

Mini power packs from "Motorimpex" Manufacturing Enterprise
for mini power pacs type Q230407-01
for mini power pacs type Q230407-02
for mini power pacs type Q230407-03
for mini power pacs type Q230407-04
tank capacity: 10 l
with a gear pump
maximum pump displacement: 4.2 cm3/rev
maximum pressure: 180 bar
maximum motor power: 2.2 kW
tank capacity: 6 l
with a gear pump
maximum pump displacement: 4.2 cm3/rev
maximum pressure: 150 bar
maximum motor power: 1.5 kW
tank capacity: 6 l
with a gear pump
maximum pump displacement: 4.2 cm3/rev
maximum pressure: 150 bar
maximum motor power: 1.5 kW
tank capacity: 6 l
with a gear pump
maximum pump displacement: 4.2 cm3/rev
maximum pressure: 150 bar
maximum motor power: 1.5 kW
tank capacity: 4 l
with a gear pump
maximum pump displacement: 4.2 cm3/rev
maximum pressure: 75 bar
maximum motor power: 1.5 kW
tank capacity: 6 l
with a gear pump
maximum pump displacement: 3.3 cm3/rev
maximum pressure: 120 bar
maximum motor power: 1.1 kW
tank capacity: 6 l
with a gear pump
maximum pump displacement: 3.3 cm3/rev
maximum pressure: 140 bar
maximum motor power: 1.1 kW
tank capacity: 2.5–30 l
maximum pressure: 350 bar
pump displacement: individually
motor power: individually
tank capacity: 2.5–30 l
maximum pressure: 350 bar
pump displacement: individually
motor power: individually
tank capacity: 5–30 l
maximum pressure: 1000 bar
pump displacement: individually
motor power: individually
tank capacity: 8–30 l (steel)
with a gear pump
maximum pump displacement: 9.8 cm3/rev
maximum pressure: 200 bar
maximum motor power: 4 kW
tank capacity: 2.5–12 l (steel/plastic)
with a gear pump
maximum pump displacement: 9.8 cm3/rev
maximum pressure: 200 bar
maximum motor power: 4 kW
tank capacity: 2.5–12 l (steel/plastic)
with a gear pump
maximum pump displacement: 7.9 cm3/rev
maximum pressure: 200 bar
maximum motor power: 3 kW
tank capacity: 0.4–3.5 l (steel/plastic)
with a gear pump
maximum pump displacement: 1.5 cm3/rev
maximum pressure: 250 bar
maximum motor power: 2.2 kW
tank capacity: 1.5–30 l (steel/plastic)
with a gear pump
maximum pump displacement: 13 cm3/rev
maximum pressure: 300 bar
maximum motor power: 7.5 kW
tank capacity: 10 l (plastic)
maximum pressure: 300 bar
maximum motor power: 2 kW
tank capacity: 5, 8, 10, 12, 15 l (steel/plastic)
maximum pressure: 300 bar
maximum motor power: 2 kW
tank capacity: 10 l (plastic)
maximum pressure: 300 bar
maximum motor power: 2 kW
tank capacity: 2.5 or 6 l (plastic)
with a radial piston pump
may have multiple pumps
maximum displacement: 3.6/1.13 cm3/rev
maximum pressure: 700 bar
maximum motor power 2.2 kw
tank capacity: 1–25 l (steel/plastic)
with a gear pump
maximum pump displacement : 9.8 cm3/rev
maximum pressure: 290 bar
maximum motor power: 5.5 kW
tank capacity: 1–25 l (steel)
with a gear pump
maximum pump displacement: 9.8 cm3/rev
maximum pressure: 290 bar
maximum motor power: 5.5 kW
tank capacity: 1–25 l (steel)
with a gear pump
maximum pump displacement: 9.8 cm3/rev
maximum pressure: 290 bar
maximum motor power: 5.5 kW
tank capacity: 1–25 l (steel/plastic)
with a gear pump
maximum pump displacement: 7.8 cm3/rev
maximum pressure: 290 bar
maximum motor power: 5.5 kW
tank capacity: 0.5–8 l (steel/plastic)
with a gear pump
maximum pump displacement: 1.26 cm3/rev
maximum pressure: 200 bar
maximum motor power: 1.1 kW
tank capacity: 1–8 l (steel/plastic)
with a gear pump
maximum pump displacement: 1.26 cm3/rev
maximum pressure: 210 bar
maximum motor power: 0.8 kW
tank capacity: 7–20 l (steel)
with a gear pump
maximum pump displacement: 4.8 cm3/rev
maximum working pressure: 250 bar
maximum motor power: 2.2 kW
tank capacity: 6 l (aluminum)
with a gear pump
maximum pump displacement: 1.6 cm3/rev
maximum pressure: 250 bar
maximum motor power: 0.75 kW
tank capacity: 10 l (aluminum)
with a gear pump
maximum pump displacement: 2 cm3/rev
maximum working pressure: 250 bar
maximum motor power: 1.1 kW
tank capacity: 12 l (steel)
with a gear pump
maximum pump displacement: 2.5 cm3/rev
maximum working pressure: 200 bar
maximum motor power: 1.1 kW
tank capacity: 16 l (aluminum)
with a gear pump
maximum pump displacement: 2.5 cm3/rev
maximum pressure: 250 bar
maximum motor power: 1.1 kW
tank capacity: 8–18 l (plastic/steel)
with a gear pump
maximum pump displacement: 3.7 cm3/rev
maximum pressure: 250 bar
maximum motor power: 3 kW
tank capacity: 17 l (aluminum)
with one/two gear pumps
maximum pump displacement: 10 cm3/on
maximum pressure: 250 bar
maximum motor power: 5.5 kW
tank capacity: 1.8–8.4 l (plastic)
with a gear pump
maximum pump displacement: 10 cm3/rev
maximum pressure: 250 bar
maximum motor power: 3 kW
tank capacity: 1.8–8.4 l (plastic)
with a gear pump
maximum pump displacement: 10 cm3/rev
maximum pressure: 250 bar
maximum motor power: 3 kW
tank capacity: 1.8–8.4 l (plastic)
with a gear pump
maximum pump displacement 10 cm3/rev
maximum pressure: 250 bar
maximum motor power: 3 kW
tank capacity: 1.2–7.8 l (plastic)
with a gear pump
maximum pump displacement: 10 cm3/rev
maximum pressure: 250 bar
maximum motor power: 3 kW
tank capacity: 1.1–7 l (plastic)
with a radial piston pump
maximum pressure: 500 bar
maximum motor power: 1.6 kW
tank capacity: 1.8–8.4 l (plastic)
with a gear pump
maximum pump displacement: 8 cm3/rev
maximum pressure: 250 bar
maximum motor power: 3 kW
tank capacity: 2.5–9 l (steel)
with a gear pump
maximum pump displacement: 4.75 cm3/rev
maximum pressure: 250 bar
maximum motor power: 3 kW
tank capacity: 0.5, 1.2 and 1.5 l (steel/plastic)
with a gear pump
maximum pump displacement: 0.9 cm3/rev
maximum pressure: 190 bar
maximum motor power: 0.8 kW
tank capacity: 0.5–4 l (steel/plastic)
with a gear pump
maximum pump displacement: 2.3 cm3/rev
maximum pressure: 170 bar
maximum motor power: 3 kW
tank capacity: 1.5–18 l (steel/plastic)
with a gear pump
maximal pump displacement: 10 cm3/rev
maximum pressure: 210 bar
maximum motor power: 3 kW
tank capacity: 1.5–14 l (plastic)
with a gear pump
maximum pump displacement: 10 cm3/rev
maximum pressure: 230 bar
maximum motor power: 3 kW
Category description
Mini power packs: construction and benefits

Mini power packs are compact hydraulic units, whose modular construction is built around the manifold — the central block. Their main task is to convert various types of energy into mechanical of fluid and control it.
What are mini hydraulic stations made of?
The main components included in mini power packs are:
- Primary engine. Provides conversion of a specific type of energy into rotary or linear motion. It can be of such types as: electric, diesel, pneumatic or gasoline.
- Hydraulic pump. Its function is to convert motion energy into mechanical fluid. It can be of the following types: gear, plunger, axial-piston and vane.
- Tank. A capacity made of plastic or metal with a neck through which the station is filled with working fluid. The task of the tank is to redirect energy to the actuating mechanism.
- Pipeline. It looks like a system of channels, including: high-pressure hoses, metal pipes, and modular or joint mounting plates. It is necessary to connect the hydraulic pump with the distribution equipment.
- Drain filter for cleaning the working fluid returning from the actuating mechanism to the tank.
What are the advantages of mini power packs?
The benefits of using this unit are quite numerous:
- Budget price compared to full-sized hydraulic units;
- Portability — dimensions and weight allow it to be added to the most compact structure;
- Low power consumption (compared to full-sized hydraulic units);
- Technical variations — mini hydraulic units are widely used in Ukraine, so they are produced with different characteristics.
For example, the tank volume can range from 5 liters to 20 liters, and the electric drive power can range from 0.55 kW to 4 kW. There are also models with pressure ranges of 5-50 Bar, 50-160 Bar, 160-230 Bar. The pump flow rate can be from 0.5 l/min to 7.1 l/min, and the number of flow control valves on one plate can be from 1 to 7.
Welcome to our catalog and choose a mini power pack that suits your needs!