INTEGRATED MATERIAL HANDLING SOLUTIONS
HYDRAULIC GEAR PUMPS
HYDRAULIC GEAR PUMPS TOP		 HYDRAULIC DIRECTIONAL CONTROL VALVES
HYDRAULIC DIRECTIONAL CONTROL VALVES		 HYDRAULIC VALVES
HYDRAULIC VALVES		 MINI POWER PACKS
MINI POWER PACKS
The gear pumps are designed for transforming the mechanical energy as energy of the working liquid (pressure and flow rate). They are simplified in construction and they have a relatively low cost. All these benefits ensure their wide application in the hydraulic systems. These directional control valves are used for controlling the working liquid direction between the generators of pressurized flow (hydraulic pumps), the consumers of pressurized flow (hydraulic cylinders and motors) and the tank. Relief Valves - Relief Valves-Prefill Type - Unloading Relief Valves - Pressure Reducing Valves - Check valves - Check valves with Hydraulic Operation - "Overcenter" Valves with Internal Pilot Operation - Adjustable Throttles with Check Valves - Flow Control Valves - Flow-limiting Valves Adjustable - Hose burst check valves - Dividing and combining valves - Hydraulic pressure switches Quick-disconnect Coupling The main elements of the hydraulic power packs: - Central hydraulic block used for all schemes assembly included in this catalogue - El. motors -AC; mono-phase or there-phase with capacity of 0.55 up to 3 kW DC; with capacity of 0.8 to 3 kW at 12 or 24 V - Tank; with capacity of 1 to 60 lt - Gear pump with suction filters 100 microns integrated in the tank volume - a wide range of modular elements allowing the implementation of additional hydraulic schemes.
HYDRAULIC CARTRIDGE VALVES
HYDRAULIC CARTRIDGE VALVES		 HYDRAULIC DC POWER PACKS
HYDRAULIC DC POWER PACKS		 HYDRAULIC VALVES
HYDRAULIC CYLINDERS
Solenoid Valve - Relief Valve - Check Valve - Check Pilot to Open - Load Shuttle - Piloted 2 Way Spool, External Vent - Ploted Logic Valve - Pressure Sequence Valve - Needle Valve - Flow Control Valve - Manual Spring Return Valve - Pressure Reducing Valve - Solenoids for Cartridge Valves - Cartridge Cavities The hydraulic power packs type HC... are completed with a tank, a gear pump, a DC electric motor and some special hydraulic elements. These power packs can be used for driving hydraulic motors of the vehicles. The standard diameters of the bore and rod Max.working pressure - 200 bar. Working temperature: min.-30°C max.+80°C Rod max.speed: 0.5m/s Fluid: hydraulic oil
HYDRAULIC GEAR PUMPS TOP
GENERAL DESCRIPTION BASIC DESIGN DRIVE ARANGEMENTS TECHNICAL DATA

The gear pumps are designed for transforming the mechanical energy as energy of the working liquid (pressure and flow rate). They are simplified in construction and they have a relatively
low cost. All these benefits ensure their wide application in the hydraulic systems.





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The pump consists essentially of a pair of gears supported in bush bearing, inserted in one body. It is closed between two covers (front and rear). The drive shaft is radially sealed. A high volumetric efficiency is ensured by specially designed bush bearing clearance.

The pump drive can be direct or indirect (by gear, chains, or belt transmissions). Both drives should not impose axial or radial forces on the pump shaft. Oldham coupling serrated drive adapters are used with direct drive. For indirect drive refer to the manufacturer.

Inlet pressure, absolute:
0.8...2.2 bar
Working liquid: hydraulic oils
with viscosity 20...200 mm2/s

Degree of filtration:
0.025 mm
Fluid temperature range:
normal version:
-25 ... 80 oC
arctic version:
-40 ... 80 oC

Ambient temperature range:
normal version:
-22 ... 55 oC
arctic version:
-40 ... 55 oC
Gr. 00  200 BAR
USED SYMBOLS TECHNICAL TABLE
q - displacement;
pnom - nominal pressure;
nmin - minimal speed;
nnom - nominal speed;
nmax - maximal speed;
Pnom - power at pnom and nnom
Pmax - power at pnom and nmax

volumetric efficiencies;
qmin - at min. speed;
qnom - at nom. speed;
qmax - at max. speed;

efficiencies;
min - at min. speed;
nom - at nom. speed;
max - at max. speed;
q
cm³
0.25*
0.5
0.75
1.0
1.25
1.5
1.75*
2*
0.30
pnom
bar
200
200
200
200
200
175
160
160
200
nmin
min-¹
750
750
750
750
750
750
750
750
750
nnom
min-¹
1500
1500
1500
1500
1500
1500
1500
1500
1500
nmax
min-¹
3500
3500
3500
3000
2500
2000
1500
1500
3500
qmin
%
75
75
75
78
78
78
78
78
75
min
%
68
68
68
70
70
70
70
70
68
qnom
%
89
89
89
91
91
93
93
93
89
nom
%
80
80
80
83
83
85
85
85
80
qmax
%
92
92
91
91
91
91
91
91
92
max
%
82
82
82
82
83
83
83
83
82
Pnom
kW
0.14
0.28
0.42
0.55
0.69
0.72
0.85
0.80
0.17
Pmax
kW
0.54
1.08
1.63
1.43
1.72
1.35
1.18
1.09
0.65
* Under special order
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Gr. 10  250 BAR
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USED SYMBOLS TECHNICAL TABLE
q - displacement;
pnom - nominal pressure;
nmin - minimal speed;
nnom - nominal speed;
nmax - maximal speed;
Pnom - power at pnom and nnom
Pmax - power at pnom and nmax

volumetric efficiencies;
qmin - at min. speed;
qnom - at nom. speed;
qmax - at max. speed;

efficiencies;
min - at min. speed;
nom - at nom. speed;
max - at max. speed;
q
cm³
1
1.25
1.6
2
2.5
3.15
3.62
4.2
5
5.7
6.1
pnom
bar
250
250
250
250
250
250
250
250
250
200
200
nmin
min-¹
750
750
750
750
750
750
750
750
750
750
750
nnom
min-¹
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
nmax
min-¹
3500
3500
3500
3500
3500
3500
3500
3500
2500
2000
2000
qmin
%
78
78
78
78
79
79
79
79
79
80
80
min
%
70
70
70
70
71
71
71
71
71
72
72
qnom
%
91
91
91
92
92
92
92
92
92
93
93
nom
%
83
83
83
84
84
84
84
84
84
85
85
qmax
%
93
93
93
94
94
94
94
94
94
95
95
max
%
84
84
84
85
85
85
85
85
85
86
86
Pnom
kW
0.63
0.78
1
1.25
1.56
2
2.45
2.82
3.36
3.06
3.27
Pmax
kW
1.46
1.82
2.71
2.92
3.65
4.6
5.71
5.63
4.47
4.07
4.35
* Under special order
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Gr. 20  250 BAR
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USED SYMBOLS TECHNICAL TABLE
q - displacement;
pnom - nominal pressure;
nmin - minimal speed;
nnom - nominal speed;
nmax - maximal speed;
Pnom - power at pnom and nnom
Pmax - power at pnom and nmax

volumetric efficiencies;
qmin - at min. speed;
qnom - at nom. speed;
qmax - at max. speed;

efficiencies;
min - at min. speed;
nom - at nom. speed;
max - at max. speed;
q
cm³
4.5
6.3
8.2
10
11
12
14
15
16
19
22
25
pnom
bar
250
250
250
250
250
250
250
250
250
200
200
160
nmin
min-¹
650
650
650
650
650
650
650
650
650
650
650
650
nnom
min-¹
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
nmax
min-¹
3500
3500
3500
3500
3500
3500
3500
2500
2500
2500
2000
2000
qmin
%
75
76
77
77
78
78
78
80
80
82
82
82
min
%
67
68
69
70
71
71
71
74
74
74
74
74
qnom
%
90
91
91
92
92.5
92.5
92.5
93.5
93.5
94
94
94
nom
%
80
82
83
83.5
84
84
84
84
85
85
85
85
qmax
%
91
92
92
93
93
94
95
96
96
96
96
96
max
%
81
83
84
84
85
85
85
86
86
86
86
86
Pnom
kW
3.1
4.1
5.6
6.8
7.4
8.3
9.7
10.1
11
10.2
12
11
Pmax
kW
7
9.5
13
15.8
17.4
19
19.2
17
18.5
17
18
18.5
* Under special order
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Gr. 30  250 BAR
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USED SYMBOLS TECHNICAL TABLE
q - displacement;
pnom - nominal pressure;
nmin - minimal speed;
nnom - nominal speed;
nmax - maximal speed;
Pnom - power at pnom and nnom
Pmax - power at pnom and nmax

volumetric efficiencies;
qmin - at min. speed;
qnom - at nom. speed;
qmax - at max. speed;

efficiencies;
min - at min. speed;
nom - at nom. speed;
max - at max. speed;
q
cm³
20H
22.5H
25H
28H
32
32H
36
36H
42
42H
46H
50H
55H
60H
pnom
bar
250
250
250
250
250
250
230
230
200
200
180
nmin
min-¹
650
650
650
650
650
650
650
650
650
650
650
nnom
min-¹
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
1500
nmax
min-¹
2500
2500
2500
2500
2500
2300
2300
2100
2100
1750
1750
qmin
%
80
80
82
83
83
83
84
84
85
85
85
min
%
73
73
74
75
75
76
76
77
78
78
78
qnom
%
94
94
94
94
94
94
95
95
95
95
95
nom
%
85
85
86
86
86
86
85
85
85
85
85
qmax
%
93
93
93
94
94
94
94
94
94
94
94
max
%
83
83
84
84
84
84
84
83
83
83
83
Pnom
kW
13.5
15.3
16.8
18.8
22.5
25
27.5
30
28
33
36
Pmax
kW
23
26
28
31.5
36
38
41.5
41
44.5
38
37.5
* Under special order
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  TANDEM GEAR PUMPS
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  GENERAL CONDITIONS
GROUP COMBINATION
The maximal revolutions of the tandem (triple) pumps are determined by the pump which has the lowest speed of rotation (as a single pump) It is recommended an additional fixing against console hanging of the tandem (triple) pumps that are exposed to vibrations. The maximal working pressure of each section should not exceed 200 bar.
In case when the driven pump (IInd section) has greather displacement than the driving pump (Ist section) the working pressure of the IInd section should not exceed the indicated pressure in the table.

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Group [bar] q [cm3] Pmax
I 3.15 (3.65)
4.2 (5)
5.7 (6.1) 		230
190
160
II 1 6
19
22
25 		230
190
160
130
11 - 10/10 Gr.

21 - 20/10 Gr.

22 - 20/20 Gr.

31 - 30/10 Gr.

32 - 30/20 Gr.

33 - 30/30 Gr.

221 - 20/20/10 Gr.

222 - 20/20/20 Gr
HYDRAULIC DIRECTIONAL CONTROL VALVES TOP
DESIGNATION CONTRUCTION MODELS

   These directional control valves are used for controlling the working liquid direction between the generators of pressurized flow (hydraulic pumps), the consumers of pressurized flow (hydraulic cylinders and motors) and
the tank.










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   These directional control valves are consisted of a spool (operating part), control body (solenoids, roller and etc.). They are implemented in two models:
RH06 - with 6 mm inlet and RH10
- with 10 mm inlet.
   Depending on the pilot spool
positions these directional control
valves are with different distribution
schemes (two - or three - position).
   The operation is performed bilaterally by two solenoids and
uni-laterally by one solenoid - the
spool is returned in neutral position by retracking spring.

   The solenoid operated directional control valves are four
- way ones with P, A, B and T outlets.
   We manufacture directional valves with the following types of control:
Type of control
Symbol
solenoid
1
hydraulic
2
mechanic
4
pneumatic
6
manual
7


The hydraulic directional control valves are manufactured in the following models:
   - control by "wet" solenoids
of three - chamber body - A*
   - control by "wet" solenoids
of five - chamber body and a
vertical "T" - duct - D
   - control by "wet" solenoids
which are screwed in the five -
chamber body and a vertical "T"
   - duct - DT
   - control by "wet" solenoids 3 - chamber body with horizontal "T" channel, outlets "A" and "B" - sibely on the body - G (GT)
   NOTE: The RH10-A valves are implemented with dry solenoids - the solenoids that work in oil are defined as "wet" type. The modification "G" (GT) is only for directional control valve - RH06...
HYDRAULIC VALVES TOP
RELIEF VALVES RELIEF VALVES - PREFILL TYPE PRESSURE REDUCING VALVES
Nominal Bore (mm)
6;10
Pressure control range (bar)
5...100; 15...200;
20...320
Rated flow (l/min)
10;20;40
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...200
Degree of filtration (mm)
0.025
Temperature (°C)
-20...70


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Nominal Bore (mm)
10
Rated pressure (bar)
100;200;320
Pressure control range (bar)
4...100; 10...200;
20...320
Rated flow (l/min)
160
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...300
Degree of filtration (mm)
0.025
Temperature (°C)
-20...80
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Nominal Bore (mm)
6;10
Rated pressure (bar)
16;100;200;320
Rated flow (l/min)
20;40;60
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...400
Degree of filtration (mm)
0.025
Temperature (°C)
-20...80


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CHECK VALVES CHECK VALVES
WITH HYDRAULIC OPERATION		 "OVERCENTER" VALVES
WITH INTERNAL PILOT OPERATION
Nominal Bore (mm)
6;10
Rated pressure (bar)
160;320
Rated flow (l/min)
10;40
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...800
Degree of filtration (mm)
0.063
Temperature (°C)
-20...80
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Nominal Bore (mm)
6;10
Rated pressure (bar)
160;320
Rated flow (l/min)
10;40
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...400
Degree of filtration (mm)
0.063
Temperature (°C)
-20...80
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Nominal Bore (mm)
10
Rated pressure (bar)
200
Rated flow (l/min)
35;50
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...400
Degree of filtration (mm)
0.025
Temperature (°C)
-20...80
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ADJUSTABLE THROTTLES
WITH CHECK VALVES 		FLOW CONTROL VALVES FLOW-LIMITING VALVES ADJUSTABLE
Nominal Bore (mm)
6;10
Rated pressure (bar)
160;320
Rated flow (l/min)
10;20;40
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...800
Degree of filtration (mm)
0.063
Temperature (°C)
-20...80










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Nominal Bore (mm)
6
Rated pressure (bar)
320
Rated flow (l/min)
10
Min flow (l/min)
0.06
Deviation of the adjusted
flow at pressure change and
temperature (±)
%2
Minimal pressure drop (bar)
5
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...200
Degree of filtration (mm)
0.025
Temperature (°C)
-20...70
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Nominal Bore (mm)
10;12;16;20
Rated pressure (bar)
250
Rated flow (l/min)
2;150
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...200
Degree of filtration (mm)
0.063
Temperature (°C)
-20...80










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DIVIDING AND COMBINING VALVES HYDRAULIC PRESSURE SWITCHES QUICK-DISCONNECT COUPLING
Rated pressure (bar)
320
Rated flow (l/min)
5...63
Error at dividing and
combinig (±)
%4
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...150
Degree of filtration (mm)
0.063
Temperature (°C)
-20...70
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Rated pressure (bar)
50;100;160
Pressure control range(bar)
4...50, 8...100,
15...160
Hysteresis (%)
0.6 ; 1.2 ; 2
Switching frequency (Hz)
2
/no more than/
Working liquid
Hydraulic oils
Temperature (°C)
-20...80


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Nominal Bore (mm)
6;10
Rated pressure (bar)
320
Rated flow (l/min)
20;45
Working liquid
Hydraulic oils
with characteristics
Viscosity (mm²/s)
10...400
Degree of filtration (mm)
0.063
Temperature (°C)
-20...80
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MINI POWER PACKS TOP
GENERAL DESCRIPTION POWER PACK SELECTION RECOMMENDATIONS ATTENTION

They can be applied in driving falling platforms, lifting wquipments, cranes, elevators, garage doors and others.
   The main elements of the hydraulic power packs:
- Central hydraulic block used for all schemes assembly included in this catalogue
- El. motors
-AC; mono-phase or there-phase with capacity of 0.55 up to 3 kW
DC; with capacity of 0.8 to 3 kW at 12 or 24 V
- Tank; with capacity of 1 to 60 lt
- Gear pump with suction filters 100 microns integrated in the tank volume
- a wide range of modular elements allowing the
implementation of additional hydraulic schemes.

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   The selection of the motor-pump-tank group should be effected after careful acquaintance with the diagrams and catalogue data as having in mind the working conditions and the parameters of relevant elements. The Hydraulic Power Pack ordering has to be done in accordance to the Ordering Code. For more information you may contact with our designer department.

   At assembly of the HPP-M in machines and the equipment that are exposed to vibrations, so damping elements have to be placed in the points of fixing.
   The normal functioning of the HPP-M requires a hydraulic oil with viscosity of 30-50 cSt and the workin temperature must not exceed 60 °C.
   After initial starting of the HPP-M in work it is necessary to top up the oil in the tank to the indicated level.
   The first oil change have to be effected after 50 hours in work and then in every 2000 hours, but always once in year.

The cables connecting the motor with El. Supply should comply with voltage and the current!
   The motor direction of rotation should correspond to the this of pump!
   It is prohibited the reversing oh the pump directional of rotation!
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HYDRAULIC CARTRIDGE VALVES TOP
SOLENOID VALVES RELIEF VALVES CHECK VALVES
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Catalog (814 kB)
                

Catalog (140 kB)
 

Catalog (60 kB)
 
CHECK PILOT TO OPEN VALVES LOAD SHUTTLE VALVES PILOTED 2-WAY SPOOL, EXTERNAL VENT

Catalog (55 kB)
                

Catalog (30 kB)
 

Catalog (30 kB)
 
PLOTED LOGIC VALVES PRESSURE SEQUENCE VALVES NEEDLE VALVES

Catalog (97 kB)
                

Catalog (194 kB)
 

Catalog (85 kB)
 
FLOW CONTROL VALVES MANUAL SPRING RETURN VALVES PRESSURE REDUCING VALVES

Catalog (29 kB)
                

Catalog (161 kB)
 

Catalog (103 kB)
 
SOLENOIDS FOR CARTRIDGE VALVES CARTRIDGE CAVITIES  

Catalog (30 kB)
                

Catalog (211 kB)
 
 
HYDRAULIC DC POWER PACKS TOP
GENERAL DESCRIPTION

   The hydraulic power packs type HC... are completed with a tank, a gear pump, a DC electric motor and some special hydraulic elements. These power packs can be used for driving hydraulic motor of the vehicles.
   There are no special requirements regarding the location of the tank assembly to the vehicles, because of its cover, which protects it againts external contaminans.
    In hydraulic power packs type HC... there are some special hydraulic elements used, such as poppet valves, which provide an excelent oil-tightness.



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   The construction of the hydraulic power packs type HC... makes it possible to connect elements without pipelines. Due to this, the power packs type HC... are compact and easily operated.
   The energy supply of the electric motor is provided by storage batery. It is not necessary for the internal combustion engine to function during hydraulic system operation, which leads to a lower level of fuel consumption, as well as less contamination of the environment.

   Recomendations for making of a suitable choice:
   The selection of the main elements of the power packs type HC... should be done after careful acquintance with the diagrams and catalague data.
   It is very important to observe recommendated operation modes S1, S2 and S3 for DC electric motors.
   At assembly of the power packs type HC... in machines and equipment, that are exposed to vibration, so damping elements have to be placed in the points of fixing.

   The capacity of the tank should secure minimum operating time of the gear pump for 1 minute.
   After initial start-up of the power pack type HC... it is necessary to top up the oil in the tank to the indicated level. The normal functioning of the power packs type HC... requires a hydraulic oil with viscosity of 10-60 mm²/s, depending on ambient temperature and working liquid in operation mode. The optimum viscosity of the operating liguid is 30-50 mm²/s.
    On the suction pipeline of the power packs type HC... a filter with degree of filtration of 63 micron is situated.
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HYDRAULIC CYLINDERS TOP
TECHNICAL CHARACTERISTICS

The standard diameters of the bore and rod
Max.working pressure - 200 bar.
Working temperature: min.-30°C max.+80°C
Rod max.speed: 0.5m/s
Fluid: hydraulic oil
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