LK Automation Limited
E3Z-LL68 OMRON E3Z-LL68 Sensing distance: 125 to 40 mm (Min distance set),
Brand:
OMRON
Name: Compact Laser Photoelectric Sensor
Model: E3Z-LL68
Sensing method: Distance-settable(BGS Models).
Connection method: Connector(M8, 4 pins).
Response time: 0.5 ms.
Sensing distance: 125 to 40 mm (Min. distance set),
25 to 300 mm (Max. distance set) .
Model: NPN output .
Compact and Reliable,
Laser Photoelectric Sensor.
Safety and reliability with laser class 1 (JIS and IEC).
Product lineup includes models with distance setting without,
influence of color.
Maximum ambient operating temperature of 55°C and water,
proof construction in E3Z class.
...More relevant models >>>>
Name: Compact Laser Photoelectric Sensor
Model: E3Z-LL68
Sensing method: Distance-settable(BGS Models).
Connection method: Connector(M8, 4 pins).
Response time: 0.5 ms.
Sensing distance: 125 to 40 mm (Min. distance set),
25 to 300 mm (Max. distance set) .
Model: NPN output .
Compact and Reliable,
Laser Photoelectric Sensor.
Safety and reliability with laser class 1 (JIS and IEC).
Product lineup includes models with distance setting without,
influence of color.
Maximum ambient operating temperature of 55°C and water,
proof construction in E3Z class.
Detection mode: diffuse reflection type.
Connection: socket type (M12).
Detection range: red light 300mmm.
Output mode: NPN output. Sensing method: Retro-reflective with MSR function.
Connection method: Connector(M8, 4 pins).
Response time: 1 ms.
Sensing distance: 15 m (300 mm) (Using E39-R1),
7 m(200 mm)(Using E39-R12), 7 m (200 mm)(Using E39-R6) OMRON E3Z-LL68.
Model: NPN output .
Compact and Reliable,
Laser Photoelectric Sensor E3Z-LL68
Safety and reliability with laser class 1 (JIS and IEC).
Product lineup includes models with distance setting without,
influence of color.
Maximum ambient operating temperature of 55°C and water,
proof construction in E3Z class. Appearance: Shielded, M12.
Sensing distance: 4 mm OMRON E3Z-LL68.
Output: PNP.
Model: Operation mode NC.
Aluminum and Iron Both.
Detectable from Long Distances. Power supply voltage: DC.
Sensing method: Through-beam (Emitter + Receiver).
Sensing distance: 40 m.
Output configu ration: NPN.
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 E3Z-LL68.
(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) OMRON Compact Laser Photoelectric Sensor OMRON Compact Laser Photoelectric Sensor .
(Additional types added to the DC type lineup.)
Models with infrared LEDs are also available. Field of view: Wide View (Short-distance).
Number of pixels: 350,000 pixels.
Monochrome: PNP.
Field of view/Installation distance: Refer to figure 4 on p.20.
Inspection capabilities, camera options,
and communication options -- this powerful,
heavy weight has it all OMRON Compact Laser Photoelectric Sensor .
This Vision Sensor provides all of the best-selliing,
features found in high-end models without the,
need as in vision system for a separate controller E3Z-LL68.
This new Smart Camera was designed to attract,
potential customers to try the FQ2 Series. E3Z-G61-S0SHW-E3 is selected for use with 1 optical axis and 10 axis type
Prevent mutual interference function, EN standard specifications
Groove type photoelectric sensor without optical axis adjustment
Connection: socket type (M12).
Detection range: red light 300mmm.
Output mode: NPN output. Sensing method: Retro-reflective with MSR function.
Connection method: Connector(M8, 4 pins).
Response time: 1 ms.
Sensing distance: 15 m (300 mm) (Using E39-R1),
7 m(200 mm)(Using E39-R12), 7 m (200 mm)(Using E39-R6) OMRON E3Z-LL68.
Model: NPN output .
Compact and Reliable,
Laser Photoelectric Sensor E3Z-LL68
Safety and reliability with laser class 1 (JIS and IEC).
Product lineup includes models with distance setting without,
influence of color.
Maximum ambient operating temperature of 55°C and water,
proof construction in E3Z class. Appearance: Shielded, M12.
Sensing distance: 4 mm OMRON E3Z-LL68.
Output: PNP.
Model: Operation mode NC.
Aluminum and Iron Both.
Detectable from Long Distances. Power supply voltage: DC.
Sensing method: Through-beam (Emitter + Receiver).
Sensing distance: 40 m.
Output configu ration: NPN.
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 E3Z-LL68.
(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) OMRON Compact Laser Photoelectric Sensor OMRON Compact Laser Photoelectric Sensor .
(Additional types added to the DC type lineup.)
Models with infrared LEDs are also available. Field of view: Wide View (Short-distance).
Number of pixels: 350,000 pixels.
Monochrome: PNP.
Field of view/Installation distance: Refer to figure 4 on p.20.
Inspection capabilities, camera options,
and communication options -- this powerful,
heavy weight has it all OMRON Compact Laser Photoelectric Sensor .
This Vision Sensor provides all of the best-selliing,
features found in high-end models without the,
need as in vision system for a separate controller E3Z-LL68.
This new Smart Camera was designed to attract,
potential customers to try the FQ2 Series. E3Z-G61-S0SHW-E3 is selected for use with 1 optical axis and 10 axis type
Prevent mutual interference function, EN standard specifications
Groove type photoelectric sensor without optical axis adjustment
...More relevant models >>>>