Quick Release Type Hydraulic Quick Coupler Plug With Multiple Outlets
| Place of Origin: | Zhejiang |
|---|
Company Profile
| Location: | Hangzhou, Zhejiang, China (Mainland) |
|---|---|
| Business Type: | Manufacturer |
| Main Products: | CNC Milling Spindle, CNC High Speed Spindle, PCB Drilling Spindle |
Product Detail
| Model No.: | HS5000-B-F2N-D-0 |
|---|
Product Description
Quick Release Type Hydraulic Quick Coupler Plug With Multiple Outlets
Description:
1.Socket+Plug=Coupling Fitting
2.APPLICAION:This series is used to the industrial requests liw pressure and the most important characteristics
is stability and highest quality raw material used to manufacture
3.Working maximum pressure is 250 PSI
4.Easy to connect and disconnect
5.Cold and heat resistance
6.Poppet values available to prevent uncoupler leakage
7.Interface seal is NBR(N) which resists high pressure extrusion
8.Maintain a stable under the pressure
9.With its own updated proprietary valve technology
The material is SS316,SS304,SS316L ect.
Specifications:
Socket
|
Item number |
LS |
ØD |
B2 |
A |
END TYPE SIZE(NPT) |
Max.Operating |
Operating |
|
HS00250-C-M7UNF-D-0 |
49.5 |
24 |
17 |
10.5 |
UNF9/16 |
250PSI |
-10°F~212°F |
|
HS00250-C-M7UNF-D-0 |
47.5 |
24 |
17 |
10.5 |
UNF9/16 |
250PSI |
-10°F~212°F |
Plug
|
Item number |
LP |
C |
B1 |
A |
END TYPE SIZE(NPT) |
Max.Operating |
Operating |
|
HP00250-C-HPF7UNF-D-0 |
38.8 |
24 |
16 |
10.5 |
UNF9/16 |
250PSI |
-10°F~212°F |
|
HP00250-C-HPF7UNF-D-0 |
40.3 |
24 |
16 |
10.5 |
UNF9/16 |
250PSI |
-10°F~212°F |
|
Item number |
L |
ØD |
B1 |
B2 |
END TYPE SIZE(NPT) |
Max.Operating |
Operating |
|
HC00250-C-F7M7UNF-D-0 |
69 |
24 |
16 |
17 |
UNF9/16 |
250PSI |
-10°F~212°F |
|
HC00250-C-F7M7UNF-D-0 |
69 |
24 |
16 |
17 |
UNF9/16 |
250PSI |
-10°F~212°F |
Competitive Advantage:
1.Certificate:ISO9001:2009/TS16949
2.15 Years Experience
3.High quality and reasonable price
4.Delivery on time
5.Disassembly,durability and versatility, goof chill stability and thermostability
6.Strong shock resistance and corrosion resistance and are bale to maintain astable under t