Name: End Unit(See note 1.).
Power supply voltage: 24 VDC.
No. of control points: None.
Control outputs 1 and 2: None.
Control outputs 3 and 4: None.
Auxiliary output: Transistor output: 2 points (sourcing).
Functions: Heater burnout alarm, None; Event inputs, None.
Communications functions: Port A, RS-485; Connector, Port A.
Input type: No input.
Terminal: M3 terminal.
Gradient Temperature Control to Achieve.
Consistent Layer Temperature.
Perform gradient temperature control ranging from 2 to 32 channels.
groups, or 32-channel gradient temperature control for up to 2 groups.
Set gradient temperature control or 2-PID control for each group.
connections to Programmable Controllers. (The same feature,
as Standard-control EJ1 Models.).
using optimum cycle control for high-accuracy control with minimal noise.
Name: Terminal Unit(Includes bus system without backplane.).
No. of control points: 18 (See note 1.).
Functions: Not equipped with communications terminals for power supply,
communications, and setting devices.
New DIN Track Mounting Temperature.
Controller.
Two channels of temperature control available despite width of,
only 22 OMRON EJ1G-EDUA-NFLK. 5 mm.
The Temperature Controller itself can be replaced without,
changing terminal wiring
EJ1G-EDUA-NFLK
Use in combination with a compact Setting Display Unit to,
reduce communications programming requirements.
Front-panel LED indicators for easy operation monitoring.
Power supply and communications wiring not required between,
Units when mounted side-by-side.
CompoWay/F communications protocol supported OMRON EJ1G-EDUA-NFLK.
UL, CSA, and CE Marking compliance. Size: 48 x 96mm.
Ontology: terminal type, temperature input type.
Category: control output 1 point type (power supply AC100 ~ 240V).
Shell color: black.
Control output: voltage output (SSR driver).
Control mode: standard or heating cooling.
Auxiliary output points: 3 points.
Heater with broken wire, SSR fault, heater over current detection function /ES1B power supply: single phase heater with detection function OMRON EJ1G-EDUA-NFLK.
Event entry point: 2.
Transfer output: -.
Communication: -.
The general temperature controller 96mm, 48 * 96mm square has been upgraded to improve the performance and function of /.
Indicates that the accuracy of the upgrade, increase the function of prevention and maintenance, further enhance the performance.
Add PV/SV state display function, to see 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.
Increased the 3 segment display, which can display the current value / target / operation.
Increased the PF key, the distribution of automatic / manual, RUN/STOP, etc., can be a key operation. Size: 48 x 96mm.
Control output 1: linear current output.
Control output 2: voltage output (SSR driver).
Auxiliary output: 2 independent points.
Power supply voltage: AC/DC24V.
Terminal shape: screw terminal table type.
Input category: full range multi input.
Heating wire break, SSR fault detection function: 1 points.
Communication: RS-485.
Event input: 6 points.
Remote SP input: there.
Transfer output: have.
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.
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 aand remote SP input, suitable for a wide range of applications EJ1G-EDUA-NFLK.
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 temperrature controller is connected to each other by using the component communication EJ1G-EDUA-NFLK.
A new type of proportional control allows you to control the valve.