E5GN-RTD Basic Type (Basic Type)

Appearance: Shielded, M30.
Sensing distance: 10 mm.
Output configuration: DC 2-wire.
Operation mode: NO.
Spatter-resistant Fluororesin,
coated Proximity Sensor.
Superior spatter resistance.
Long Sensing-distance Models added for sensing,
distances up to 15 mm.
Pre-wired Smartclick Connector Models are also available E5GN-RTD Basic Type. Terminal type: Exposed-lead Models.
Protective tubing diameter D (mm): 6 E5GN-RTD4 dia.
Protective tubing length L: 50 cm.
Lead wire type: Standard.
Lead wire length M : 2m.
A Wide Variety of High-precision.
Temperature Sensors.
Previous models with M3 screw connections have been joined,
by new models with ferrules to help reduce wiring work.
Ideal for the thermal input devices of Temperature Controllers E5GN-RTD Basic Type.
Select from a wide variety of Temperature Sensors according,
to the temperature to be measured, location, and environment,
and also according to the type and shape of the terminal. Terminal type: Exposed-lead Models.
Protective tubing diameter D(mm): 1.6 dia.
Protective tubing length L: 35 cm.
Lead wire type: Heat resistive.
Lead wire length M: 1m.
A Wide Variety of High-precision E5GN-RTD Basic Type.
Temperature Sensors.
Previous models with M3 screw connections have been joined,
by new models with ferrules to help reduce wiring work.
Ideal for the thermal input devices of Temperature Controllers.
Select from a wide variety of Temperature Sensors according,
to the temperature to be measured, location, and environment,
and also according to the type and shape of the terminal. Sensing method: Through-beam (Emitter + Receiver).
Connection method: Pre-wired (2 m).
Sensing distance: 15m.
Model: PNP output .
The Standard for Photoelectricc Sensors,
with a Secure Track Record of One,
Million Sold Yearly E5GN-RTD Manual.
Long sensing distance of 30 m for Through-beam Models, 4 m for,
Retro-reflective Models, and 1 m for Diffuse-reflective Models.
Mechanical axis and optical axis offset of less than ±2 E5GN-RTD Manual. 5° simplifies,
optical axis adjustment.
High stability with unique algorithm that prevents interference of,
external light.