Original Japanese axial piston pump VZ50SAMS 30S04 or parts

Share on (1869471887):


Price:$113.52 - $156.09

Quantity:


Product Overview

Description



Product Description


Features:
Long-term operation, low working noise, high efficiency, high density medium discharge
High-density medium discharge-due to the use of supporting swash plates, small size, light weight and high pressure have been achieved, thereby increasing the output power per unit weight.
Low working noise-While increasing the rigidity of the swash plate structure, the rack designed with the latest measurement and analysis technology greatly reduces the running noise.
High efficiency-The use of ball valve plates and appropriate oil pressure balance expands the operating conditions and produces high efficiency. Long-term operation-due to the use of excellent wear-resistant ball valve plate, enhanced anti-pollution characteristics.




Technical Parameters


Basic model
Theoretical displacement
Working pressure
Allowable speed
Flow adjustment range
Weight (Control Method A)
cm2/rev
MPa{kgt/cm2}
min
1800min
Kg
Max
Rated
VZ50
50.2
28{280}
25{250}
500-1800
0-90
40
VZ63
63.0
28{280}
25{250}
500-1800
0-113
47
VZ80
79.6
28{280}
25{250}
500-1800
0-143
55
VZ100
104.6
28{280}
25{250}
500-1800
0-188
75
VZ130
135.9
21{210}
17.5{175}
500-1800
0-244
105


Related products






Packing&Shipping


In order to ensure that the product is not damaged during transportation, we will choose to use high-hardness cardboard boxes or wooden boxes to package the product according to the volume of the product, and adopt protective measures such as foamanti-collision and wooden frame fixing to ensure the safe and non-destructive delivery of the goods to the greatest extent.




Company Introduction




contact us


Service providers in the industrial sector
Contacts: Marie Cheung
Telephone: +8613729884993 (Wechat Synchronization)
E-mail: marketing@szouhang.com
Zip:518125
Address:Buildings 32,Third industrial zone, houting,Shajing,Bao'an District,
Shenzhen, China (Mainland)


0.0159 s.