Series 914

Male fitting.

914310.png
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Product Description

Male fitting.
For annealed copper, hard copper, brass, mild steel and stainless steel pipes.
Conforms to standard UNI EN 1254-4.
For hydraulic and domestic water systems.
(black O-Ring conforms to standard EN 681.1).

Technical data

Finish: chrome plated
Medium temperature range: -25–120 °C
Maximum working pressure: 16 bar

Note

Mechanical fittings with O-ring seal are not suitable for use with fuel added with RME ( Rape Methyl ester)

Drawings and specifications

Part number Connection Pipe diameter Actions
914310 G 3/8" A (ISO 228-1) M
Ø 10
3D models
Tender text
CALEFFI, 914310. Male fitting. For annealed copper, hard copper, brass, mild steel and stainless steel pipes. Conforms to standard UNI EN 1254-4. For hydraulic and domestic water systems. (black O-Ring conforms to standard EN 681.1). Connection: G 3/8" A (ISO 228-1) M. Pipe diameter: Ø 10. Maximum working pressure: 16 bar. Medium temperature range: -25–120 °C. Finish: chrome plated.
SCIP code
fbe06aa5-b16f-44f8-a3a3-863638c23303
914312 G 3/8" A (ISO 228-1) M
Ø 12
3D models
Tender text
CALEFFI, 914312. Male fitting. For annealed copper, hard copper, brass, mild steel and stainless steel pipes. Conforms to standard UNI EN 1254-4. For hydraulic and domestic water systems. (black O-Ring conforms to standard EN 681.1). Connection: G 3/8" A (ISO 228-1) M. Pipe diameter: Ø 12. Maximum working pressure: 16 bar. Medium temperature range: -25–120 °C. Finish: chrome plated.
SCIP code
fbe06aa5-b16f-44f8-a3a3-863638c23303
914314 G 3/8" A (ISO 228-1) M
Ø 14
3D models
Tender text
CALEFFI, 914314. Male fitting. For annealed copper, hard copper, brass, mild steel and stainless steel pipes. Conforms to standard UNI EN 1254-4. For hydraulic and domestic water systems. (black O-Ring conforms to standard EN 681.1). Connection: G 3/8" A (ISO 228-1) M. Pipe diameter: Ø 14. Maximum working pressure: 16 bar. Medium temperature range: -25–120 °C. Finish: chrome plated.
SCIP code
fbe06aa5-b16f-44f8-a3a3-863638c23303
914410 G 1/2" A (ISO 228-1) M
Ø 10
3D models
Tender text
CALEFFI, 914410. Male fitting. For annealed copper, hard copper, brass, mild steel and stainless steel pipes. Conforms to standard UNI EN 1254-4. For hydraulic and domestic water systems. (black O-Ring conforms to standard EN 681.1). Connection: G 1/2" A (ISO 228-1) M. Pipe diameter: Ø 10. Maximum working pressure: 16 bar. Medium temperature range: -25–120 °C. Finish: chrome plated.
SCIP code
fbe06aa5-b16f-44f8-a3a3-863638c23303
914412 G 1/2" A (ISO 228-1) M
Ø 12
3D models
Tender text
CALEFFI, 914412. Male fitting. For annealed copper, hard copper, brass, mild steel and stainless steel pipes. Conforms to standard UNI EN 1254-4. For hydraulic and domestic water systems. (black O-Ring conforms to standard EN 681.1). Connection: G 1/2" A (ISO 228-1) M. Pipe diameter: Ø 12. Maximum working pressure: 16 bar. Medium temperature range: -25–120 °C. Finish: chrome plated.
SCIP code
fbe06aa5-b16f-44f8-a3a3-863638c23303
914414 G 1/2" A (ISO 228-1) M
Ø 14
3D models
Tender text
CALEFFI, 914414. Male fitting. For annealed copper, hard copper, brass, mild steel and stainless steel pipes. Conforms to standard UNI EN 1254-4. For hydraulic and domestic water systems. (black O-Ring conforms to standard EN 681.1). Connection: G 1/2" A (ISO 228-1) M. Pipe diameter: Ø 14. Maximum working pressure: 16 bar. Medium temperature range: -25–120 °C. Finish: chrome plated.
SCIP code
fbe06aa5-b16f-44f8-a3a3-863638c23303
914415 G 1/2" A (ISO 228-1) M
Ø 15
3D models
Tender text
CALEFFI, 914415. Male fitting. For annealed copper, hard copper, brass, mild steel and stainless steel pipes. Conforms to standard UNI EN 1254-4. For hydraulic and domestic water systems. (black O-Ring conforms to standard EN 681.1). Connection: G 1/2" A (ISO 228-1) M. Pipe diameter: Ø 15. Maximum working pressure: 16 bar. Medium temperature range: -25–120 °C. Finish: chrome plated.
SCIP code
fbe06aa5-b16f-44f8-a3a3-863638c23303

Applications

Pipe Sizer Caleffi
Pipe Sizer Caleffi

This application allows for sizing and making calculations for pipes and conduits carrying water or air, respectively for hydraulic or aeraulic plants.