Torque on the drum outer edge M = 0,3 kNm
- Drum max. revolutions n = 35 revs/min
- Max pooling force on the drum F = 2.5 kN
- Drum minimum diameter D = 240 mm
- Drum crown max diameter Dc = 330 mm
- Average pooling speed V = 27 m/min
- Weight G = 18 kg
- Construction material AlMg5

HRP0 3-MN1H-G

Puretic is designed for lifting (pulling out, collecting) fishing nets, i.e. fishing lines.
Technical data:
- Torque on the drum outer edge M = 0,3 kNm
- Drum max. revolutions n = 35 revs/min
- Max pooling force on the drum F = 2.5 kN
- Drum minimum diameter D = 240 mm
- Drum crown max diameter Dc = 330 mm
- Average pooling speed V = 27 m/min
- Weight G = 18 kg
- Construction material AlMg5

HRP0 3-MN1H-K

Puretic is designed for lifting (pulling out, collecting) fishing nets, i.e. fishing lines.
Technical data:
- Torque on the drum outer edge M = 0,3 kNm
- Drum max. revolutions n = 35 revs/min
- Max pooling force on the drum F = 2.5 kN
- Drum minimum diameter D = 200 mm
- Drum max diameter Dc = 500 mm
- Average pooling speed V = 27 m/min
- Weight G = 25 kg
- Construction material INOX

Puretic is designed for lifting (pulling out, collecting) fishing nets, purse seine nets or tuna fishing nets.
Technical data:
- torque on the drum M=7 kNm
- number of drum revolutions n=23 rpm
- pulling force (at middle diameter) Fmid=40 kN
- pulling force (at minimum diameter) Fmax=50 kN
- minimum drum diameter Dmin=240 mm
- middle drum diameter Dmid=350 mm
- maximum drum diameter Dmax=900 mm
- spooling speed (average) v=25 m/min
- transmission ratio i=8,64:1
- torque on the hydro-pump M=170 Nm
- power of drive engine P=22 kW
- weight G=180 kg
- material AlMg

HRP7-M1H

“Star” is designed for tawling (pulling out) rope with pergulares.
Technical data:
- Torque on the drum outer edge M = 0,9 kNm
- Drum max. revolutions n = 32 revs/min
- Max pooling force on the drum F = 0,9 kN
- Drum minimum diameter D = 160 mm
- Drum wheel max diameter Dc = 600 mm
- Average pooling speed V = 20 m/min
- Weight G = 40 kg
- Construction material INOX

HRP7-M1H

Mooring winch is designed for lifting (pulling out, collecting) rope of fishing nets (“migavica”).
Technical data:
- Torque on the drum M = 1,4 kNm
- Drum max. revolutions n = 30 revs/min
- Max pooling force on the drum F = 17 kN
- Drum minimum diameter D = 150 mm
- Drum crown max diameter Dc = 220 mm
- Average pooling speed V = 15 m/min
- Weight G = 35 kg
- Construction material Bronze / INOX

HRV 1.4

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Mooring winch is designed for lifting (pulling out, collecting) rope of fishing nets (“migavica”).
Technical data:
- Torque on the drum M = 2 kNm
- Drum max. revolutions n = 28 revs/min
- Max pooling force on the drum F = 25 kN
- Drum minimum diameter D = 150 mm
- Drum crown max diameter Dc = 220 mm
- Average pooling speed V = 15 m/min
- Weight G = 40 kg
- Construction material Bronze / INOX

HRV 2.0

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Mooring winch is designed for lifting (pulling out, collecting) rope of fishing nets (“migavica”).
Technical data:
- Torque on the drum M = 4 kNm
- Drum max. revolutions n = 23 revs/min
- Max pooling force on the drum F = 40 kN
- Drum minimum diameter D = 200 mm
- Drum crown max diameter Dc = 317 mm
- Average pooling speed V = 16 m/min
- Weight G = 60 kg
- Construction material Bronze / INOX

HRV 4.0

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On drums is required to roll up the rope diameter 10 mm, length 30 m. The free end of the rope is carried over the pulley and set the hook. By turning the drum may be lifting the cargo.
Technical data:
- Torque on the drum outer edge M = 0,9 kNm
- Drum max. revolutions n = 32 revs/min
- Max pooling force on the drum (d=150 mm) F = 12 kN
- Drum minimum diameter D = 70 mm
- Drum wheel max diameter Dc = 210 mm
- Average pooling speed V = 15 m/min
- Weight G = 25 kg
- Construction material INOX

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The hydraulic winch is designed for pulling - lifting rope, retention in a hanging position, and a controlled sprinkling.
The hydraulic motor has been chosen in order to supply the highest mechanical efficiency, a large
starting torque and low speed characteristic. Over-center valve to be directly equipped on the motor.
Brake, planetary gear reducer is installed directly in the drum.
Drums, supporting shaft with bearing and side frames are designed and manufactured according to
mechanical principles as a simple overall structure with sufficient strength and rigidity.
By starting rotation hydraulic motor (in one or the other side) across a planetary gear unit realized rotation drum winding rope - lifting or unwinding rope - lowering the cargo. Over-center valve controls the descent speed. Idle the drum braked and unlocking takes place at the same time with the starting of rotation of the motor.
Winches will be produced in several different sizes of drum, with different values of the pulling force, and with fixed or variable speed revolution

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The hydraulic anchor winch is designed for pulling - lifting anchor by rope, and unwrapping rope anchor.
The hydraulic motor is mounted on the side frame so that the output shaft directly rotates the drum. By-pass valve is fitted directly on hydro motor.
Startup rotation hydraulic motor (in one way or the other) is realized rotation drum winding rope - lifting anchors or unwrapping rope - lowering the anchor. By-pass valve allows freely unwrapping rope - releasing the anchor.
On the winch is mounted several different size hydraulic motor, so as to achieved different sizes of pulling force

Capstan winch is designed for warping rope.
Technical data:
Models: VPV0,7-K1H; VPV1,0-K1H; VPV1,3-K1H
- drum torque M = 0,7 to 1,3 kNm
- drum speed revolution n = 31 rpm
- pulling force (1. layer) F = 8 to 16 kN
- drum diameter D = 150 mm
- drum crown diameter Dm = 220 mm
- drum width, max B = 175 mm
- pulling sped (1. layer) v1 = 16 m/min
- gearbox ratio i = 3,1:1; 4,1:1
- hydromotor displacement q = 100; 160 cm3/rv
- working pressure p = 140 bar
- oil flow Q = 10; 16; 20 l/min
- winch weight G = 25; 30 kg
- material (drum/frame) AL alloy/INOX

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Capstan winch is designed for warping rope.
Technical data:
VPV2-K1H-p VPV4-K1H-p VPV6-K1H-p
- drum torque M = 2 to 6 kNm
- drum speed revolution n = 24 to 17,5 rpm
- pulling force (1. layer) F = 19 to 50 kN
- drum diameter D = 200 mm
- drum crown diameter Dm = 290 mm
- drum width, max B = 270 mm
- pulling sped (1. layer) v1 = 17 to 13 m/min
- gearbox ratio i = 45 to 64 : 1
- hydromotor displacement q = 20 to 40 cm3/rev
- working pressure p = 160 bar
- oil flow Q = 22 to 46 l/min
- winch weight G = 150 to 190 kg
- material (drum/frame) AL alloy/INOX

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The shell cleaning machine operates in the following way: Shells from the slide are inserted into the drum (in upper position) with open doors. Doors are closed and then the drum is lowered into the lower position – into the tank with seawater. The drum rotation is turned on and the shell cleaning begins. After the cleaning is over the drum is lifted into upper position, doors opened and the shells fall out onto the slide to go to further treatment.
Technical data:
- Drum diameter and length D=630 mm, L = 900 mm
- Dimension of door opening on drum 450 x 610 mm
- Drum max. revolutions n = 11 revs/min
- Height of drum lifting H = 700 mm
- Speed of drum lifting v = 3 m/min
- Time of drum lifting/lowering t = 14 seconds
- Weight G = 200 kg
- Construction material INOX