Photo Optics

Photo optics use light to detect the presence or absence of an object. When an obstruction interrupts the beam of light and reception is blocked, the system sends a signal to motor controls to stop and/or reverse motion.

Photo eyes are commonly used to guard the entrapment zones around commercial motorized doors, automated vehicular gates, and in industrial automation and manufacturing. They can also be used for elevator doors and counting.

The Miller Edge photo optics collection includes single-beam photo optics utilizing one beam of light and light curtains offering multiple beams of light to guard a greater vertical range.

Technology

Thru-beam technology utilizes an emitter and a receiver. Mounted opposite of each other, the sending unit emits an infrared beam of light, which is received by the receiver. A retro-reflective system houses both the light emitter and receiver in one unit. A beam of light is emitted to a retro-reflector and bounced back to be received by the emitter/receiver unit.

TruGuard™

TG-R

Beams

1

Range

6–30 ft.
(2–9 m)

Technology

Retro-Reflective

Configuration

Monitored

OG-T-K10

OptiGuard™

OG-T

Beams

1

Range

6–100 ft.
(2–30 m)

Technology

Thru-Beam

Configuration

Monitored

Monitored Light Curtain

MLC

Beams

8 (36-in. model)
16 {72-in. model)

Range

8–32 ft.
(2–10 m)

Technology

Thru-Beam

Configuration

Monitored

RLC: Relay Light Curtain

Relay Light Curtain

RLC

Beams

8 (36-in. model)
16 {72-in. model)

Range

8–32 ft.
(2–10 m)

Technology

Thru-Beam

Configuration

Monitored

Photo Optic Accessories

PE-CON-K10_02
PE-CON-K10_02

Photo Eye Conduit Enclosure Kit

PE-CON-K10

Technology

Compatible with TruGuard and OptiGuard photo eyes.

Configuration

Fits 3/4″ conduit.

mircu-02c
MIRCU-02

Infra-Red Control Unit

MIRCU-02

Technology

Converts a monitored photo optics signal to non-monitored

Configuration

Non-Monitored

Technology

Configuration

Questions? Contact us today for more information about safeguarding solutions.