Description

Servo Motor Linear Control
Trainer

Technical Specification :

Features:
This unit should be a servo motor-based linear motion
control system, which should cover basic application for
servo motor control technology and sensor technology.
Various linear motion positioning modes to be performed in
this system using different feedback elements, such as servo
pulse positioning, Z phase positioning, dial switch positioning, and round trip positioning modes.
Training Content:
Servo motor and driver
Servo drive motion control
Industrial application
Proximity sensor
Dial switch value input
Different motion positioning
Technical Specifications:
Linear Motion Mechanism:
Servo motor: Input 110VAC, 0.9A, output 3000r/min,
0.32N.m, 100W
Servo driver: 100W, 3PH 200–230V, 0.39A, 1PH 200–230V,
0.69A, output 110V, 250Hz, 0.9A
Ball screw: Travel 400mm, lead 4mm
Proximity sensor x3: Groove photo switch, NPN-NC x 2,
NPN-NO
Mounting frame: Aluminum profile for ball screw and proximity sensor
Power supply unit: AC 220V socket input, with three-way
DC24V output and short circuit protection
Indicators and buttons: Running, alarm, origin indicators,
start/stop, and forward/reverse control buttons, emergency button, all with 2mm sockets
Dial switch: 2-bit with 8421 BCD
Experiment Box and Panel:
Complete frame made of grooved aluminum profile,
detachable upper cover with transparent design. The
panel should adopt engraved and printed panels.
Cable Suite:2mm, section: 0.5 mm² SR wire, 4mm whole
sealed cable section, 16AWG, with axial socket.
Manual: Programming and wiring sample are provided,
together with schematic diagrams.
Universal PLC Control Unit:
Features:
This should be a universal programming logic controller
training system, which should be built on a portable
aluminum alloy frame.
It provide multiple connecting methods for both input
and output points. All component terminals should lead
out to 4mm safety sockets for clear education and easy
operation purposes by using banana cable sets. Serial
port and circular connector should be used to realize fast
connection with external application units. This universal
PLC system is to be used as the programming unit for
different training systems.

Technical Specifications
Power Supply:
Input power supply: 1 phase AC 220V ±10% with ELCB,
fuse protector, and seat AC 220V output: 2-way 1 phase
output sockets with cover, 1-way single phase 4mm
output
DC 24V output: 1-way DC 24V through circular connector, 4-way DC 24V 4mm output with indicator
Programming Logic Controller:
With all I/O leading to 4mm socket
Programming languages: STL/LAD/FBD
Siemens SIMATIC S7-200 SMART relay type
Digital input x12, digital output x8
Ethernet / RS485 communication with additional serial
port 85…264V AC, 47…63Hz
Frame and panel: Engraved and colorized printed panel,
standard aluminum profile frame structure
Power cord and connecting cable suite
Must Include the Following Control Systems Simulation
Software:
Features and Specification:
Software should combine controller design & implementation into one logical process.
This should reduce learning difficulties and help quickly
to understand & create a working control system.
Capabilities:
Users can use the software icons and wire them together
on screen, just as they would draw a control system on
paper.
Icons include important parts of controllers, signal
generators, manually controlled signals & voltages, and
virtual instruments.
The software can record important variables, plot results
in a chart, and export data for use in other programs.
Students can create one or more types of controllers and
simulate the theoretical responses.
User Guide Instructions:
Design and implementation of three-term controllers
Design of controllers and filters
Simulated signals: Signal generator (sinusoidal, sawtooth
& square wave), with variable frequency, amplitude &
offset, and DC level (fully variable)
Virtual instruments: Digital meter, bar graph, analogue
meter, oscilloscope, and chart recorder
Controller Blocks:
Proportional gain, integral gain, derivative gain, and
phase advance
Simulation Blocks:
Integer, first-order system, double integrator, second-order system, first-order with integrator system, and
second-order under-damped system
Other Blocks:
Gain, voltage to frequency converter, delay, discrete
transfer, saturation, summing junction (three inputs),
multiplier (three inputs), switch, and relay
Fuzzy Logic Blocks:
Fuzzy pot, fuzzifier, defuzzifier, fuzzy multiplexer &
demultiplexer, fuzzy AND, OR & NOT, fuzzy AND table,
fuzzy combined meter & fuzzy single meter
Single-user licensed version with dongle should be
included

Accessories : 
Standard accessories.
User manual: 1 Nos.
Connecting Wire: 1 set

Others :
Origin Parts : China, Taiwan, Japan.
Manufacturing in Bangladesh.
Warranty: 01 year.
Installation, Testing.
Training.