To Next PageTo Next PageHow to adjust the closing speed on my Assa Abloy Norton 6011 Door Opening System if it's closing too fast?
To decrease the closing speed of your Assa Abloy Door Opening System, adjust the Latch and/or Sweep valves on the closer clockwise.
How to adjust the closing speed on my Assa Abloy Norton 6011 Door Opening System if it's closing too slow?
To increase the closing speed of your Assa Abloy Door Opening System, adjust the Latch and/or Sweep valves on the closer counterclockwise.
What to do if my Assa Abloy Norton 6011 shows a 'Short Circuit' error?
If your Assa Abloy Door Opening System displays a 'Short Circuit' error message, turn off the power to the unit and check the wiring for any shorts or cuts.
Why does my Assa Abloy Norton 6011 show an 'Over Voltage' error?
An 'Over Voltage' error on your Assa Abloy Door Opening System indicates that the incoming power line voltage has exceeded 145VAC. Check your incoming power supply.
What causes an 'Under Voltage' error on my Assa Abloy Norton 6011 Door Opening System?
An 'Under Voltage' error message on your Assa Abloy Door Opening System means the incoming power line voltage has dropped below 80VAC. You should check the incoming power supply.
What to do if my Assa Abloy Door Opening System tries to open before the latches retract?
If your Assa Abloy Door Opening System attempts to open the door before auxiliary components are unlatched or retracted: 1. Confirm that the latch devices are getting proper power. 2. Ensure the latch devices are receiving power long enough to fully retract by adjusting the Latch Retraction on the controller as needed. 3. If the latch device is not retracting fast enough, increase the Start Delay on the controller to assure the latch device has had sufficient time to fully retract before the operator starts opening the door.
Why doesn't my Assa Abloy Door Opening System fully open?
If your Assa Abloy Door Opening System isn't reaching the fully opened position, try the following: 1. Repeat the Home process. 2. Increase the Obst Delay. 3. Adjust the Backcheck valve on the closer counterclockwise. 4. Decrease the spring force on the closer body, ensuring the door still closes in the event of a power failure. 5. Move the Bumper Stop in the track slightly.
How to fix if my Assa Abloy Norton 6011 doesn't open to the desired location?
If your Assa Abloy Door Opening System isn't opening to the desired location, consider these solutions: 1. Repeat the Home process. 2. Increase the Obst Delay. 3. Adjust the Backcheck valve on the closer counterclockwise. 4. Decrease the spring force on the closer body, making sure the door still closes if there's a power failure. 5. Move the Bumper Stop in the track slightly toward the hinge.
Why does my Assa Abloy Norton 6011 Door Opening System drift closed when fully open?
If your Assa Abloy Door Opening System drifts toward the closed position when fully open, increase the Hold Speed on the controller until the door stops drifting.
Why does my Assa Abloy Norton 6011 Door Opening System drift further open when fully open?
If your Assa Abloy Door Opening System drifts further open when it reaches the open position, decrease the Hold Speed on the controller until the door stops drifting.
General| Spring Force | Adjustable |
|---|---|
| Backcheck | Adjustable |
| Series | 6011 |
| Mounting | Surface Mount |
| Application | Commercial |
| Compliance | ANSI/BHMA A156.4 |
| Valve Adjustments | Yes |
| Door Width | Up to 48" |
| Closing Power | Adjustable |
| Temperature Range | -20°F to 120°F |
Details the three operational variations of the low energy operator.
Explains how the door opens, stops for obstruction, and reopens.
Describes the door's closing process, including slowing and obstruction handling.
Details the optional feature to keep the door held open indefinitely.
Specifies dimensions and recommended frame reinforcing for installation.
Lists required mounting hardware and frame fasteners for different materials.
Provides key technical specifications like power, door width, and opening angles.
Details marking and drilling holes for mounting the backplate and conduit.
Instructions for sliding and aligning the backplate over mounting screws.
Steps to locate and drill holes in the door for the track assembly.
Securing the backplate to the frame using specified screws.
Attaching end caps to each end of the backplate using screws.
Steps for installing the Operator LAP onto the mounted backplate.
Guides on orienting, securing, and wiring the conduit assembly.
Securing the power module sub-assembly and connecting its wiring.
Connecting the operator LAP and power module using specified connectors.
Steps for installing the union assembly and snapping on the union spacer.
Mounting the track assembly to the door using screws and sex bolts.
Steps for installing the arm assembly onto the operator's pinion.
Adjusting closer valves (Sweep, Latch, Backcheck) for proper door function.
How to adjust the spring force for opening and closing effort.
Configuring the door's closed and fully open positions via the control unit.
Setting the selector mode switch for activation or continuous hold open.
Steps to align cut-outs and securely snap the cover onto the backplate.
Details on power input connections, wire size recommendations, and current draw.
Information on standard wiring practices, local codes, and fire/smoke barrier requirements.
Lists common error codes displayed by the controller and their meanings.
Details for Screen 1 settings like Mount, Hold Open, Open Delay, and Latch Retract.
Details for Screen 2 settings like Door Feedback, PDET Option, and various relay functions.
Diagram for standard door operation with switches.
Wiring diagram for a fail-secure electric strike.
Wiring for fail-safe electric strike or electromagnetic lock.
Wiring diagram for a 24VDC electric exit device.
Wiring for electric dogging exit devices with touch bar monitoring.
Wiring diagram for hard-wired executive function.
Wiring for electric latch retraction exit devices.
Wiring for smoke ventilation with blow-open function.
Wiring diagram for standard operation using wireless switches.
Wiring diagram for executive function using wireless switches.
Wiring for vestibule applications with inside and outside door switches.
Configuration of DIP switches for relay activation modes.
Steps for learning and programming transmitters to the receiver.
Common issues and solutions for the 433MHz receiver.
Describes detector operation and how to activate its presence detection.
Details on configuring door-mounted sensors for opening and closing cycles.
Solutions for problems like door closing too fast, slow, or not opening correctly.
Guidance for resolving controller error messages.
Solutions for cover not snapping on or staying on properly.
Template for left-hand pull side application, showing dimensions.
