NOTE: Site is under construction.

RANGER ACCESSORIES

Upper Guide for 1st Leaf

255-220-C

For 1-1/4" - 2-3/8" frames

Upper Guide for 1st Leaf

256-220

For up to 2-3/8" frames

Galvanized U-Channel for 2nd & 3rd Leaves

RG-387

19.68FT or 9.84FT lengths 1-1/4" I.D.

Aluminum U-Channel for 2nd & 3rd Leaves

CG-237

20FT or 10FT lengths 1-1/4" I.D.

2-Wheel Upper Guide for use in U-Channel

RG-252

4-Wheel Upper Guide for use in U-Channel

RG-254

Comunello recommends this guide for added stability with changing wind speeds and smoother rolling gates.

Galvanzed Receiver Bracket

CG-15M

This adjustable mounting bracket will hold a gate receiver

Galvanized Gate Receiver with 2-Nylon rollers

CG-30M

For 2" - 3" frames

Galvanized Top Cup Gate Receiver with Shock Absorber

199-50

2" inside diameter

Galvanized Top Cup Gate Receiver with Shock Absorber

199-60

2-3/8" inside diameter

Runaway Gate Stop

202

To be screwed in place. Will keep the gate from moving forward off of the track

Damped Runaway Gate Stop

202F-A

To be screwed in place. Will keep the gate from moving forward off of the track

Drive Shaft Coupling

CG-58

Use when connecting a gate operator to the principal drive wheel.

Ranger Speed Reduction System

RG-40

The RG-40 speed reducer cuts the speed of the first panel by 50%, to reduce the speed of 2 or 3 leaf Ranger telescoping gates. The gear box is mounted to the pad and connected directly to the rack on the first leaf. The motor is then coupled using the CG-58 adapter, directly to the speed reduction system drive shaft. Telescoping systems move twice or three times the speed of single gates, so reducing the speed of the leading edge is critical for safety.

Electromechanical Limit Switch

RG-45

The RG-45 switches replace the limit switches that come with the gate operator.As the gate operator is moved back from the gate by several inches to fit the RG-40, the typical limit switches may not attach or work easily.

Specs:

  • NC Normally Closed contact
  • IP 67 Rated Enclosure
  • 12/24V DC