Page 101 - b.safe catalog

b.safe Waste Caps S60
Material: PTFE, PP | Temperature resistance: 0 °C to +110 °C |
Chemical resistance: ++ very good
Screw cap made of PP for canister thread S60, free movable insert made of PTFE. With PFA Fittings for capillaries with O. D. 1,6/2,2/3,2 mm (thread UNF 1⁄4”), Blind Fittings to close unused connections, 1 hose connector for tubing I. D. 5,5 - 8 mm (thread NPT 1/8“) and 1 connector to screw in a b.safe Exhaust Filter (thread GL14, not included).
A
B
C
Number of capillary connectors
B 2
Number of Fittings mm
2 x Ø 1,6 (green) 2 x Ø 2,2 (purple) 2 x Ø 3,2 (yellow)
Number of Blind Fittings
1 (milky white, UNF 1/4“)
Hose Connector
1 x
Ø 5,5 - 8 mm
Cat. No.
M 360-03
b.safe COLLECTION OF WASTE 69
Version and scope of delivery as per below chart.
A
3
3 x Ø 1,6 (green) 3 x Ø 2,2 (purple) 3 x Ø 3,2 (yellow)
2 (milky white, UNF 1/4“)
0
M 360-01
C
4
4 x Ø 1,6 (green) 4 x Ø 2,2 (purple) 4 x Ø 3,2 (yellow)
4 (milky white, UNF 1/4“)
4 (white,
NPT 1/8“)
4x
Ø 5,5 - 8 mm
M 360-40
Application:
Safe disposal of solvents without leakage of harmful solvent vapours. With b.safe Fittings made of PFA, tubes can be easily inserted in the waste container, the conical seal cone clamps the tubing and seals the connection safely. Large amounts of liquids can be collected by connecting tubing with OD 5,5 - 8 mm. Solvent vapours from the escaping air during filling are restrained by the Exhaust Filter containing activated carbon. The service life of the filter can be easily monitored through either activating the display on the lid and exchanging the filter in case of completely red colouring or documentation of the exchange date by hand. To connect corrugated tubing with
I. D. 6,5 or 8,5 mm to the tubing connection (NPT 1/8” thread), just use the b.safe Corrugated Tubing Coupling M 514-.. on page 100.
b.safe INFORMATIVE Operating Principle Page 164
This is how pressure compensation is made during filling.
Diameter 59,5 mm
Canister thread
Pitch 6,0 mm
S60 (DIN60/61)
Not sure if this cap fits?
Help for thread determination from page 168.