PVC Discharge Hose Assembly, Blue, Male X Female Cam and Groove Multiple Options
Color: Blue
Features:
- PVC for corrosion resistance, high strength, and light weight
- High-tensile polyester yarn reinforcement for strength and durability
- Aluminum male cam and groove coupling and female cam coupling for resistance to corrosion and tarnishing
- Lightweight hose coils flat for compact storage
- Temperature range from -10 to +150 degrees F and maximum pressure rating of 65 psi
Details: This hose is a 50' discharge hose for a water pump. The hose is made of polyvinyl chloride (PVC) for corrosion resistance, high strength, and light weight, with a high-tensile polyester yarn reinforcement for strength and durability. The hose has an aluminum male cam and groove coupling on one end and a female cam coupling on the other for resistance to corrosion and tarnishing.
The couplings have cam lock levers for quick disconnect. This hose is lightweight and lies flat for compact coiling and storage. It has a temperature range of -10 to +150 degrees F. This discharge hose is suitable for use in construction, agricultural, mining, and general open-end water discharge applications. It is not to be used with petroleum-based products.
Industrial hoses transfer or convey air or liquid in hose systems. When selecting industrial hoses, use the STAMPED method to help determine the type of hose needed:
S = Size (ID, OD, and length)
T = Temperature (maximum and minimum temperatures of material being transported)
A = Application (industry or process)
M = Material (to be conveyed, type and concentration)
P = Pressure (maximum working pressure)
E = Ends (type of end connectors or couplings on hose)
D = Delivery method (volume and velocity)
The inside diameter of the hose must be adequate to keep pressure loss to a minimum and avoid damage to the hose due to heat generation or excessive turbulence. The hose must be capable of withstanding the minimum and maximum temperatures that occur within the hose system. Some applications require specialized oils or chemicals to be conveyed through the system. In this case, hose selection must ensure compatibility of the hose tube, cover, couplings and O-rings with the fluid used. Industrial hoses are used in systems such as air compressors, automatic manufacturing operations, aircraft controls, and tire installation in industries including agriculture, mining, road construction, firefighting, and aviation.
Working Pressures:
1-1/2" & 3" ID = 80 Psi
2-1/2" = 65 Psi
4" = 70 Psi
6" ID = 60 Psi
8" ID = 35 Psi
Color: Blue
Features:
- PVC for corrosion resistance, high strength, and light weight
- High-tensile polyester yarn reinforcement for strength and durability
- Aluminum male cam and groove coupling and female cam coupling for resistance to corrosion and tarnishing
- Lightweight hose coils flat for compact storage
- Temperature range from -10 to +150 degrees F and maximum pressure rating of 65 psi
Details: This hose is a 50' discharge hose for a water pump. The hose is made of polyvinyl chloride (PVC) for corrosion resistance, high strength, and light weight, with a high-tensile polyester yarn reinforcement for strength and durability. The hose has an aluminum male cam and groove coupling on one end and a female cam coupling on the other for resistance to corrosion and tarnishing.
The couplings have cam lock levers for quick disconnect. This hose is lightweight and lies flat for compact coiling and storage. It has a temperature range of -10 to +150 degrees F. This discharge hose is suitable for use in construction, agricultural, mining, and general open-end water discharge applications. It is not to be used with petroleum-based products.
Industrial hoses transfer or convey air or liquid in hose systems. When selecting industrial hoses, use the STAMPED method to help determine the type of hose needed:
S = Size (ID, OD, and length)
T = Temperature (maximum and minimum temperatures of material being transported)
A = Application (industry or process)
M = Material (to be conveyed, type and concentration)
P = Pressure (maximum working pressure)
E = Ends (type of end connectors or couplings on hose)
D = Delivery method (volume and velocity)
The inside diameter of the hose must be adequate to keep pressure loss to a minimum and avoid damage to the hose due to heat generation or excessive turbulence. The hose must be capable of withstanding the minimum and maximum temperatures that occur within the hose system. Some applications require specialized oils or chemicals to be conveyed through the system. In this case, hose selection must ensure compatibility of the hose tube, cover, couplings and O-rings with the fluid used. Industrial hoses are used in systems such as air compressors, automatic manufacturing operations, aircraft controls, and tire installation in industries including agriculture, mining, road construction, firefighting, and aviation.
Working Pressures:
1-1/2" & 3" ID = 80 Psi
2-1/2" = 65 Psi
4" = 70 Psi
6" ID = 60 Psi
8" ID = 35 Psi