LK Automation Limited
OMRON E3ZM-T83 Sensing distance: 08 m (apertures built in) OMRON E3ZM-T83
Brand:
OMRON
Name: Compact Photoelectric Sensor
Model: E3ZM-T83
Sensing method: Through beam (Emitter + Receiver).
Connection method: Pre-wired (2 m).
Sensing distance: 0.8 m (apertures built in).
Model: PNP output .
Stainless Steel Housing Ideal for Food Industry PAT Pending.
Strong resistance against detergents, disinfectants, and jet liquid flow.
Product lineup includes BGS Reflective Models and Through-beam,
Models with built-in slits.
Certified by Ecolab Europe.
...More relevant models >>>>
Name: Compact Photoelectric Sensor
Model: E3ZM-T83
Sensing method: Through beam (Emitter + Receiver).
Connection method: Pre-wired (2 m).
Sensing distance: 0.8 m (apertures built in).
Model: PNP output .
Stainless Steel Housing Ideal for Food Industry PAT Pending.
Strong resistance against detergents, disinfectants, and jet liquid flow.
Product lineup includes BGS Reflective Models and Through-beam,
Models with built-in slits.
Certified by Ecolab Europe.
Size: M30, Shielded.
Sensing distance: 15.0 mm.
Connection: M12 connector.
Body material: Brass.
Thread length (overall length): 66 (80).
Output configuration: PNP.
Operation mode NO.
Safe Mounting with Greater.
Sensing Distance.
Ensures a sensing distance approximately 1.5 to 2,
times larger than that of any conventional OMRON Sensor OMRON E3ZM-T83.
Problems such as the collision of workpieces are eliminated E3ZM-T83
Full range of standard sizes (M8, M12, M18 and,
M30; both long and short barrels).
Modular construction simplifies customization. Sensing method: Diffuse-reflective.
Connection method: Pre-wired (2 m).
Sensing distance: 5 to 30 mm.
Operation mode: Dark-ON.
Model: PNP output.
Makes Mounting and Installation Simpler and Smoother OMRON E3ZM-T83.
Suitable for Applications in the Rechargeable Battery Industry. Power supply voltage: AC/DC power supply selectable type.
Sensing method: Diffuse-reflective.
Sensing distance: 2.5 m.
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) OMRON E3ZM-T83.
(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 OMRON Compact Photoelectric Sensor .
Improved operability.
(Enlarged sensitivity adjuster and operation selector)
Freely selectable power supply input (24 to 240 VDC, 24 to 240 VAC) OMRON Compact Photoelectric Sensor .
(Additional types added to the DC type lineup.)
Models with infrared LEDs are also available. Type: Monochrome; PNP; EtherCAT communication function not provided.
Key features and benefits.
Made specifically for pick & place,
applications.
Encoder input for conveyor tracking,
and calibration OMRON Compact Photoelectric Sensor .
Shape based object detection.
Smart calibration wizard.
Sysmac Studio software for vision.
system operation and setting. Sensor type: Diffuse-reflective.
Sensing distance: 300 mm.
Connection method: M112 connector E3ZM-T83.
Model: PNP output.
A new generation in sensing performance.
Simplicity.
Simple selection.
Simple installation.
One family for all.
All standard applications covered.
A wide variety of models.
Models designed forr special applications OMRON E3ZM-T83.
Non-stop detection.
High quality and reliability.
High EMC protection.
High light immunity.
Robust and waterproof housing.
Sensing distance: 15.0 mm.
Connection: M12 connector.
Body material: Brass.
Thread length (overall length): 66 (80).
Output configuration: PNP.
Operation mode NO.
Safe Mounting with Greater.
Sensing Distance.
Ensures a sensing distance approximately 1.5 to 2,
times larger than that of any conventional OMRON Sensor OMRON E3ZM-T83.
Problems such as the collision of workpieces are eliminated E3ZM-T83
Full range of standard sizes (M8, M12, M18 and,
M30; both long and short barrels).
Modular construction simplifies customization. Sensing method: Diffuse-reflective.
Connection method: Pre-wired (2 m).
Sensing distance: 5 to 30 mm.
Operation mode: Dark-ON.
Model: PNP output.
Makes Mounting and Installation Simpler and Smoother OMRON E3ZM-T83.
Suitable for Applications in the Rechargeable Battery Industry. Power supply voltage: AC/DC power supply selectable type.
Sensing method: Diffuse-reflective.
Sensing distance: 2.5 m.
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) OMRON E3ZM-T83.
(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 OMRON Compact Photoelectric Sensor .
Improved operability.
(Enlarged sensitivity adjuster and operation selector)
Freely selectable power supply input (24 to 240 VDC, 24 to 240 VAC) OMRON Compact Photoelectric Sensor .
(Additional types added to the DC type lineup.)
Models with infrared LEDs are also available. Type: Monochrome; PNP; EtherCAT communication function not provided.
Key features and benefits.
Made specifically for pick & place,
applications.
Encoder input for conveyor tracking,
and calibration OMRON Compact Photoelectric Sensor .
Shape based object detection.
Smart calibration wizard.
Sysmac Studio software for vision.
system operation and setting. Sensor type: Diffuse-reflective.
Sensing distance: 300 mm.
Connection method: M112 connector E3ZM-T83.
Model: PNP output.
A new generation in sensing performance.
Simplicity.
Simple selection.
Simple installation.
One family for all.
All standard applications covered.
A wide variety of models.
Models designed forr special applications OMRON E3ZM-T83.
Non-stop detection.
High quality and reliability.
High EMC protection.
High light immunity.
Robust and waterproof housing.
...More relevant models >>>>