LK166
Home >> Products >> OMRON >> Temperature controller >> Universal temperature controller >> E5EN-HTPRR2BBD | OMRON E5EN-HTPRR2BBD Programmed temperature controller

E5EN-HTPRR2BBD | OMRON E5EN-HTPRR2BBD Programmed temperature controller

Brand: OMRON
Name: Programmed temperature controller
Model: E5EN-HTPRR2BBD
Size: 48 x 96mm.
Type: power AC/DC24V with.
Shell color: black.
Control output 1: position ratio with relay output.
Control output 2: position ratio with relay output.
Control mode: standard or heating cooling.
Auxiliary output points: 2 points.
Heater break, SSR fault detection function: single phase or three phase heater detection function.
Event entry point: 4.
Transfer output: -.
Remote SP:4 to 20mA input.
Communication: -.
New program type.
A new type of liquid crystal with high performance cost ratio is adopted in the 256 paragraph,
Visual angle, contrast can be improved.
Can be set up to 8 procedures (mode) x 32 (step) procedure.
High resolution 5 bit display / can display 0.01 degrees C.
High speed sampling period 60ms.
All models complete a variety of (to the thermocouple /Pt/ analog input switching), 1 machines to support a variety of sensors.
Also supports remote SP.
Add PV/SV state display function, to see the state of the thermostat
(automatic / manual, RUN/RESET, alarm), interactive display PV/SV.
Through the support software (Ver.4.3 CX-Thermo) makes the process of setting management becomes very
Simple use of simple computing functions (AND/OR logic and delay) to set the implementation of flexible contact output.
Through the infrared port can be carried out from the front of the communication.
The control output ON/OFF times counting function can predict the fault of the internal relay of the temperature controller.

The main body: terminal type, temperature input type.
Category: control output 1 point type (power supply AC100 ~ 240V).
Shell color: black.
Control output: relay output.
Control mode: standard or heating cooling.
Auxiliary output points: 2 points.
Heater with broken wire, SSR fault, heater over current detection function /ES1B power supply: ES1B power supply OMRON E5EN-HTPRR2BBD.
Event entry point: 2 E5EN-HTPRR2BBD
Transfer output: -.
Communication: -.
48mm general thermostat has been upgraded & function / performance upgrade.
Indicates that the accuracy is increased and the preventive maintenance function is increased,
Further performance improvement.
E5CN-U (insert type) add analog input and current output type OMRON E5EN-HTPRR2BBD.
Add PV/SV status display function, convenient to check the state of the thermostat (automatic / manual, RUN/STOP, alarm),
Interactive display PV/SV.
Increase the number of control output ON/OFF counting function, can prevent the maintenance of temperature controller internal relay. Size: 48 x 24mm.
Control output 1: linear current output.
Control output 2:--.
Auxiliary output: 2 points OMRON E5EN-HTPRR2BBD.
Power supply voltage: AC100 ~ 240V.
Terminal type: screw terminal table type (with terminal cover).
Input category: full range multi input.
Heater break, SSR fault detection function: -.
Communication: RS-485 E5EN-HTPRR2BBD OMRON.
Event input: -.
A small body of 48 * 24mm specifications on the condensation operation, E5_C series of high performance.
Slender body width 48mm * 24mm * 90mm high depth,
The most suitable for small devices / physical and chemical equipment, etc E5EN-HTPRR2BBD OMRON. .
Although the small size, but also through the character of the high 10.5mm white PV display to achieve high recognition.
The terminal stage is adopted to disassemble and assemble the structure, which improves the maintenance performance E5EN-HTPRR2BBD OMRON.
The connecction method can be selected from a screw terminal and a PUSH-IN fastening terminal E5EN-HTPRR2BBD.
High speed sampling of 50ms is realized.
Easy to connect with PLC through no program communication.
The use of electric communication converrsion Village (sold separately) connected to the computer after,
No power connection can be set OMRON E5EN-HTPRR2BBD.
It can be easily set by CS-Thermo (sold separately).


...More relevant models >>>>