The DC MITY•EYE® with Infrared LED and R4 Retroreflective Block (part number MDICR4) is a miniature sensor designed for high-speed applications, featuring a response time of 500 microseconds. It operates within a supply voltage range of 10 to 30 VDC at 35mA and is reverse polarity protected. The sensor provides both NPN and PNP open collector output transistors capable of sinking or sourcing up to 150mA continuously, with additional protections against short circuits and false chattering during power-up.
The R4 optical block is specifically designed for retroreflective sensing, making it suitable for detecting reflectors or reflective materials at long ranges, with a maximum sensing range of 20 feet. The sensor is housed in a rugged, chemical-resistant case that is O-ring sealed for moisture protection and is epoxy encapsulated for mechanical stability, meeting NEMA 4X, 6P, and IP67 standards.
Adjustments include a 4-turn clutched sensitivity adjustment and a two-position light/dark selection switch, with a red LED indicator that activates when the light beam is established. The operating temperature range is from -20°C to 70°C (-20°F to 158°F), making it suitable for various environments. The interchangeable optical blocks allow for flexibility in sensing modes, reducing inventory costs and maintenance needs.
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:
LED Light Source
Sensing Range:
Family Specific
Supply Voltage:
DC Models Output Devices:
Response Time
Light Immunity:
Adjustments/Indicato
Ambient Temperature:
Rugged Construction:
| Tri-Tronics Company, Inc. | |
|---|---|
| Product Category | Photoelectric Sensors |
| Product Number | MDICR4 |
| Product Name | DC MITY•EYE ® with Infrared LED and R4 Retroreflective Block |
| Body Shape | Rectangular |
| Operation Distance | 240 inch (6096 mm) |
| Operating Temperature | -4 to 158 F (-20 to 70 C) |
| Optical Technology Type | Retroreflective |