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Edge sensor connections
To comply with UL regulations monitored safety inputs must be used to protect every entrapment zone. An entrapment zone is defined as a location or point of contact where a person can be entrapped between the moving gate and a rigid object. The operator has inputs for entrapment protection edge sensors in the opening and closing direction. Use FAAC CN 60 E edge sensor controller and the schematic below for proper monitoring. The sensors can be monitored for their presence and correct operation at the beginning of each cycle.
To enable monitoring of the the Edge inputs set Dip Switch 1 ON. To monitor only the Close input Set Dip Switch 11 OFF, to monitor both Close and Open input Set Dip Switch 11 ON. When an input is monitored the corresponding edge controller must be connected otherwise the operator will not start. To verify that the input is wired properly the corresponding LED must be lit, see figure below.
Edge Close safey input:
Input is only active during close cycle.
1. An input during the close cycle will stop the gate and initiate a short reverse
2. When the edge close input is cleared the gate will remain in a stopped position until a renewed intended activation input is received (open, close, fire, access, radio). If the close timer option is ON it will be disabled until a full cycle completes.
DIP SWITCH 1
DIP SWITCH 11
Edge Open safety Input:
Input is only active during open cycle.
1. An input during open cycle will stop the gate and initiate a short reverse
2. When the edge open input is cleared the gate will remain in a stopped position until a renewed intended activation input is received (open, close, fire, access, radio).
Off On
Anti-Tailgate
Master / Slave
Close Timer
Power Fail Open / Cycle
Quick Close
Stop (NC / NO)
Low Battery Cycle / Open
Mag / Solenoid Delay
Monitor Close / Op-Cl
Soft Start / Hard Start
Dip Switch 11 - OFF
EC EO PC PO Rev
1 4 1 4
7
CN 60 E
OPEN EDGE
XS 55
9
7
CN 60 E
CLOSE EDGE
XS 55
9
Dip Switch 11 - ON
EC EO PC PO Rev
NOTE: Dip Switch 1 and 11 change affected inputs to Normally Closed. If there is a fault on the monitored sensor the corresponding LED will not be lit, or it will not blink at the beginning of each cycle.
22
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Table of contents
- 4 Important Safety Instructions
- 4 Important Installation Instructions
- 5 General Safety Precautions
- 6 UL325 Gate Operator Classification
- 6 Installing the Warning Signs
- 7 Restrictions and Warnings
- 7 Precautions
- 8 Entrapment Protection
- 9 Manual release
- 9 Preinstallation Guidelines
- 10 Gate Operator Specifications
- 10 Gate Operator Location
- 11 Concrete Pad Size & Location
- 12 Gate Operator Bolt Down
- 12 Chain Connection - Front Mount
- 13 Chain Connection - Rear Mount
- 14 Limit Switch Setup
- 14 Gate Operator Direction
- 15 Power Switch Location
- 15 AC Power Guidelines
- 15 AC Power Connection
- 16 Battery Power Connection
- 16 Accessory Power
- 17 Master/Slave Connection
- 18 Reverse Sensitivity Adjustment
- 18 Reverse Sensitivity Shutdown
- 19 Close Time Delay Adjustment
- 19 DIP Switch Settings
- 20 Overview
- 21 Photocell Sensor Connections
- 22 Edge Sensor Connections
- 23 Standard Reverse Connection
- 23 Open, Close, Stop Connections
- 23 External Reset Connection
- 24 Access Control Connection
- 24 Fire Lock Connection
- 25 Radio Receiver Connections
- 25 MagLock & Solenoid Lock Connections
- 26 Warning Light Connections
- 26 Solar Panel Connections
- 27 Basic Loop Layout
- 27 Loop Installation Guidelines
- 28 Plug-In Loop Detector Connections
- 28 External Loop Detector Connections
- 29 Fault Light Count