LK Automation Limited
Home >> Products >> OMRON >> Temperature controller >> input device >> ES1-LW100 Non contact temperature sensor OMRON ES1-LW100 Measuring temperature range: - 50 ~ +500 C 

ES1-LW100 Non contact temperature sensor OMRON ES1-LW100 Measuring temperature range: - 50 ~ +500 C 

Brand: OMRON
Name: Non contact temperature sensor
Model: ES1-LW100
Type: medium and low temperature.
Measuring temperature range: - 50 ~ +500 C.
The target size: 35mm diameter (from 1000mm).
No need to contact the workpiece, you can measure the temperature.
Achieve no damage, health and efficient temperature management.
A small spot diameter 3mm and 8mm diameter two types.
Reproduction of positive and negative 0.5 degrees Celsius, response speed of 0.4 seconds,
(95%) with high precision and high speed measurement.
In addition to the original middle temperature (0 ~ +500 C),
Also added in low temperature (- 50 DEG C ~ +500),
High temperature (0 ~ +1000 degrees C) models.
New measurement distance up to 500mm, 1000mm long distance type.
Use another programmer, can change the temperature monitoring, radiation rate,
Moving average function and output range.
(picture for the installation of programmer in the ES1 body)

Size: 48 x 96mm.
Type: power AC/DC24V with.
Shell color: black.
Control output 1: output unit mode.
Control output 2: output unit mode.
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 OMRON ES1-LW100.
Event entry point: 2.
Transfer output: -.
Remote SP:4 to 20mA input.
Communication: RS-232C ES1-LW100
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 OMRON ES1-LW100.
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 OMRON ES1-LW100.
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 OMRON Non contact temperature sensor. Name: Basic Unit(gradient temperature control)(See note 1.).
Power supply voltage: 24 VDC supplied from the End Unit OMRON Non contact temperature sensor.
No. of control points: 4.
Control outputs 1 and 2: Voltage output: 2 points (for SSR drive)(See note 2.).
Control outputs 3 and 4: Voltage output: 2 points (for SSR drive) (See note 2.).
Auxiliary output: None.
Functions: Heater burnout alarm, None; Event inputs, None OMRON Non contact temperature sensor.
Communications functions: G3ZA connection port,
RS-485 From End Unit, Port A, RS-485.
Input type: Thermocouple, platinum resistance thermometer,
analog voltage, and analog current selectable for each channel.
Terminal: M3 terminal.
Gradient Temperature Control to Achieve.
Consistent Layer Temperature.
Perform gradient temperature control ranging from 2 to 32 channels.
Perform 2-channel gradient temperature control for up to 16,
groups, or 32-channel gradient temperature controol for up to 2 groups ES1-LW100.
Set gradient temperature control or 2-PID control for each group.
Reduce design work for ladder programming with programless,
connections to Programmable Controllers. (The same feature,
as Standard-control EJ1 Models OMRON ES1-LW100. ).
Connect directly to the G3ZA Multi-channel Power Controller,
using optimum cycle control for high-accuracy control with minimal noise.


...More relevant models >>>>