Appearance: Shielded, M30.
Sensing distance: 10 mm.
Output configuration : DC 3-wire, NPN.
Operation mode: NO.
Inductive Profoximity Sensor with.
Chemical-resistant Fluororesin Case.
Housing and mounting are made of Fluororesin resistant to chemicals.
Maximum sensing distance: 10 mm. Power supply voltage: AC/DC power supply selectable type E32-CC200.
Sensing method: Retro-reflective without MSR function E32-CC200
Sensing distance: 7 m[100 mm](When using E39-R1), 11 m[100 mm](When using E39-R2).
Output configu ration: Relay.
Long-distance Photoelectric Sensor.
That Supports AC/DC Power Supplies.
Long sensing distance that is approximately 8,
times that of our conventional model (for the,
Through-beam and Diffuse-reflective models) E32-CC200.
(Through-beam: 40 m, Retro-reflective: 7 m, and,
Diffuse-reflective: 2.5 m.) .
Improved visibility:
A red LED that makes the spot visible.
Large indicators that can be seen even from a,
distance.
Improved operability.
(Enlarged sensitivity adjuster and operation selector)
Freely selectable power supply input (24 to 240 VDC, 24 to 240 VAC).
(Additional types added to the DC type lineup E32-CC200. )
Models with infrared LEDs are also available. E3JM-DS70M4T detection method: diffuse reflection type,
Connection: terminal plate,
Detection range: 700mm.
Output status: ON into the light; light shading ON; switch conversion type.
Output: relay. Function: timer,
2 types of cost reductionFree change detection direction.
Small, can press the front, side (15 degrees) position change detection direction.
Type: small detection variable terminal plate / DC type.
Shape: non shield.
Detection range: 15mm.
Output status: NO/NC NPN (conversion). Detection mode:: diffuse reflection type E32-CC200.
Detection range: 50mm.
Usage: slender type,
Small thin space probe;
Interference prevention function with close installationSensing method: Diffuse reflective.
Appearance: Vertical.
Connection method: Pre-wiredd E32-CC200.
Sensing distance: 35±3 mm.
Model: NPN Voltage output type .
Both Red-light Models and Green,
light Models to Detect a Wide Variety,
of Colors.