Series 865

Reduced male-female tee fitting.

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Product Description

Reduced male-female tee fitting.
For polyethylene pipes.

Technical data

Maximum working pressure: 16 bar
Medium temperature range: 0–40 °C
Material: brass

Certifications

DVGW DIN CERT
HY-CERT
ACS
SVGW

Drawings and specifications

Part number Connection Connection
3D models
Tender text
Reduced male-female tee fitting. For polyethylene pipes. connection: G 1/2" A (ISO 228-1) M, end outlet. connection: G 3/8" (ISO 228-1) F, Ø 20, end outlet. Maximum working pressure: 16 bar. Medium temperature range: 0–40 °C. Material: brass.
3D models
Tender text
Reduced male-female tee fitting. For polyethylene pipes. connection: G 3/4" A (ISO 228-1) M, Ø 25, inlet. connection: G 1/2" (ISO 228-1) F, end outlet. Maximum working pressure: 16 bar. Medium temperature range: 0–40 °C. Material: brass.
3D models
Tender text
Reduced male-female tee fitting. For polyethylene pipes. connection: G 1" A (ISO 228-1) M, Ø 32, inlet. connection: G 3/4" (ISO 228-1) F, end outlet. Maximum working pressure: 16 bar. Medium temperature range: 0–40 °C. Material: brass.
3D models
Tender text
Reduced male-female tee fitting. For polyethylene pipes. connection: G 1 1/4" (ISO 228-1) F, end outlet. connection: G 1" (ISO 228-1) F, Ø 40, end outlet. Maximum working pressure: 16 bar. Medium temperature range: 0–40 °C. Material: brass.
3D models
Tender text
Reduced male-female tee fitting. For polyethylene pipes. connection: G 1 1/2" A (ISO 228-1) M, Ø 50, inlet. connection: G 1 1/4" (ISO 228-1) F, end outlet. Maximum working pressure: 16 bar. Medium temperature range: 0–40 °C. Material: brass.
3D models
Tender text
Reduced male-female tee fitting. For polyethylene pipes. connection: G 2" A (ISO 228-1) M, Ø 63, inlet. connection: G 1 1/2" (ISO 228-1) F, end outlet. Maximum working pressure: 16 bar. Medium temperature range: 0–40 °C. Material: brass.

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.