we can supply standard and non-standard hydraulic hydraulic system according to your need,following is standard some information.
1.These are compact-sized and lightweight power packages that use minimal oil delivered from a small tank.
2.They come with a high-performance variable displacement vane pump and piston pump installed.
3.Since a manifold block can be installed directly on the hydraulic pump as an option, it is easy to configure the hydraulic circuit of the user's choice by installing a small stack valve.
4.Full return line filter is standard equipment which enables longer system life.
5.Variety of options are available,including temperature gauge,magnet,level switch,manifold block,etc.
Technical Date
| Model |
Geometric displacement cm3/rew |
Max.Pressure
Mpa |
Pressure adjustment range
Mpa |
Oil tank capacity
L |
Power Of Electric Motor
KW |
Weight
KG |
| YA10-B-2-0.75-41 |
10.0 |
7 |
1.2~7 |
20 |
0.75KW×4P |
55 |
| YA10-B-3-0.75-41 |
30 |
0.75KW×4P |
60 |
| YA10-B-3-1.5-41 |
30 |
1.5KW×4P |
65 |
| YA10-B-4-0.75-41 |
40 |
0.75KW×4P |
80 |
| YA10-B-4-1.5-41 |
40 |
1.5KW×4P |
85 |
| YA10-B-6-1.5-41 |
60 |
1.5KW×4P |
90 |
| YA10-B-6-2.2-41 |
60 |
2.2KW×4P |
90 |
| YA10-C-6-2.2-41 |
16 |
2.0~16 |
60 |
2.2KW×4P |
90 |
| YA10-C-6-3.7-41 |
60 |
3.7KW×4P |
95 |
| YA10-C-10-2.2-41 |
100 |
2.2KW×4P |
125 |
| YA10-C-10-3.7-41 |
100 |
3.7KW×4P |
130 |
| YA16-B-4-1.5-41 |
15.8 |
7 |
1.2~7 |
40 |
1.5KW×4P |
90 |
| YA16-B-6-1.5-41 |
60 |
95 |
| YA16-B-6-2.2-41 |
60 |
2.2KW×4P |
95 |
| YA16-B-6-3.7-41 |
60 |
3.7KW×4P |
100 |
| YA16-C-6-3.7-41 |
16 |
2.0~16 |
60 |
100 |
| YA16-B-10-2.2-41 |
7 |
1.2~7 |
100 |
2.2KW×4P |
130 |
| YA16-C-10-3.7-41 |
16 |
2.0~16 |
100 |
3.7KW×4P |
135 |
| YA16-C-10-5.5-41 |
100 |
5.5KW×4P |
150 |
| YA16-C-10-7.5-41 |
100 |
7.5KW×4P |
160 |
| YA22-B-6-2.2-41 |
22.2 |
7 |
1.2~7 |
60 |
2.2KW×4P |
95 |
| YA22-B-6-3.7-41 |
60 |
3.7KW×4P |
100 |
| YA22-B-10-2.2-41 |
100 |
2.2KW×4P |
130 |
| YA22-B-10-3.7-41 |
100 |
3.7KW×4P |
135 |
| YA22-C-10-5.5-41 |
16 |
2.0~16 |
100 |
5.5KW×4P |
150 |
| YA22-C-10-7.5-41 |
100 |
7.5KW×4P |
160 |
| YA37-B-10-3.7-41 |
36.9 |
7 |
1.2~7 |
100 |
3.7KW×4P |
135 |
| YA37-B-16-5.5-41 |
160 |
5.5KW×4P |
170 |
| YA37-B-16-7.5-41 |
160 |
7.5KW×4P |
170 |
.Air Bleed
• During initial system startup (and startups after long period of storage), pump may have difficulty drawing fluid. By pre-installing an air bleed valve (ABT-03) or by loosing a fitting in the delivery pipe, air can be bled from the system.
• During air bleed of pump and piping, pump should be run at no load.
.Warm Up
During startup, if viscosity is higher than proper viscosity (54 mm 2 /s), system should be warmed up with pressure less than half of maximum working pressure until viscosity falls below 54 mm 2 /s.
. Hydraulic Fluids
• Maximum operating pressures, maximum speeds,etc. specifications may differ according to the hydraulic fluid used.
• Mineral oils
-Please use general industrial use anti-wear fluids.
• Fire resistant fluids
-Water glycols may be used with us standard type pumps. However maximum operating pressures, maximum speeds, etc., specifications will differ from those of mineral oil fluids. Please refer to specifications of each pump for details.
-Fluorine seals are used with pumps that operate on phosphate ester fluids. An "F3-" suffix
is used to designate such pumps. However specifications for maximum operating pressures, maximum speeds, etc., will differ from those of mineral oil fluids.
Hydraulic Fluid Viscosity and Temperature
• Please operate pump with viscosity level within 13~54 mm 2 /s range. Maximum viscosity allowed is 860 mm2/s (220 mm 2 /s for V20, V30 Series), but warm up and operation should be done in accordance with the paragraph on "Warm Up".
• Fluid temperature should be maintained below 65°C.
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