LK166
Home >> Products >> OMRON >> Temperature controller >> Universal temperature controller >> OMRON E5EZ-PRR2L Digital Position-Proportional Controllers

OMRON E5EZ-PRR2L Digital Position-Proportional Controllers

Brand: OMRON
Name: Digital Position-Proportional Controllers
Model: E5EZ-PRR2L
Size: 1/8DIN 48 × 96 × 78 (W × H × D).
Power supply voltage: 100 to 240 VAC.
Input type: Analog (Current, Voltage) Input Type.
Control method: Valve Control.
Number of alarms: 2.
Communica- tions function: None.
Event input: None.
A position proportional control model for the E5EZ-PRR series.
Depth of only 78 mm.
Various temperature inputs (thermocouple, platinum resistance thermometer,
infrared temperature sensor, voltage inputs) and analog inputs (current, voltage),
Makes use of high-visibility LCD, with three lines of 4-digit display,
for simplicity.
and clarity.
3 lines of display to observe PV/ SV/ MV (valve open percentage),
clearly displaying the state of control (operations).
Event input enables multi-SP selection and run/ stop function.
Alarm delay function.
Communications function.
Able to choose closed/floating control. In floating control,
position proportional control can be performed without a potentiometer,
Equipped with a manual output function (equipped with an automatic/manual key),
CE marking and UL/CSA certification.

Size: 96 x 96mm.
Control output 1: voltage output (SSR driver).
Control output 2: voltage output (SSR driver).
Auxiliary output: 2 independent points.
Power supply voltage: AC100 ~ 240V.
Terminal shape: screw terminal table type.
Input category: full range multi input.
Heating wire break, SSR fault detection function: 2 point (three phase heater) OMRON E5EZ-PRR2L.
Communication: RS-485.
Event input: 2 points E5EZ-PRR2L
Remote SP input: -.
Transfer output: -.
Large screen display white PV legible. From selection to setting and operation are simple and easy to use.
Full capacity, function and performance of I/O. Suitable for more applications.
E5AC white LCDPV display height is about 25mm.
The upper panel and the front panel are equipped with tool ports OMRON E5EZ-PRR2L.
With the communication conversion line (sold separately) connected to the computer to establish the controller without the need to install the wire for power supply.
Easy to install CX-Thermo (sold separately).
50ms high speed sampling period.
Model can be equipped with up to 4 point auxiliary output, 6 point event input,
1 point transfer output and remote SP input, suitable for a wide range of applications OMRON E5EZ-PRR2L.
The main body is short, the thickness is only 60mm.
Easy to use programmable logic controller (PLC) is connected to the programmable logic controller (PLC).
The temperature controller is connected to each other by using the component communication.
A new type of proportional control allows you to control the valve. Size: 48 x 48mm.
Control output 1: voltage output (SSR driver).
Control output 2: voltage output (SSR driver).
Auxiliary output: 2 independent points.
Power supply voltage: AC100 ~ 240V.
Terminal type: screw terminal table type.
Input category: full range multi input.
Heater break, SSR fault detection function: 2 point (three phase heater).
Communication: RS-485.
Event input: -.
Remote SP input: -.
Transfer output: -.
Using large font PV display (white), improve visibility.
Selection, operation and setting.
Functional performance of input and output points.
Support for more extensive range of applications.
Using high PV 15.2mm display (white), improve visibility.
High speed sampling to achieve 50ms.
With auxiliary output (maximum 3 points), event input (maximum 4 points), the transmission output,
Remote SP input function, support for a variety of applications E5EZ-PRR2L.
E5CC 60mm has a depth of slender body.
The use of communication adapter cable (sold separately) connected with a computer.
After that, no power supply connection can be set.
It can be easily set by CX-Thermmo (sold separately) E5EZ-PRR2L.
Easy to connect with PLC through no program communication.
Combined temperature control device through component communication.


...More relevant models >>>>