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The main structure from the main columns, beams, straight beams, chassis and motor chain…etc. combination of running.
1.Main beam H-steel tightly secured to the building floor for the main support for the device structure. To match oblique beams and the load lever to strengthen the bonding strength of the screw. Non-essential to avoid and to fix the building wall solid sound.
2.Chassis using SS400PL 4.0t hydraulic bending, reinforcement from 12t steel, and welded joints to make the car into one unity. Each chassis MC901 collected four wheels material, when the chassis shift generated in order to reduce the noise.
3.Driving system:
A.Freight elevators use oil-immersed motor (25HP) to match RS120-2 line up chain. 25M speed run up and down per minute.
B.Traction system uses motor-type (1HPx4P) to match friction wheel. 35M speed front and rear, clamps and takes chassis motion. |
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| The main structure from the main columns, beams, straight beams, chassis and motor chain…etc. combination of running.
1.Main beam H-steel tightly secured to the building floor for the main support for the device structure. To match oblique beams and the load lever to strengthen the bonding strength of the screw. Non-essential to avoid and to fix the building wall solid sound.
2.Chassis using SS400PL 4.0t hydraulic bending, reinforcement from 12t steel, and welded joints to make the car into one unity.
3.Driving system:
A.Freight elevators use motor-type (30HP) to match RS120-single row chain. 30M speed run up and down per minute.
B.Vertical move system uses motor-type (1HPx4P) to match 80 chains and vertical wheel. 30M speed front and rear per minute.
C.Traction system uses motor-type (1HPx4P) to match friction wheel. 30M speed run left and right traction chassis motion.
D.Rotate system uses motor-type (3HPx4P) to match rotate and support wheel. 3rpm speed run convolution motion. |
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| The main structure from the main columns, beams, straight beams, chassis and motor chain…etc. combination of running.
1.Chassis using SS400PL 4.0t hydraulic bending, reinforcement from 12t steel, and welded joints to make the car into one unity.
2.Driving system:
A.Freight elevators motor-type (37KWx4P) to match speed reducer RS120 chain. 30M speed front and rear per minute.
B.Traction system uses motor-type (0.75KWx4P) to match friction wheel. 30M speed run front and rear, clamps and takes chassis motion.
C.Rotate system uses motor-type (2.25KWx4P) to match friction wheel. 2rpm speed run convolution chassis motion. |
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| The main structure from the main columns, beams, straight beams, chassis and motor chain…etc. combination of running.
1.Main beam H-steel tightly secured to the building floor for the main support for the device structure. To match oblique beams and the load lever to strengthen the bonding strength of the screw. Non-essential to avoid and to fix the building wall solid sound.
2.Chassis using SS400PL 4.0t hydraulic bending, reinforcement from 12t steel, and welded joints to make the car into one unity.
3.Driving system:
A.Freight elevators motor-type (55KWx4P) to match speed reducer RS120 chain. 30M speed up and down per minute either empty or heavy car.
B.Traction system uses motor-type (0.75KWx4P) to match friction wheel. 45M speed run left and right motion.
C.Rotate system uses gear motor-type (2.25KWx4P) to match central and plastic wheel. 2rpm speed run convolution motion. |
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