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The main structure from the main columns, beams, straight beams, chassis, hydraulic cylinder chain combination operation, etc.

1.H steel main beam tightly secured to the building floor, the main support structure for the device, with the oblique beams and the load lever to strengthen the bonding strength of the screw, non-essential and fixed to the building wall to prevent the spread of solid sound.

2.Chassis with hydraulic bending SS400PL 4.0t to 12t steel reinforcement, and welded joints to make the car into one station, each taken four MC901 chassis, wheel material, in order to reduce the noise generated when the chassis shift.

3.Drive systems:

A.Hydraulic lift system used with the RS120-cylinder double-row chain, to 12M per minute speed run up and down.

B.The use of motor traction system type (1HPx4P) with the friction wheel to 30M per minute rate for the chassis before and after the clip to take action.

C.Sliding system uses motor-type (3HPx4P) with reducer and RS50-2 列 chain to 30M per minute rate for before and after the operation.

D.Rotation system uses motor gear (3HPx4P) plastic package with center wheel and wheel to be rotated every minute 2rpm speed operation.





The main structure from the main columns, beams, straight beams, chassis, hydraulic cylinder chain combination operation, etc.

1.H steel main beam tightly secured to the building floor, the main support structure for the device, with the oblique beams and the load lever to strengthen the bonding strength of the screw, non-essential To avoid building the wall and fixed to prevent the spread of solid sound.

2.Chassis with hydraulic bending SS400PL 4.0t to 12t steel reinforcement, and welded joints to make the car into one station, each taken four MC901 chassis material Wheel, in order to reduce the noise generated when the chassis shift.

3.Drive systems:

A.Hydraulic lift system used with the RS120-cylinder double-row chain, to 13M per minute speed run up and down.

B.The use of motor traction system type (1HP × 4P) with the friction wheel to 30M per minute rate for the chassis before and after the clip to take action.

C.Sliding system uses motor-type (3HP × 4P) with reducer and RS50-2 列 chain to 60M per minute rate for before and after the operation.

D.Rotation system uses motor gear (3HP × 4P) and wrap with plastic wheel center wheel to rotate every minute 3rpm speed for operation.









The main structure from the main columns, beams, straight beams, chassis, hydraulic cylinder chain combination operation, etc.

1.H steel main beam tightly secured to the building floor, the main support structure for the device, with the oblique beams and the load lever to strengthen the bonding strength of the screw, non-essential to avoid building the wall and fixed to prevent the spread of solid sound.

2.Chassis with hydraulic bending SS400PL 4.0t to 12t steel reinforcement, and welded joints to make the car units into one, each chassis to adopt four urethane-coated wheel, in order to reduce the noise generated when the chassis shift.

3.Drive systems:

A.Hydraulic lift system used with the RS120-cylinder double-row chain, to 12M per minute speed run up and down.

B.The use of motor traction system type (1HP × 4P) with the friction wheel to 30M per minute rate for the chassis before and after the clip to take action.

C.Sliding system uses motor-type (5HP × 4P) with reducer and RS50-2 列 chain, speed of 90M per minute for running around.











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