E3F3-R36 detection methods: Regression reflection type,
Lead extraction: CN M12,
Type: Plastic appearance; PNP output,
Threaded cylindrical photoelectric sensor, built-in amplifier,
Photoelectric sensor with proximity sensor appearance
High anti interference with optoelectronic -IC technologySize: 48 x 48mm E5EN-Q3HHT User's Manual.
Control output 1: relay output.
Control output 2:--.
Auxiliary output: 3 points (common universal) E5EN-Q3HHT
Power supply voltage: AC100 ~ 240V.
Terminal type: screw terminal table type.
Input category: full range multi input.
Heater break, SSR fault detection function: -.
Communication: RS-485.
Event input: 2 points.
Remote SP input: -.
Transfer output: -.
Using large font PV display (white), improve visibility E5EN-Q3HHT User's Manual.
Selection, operation and setting.
Functional performance of input and output points.
Support for more extensive range of applications.
Using high PV 15.2mm display (white), improve visibility.
High speed sampling to achieve 50ms.
With auxiliary output (maximum 3 points), event input (maximum 4 points), the transmission output,
Remote SP input function, support for a variety of applications E5EN-Q3HHT User's Manual.
E5CC 60mm has a depth of slender body.
The use of communication adapter cable (sold separately) connected with a computer.
After that, no power supply connection can be set.
It can be easily set by CX-Thermo (sold separately).
Easy to connect with PLC through no program communication.
Combined temperature control device through component communication. Sensor.
Appearance: Shielded, M8.
Stable sensing area: 1.5 mm.
Separate Amplifier Sensor with.
Sensitivity Adjustment.
Commpact design with smaller Sensor Head E5EN-Q3HHT MANUAL.
Heat-resistance model available for application between.
-10 and 200°C. E3F3-R62 detection methods: Regression reflection type,
Wire lead out type,
Type: Plastic appearance; NPN output,
Threaded cylindrical phhotoelectric sensor, built-in amplifier,
Photoelectric sensor with proximity sensor appearance
High anti interference with optoelectronic -IC technology