Paper Roll Upender
The elevator adopts chain lifting, frequency conversion speed regulation, variable speed start and variable stop design, which can ensure the smooth operation of the machine.
The vertical shaft-mounted reducer of SEW is used for the lifting transmission, which has very reliable performance and superior braking performance to ensure that the lift can stop at any position.
Machine Description:
The maximum lifting weight is 4 tons.
The lifting height is 5.5m.
Up and down frequency 40 times/hour
The upender elevator utilizes the weight of the paper roll and
the counterweight to stand up while lowering it, which is convenient for the transportation of the clamp type forklift and the stacking of the paper roll.
The elevator adopts chain lifting, frequency conversion speed regulation, variable speed start and variable stop design, which can ensure the smooth operation of the machine.
The vertical shaft-mounted reducer of SEW is used for the lifting transmission, which has very reliable performance and superior braking performance to ensure that the lift can stop at any position.
The geared motor adopts SEW (Tianjin) company products.
Lifter power: 18.5kw, chain conveyor power: 1.1kw.
The length of the chain plate conveyor in the elevator is 2800mm, and the width is 250mm. Frequency conversion control.
In order to facilitate inspection and repair, the height of the inspection space above 6m floors shall not be less than 4m. It can also be installed with a 3 tons maintenance spreader.
The paper roll conveyor and elevator on the second floor are equipped with safety interlock protection. When the lifting platform reaches 6 meters, the V-slat conveyor can send the paper roll into the elevator. When the elevator is fully connected to the first floor line body,then can the paper roll be sent out of the elevator, and the vertical body is completed during the descending process;
Install a protective railing at the entrance of the second floor, and a safety fence on the first floor. The paper roll is lifted by an electric chain. The design of slow start, slow stop and electric brake can ensure the smooth operation of the machine. Automatically lock at time to ensure safety. The control design has multiple safety protection measures (such as electric brake, proximity switch two-stage deceleration, encoder control and limit switch stop) to ensure the safe operation of the machine.
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