E5_C TEMPERATURE CONTROLLER
A Full Lineup of Next-generation Temperature Controllers
» H i g h - c o n t ra s t d i s p l a y
» Easy set-up and operation
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The new standard in
temperature control…
Omron has been an active innovator in
temperature control since introducing its
first controller in 1967.
Temperature control has taken a giant
leap forward with the next generation
of Omron controllers—the E5_C series,
which set new global standards in the
key areas of precision, ease of use and
control performance.
The E5_C series will save you time and
effort in set-up and operation, while
enabling faster and more accurate
monitoring/control of your process. The
highly visible display of the new series is
easy to read and virtually eliminates the
possibility for human error.
Key features
•
High-contrast, white LCD display is visible
from great distances and from any angle
•
Easy to set up and operate intuitively via
CX-Thermo without power supply
•
50 ms sampling period for fast and
precise regulation
•
Useful timer and logic operation functions
can eliminate the need for a PLC
E5_C Series
NEW GENERATION
2
Is higher in every respect
Clearer LCD display
The high-contrast, white
LCD display contributes
to the exceptional clarity
and readability of the E5_C
series. The large display
can be read from greater
distances and from much
wider viewing angles.
Easy set up & operation
Coupled with auto-tuning
algorithms which greatly
reduce set-up and
programming time, Omron’s
CX-Thermo support software
was developed specifically
for use with the E5_C series.
This enables faster parameter
set-up, simplified device
adjustment and maintenance.
Unique performance
Although fast sampling
speed and high precision
are built into this series,
Omron’s 2-PID control is a
key advantage offered over
standard controllers. It uses a
powerful algorithm, which has
a major impact on the control
stability, and the quality of
your products.
3
High-contrast display
Clear, bright characters with large display size
*
1
Large easy-to-read white characters on a black background achieve superior visibility.
You can quickly and reliably check the process value (PV) from multiple viewing angles,
with natural light or in subdued lighting conditions.
Actual size
E5CC
Character height
*
1
(White PV)
E5GC : 10.5 mm
E5CC : 15.2 mm
E5EC : 18 mm
E5AC : 25 mm
The display remains easy to read from
wide viewing angles.
Compact design saves space
The sleek design of the E5_C controllers (60 mm
depth) requires less panel space than standard
controllers (78 mm depth), which allows for quick
mounting and easy installation, even in restricted
conditions.
*
2
Excluding E5GC/E5DC/E5CC-U
Shift key reduces setting required
This time saving feature allows for quick and
accurate adjustments when needed. The shift
key (<<PF) allows you to instantly change set
value (SV) values one increment at a time.
The IP66 protection
rated front cover can
withstand humid
environments and
also be cleaned with
non-aggressive
liquids.
*
Excluding E5DC/E5CC-U
3
Just press the shift
key to move the digit.
4
Easy to connect, set up & operate
USB eliminates the need for a power supply
The power from the USB port can power up the controller when using CX-Thermo software.
CX-Thermo software –
easy setup
For applications that
require different recipes or
need multiple controllers
programmed, CX-Thermo
is designed to save you
time and effort. With a
few clicks of the mouse,
you can download your
parameters into any Omron
E5_C series controller.
Note: Version 4.61 is required
USB-Serial
Conversion Cable
*
4
*
4
E58-CIFQ2 communication
cable can be used with all
E5_C models. E58-CIFQ2-E
communication cable can
be used specifically with
E5AC/E5EC/E5DC models
which feature a front
programming port.
Installation
(CD sold separately)
Easy connection to a PLC with programless communications
Step
1
Step
3
Set the communications settings
in the PLC to agree with those
in the temperature controllers.
Wire RS-485 communications
Advantages
• The amount of work to set up the system is greatly reduced
• PLC programming and memory are not required for
communications
• Communications with multiple temperature controllers are
automatically executed by the master temperature controller
Step
2
Set the communications addresses
and the communications types
in the temperature controllers.
• Interface converters are not required, which reduces costs
• Number of connected digital temperature controllers:
32 max
Communications start
More Convenient
Operations
The parameters can be copied from
the master temperature controller
to slave temperature controllers.
No Interface
converter is required
The master temperature controller can share RUN/STOP
commands and set points with slave temperature
controllers. Slope and offsets can be set for the set point.
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