OMRON E52-IC_B-N datasheet PDF

Amplifier Unit.
Separate Amplifier Sensor with.
Sensitivity Adjustment.
Compact design with smaller Sensor Head.
Heat-resistance model available for application between.
-10 and 200°C. Type: plug - in.
Size: 48 x 96mm.
Control output: relay output.
Auxiliary output: 2 points.
Communication: - E52-IC_B-N PDF.
Heater disconnection: -.
Event input: -.
Power supply voltage: AC100 ~ 240V.
Using large font PV display (white), improve visibility E52-IC_B-N
Selection, setting and operation more simple and more group of input / output,
Functional performance is stronger, the function is more perfect and more extensive range of applications.
E5EC-800 white LCD-PV display height is about 18mm,
The E5AC-800 white LCD-PV display height is about 25mm improved visibility E52-IC_B-N PDF.
The main body is short, the thickness is only 60mm.
50ms high speed sampling period.
A new type of proportional control allows you to control the valve. Name: HFU (gradient temperature control) (See note 1.).
Power supply voltage: 24 VDC supplied from the End Unit.
No. of control points: None.
Control outputs 1 and 2: None.
Control outputs 3 and 4: None E52-IC_B-N PDF.
Auxiliary output: Transistor output: 4 points (sourcing).
Functions: Heater burnout alarm, None; Event inputs, 4.
Communications functions: From End Unit, Port A, RS-485; Port C, RS-485;
or RS-232C, selectable.
Input type: No input.
Terminal: Screw-less clamp.
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 control forr up to 2 groups E52-IC_B-N datasheet.
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 E52-IC_B-N datasheet. ).
Connect directly to the G3ZA Multi-channel Power Controller,
using optimum cycle control for high-accuracy control with minimal noise.