MCC VectorControl Quick Start Guide Setting Door Limits — Reference Limit
Included in this Guide: Setting Door Limits Pairing RF Bottom Bar Programming Inputs and Outputs Contact Information for Technical Support Safety Info
The MCC uses a “reference limit” at the top door position. This limit is a mechanical limit to be set at the door’s OPEN limit.
The reference limit must be set prior to setting the door limits via GUI display. - Albany RR3000 doors use a proximity switch. See the Albany RR3000 owner’s manual (“Top Position Prox Switch” section) for instructions on the prox adjustment.
- RR1000, RP300, and RR300 Clean doors use a cam-style limit assembly. Only one of the limits will be wired. This limit is adjusted using the supplied allen wrench to position the appropriate cam so that it makes its switch at the door’s open position. - Albany RR300 fabric doors also use a cam limit assembly, which is chain-driven and mounted just above the motor.
Only one of the limits will be wired. The white nylon adjustment screw that is closest to the wires is the correct screw to turn to adjust this limit. Adjust this limit so that it makes the micro switch just as the door gets to the open position, which will be approximately 3-4 inches below the top of the retrack flap. The cam inside the Stromag assembly rotates in the same direction as the door’s top roll barrel.
Setting Door Limits — Procedure To enter the limit setting procedure, press and hold the STOP and OPEN button together for 10 seconds, and you should see the following screen:
Follow the directions on the screen, and the next screen you should see is:
When setting the open limit, hold the OPEN button until the door reaches the reference limit and stops on its own. The screen will momentarily change to:
The hold open time is how long the door will stay open before automatically closing, during normal operation.
If the door is allowed to stop prior to reaching the reference limit, or if the door position is changed after getting to the limit, the system will not recognize or confirm the open limit.
When the screen changes back to view 101 (Steps 3 and 4), press and release the STOP button to confirm. The screen will change to: 6410T0027_Rev2_2014
When the desired amount of time has elapsed, press and release the CLOSE button. For fabric doors, which have a breakaway repair feature: Upon confirming the open limit, the procedure continues through setting the breakaway reset limit. The breakaway limit must be within 4-5 inches (1/4 barrel turn) above the reference limit to confirm. 1
MC C V E C T O R C O NT R O L Q U I C K S T A R T G U I D E
Wireless Bottom Beam Safety System DIP Switches Should be “N.O.”
Jumpers JP1 & JP2
Pairing Buttons
Jumper S1
RF Receiver
RF Transmitter The wireless system transfers signals from the reversing edge and breakaway switches (on fabric doors) to the controller.
the units are not communicating and may need to be “paired,” similar to a Bluetooth device.
If not already done, insert two 3.6 volt lithium batteries in the transmitter as shown on the circuit board of the transmitter. The batteries must be inserted correctly to prevent damage of the batteries or the transmitter. Ensure that the DIP switches are in the N.O. position.
To Pair the Devices:
If there are no LEDs on or flashing on the receiver, then
If pairing was successful and there are no safeties
Press the small white pairing button once on the receiver, then
Press the small white pairing button once on the transmitter.
Door running in the wrong direction? A note about 3-phase motor phasing... If the door goes up when you try to lower it, and goes down when you try to open it, you will need to swap two of the three legs of power going to the motor. This can be done in the motor’s peckerhead or in the MCC on X2.
Switching the incoming power will have no effect. You will also need to switch the channel wires for the encoder. These are the black and white wires which go to X5, terminals 2 and 6. 6410T0027_Rev2_2014
tripped, the L2 (middle) LED on the receiver will flash about every second. This confirms that pairing has been accomplished and that the signal strength is adequate. Test the functionality by pressing up on the safety edge; the middle LED should hold solid as long as you are engaging the safety edge. This same procedure should be done by cycling the door and impacting the safety edge to verify that it reverses the door open.
RECEIVER LED GUIDE One FLASHING LED = System Normal One SOLID LED = Safety is Tripped TWO FLASHING LEDs = Receiver is in pairing mode. NO LEDs = Units are not communicating
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MC C V E C T O R C O NT R O L Q U I C K S T A R T G U I D E
Troubleshooting the Wireless RF System If the middle LED is solid:
The transmitter is telling the receiver that the reversing edge is tripped.
Remove the reversing edge wires from terminals 3 & 6 in the transmitter and check the resistance with an ohmmeter. The resistance should be 8.2kΩ when the edge is not compressed, and should go down to less than 100Ω when the edge is compressed.
Double check all wiring for proper connections. Make sure that the connections are made on the bare wire strands and not the insulation of the wiring. Remove each battery from the transmitter and check that the voltage is 3.6 VDC. Standard AA batteries will not work since they are only 1.5 VDC. Verify that the S1, JP1 & JP2 jumpers are on both pin posts.
Complete the pairing procedure again.
If no receiver LEDs are lit:
Complete the pairing procedure as specified above.
Verify 24 VDC on terminals 1 & 2 of the receiver. If the voltage is correct, replace receiver. If no voltage, check voltage from X11 plug or terminals in MCC.
Verify the voltage of the batteries in the receiver.
Actuators, Inputs and Outputs
The general I/O plugs X15 through X19 can be used as actuator inputs, interlock inputs, or outputs. They are pre-programmed from the factory as the following: X15 = Open command, close after hold open time X16 = Open & Close command, no timer X17 = Output signal when door is at the OPEN limit X18 = Output signal when door is at the CLOSED limit X19 = Traffic Light output 6410T0027_Rev2_2014
Some common codes for inputs: 41 - Open command, time out 26 - Open/Close command 44 - Reduced height open command, time out to close (GUI will always open door to full height) 69 - Additional safety device (secondary photocell) 22 - Deactivate input See section 8.3.10 and 8.3.11 of the MCC Owner’s Manual for additional options for inputs and outputs.
Access Codes For some programming functions, the controller will require you to enter an access code.
Customer Code Level 1:
“1111” Installer Code Level 2: Call for current Level 2 code Factory Code Level 3: Not available 3
ASSA ABLOY ENTRANCE SYSTEMS 975A Old Norcross Rd Lawrenceville, Georgia 30046 USA TECHNICAL SUPPORT
Phone: 770-338-5000 Toll Free: 877-925-2468 E-mail:
[email protected] Web: www.AssaAbloyEntrance.com
The Global Leader in Door Opening Solutions High Performance Door Solutions
Installation and Owner’s Manuals are Available at www.AssaAbloyEntrance.com
THOROUGHLY READ THE SAFETY PRACTICES IN THE SUPPLIED OWNER’S MANUAL PRIOR TO INSTALLING, OPERATING, OR SERVICING A HIGH-SPEED RAPIDROLL® DOOR OR ELECTRICAL CONTROL PANEL.
FAILURE TO FOLLOW THESE SAFETY PRACTICES MAY RESULT IN PROPERTY DAMAGE, PERSONNEL BODILY INJURY, OR DEATH.
The user must be instructed to leave the main power on at all times, to avoid the build-up of condensation in the control system housing.
Notes
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