

Mechatronics Pick and Place Workstation
Model reference MZM-2001
- Category: Mechatronics
- Model reference: MZM-2001
- Built to order in our Penang workshop
- Delivery, installation and commissioning available
- Lecturer training and documentation included
Price on application. Specifications can be adapted to your syllabus, supply voltage and laboratory space.
DESCRIPTON :
Hands-on Industrial Practice:
Experience learned from this station is more than 3 traditional mechatronics control stations can provide. An excellent value based on the cost. Sensors come with indicator lamps for faulting and troubleshooting functions.
Covered Training Elements:
Pneumatic Actuator, Electro-pneumatic valves, PLC, AC Solenoid, Power supply, Conveyor belt, Pick and Place Arm with gripper, Material hop- per, Sensors (proximity, optical, inductive/reductive, micro switch), Control interface devices (Electro-magnetic relays, solid-state relays), faulting, and Troubleshooting
The overall operation of this comprehensive mechatronics workstation performs the following tasks:
- Material hopper provides a workpiece from a magazine
- Sensor issues an error signal if no part is present
- Pick and place arm moves into position to grab workpiece
- Gripper fingers grab workpiece
- Arm lifts workpiece from the material hopper
- Arm rotary Cylinder
- Arm places workpiece over conveyor belt
- Gripper fingers release workpiece on to belt
- Conveyor belt moves workpiece
- Sensor determines if the workpiece is of plastic or metal material
- Sensor determines the color of the workpiece
- Workpieces are sorted by material type and color
- One type is diverted off the conveyor belt into the slide #1
- Second type is diverted off the conveyor into the slide #2
- The other type runs to the end of belt and drops into the end bin
A. Specifications
Control Unit:
- CP1E PLC Control-
- Main Unit I/O control points
- 8K words memory (extensible to 16K words)
- RS-232 Serial Cable
- 2 "25-pin D-Shaped" communication connectors for I/O between PLC and mechanism
- Power Unit (input : 220VAC , output: 24VDC), emergency break and fuse protection, emergency break and fuse protection
Control Buttons:
- Start (Green)
- Stop (Red)
- Reset (Yellow)
- 3 Control Modes: Auto and Manual
B. Mechanism:
1. Distribution:
- A magazine.
- Aluminum magazine base has a separate type fiber optical sensor installed at the bottom
- A double-acting pneumatic cylinder
- The cylinder comes with 2 speed control valves and 2 reed switches.
- A micro switch
- 6 pieces of a work piece made out of plastic and aluminum
- 3 different colors
2. Pick & Place Arm:
- A Vertical 2-rod cylinder control valves
- Driven by a Rotary Cylinder
- Gripper powered by pneumatics
3. Conveyor Belt:
- 24VDC Motor
- One conveyor belt
- An inductive proximity switch
- A reductive proximity switch)
- 2 Set Double Acting Cylinder for control selection parts
- A separate type photo-electric sensor
- Two fixed-focus reflective photo-electric sensors
- A diffuse reflective fiber optical sensor
4. 3-point Assembly:
- Air filter: 40 m, f 1/4" connector Pressure regulator, 0 ~ 10 kgs /cm2, 15 kgs/cm2(Max.)
- Air pressure input sliding switch
5. Electro-Pneumatic Valves:
- DC 24 V, 0.55 W, indicator lights, voltage overload protection circuit
- An electronic, 5 ported, 2-way, single-acting valve
- An electronic, 5 ported, 2-way, double-acting valve
- An electronic, 5 ported, 3-way, center closed valve
- 3-in-1 valve housing
6. Aluminum Platform:
- Size: 34" x 30" (86cm x 76 cm)
- T shaped slots 30 mm apart, bolt can sustain up to 150 kgs/ cm2
- Weight: 88 lbs (40Kgs)
Your Email
Tele Phone
Related training systems
Want this adapted to your lab?
Tell us the experiments, the class size and the space you have. We will quote the unit built to match.


