The model Transport and Sorting Line simulates a handling device to allocate part loads from a store register to various discharge stations, as used for example in a parcel distributor’s logistics. The transport and sorting line consists of a store register with an integrated conveyor chain, a conveyor belt, two electro powered pushers and three discharge stations.
The simulated process shows coded parcels being withdrawn from the store register, being recognized at an identification unit, getting transported to the corresponding discharge station by a conveyor belt and finally being poked from the conveyor belt to the discharge station by a pusher: When the start button is actuated, the chain conveyor brings the lowest part in the store register (FIFO-principle) to the identification unit, where the code of the parcel is read by two reed- switches. The code is performed by a various number of magnets fixed on the parcel. After this the chain conveyor transfers the parcel to the conveyor belt, that is already in motion. The conveyor belt transports the load as far as it reaches the discharge station it is addicted to. This position is recognized by an inductive proximity switch.
The belt stops and a pusher brings the parcel to its discharge station, where it is recognized by a reflection light switch. Following this, the belt starts moving again ready to take the next parcel from the store register in the same manner. The sequence gets stopped, when all discharge stations are occupied or the store is empty, what is indicated by a one way light barrier. To bring out only one parcel from the store at each step, the movement of the chain conveyor is controlled by a reed-switch. The Transportand Sorting line is also available in combination with the model 3-axis-portal to automate the periphery of the line.
With Christiani's industrial models, you can convey almost all learning content as in a real automation system:
- Requirements definition
- Control planning
- Control selection
- Programming
- Commissioning
- Setup and adjustment
- Verification of results
Training in the departments:
- Automation technology
- PLC programming
- Control technology
- Electrical engineering
- Maintenance
- Logistics
Dimensions: 540 x 390 x 270 mm (L x W x H)
Supply voltage: 24 V
Components:
- Sensors:
- 3 x Reed contacts
- 3 x diffuse reflection Sensor
- 1 x through-beam Sensor
- 2 x inductive proximity switches
- 5 x Mechanical switches
- 2 x Motors with one direction of rotation
- 2 x Motors with two directions of rotation
Requirements for the PLC:
- 14 x Digital Inputs
- 6 x Digital Outputs
Electrical Connection:
- SUB-D1 - 37 poles (24 pins occupied)
Accessory Cable:
- 1 x connecting Cable 20 x 0.34 mm²
- 1 x connecting Cable 8 x 0.34 mm²