OMRON FH-3050-10 Vision System
Brand:
OMRON
Name: Vision System
Model: FH-3050-10
Item: Box-type controllers.
CPU: High-speed Controllers (4 core).
No. of cameras: 4.
Output: NPN/PNP.
Like or even more than the human eye.
A complete line-up of cameras for various applications.
Powerful controllers for fast and precise,
inspection and measurement.
Software for easy setting of various measurements.
...More relevant models >>>>
Name: Vision System
Model: FH-3050-10
Item: Box-type controllers.
CPU: High-speed Controllers (4 core).
No. of cameras: 4.
Output: NPN/PNP.
Like or even more than the human eye.
A complete line-up of cameras for various applications.
Powerful controllers for fast and precise,
inspection and measurement.
Software for easy setting of various measurements.
Sensor type: Diffuse-reflective.
Sensing distance: 300 mm.
Connection method: M12 connector.
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 for special applications OMRON FH-3050-10.
Non-stop detection.
High quality and reliability FH-3050-10
High EMC protection.
High light immunity.
Robust and waterproof housing. Size: M8(Stainless steel)(See note 2.); Double; Shielded.
Sensing distance: 2 mm.
Connecting method (See note 1.): M8 Connector (3-pin).
Body length: Long.
Output configuration: NPN.
Operation mode NC.
A new generation in global applications OMRON FH-3050-10. Sensing method: Retro-reflective with MSR function.
Connection method: Pre-wired M8 connector.
Sensing distance: 3 m (150 mm).
Model: NPN output .
The Standard for Photoelectric Sensors,
with a Secure Track Record of One,
Million Sold Yearly.
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 OMRON FH-3050-10. 5° simplifies,
optical axis adjustment.
High stability with unique algorithm that prevents interference of,
external light. Measuring range: 40±6mm.
Spot diameter: 80µm dia.
Static resolution: 0.25µm.
To achieve a compact Sensor Head and high-resolution measurements,
the ZW Series uses a white light confocal principle to detect objects.
This principle is described below. Size: M8(Stainless steel)(See note 2.); Double; Unshielded.
Sensing distance: 4 mm.
Connecting method (See note 1.): Pre-wired.
Body length: Short.
Output configuration: PNP.
Operation mode NO.
A new generation in global applications. Type: Shielded.
Appearance: Cylindrical, 5.4 dia. × 18 mm.
Sensing distance: 1 mm.
Repeat accuracy: 1 μm.
Cable specification: Free cutting.
Proximity Sensor with Separate.
Amplifier Enables Easily Making High.
precision Sensitivity Settings.
Wide variety of Sensor Heads to select according to the,
application. Flexible cables are used between Preamplifiers,
and Amplifier Units of the Sensor Heads.
High resistance to changes in ambient temperature.
Temperature characteristics of 0.08%/°C (for 5.44-dia FH-3050-10. models).
Make simple and reliable detection settings with micron,
level precision using the teaching function.
Check the sensing excess gain level on the digital display.
Support for high-precision positioning and screening witth,
fine positioning to maximize variations FH-3050-10.
The E2C-EDA0 supports an EtherCAT Sensor,
Communications Unit or CompoNet Sensor,
Communications Unit.
Sensing distance: 300 mm.
Connection method: M12 connector.
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 for special applications OMRON FH-3050-10.
Non-stop detection.
High quality and reliability FH-3050-10
High EMC protection.
High light immunity.
Robust and waterproof housing. Size: M8(Stainless steel)(See note 2.); Double; Shielded.
Sensing distance: 2 mm.
Connecting method (See note 1.): M8 Connector (3-pin).
Body length: Long.
Output configuration: NPN.
Operation mode NC.
A new generation in global applications OMRON FH-3050-10. Sensing method: Retro-reflective with MSR function.
Connection method: Pre-wired M8 connector.
Sensing distance: 3 m (150 mm).
Model: NPN output .
The Standard for Photoelectric Sensors,
with a Secure Track Record of One,
Million Sold Yearly.
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 OMRON FH-3050-10. 5° simplifies,
optical axis adjustment.
High stability with unique algorithm that prevents interference of,
external light. Measuring range: 40±6mm.
Spot diameter: 80µm dia.
Static resolution: 0.25µm.
To achieve a compact Sensor Head and high-resolution measurements,
the ZW Series uses a white light confocal principle to detect objects.
This principle is described below. Size: M8(Stainless steel)(See note 2.); Double; Unshielded.
Sensing distance: 4 mm.
Connecting method (See note 1.): Pre-wired.
Body length: Short.
Output configuration: PNP.
Operation mode NO.
A new generation in global applications. Type: Shielded.
Appearance: Cylindrical, 5.4 dia. × 18 mm.
Sensing distance: 1 mm.
Repeat accuracy: 1 μm.
Cable specification: Free cutting.
Proximity Sensor with Separate.
Amplifier Enables Easily Making High.
precision Sensitivity Settings.
Wide variety of Sensor Heads to select according to the,
application. Flexible cables are used between Preamplifiers,
and Amplifier Units of the Sensor Heads.
High resistance to changes in ambient temperature.
Temperature characteristics of 0.08%/°C (for 5.44-dia FH-3050-10. models).
Make simple and reliable detection settings with micron,
level precision using the teaching function.
Check the sensing excess gain level on the digital display.
Support for high-precision positioning and screening witth,
fine positioning to maximize variations FH-3050-10.
The E2C-EDA0 supports an EtherCAT Sensor,
Communications Unit or CompoNet Sensor,
Communications Unit.
...More relevant models >>>>
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