Miller Edge MGO20 Non-Monitored Gate Sensing Edge

Details

Miller Edge MGO20 Non-Monitored Gate Sensing Edge

Miller Edge MGO20 Non-Monitored Sensing Edge

The small profile of the MGO20 edge sensor allows for versatility to suit various applications. It has been tested as a recognized component to comply with the ANSI/UL325 Door, Drapery, Gate, Louver, and Window Operators and Systems standard. Other applications include use along conveyor systems to detect operator reach in, below lifts to detect pinch points, and on a wide variety of plant equipment where touch sensitive detection is desired.

The MGO20 sensing edge is great for motorized gates and doors, pinch point protection, lifts, conveyors, machine guarding, elevator doors and rolling shutters.

Specifications

• Non-Monitored
• Dimensions: 1 5/8" wide x 1 7/8" tall
• Color: Black or Yellow
• Length: 1 ft - 40 ft
• Wire Outlet Location: Right Side, Left Side, or End
• Standard 24" lead wire
• Electrical Diagram: 2 wire N.O. configuration
• Contact Element: Alumaglas®
• Made from flexible PVC
• Extruded PVC or Aluminum mounting channel
• Temperature Range: -30°F to +155°F

Installation

Place mounting channel in desired location. Drill 1/8" holes through channel into mounting surface every 24". Attach channel to mounting surface. Slide Sensing Edge into mounting channel channel. If mounting in vertical position, use a screw at the bottom of the channel as a mechanical stop to prevent sensing edge from slipping out of position.

Note: For safe operation, use a maximum 24 volt AC or DC power. For detailed installation and wiring instructions, contact Miller Edge, Inc.

Care of the MGO20

Minimum care is required for the MGO20 since it is manufactured with only the most durable materials and the highest quality control standards. However, sensing edges should be examined regularly for cuts or punctures which could damage internal components. Check wiring to be sure connections are secure. When properly maintained, the MGO20 offers years of trouble free operation.