will increase the heat exchange and charging rate efficiency.
Patent pending.
.0 UNIWELD Products "QUALITY TOOLS THAT GO TO WORK WITH YOU" Part# VV1 Uniweld VV1 Vapor Vue Charging Device Uniweld VV1 Vapor Vue Charging Device The Vapor•Vue&; is a visible vapor charging device that absorbs heat naturally and flashes the liquid refrigerant from the cylinder and charges into the system as a vapor. Connecting the Vapor•Vue&; to the low side of your charging manifold will increase the charging rate up to 8 times faster and the liquid is controlled by adjusting the manifold valve and monitoring the vapor rate through the double sight glass. Vapor•Vue&; is factory pressure tested at 800 psi and can be used to charge any refrigeration system & air conditioning system using R410A, CFC, HCFC & HFC, Zeotropic and Azeotropic refrigerants without the danger of liquid slugging and destroying the compressor. Placing the manifold & Vapor•Vue&; over hot discharge airflow of the condensing unit will increase the heat exchange and charging rate efficiency. Patent pending.
Gregoriou Brothers Refrigeration Since 1979
Frosty-Freeze
UNIWELD, LIQUID CHARGING DEVICE WITH SIGHT GLASS, "VAPOR-VUE", MODEL VV1, 1/4"MF
6.0
UNIWELD Products
"QUALITY TOOLS THAT GO TO WORK WITH YOU"
Part# VV1
Uniweld VV1 Vapor Vue Charging Device
Uniweld VV1 Vapor Vue Charging Device
The Vapor•Vue&; is a visible vapor charging device that absorbs heat naturally and flashes the liquid refrigerant from the cylinder and charges into the system as a vapor.
Connecting the Vapor•Vue&; to the low side of your charging manifold will increase the charging rate up to 8 times faster and the liquid is controlled by adjusting the manifold valve and monitoring the vapor rate through the double sight glass.
Vapor•Vue&; is factory pressure tested at 800 psi and can be used to charge any refrigeration system & air conditioning system using R410A, CFC, HCFC & HFC, Zeotropic and Azeotropic refrigerants without the danger of liquid slugging and destroying the compressor.
Placing the manifold & Vapor•Vue&; over hot discharge airflow of the condensing unit will increase the heat exchange and charging rate efficiency.
Patent pending.
6.0
UNIWELD Products
"QUALITY TOOLS THAT GO TO WORK WITH YOU"
Part# VV1
Uniweld VV1 Vapor Vue Charging Device
Uniweld VV1 Vapor Vue Charging Device
The Vapor•Vue&; is a visible vapor charging device that absorbs heat naturally and flashes the liquid refrigerant from the cylinder and charges into the system as a vapor.
Connecting the Vapor•Vue&; to the low side of your charging manifold will increase the charging rate up to 8 times faster and the liquid is controlled by adjusting the manifold valve and monitoring the vapor rate through the double sight glass.
Vapor•Vue&; is factory pressure tested at 800 psi and can be used to charge any refrigeration system & air conditioning system using R410A, CFC, HCFC & HFC, Zeotropic and Azeotropic refrigerants without the danger of liquid slugging and destroying the compressor.
Placing the manifold & Vapor•Vue&; over hot discharge airflow of the condensing unit will increase the heat exchange and charging rate efficiency.
Patent pending.