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Slew drive MenSe MER21 bottom side

Slew drive MenSe MER21 bottom side

Slew drive MER21

Product price

3 190,00 € / pc

Price including VAT 24% is 3 955,60 €

MER slew drives have loads of different applications. In MenSe cutters, they increase the usability of the equipment. In forestry, real estate maintenance and agricultural machinery they offer several solutions, starting from rotating the bucket to applications requiring very high torques.

Slew drive specifications
Nominal torque 10458 Nm
Tilting moment (max) 203 kNm
Holding torque 105.8 kNm
Axial load (max) 1598 kN
Radial load (max) 596 kN
Transmission ratio of worm gear
90:1
Pressure50-200 bar
Weight 180 kg
Color black
Maximum size of basic machine
~ 20 tn

Includes hydraulic motor: Model BMR250 [252 cm3 /rev.], couplings 1/2" G.

Slew drives are pre-filled with grease.

Available spare parts for this product that you can order. If you cannot find part that you're looking for, please contact us.

Additional information on MER-rotators what grease you should use and it's rotation speed.

Additional information
Recommended greaseSHELL GADUS S2 V220 2
Greasing intervalAfter 300 operating hours or 6 months
Screw and ring gear material42CrMo
SealingOuter axle sealing, inner ring rubber lip
Operating temperature-30 °C — +60 °C
Rotating speed, heavy load~ 2,5 rpm (max.)
Rotating speed, light load

~ 3 rpm (max.)

Availability
In stock

Slew drive MER21 - Measurements

hydraulic rotator mense mer21 measurements

The slew drive produces an unlimited and continuous slewing motion without slipping when supporting a heavy load. Well-controlled and steady slewing motion makes working safer and more efficient. Working gets easier and faster when it reaches behind corners and obstacles and less basic machine movement is needed.

What are the axial-, radial load and tilting moment?

Slew drive loads
Loads on the slew drive

Axial load is parallel to the axis of slewing ring.

Radial load means vertical load to the axis of slewing ring.

Tilting moment is the load multiplied by the distance between the position of load and the center of slewing ring. If the torque generated by load and distance is greater than the rated tilting moment torque, slewing drive will be overturned.

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