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Control Engineering is an indispensable branch of all
engineering specializations. The TecQuipment Control Engineering Range has been
developed to reflect
practical control problems as they occur in a variety of real engineering
situations. The equipment has been designed to be flexible and can beused for
teaching at arange of academic levels, from basic familiarization courses through to degree
level and beyond.
The physical parameters covered include temperature, level
and speed, unstable and multi-variable control systems, servo mechanisms and
process simulation. Both analogue and digital control techniques are covered,
the
controllers being supported by user-friendly, menu driven software packages to
provide simulation and real time digital control of the systems.
HTML clipboard
Control Engineering is an indispensable branch of all
engineering specializations. The TecQuipment Control Engineering Range has been
developed to reflect
practical control problems as they occur in a variety of real engineering
situations. The equipment has been designed to be flexible and can beused for
teaching at arange of academic levels, from basic familiarization courses through to degree
level and beyond. The physical parameters covered include temperature, level
and speed, unstable and multi-variable control systems, servo mechanisms and
process simulation. Both analogue and digital control techniques are covered,
thecontrollers being supported by user-friendly, menu driven software packages to
provide simulation and real time digital control of the systems.
See SL100 Transducer Systems Laboratory
CE103 Thermal Control Process Apparatus
CE105 Coupled tanks Apparatus
CE106 Ball & Beam Apparatus
CE107 Engine Speed Control Apparatus
CE108 Coupled Drives Apparatus
CE109 Ball & Hoop Apparatus
CE110 Servo Trainer
CE111 PLC Process
CE120 Controller
CE122 Digital Interface
CE123 PLC Trainer
CE124 Fuzzy Logic System
CE150 Helicopter Model
CE151 Ball & Plate Apparatus
CE2000 General Control Software
MA2000 D.C. Servo Controlled 6-axis Robot
Instrumentation & Transducer Technology
Transducer Systems Laboratory Overview
The increase in scale and complexity of modern engineering equipment and the
need to both monitor and control its performance has resulted in the rapid
growth in importance of transducer technology. This extends from simple single
point monitoring of a physical parameter up to multiple point monitoring and
control of large systems. In many applications the actual monitoring, display
and control is achieved via dedicated computers, which are suitably interfaced
to the system. Applications where this trend has been most noticeable include
aircraft, shipping and all forms of industrial plant. The object of the
TecQuipment Systems Laboratory is to provide practical experience in
Instrumentation and Transducer Technology for engineering students in an easy to
use, safe and low-cost environment.
SL1 Mainframe
SL10 Vibrating Beam Test Bed
SL20 Temperature Sensing Test Bed
SL30 Pressure Sensing Test Bed
SL40 Flow Sensing Test Bed
SL50 Oven Test Bed
SL60 Liquid Level Test Bed
SL70 Tachometer Test Bed
SL80 Proximity Test Bed
SL100-127 Signal Conditioning Modules - assemble to produce fully operational
and calibrated transducer circuit for monitoring system performance. Range
includes an ADA interface which enables IBM PC's or compatibles to perform data
acquisition and open/closed-loop control functions.
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