CEJN / Series 135 / 300 MPa
Description:
Series 135 / 300 MPa
Coupling Category
High Pressure Couplings
Manufacturer
CEJN
Series 135 is a CEJN original for extremely high working pressure, 300 MPa.
The series also withstands pressure up to 300 MPa while disconnected (applies to the coupling and nipple).
Non-drip connection and disconnection are standard on the CEJN high pressure range.
The coupling also has a safety ring for the locking sleeve to prevent accidental disconnection.
Plastic dust caps are standard on both coupling and nipple.
Swiveling can cause wear damage over time why the nipple is available in both swivel and non-swivel designs.
Each coupling and nipple are pressure tested up to full working pressure before delivery.
The series makes it possible to connect pumps and accessories faster, safer and more conveniently, even at extreme pressure.
The series is in the first place recommended for bearing pullers, splitters and hydraulic test installations.
Technical data
Material: Hardened black finish steel
Max. working pressure: 300 MPa.
Min. bursting pressure: 600 MPa.
Nominal flow diameter: 2.5 mm (3/32")
Temperature range: -20°C - +80°C (0°F - +175°F)
Flow capacity at pressure drop 0.4 MPa: 4.6 l/min (1.01 GPM UK)
Max. recommended number of pressure cycles
with nipple 10 135 6505: 1000.
with nipple 10 135 6506: 5000.
The series also withstands pressure up to 300 MPa while disconnected (applies to the coupling and nipple).
Non-drip connection and disconnection are standard on the CEJN high pressure range.
The coupling also has a safety ring for the locking sleeve to prevent accidental disconnection.
Plastic dust caps are standard on both coupling and nipple.
Swiveling can cause wear damage over time why the nipple is available in both swivel and non-swivel designs.
Each coupling and nipple are pressure tested up to full working pressure before delivery.
The series makes it possible to connect pumps and accessories faster, safer and more conveniently, even at extreme pressure.
The series is in the first place recommended for bearing pullers, splitters and hydraulic test installations.
Technical data
Material: Hardened black finish steel
Max. working pressure: 300 MPa.
Min. bursting pressure: 600 MPa.
Nominal flow diameter: 2.5 mm (3/32")
Temperature range: -20°C - +80°C (0°F - +175°F)
Flow capacity at pressure drop 0.4 MPa: 4.6 l/min (1.01 GPM UK)
Max. recommended number of pressure cycles
with nipple 10 135 6505: 1000.
with nipple 10 135 6506: 5000.
Couplings - Female thread with 60° sealing cone (interchangeable with both nipple designs) | |||||||
Part No. | Connection | Length | Dia. | Hex. | Con. stroke | Weight | Rec. torque (Nm) |
10 135 1505 | M16x1.5 | 64.0 | 30.0 | 22 | 20.6 | 210 | 40-50 |
Max. working pressure: 300 MPa Min. bursting pressure: 600 MPa Seal material: Nitrile rubber Flow diameter: 2.5 mm (3/32") Temperature range: -20° C - +80° C (0°F - +175°F) Max. no. of pressure cycles (to max. working pressure) connected with - nipple 10 135 6505: 1000 nipple 10 135 6506: 5000 |
Nipples - Female thread with 60° sealing cone Standard design | |||||||
Part No. | Connection | Length | Dia. | Hex. | Con. stroke | Weight | Rec. torque (Nm) |
10 135 6505 | M16x1.5 | 55.3 | 25.0 | 22 | - | 125 | 40-50 |
Max. working pressure: 300 MPa Seal material: Nitrile rubber Min. bursting pressure: 600 MPa Flow diameter: 2.5 mm (3/32") Temperature range: -20° C - +80° C (0°F - +175°F) Max. no. of pressure cycles connected (to max. working pressure): 1000 |
Nipples - Female thread with 60° sealing cone Non-swivel design | |||||||
Part No. | Connection | Length | Dia. | Hex. | Con. stroke | Weight | Rec. torque (Nm) |
10 135 6506 | M16x1.5 | 55.3 | 25.0 | 22 | - | 125 | 40-50 |
Max. working pressure: 300 MPa Seal material: Nitrile rubber Min. bursting pressure: 600 MPa Flow diameter: 2.5 mm (3/32") Temperature range: -20° C - +80° C (0°F - +175°F) Max. no. of pressure cycles connected (to max. working pressure): 5000 Non-swivel model. Six optional positions are possible when connecting. |
WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov |