Case color: Black.
Control output: Relay output.
Control mode *1: Standard or heating/cooling.
No. of auxiliary outputs: 1.
Detection of heater burnout, SSR failure, and heater overcurrent: --.
No. of event inputs: --.
Transfer output *2: --.
Communi cations: RS-485.
Previous model: Thermocouple input, E5GN-R03TC-FLK;
Resistance thermometer input, E5GN-R03P-FLK E5CN-RTU User's Manual.
New 48 x 24-mm Basic Temperature,
Controller with Enhanced Functions and,
Performance E5CN-RTU Improved Indication Accuracy,
and Preventive Maintenance Function.
Indication Accuracy.
Thermocouple input: ±0.3% of PV (previous models: ±0.5%),
Pt input: ±0.2% of PV (previous models: ±0.5%),
Analog input: ±0.2% FS (previous models: ±0 E5CN-RTU User's Manual. 5%),
Models are available with screw terminal blocks or screwless,
clamp terminal blocks.
A PV/SV-status display function can be set to automatically alternate,
between displaying the status of the Temperature Controller (auto/
manual, RUN/STOP, and alarms) and the PV or SV.
Preventive maintenance for relays in the Temperature,
Controller using a Control Output ON/OFF Counter.
Switch the PV display between three colors E5CN-RTU User's Manual.
Compatible with Support Software (CX-Thermo version 4.2 or higher).
Eleven-segment displays.
Models are available with one or two alarm outputs. Appearance: Shielded, M12.
Sensing distance: 2 mm.
Output: NPN.
Model: Operation mode NC.
Aluminum and Iron Both.
Detectable from Long Distances. Appearance: Shielded, M18.
Sensing distance: 5 mm.
Model: Operation mode, NC.
Proximity Sensor with a Long Screw Length.
Increased tightening strength. Cable protectors,
pprovided as a standard feature E5CN-RTU Communications Functions Manual.
Increased indicator visibility.
A milled section for wrench grip on all models. E3F3-R32M detection methods: Regression reflection type,
Wire lead out type,
Type: metal appearance; PNP output,
Threaded cylindrical phhotoelectric sensor, built-in amplifier,
Photoelectric sensor with proximity sensor appearance
High anti interference with optoelectronic -IC technology