The Model 6100 secondary is designed to operate vehicular swing gates in residential and commercial applications in addition to the primary gate operator. The unique design of this operator allows the gate arm to be attached to the bottom rail of the gate. This eliminates the need for any brackets to be welded to the face of the gate and creates an aesthetically pleasing installation.
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The Model 6100 secondary is designed to operate vehicular swing gates in residential and commercial applications in addition to the primary gate operator. The unique design of this operator allows the gate arm to be attached to the bottom rail of the gate. This eliminates the need for any brackets to be welded to the face of the gate and creates an aesthetically pleasing installation.
- Self-adjusting, no maintenance magnetic limits.
- Overlap feature for dual swing gate operation.
- Designed with a built-in primary and secondary entrapment prevention system.
- Ports for plug-in loop detectors.
- Fail-safe release.
- Tamper detect circuit.
- DC Powered convenience open (Option on 6100 only).
- Gate tracker reporting output.
- Programming switches.
- Built-in reset switch.
- Built-in power On/Off switch.
Model 6100
- Maximum gate width 14-feet.
- Maximum gate weight 500 pounds*. (*Assumes gate swings level and is in good condition with properly adjusted hardware. Other external factors may affect the performance of the gate operator.)
- Swings gate 90 degrees in approximately 10-seconds.
- 1/2 HP continuous-duty motor.
- 115 VAC, 5.4 Amps.
- Class I and Class II applications.
- Compliant with UL 325 and 991. ETL listed. (Note: To be compliant with UL 325 and industry safety guidelines, additional secondary entrapment prevention devices may need to be installed with this gate operator. Your professional DKS system installer can provide you with more details on these devices and on current industry safety standards.)
- Dimensions (operator only): 13.5"W x 11"H* x 23"D (**27.75"D with convenience open option) (* Height of operator only. Actual height above ground is determined by which mounting method is used)
