7/31/2019 Electro Pneumatics Training
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DESCRIPTION:
Electro-Pneumatics are primarily used in factories
with fixed installations for automation purposes.
The follow-up course to Basic Pneumatics, Electro-Pneumatics,
is
dedicated to the electrical control of pneumatic actuators. We
begin with a
brief refresher of Ohms law and electric power law and continue
with
discussions on solenoid valves, relays and switches such as
inductive,
capacitive, laser, infrared, and radioactive sensing. During the
three daycourse, the student will build and troubleshoot over 30
real world hands-on
lab-exercises.
Several hands-on lab exercises require the students to
troubleshoot real
world system problems. Every application which is being
discussed wil be
totally dissected in an animated program. This animation program
allows the
instructor to recalibrate: pressure, flow, torque, load and even
upsize and
downsize of components.
This course is a pre-requisite for the Programmable Logic
Controller (PLC)
course.
For registration or more information call 303.838.7396or email
[email protected]
de s i g n
eng i n e e r i n g
leade r s h i p
t r a i n i n g
ana l y s i s
UnderstandingBasic Electro-Pneumatics 1.5 Day Seminar
delta Paradigm, Inc.new dimension in engineering management
Each studentreceives:
Published textbook
Understanding Basic
Electro-Pneumatics
Course Certificate
Fluid Power Symbol
Reference Poster
delta Paradigm, Inc. | P.O. Box 648 | Pine, CO 80470
Business/Fax 303.838.7396 | Cell 303.570.4895
7/31/2019 Electro Pneumatics Training
2/2
For registration or more information call 303.838.7396or email
[email protected]
de s i g n
eng i n e e r i n g
leade r s h i p
t r a i n i n g
ana l y s i s
Understanding Basic Electro-Pneumatics 1.5 Day Seminar
delta Paradigm, Inc. | P.O. Box 648 | Pine, CO 80470
Business/Fax 303.838.7396 | Cell 303.570.4895
C O U R S E O U T L I N E :
Electro Pneumatics
History of the Ladder Diagram
Understanding ElectricalDiagrams
Ladder Diagram
The rungs and Lines
Arrangement of control
elements
Load arrangements
Short circuit protection
Tracing signals through rungs
Wire and line numbers
States of control elements in
ladder diagrams
Lab Exercise 1
Electrical Components
Control transformers
Functions of different voltagesin control panels
Different types of control
elements
Industrial electrical symbols
Function of different switches
and their symbols
Types of actuation of switches
Solenoid Valves
Direct or pilot operatedsolenoid valves
Cycle rates, coils, force and
voltage
Troubleshooting Solenoid
Valves
Reasons for a solenoid valve
failure in AC and DC valves
Lab Exercise 2
Lab Exercise 3
Pilot Control
5-way directional control
valve, solenoid controlled
pilot operated
Control Relays
Ladder Diagrams using relays
Different types of relays
Line numbers used with coils
Lab Exercise 4
Memory Control
Memory control and pilotcontrol
Double solenoid controlled
pilot operated 5-way
directional control valve.
ISO symbols for doublesolenoid valves
Lab Exercise 5
Automatic Return
Limit switches and their ISO
symbols
Cylinder position sensors,
Reed switch.
Cylinder position sensors,
Magnetic field sensor.
Inductive proximity sensors,
PNP current sourcing
Inductive proximity sensors,NPN current sinking
Capacitive proximity sensors
Optical sensors
Ultrasonic sensors
Radioactive ( Nuclear )
sensing devices
Application for varioussensing devices
Lab Exercise 6
Latching ElectricalSignals
Memory control with alatching circuit
Dominant ON and dominant
OFF circuits.
Lab Exercise 7
Lab Exercise 8
Lab Exercise 9
Lab Exercise 10
Logic Combination
Fill in a truth table withmultiple outputs
Design a ladder diagram with
more than one rung of logic
Use a truth table to design the
ladder logic diagram
Design a pneumatic circuitand ladder diagram for logic
combinations
Lab Exercise 11
Lab Exercise 12
Lab Exercise 13
Lab Exercise 14
Colliding Signals Stepper Control
Design method of the steppercontrol method.
Lab Exercise 15
Electric Timers
Types of time delay relays
On delay and OFF delayrelays
Time delay relay symbols
Lab Exercise 16
Counters
Design features and
application of counters.
Programming of a counter
Lab Exercise 17
Emergency Stop Condi-tions
Four basic emergency stop
conditions
Stop conditions integratedinto a ladder diagram
Summary and Review
