R744 Refrigerant, Carbon Dioxide, CO2, UN1013, Class 2, 14.5 oz. Hi Pressure

Description

Gregoriou Brothers Refrigeration Since 1979
Frosty-Freeze
R744 Refrigerant, Carbon Dioxide, CO2, UN1013, Class 2, 14.5 oz. Hi Pressure
** We are both UPS & FedEx Certified as a Hazardous Materials shipper.
This item ships as a "Hazardous Materials Packaged" and will be properly shipped and labeled as such.
R744 Refrigerant, Carbon Dioxide, CO2, UN1013, Class 2, 14.5 oz. Hi Pressure
(1) R744, 14.5 Oz. High Pressure Cylinder
Carbon Dioxide (CO2)
(1) Part# APX-283186111, R744 Charging Gauge Set that shows tank contents, "0 to 1800 PSI" and secondary or supply pressure gauge, (0 to 160 PSI).
You can adjust the charging pressure, 0 to 160 psi, with the set screw on the manifold of the gauge.
The hose connection is 1/4" male flare with a brass cap.
**Note, charging lines coming off the manifold gauge set require a high pressure hose of solid copper tubing.
We use 1/4" OD soft copper tubing when we recharge CO2 systems.
****DESIGNED FOR SYSTEMS THAT USE R744 REFRIGERANT ONLY!!
Please note that CO2 should never be charged in liquid form when the system is at a lower pressure than the triple point (5.2 bar).
If you were to do so, the liquid entering the system would suddenly change state, turning into dry ice and remaining in that state inside the system.
You must be certified by the (EPA), Section 608 or Section 609 to purchase this item.
You must show proof of certification before paying and before the item is shipped.
*If you are purchasing this item for resale only to EPA Certified Technicians then please indicate so in a message and please keep accurate records of same.
Thank you.
SHIPPING INFORMATION: We are a U.P.S. Certified Hazardous Material Shipper for both the United States and Canada.
The package will be properly labeled as a "Hazardous Materials Package" with all the required United States Department of Transportation identification labels as required in DOT-CFR Title 49 shipping regulations including "ORMD" Limited Quantities Exemption shipments.
** We are both UPS & FedEx Certified as a Hazardous Materials shipper. This item ships as a "Hazardous Materials Packaged" and will be properly shipped and labeled as such. R744 Refrigerant, Carbon Dioxide, CO2, UN1013, Class 2, 14.5 oz. Hi Pressure (1) R744, 14.5 Oz. High Pressure Cylinder Carbon Dioxide (CO2) (1) Part# APX-283186111, R744 Charging Gauge Set that shows tank contents, "0 to 1800 PSI" and secondary or supply pressure gauge, (0 to 160 PSI). You can adjust the charging pressure, 0 to 160 psi, with the set screw on the manifold of the gauge. The hose connection is 1/4" male flare with a brass cap. **Note, charging lines coming off the manifold gauge set require a high pressure hose of solid copper tubing. We use 1/4" OD soft copper tubing when we recharge CO2 systems. ****DESIGNED FOR SYSTEMS THAT USE R744 REFRIGERANT ONLY!! Please note that CO2 should never be charged in liquid form when the system is at a lower pressure than the triple point (5.2 bar). If you were to do so, the liquid entering the system would suddenly change state, turning into dry ice and remaining in that state inside the system.
Gregoriou Brothers Refrigeration Since 1979
Frosty-Freeze
R744 Refrigerant, Carbon Dioxide, CO2, UN1013, Class 2, 14.5 oz. Hi Pressure
** We are both UPS & FedEx Certified as a Hazardous Materials shipper.
This item ships as a "Hazardous Materials Packaged" and will be properly shipped and labeled as such.
R744 Refrigerant, Carbon Dioxide, CO2, UN1013, Class 2, 14.5 oz. Hi Pressure
(1) R744, 14.5 Oz. High Pressure Cylinder
Carbon Dioxide (CO2)
(1) Part# APX-283186111, R744 Charging Gauge Set that shows tank contents, "0 to 1800 PSI" and secondary or supply pressure gauge, (0 to 160 PSI).
You can adjust the charging pressure, 0 to 160 psi, with the set screw on the manifold of the gauge.
The hose connection is 1/4" male flare with a brass cap.
**Note, charging lines coming off the manifold gauge set require a high pressure hose of solid copper tubing.
We use 1/4" OD soft copper tubing when we recharge CO2 systems.
****DESIGNED FOR SYSTEMS THAT USE R744 REFRIGERANT ONLY!!
Please note that CO2 should never be charged in liquid form when the system is at a lower pressure than the triple point (5.2 bar).
If you were to do so, the liquid entering the system would suddenly change state, turning into dry ice and remaining in that state inside the system.
You must be certified by the (EPA), Section 608 or Section 609 to purchase this item.
You must show proof of certification before paying and before the item is shipped.
*If you are purchasing this item for resale only to EPA Certified Technicians then please indicate so in a message and please keep accurate records of same.
Thank you.
SHIPPING INFORMATION: We are a U.P.S. Certified Hazardous Material Shipper for both the United States and Canada.
The package will be properly labeled as a "Hazardous Materials Package" with all the required United States Department of Transportation identification labels as required in DOT-CFR Title 49 shipping regulations including "ORMD" Limited Quantities Exemption shipments.
** We are both UPS & FedEx Certified as a Hazardous Materials shipper.
This item ships as a "Hazardous Materials Packaged" and will be properly shipped and labeled as such.
R744 Refrigerant, Carbon Dioxide, CO2, UN1013, Class 2, 14.5 oz. Hi Pressure
(1) R744, 14.5 Oz. High Pressure Cylinder
Carbon Dioxide (CO2)
(1) Part# APX-283186111, R744 Charging Gauge Set that shows tank contents, "0 to 1800 PSI" and secondary or supply pressure gauge, (0 to 160 PSI).
You can adjust the charging pressure, 0 to 160 psi, with the set screw on the manifold of the gauge.
The hose connection is 1/4" male flare with a brass cap.
**Note, charging lines coming off the manifold gauge set require a high pressure hose of solid copper tubing.
We use 1/4" OD soft copper tubing when we recharge CO2 systems.
****DESIGNED FOR SYSTEMS THAT USE R744 REFRIGERANT ONLY!!
Please note that CO2 should never be charged in liquid form when the system is at a lower pressure than the triple point (5.2 bar).
If you were to do so, the liquid entering the system would suddenly change state, turning into dry ice and remaining in that state inside the system.