For documentation and other MITY•EYE®; models, please see our MITY•EYE® Marketing Page.
Technical Features
Model Specific
Adjustment Type:
Potentiometer
Connection Type:
Cabled, 6ft
Housing Type:
Miniature Rectangular
Optical Block:
Type F4, Glass Fiberoptics Adapter for use with a wide variety of glass fiberoptic light guides for both the proximity and opposed sensing modes.
LED Light Source
Infrared = 880nm Best choice in most opaque object sensing tasks. Provides longest possible sensing range in either Beam Make or Beam Break sensing modes. Best choice in hostile environments; useful in penetrating lens contamination. Preferred for use with small glass fiberoptic light guides Note: Do not use IR light with plastic fiberoptic light guides. Preferred when sensing dark colored objects in the proximity (Beam Make) mode, i.e., black, blue, green, etc. Useful in penetrating containers for verification of contents; also useful in detecting overlapped splices in dense materials. Color perception; tends to favor blue colored objects.
Sensing Range:
Opposed Mode with F4: 3.5in
Opposed Mode with F4 and lens: 15ft
Proximity Mode with F4: 1.5in using a .125in diameter fiber bundle
Proximity Mode with F4 and lens: 8in
Family Specific
Supply Voltage:
10 to 30 VDC @ 35mA
Reverse Polarity Protected
DC Models Output Devices:
Provide both NPN and PNP open collector output transistors capable of sinking or sourcing up to 150mA continuous
Short circuit protected
Zener Diode protected to 36 volts
Protected against falso chattering/pulsing during power up
Response Time
500 microseconds (light or dark)
Light Immunity:
Pulse modulated to provide extremely high immunity to ambient light
Adjustments/Indicato
rs:
4-turn clutched sensitivity adjustment
2-position light "on" / dark "on" selection switch
Red LED indicator energized when light beam is established
Ambient Temperature:
-20°C to 70°C (-20°F to 158°F)
Rugged Construction:
Chemical resistant case, "O" ring sealed to provide moisture protection
Epoxy encapsulated for mechanical stability
NEMA 4X, 6P and IP67
For documentation and other MITY•EYE®; models, please see our MITY•EYE® Marketing Page.
Technical Features
Model Specific
Adjustment Type:
Connection Type:
Housing Type:
Optical Block:
- Type F4, Glass Fiberoptics
Adapter for use with a wide variety of glass fiberoptic light guides for both the proximity and opposed sensing modes.
LED Light Source
- Infrared = 880nm
Best choice in most opaque object sensing tasks. Provides longest possible sensing range in either Beam Make or Beam Break sensing modes. Best choice in hostile environments; useful in penetrating lens contamination. Preferred for use with small glass fiberoptic light guides Note: Do not use IR light with plastic fiberoptic light guides. Preferred when sensing dark colored objects in the proximity (Beam Make) mode, i.e., black, blue, green, etc. Useful in penetrating containers for verification of contents; also useful in detecting overlapped splices in dense materials. Color perception; tends to favor blue colored objects.
Sensing Range:
- Opposed Mode with F4: 3.5in
- Opposed Mode with F4 and lens: 15ft
- Proximity Mode with F4: 1.5in using a .125in diameter fiber bundle
- Proximity Mode with F4 and lens: 8in
Family Specific
Supply Voltage:
- 10 to 30 VDC @ 35mA
- Reverse Polarity Protected
DC Models Output Devices:
- Provide both NPN and PNP open collector output transistors capable of sinking or sourcing up to 150mA continuous
- Short circuit protected
- Zener Diode protected to 36 volts
- Protected against falso chattering/pulsing during power up
Response Time
- 500 microseconds (light or dark)
Light Immunity:
- Pulse modulated to provide extremely high immunity to ambient light
Adjustments/Indicators:
- 4-turn clutched sensitivity adjustment
- 2-position light "on" / dark "on" selection switch
- Red LED indicator energized when light beam is established
Ambient Temperature:
- -20°C to 70°C (-20°F to 158°F)
Rugged Construction:
- Chemical resistant case, "O" ring sealed to provide moisture protection
- Epoxy encapsulated for mechanical stability
- NEMA 4X, 6P and IP67
