ZFV-SR50 Smart Sensors
OMRON ZFV-SR50 Manual And Instructions
ZFV-SR50 datasheetPDF datasheet
ZFV-SR50 User's Manual
ZFV-SR50 REFERENCE MANUAL
OMRON ZFV-SR50 Product information and technical parameters：
Brand: OMRON
Name: Smart Sensors
Model: ZFV-SR50
Type: Wide View.
Working length: 38 to 194 mm (variable).
Sensing area: 10 × 9.2 mm (H × V) to 50 × 46 mm (H × V).
Low-cost but advanced Smart.
Sensors combining benefits of.
optical and vision sensors.
Sensor integrated with light for easy installation.
Easy operation by selecting icons while watching.
LCD monitor.
Ultra-high speed response for fast-moving.
production lines.
...More relevant models >>>>
ZFV-SR50 datasheetPDF datasheet
ZFV-SR50 User's Manual
ZFV-SR50 REFERENCE MANUAL
OMRON ZFV-SR50 Product information and technical parameters：
Brand: OMRON
Name: Smart Sensors
Model: ZFV-SR50
Type: Wide View.
Working length: 38 to 194 mm (variable).
Sensing area: 10 × 9.2 mm (H × V) to 50 × 46 mm (H × V).
Low-cost but advanced Smart.
Sensors combining benefits of.
optical and vision sensors.
Sensor integrated with light for easy installation.
Easy operation by selecting icons while watching.
LCD monitor.
Ultra-high speed response for fast-moving.
production lines.
Size: M12 (Brass); Double; Shielded (See note 2.).
Sensing distance: 8 mm.
Connecting method (See note 1.): M12 Connector.
Body length: Short.
Output configuration: NPN.
Operation mode NC.
A new generation in global applications. E3F3-R16M detection methods: Regression reflection type,
Lead extraction: CN M12,
Type: metal appearance; NPN output,
Threaded cylindrical photoelectric sensor, built-in amplifier,
Photoelectric sensor with proximity sensor appearance
High anti interference with optoelectronic -IC technologyAppearance: L-shaped ZFV-SR50 ZFV-SR50
Sensing method: Through beam type (with slot).
Connecting method: Connector model (4 poles).
Sensing distance: 5 mm (slot width).
Operating mode: Dark-ON/Light-ON (2 outputs) ZFV-SR50.
Indicator mode: Incident light.
Model: NPN output.
Built-in connector enables,
downsizing and easier connection.
Protective circuit for safe operation.
A built-in connector minimizes the shape and dimensional,
requirements.
Two outputs: light-ON and dark-ON.
Complete lineup including seven different shapes.
Safer operation with built-in power supply reverse polarity,
protection ZFV-SR50.
Output overcurrent protection with a thermal shutdown,
circuit (patent pending).
The indicator can be seen from many directions to enable,
installation in more locations.
Connector with lock that mates with commercially available,
connectors. E3F3-D17 detection method: diffuse reflection type,
Lead extraction: CN M12,
Type: Plastic appearance; NPN output,
Threaded cylindrical photoelectric sensor, built-in amplifier,
Photoelectric sensor with proximity sensor appearance
High anti interference with optoelectronic -IC technologyAppearance: Unshielded, M18.
Sensing distance: 8 mm.
Output configuration: DC 3-wire, PNP.
Model: Operation mode, NC.
General-purpose Threaded.
Capacitive Sensor.
Product lineup with M12, M18, and M30 models.
Fixed sensing distance requires no sensitivity adjustment. Sensing method: Through-beam (Emitter + Receiver).
Connection method: Pre-wired M8 connector.
Sensing distance: 15m.
Model: NPN output .
The Standard for Photoeelectric Sensors,
with a Secure Track Record of One,
Million Sold Yearly ZFV-SR50.
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 ZFV-SR50. 5° simplifies,
optical axis adjustment.
High stability with unique algorithm that prevents interference of,
external light.
Sensing distance: 8 mm.
Connecting method (See note 1.): M12 Connector.
Body length: Short.
Output configuration: NPN.
Operation mode NC.
A new generation in global applications. E3F3-R16M detection methods: Regression reflection type,
Lead extraction: CN M12,
Type: metal appearance; NPN output,
Threaded cylindrical photoelectric sensor, built-in amplifier,
Photoelectric sensor with proximity sensor appearance
High anti interference with optoelectronic -IC technologyAppearance: L-shaped ZFV-SR50 ZFV-SR50
Sensing method: Through beam type (with slot).
Connecting method: Connector model (4 poles).
Sensing distance: 5 mm (slot width).
Operating mode: Dark-ON/Light-ON (2 outputs) ZFV-SR50.
Indicator mode: Incident light.
Model: NPN output.
Built-in connector enables,
downsizing and easier connection.
Protective circuit for safe operation.
A built-in connector minimizes the shape and dimensional,
requirements.
Two outputs: light-ON and dark-ON.
Complete lineup including seven different shapes.
Safer operation with built-in power supply reverse polarity,
protection ZFV-SR50.
Output overcurrent protection with a thermal shutdown,
circuit (patent pending).
The indicator can be seen from many directions to enable,
installation in more locations.
Connector with lock that mates with commercially available,
connectors. E3F3-D17 detection method: diffuse reflection type,
Lead extraction: CN M12,
Type: Plastic appearance; NPN output,
Threaded cylindrical photoelectric sensor, built-in amplifier,
Photoelectric sensor with proximity sensor appearance
High anti interference with optoelectronic -IC technologyAppearance: Unshielded, M18.
Sensing distance: 8 mm.
Output configuration: DC 3-wire, PNP.
Model: Operation mode, NC.
General-purpose Threaded.
Capacitive Sensor.
Product lineup with M12, M18, and M30 models.
Fixed sensing distance requires no sensitivity adjustment. Sensing method: Through-beam (Emitter + Receiver).
Connection method: Pre-wired M8 connector.
Sensing distance: 15m.
Model: NPN output .
The Standard for Photoeelectric Sensors,
with a Secure Track Record of One,
Million Sold Yearly ZFV-SR50.
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 ZFV-SR50. 5° simplifies,
optical axis adjustment.
High stability with unique algorithm that prevents interference of,
external light.
...More relevant models >>>>
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