CHAMBERLAIN 0635 Manual DC Operators Proof 6 Installation Guide
- June 16, 2024
- CHAMBERLAIN
Table of Contents
0635 Manual DC Operators Proof 6
Product Information
Specifications
-
Product Name: JDC/JHDC Installation
-
Torque for Set Screws: 34-45 in/lb
-
Recommended Thread Adhesive: Yes
-
Number of Cable Tension Monitors Supported: 2
-
Optimal Distance of Cable from Wall Surface: No more than 2.5
inches (6.35 cm) -
Cable Tension Monitor Mounting Requirements: Anchored to
concrete or wood stud with appropriate fasteners, or toggle bolt
style drywall anchors with at least a 50 lbs rating
Product Usage Instructions
Mounting the Operator
To mount the operator, follow these steps:
-
Apply a torque of 34-45 in/lb to secure the set screws. It is
highly recommended to add a thread adhesive to secure the set
screws in place. -
Mount the operator using the provided door retaining bracket.
Fasten the bracket 4 feet (1.2 m) above the floor. If the position
of the operator causes the hand chain to hang in the door opening,
hook the chain to the side near the top of the door jamb.
Securing the Chain Hoist
To secure the chain hoist, follow these steps:
-
Fasten the door retaining bracket 4 feet (1.2 m) above the
floor. -
If the position of the operator causes the hand chain to hang
in the door opening, hook the chain to the side near the top of the
door jamb.
Installing the Cable Tension Monitors
To install the cable tension monitors, follow these steps:
-
Make sure the door cable is approximately 1-2 inches (25-50 mm)
from the mounting surface. Adjustments or shimming may be required
to achieve the proper depth for the door cable. The bracket must be
flush with the mounting surface. -
Position the cable tension monitor as close to the drum as
possible. The optimal distance of the cable from the wall surface
is no more than 2.5 inches (6.35 cm). Ensure that the roller
extends 1/8-1/4 inch past the cable. Make sure the cable tension
monitor and roller are free from any obstructions in all positions
of operation. -
Ensure there are no obstructions in the installation area that
prevent the cable tension monitor from closing completely when
slack is detected. -
Anchor the cable tension monitors to concrete or a wood stud
with appropriate fasteners. If neither are available, toggle bolt
style drywall anchors with at least a 50 lbs rating are
acceptable. -
Run bell wire to the door operator junction box and down to the
control box through conduit. -
Connect the bell wires parallel to the CTM and CMN terminals on
the controller (polarity is not important). Simplify installation
by wiring the cable tension monitors together in the operator
junction box, with only one pair of bell wires running down to the
controller. -
Repeat steps 1-6 for the opposite side of the door. Both cable
tension monitors must be installed for proper operation.
Frequently Asked Questions
How should I disconnect the door from the operator in an
emergency?
To disconnect the door from the operator in an emergency, follow
these steps:
-
Ensure that the door is in the fully closed position if
possible. -
Pull the emergency release handle straight down.
JDC/JHDC Installation (continued)
Mount the Operator
The wall or mounting surface MUST provide adequate support for the operator.
The surface must: · Be rigid to prevent play between the operator and the door
shaft. · Provide a level base. · Permit the operator to be fastened securely
and with the drive shaft parallel to the door shaft. 1. Mount the operator to
the wall or mounting plate with the appropriate hardware (not supplied). 2.
Place the door sprocket on the door shaft. 3. Wrap the drive chain around the
door sprocket and the drive sprocket then secure with the master link. 4.
Align the door and the drive sprockets. Insert keys and fasten the sprockets
with the set screws (recommended
torque for the set screws is 34-45 in/lb). NOTE: It is highly recommended to
add a thread adhesive to secure the set screws in place.
1 3
2
Secure the Chain Hoist
1. Fasten the door retaining bracket 4 feet (1.2 m) above the floor.
NOTE: If the position of the operator causes the hand chain to hang in the
door opening hook the chain to the side near the top of the door jamb.
Door retaining bracket
18
Cable Tension Monitors
Install the Cable Tension Monitor(s) (Optional)
TWO CABLE TENSION MONITORS MAY BE CONNECTED TO THIS OPERATOR.
THE CABLE TENSION MONITORS DETECT ANY SLACK THAT MAY OCCUR IN THE CABLES AND
WILL RESPOND ACCORDINGLY.
NOTE: ONLY USE THE LIFTMASTER CABLE TENSION MONITORS, AS THEY HAVE BEEN TESTED
AND APPROVED FOR THIS SYSTEM. See “Accessories” on page 52.
1. Make sure the door cable is approximately 1″-2″ (25-50 mm) from the
mounting surface. Door adjustments or shimming may be required to achieve
proper depth for the door cable. The bracket must be flush with the mounting
surface.
Cable
Drum
Drum
Cable tension monitor
2. Position the cable tension monitor as close to the drum as possible. The optimal distance of the cable from the wall surface is no more than 2.5″ (6.35 cm), and be sure the roller extends 1/8″-1/4″ past the cable. Make sure the cable tension monitor and roller is free from any obstructions in all positions of operation.
Approx. 1-2″ 25-60cm (when door is closed)
NOTE: There must be no obstructions in the installation area that prevent the cable tension monitor from closing completely when slack is detected.
Cable Tension Monitor
NOTE: Cable tension monitors must either be anchored to concrete, or a wood stud with appropriate fasteners. If neither are available, toggle bolt style drywall anchors with at least a 50 lbs rating are acceptable.
1/4″-3/8″ (6.4-95 mm)
Cable Tension Monitor Roller
3. Run bell wire to the door operator junction box, and down to
SBC
the control box through conduit as shown on the right.
CMN
4. Once the controller is installed, connect the bell wires
parallel to the CTM and CMN terminals on the terminals on
CTM
the controller (polarity is not important). See “Wall Controller
CMN
Installation” on page 22 for installation information. Once
installed, follow these steps to connect the wiring.
21 22 23 24
SBC
CABLE TENSION MONITORS
5. Connect the bell wires in parallel to the CTM and CMN terminals on the controller (polarity is not important). To simplify installation, the cable tension monitors can be wired together in the operator junction box, with only one pair of bell wires running down to the controller.
6. Repeat steps 1-5 for the opposite side of the door. Both cable tension monitors must be installed for proper operation.
NOTE: Cable must have tension through entire door travel. Make sure there is no slack in cable on opposite side of door during normal operation. If slack occurs during door travel, adjust cables as required.
OVERVIEW
Cable Tension Monitors
e
a
19
Manual Release
Emergency Disconnect System Model TDC
TO DISCONNECT DOOR FROM OPERATOR
The door should be in the fully closed position if possible. 1. Pull emergency
release handle straight down. Emergency disconnect
will open.
TO RECONNECT DOOR ARM TO TROLLEY
2. Lift free end of door arm to trolley. Pull emergency release handle to
allow arm to engage roll pin. Release handle. Emergency disconnect will close.
1
WARNING
To prevent possible SERIOUS INJURY or DEATH from a falling door or arm:
· DISCONNECT electric power to the operator BEFORE manually operating your
door.
· DO NOT stand under the door arm when pulling the emergency release.
· If possible, use emergency disconnect ONLY when door is CLOSED. Weak or
broken springs or unbalanced door could result in an open door falling rapidly
and/or unexpectedly.
· NEVER use emergency release handle unless doorway is clear of persons and
obstructions.
2
NOTICE
Emergency Disconnect System Model JHDC
These operators have provisions for manually operating the door in case of
emergency or power failure. These operators are equipped with a manual hoist.
An electrical interlock will disable the electrical controls when the hoist is
used. This operator includes Engage rope (green) and a disengage rope (red)
with manual hoist to electrically disable the operator controls. 1. To
disengage, pull the disconnect rope (red). 2. Operate the door in the desired
direction
by pulling on one side or the other of the continuous loop hoist chain. 3.
Pull the engage rope (green) to operate the door again electrically.
OPERATE A MANUAL HOIST
1. Pull down on the hoist engagement rope, engaging the hoist/interlock.
NOTE: F96 SAFETY CIRC will be displayed.
2. Operate the door in the desired direction by pulling on one side or the
other of the continuous loop chain.
3. To restore standard electrical operation to the operator, pull the hoist
disengagement rope to disengage the hoist/interlock. 20
Wiring
WARNING
To prevent possible SERIOUS INJURY or DEATH: · ANY maintenance to the operator
or in the area near the operator MUST NOT be performed until disconnecting
the electrical power and locking-out the power. Upon completion of maintenance
the area MUST be cleared and secured, at that time the unit may be returned to
service. · Disconnect power at the fuse box BEFORE proceeding. Operator MUST
be properly grounded and connected in accordance with national and local
electrical codes. The operator should be on a separate fused line of adequate
capacity. · ALL electrical connections MUST be made by a qualified individual.
· DO NOT install ANY wiring or attempt to run the operator without consulting
the wiring diagram. · ALL power wiring should be on a dedicated circuit and
well protected. The location of the power disconnect should be visible and
clearly labeled. · ALL power and control wiring MUST be run in separately.
Power and Ground
Power and control wiring must be run in separate conduit to comply with
national and local electrical codes. For power wiring, use the appropriate
wire gauge. Use conduit knockouts, conduit fittings, and appropriate conduit
fittings for wiring as indicated on the electrical box label. 1. Open the
operator cover. 2. Run power wires to electrical box according to
national and local electrical codes. ON THREE PHASE POWER only use two of the
power legs cap off the third leg: Incoming power leads go to L1 and L2. Ground
is on the EMI board. 3. Attach power and ground wires to appropriate
terminals. Incoming power leads go to L1 and L2. Ground is on the EMI filter
board. NOTE: The operator must be properly grounded. Failure to properly
ground the operator could result in electric shock and serious injury.
- Maximum wire gauge that can be connected to the operator’s terminal is 12 AWG. When a larger wire gauge is required, the wire must be gauged down to 12 AWG. USE COPPER WIRE ONLY.
Voltage Selection
1. Locate EMI filter board inside of the electrical box (there is one board for 120/240V and one board for 480V). Remove the sticker and plug in the connector to either the 120V or 240V depending on your line voltage. Replace the sticker once you have plugged your connector into the right location.
2. On the POWER BOARD find the appropriate receptacle matching the incoming line voltage. Remove the voltage label and apply to the inside of the electrical box for future reference. Insert the EMI power harness fully until locked in place.
21
Wall Controller Installation
WARNING
To prevent possible SERIOUS INJURY or DEATH from electrocution: · Be sure
power is NOT connected BEFORE installing the door control. To prevent possible
SERIOUS INJURY or DEATH from a closing door: · Install the door control within
sight of the door, out of reach of small children, at a minimum height of 5
feet (1.5
m) above landings, steps, or any other adjacent walking surface, and away from
ALL moving parts of the door. · Install the control station far enough from
the door to prevent the user from coming in contact with the door
while operating the controls. · Install the entrapment warning placard on the
wall next to the control station in a prominent location visible from
the door. · NEVER permit children to operate or play with door control push
buttons or remote controls. · Activate a door ONLY when it can be seen
clearly, is properly adjusted and no obstructions exists in the path the
door will travel. · ALWAYS keep the door in sight until completely closed.
NEVER permit anyone to cross path of a closing door.
NOTE: The field wiring terminals are rated for 14-22 AWG wire Stranded and 12-22 AWG Solid.
1. Remove wall control cover from mounting bracket by loosening the four Philips screw at each corner of the
housing.
2. Using appropriate mounting hardware (not supplied), fasten the mounting
bracket to the wall near the
23
operator and at least 5 feet (1.5m) above floors,
landings, steps, or any other adjacent walking
surface.
1
3. Select the appropriate knockout and run the wires to
the operator (in accordance with national and local
electrical codes).
4. Connect wires to the wall controller (wall controller wires are NOT polarity sensitive) and reinstall the wall controller cover.
5. Fasten the entrapment warning placard next to the wall control.
4
5
22
Factory Wiring Diagram
23
Factory Wiring Diagram (continued)
24
Accessory Wiring Diagram
CLASS 2 SUPPLY +24V
Accessories may connect to the regular or switched port. Switched is turned
off at loss of AC to preserve battery life.
ACCESSORY POWER 24VDC, 1A
Brown Blue
DRY CONTACT NOTE:
INTR LOCK jumper MUST be removed if switch is added.
Plug transformer conne appropriate voltage tha the applied
Red Black
Optional Accessories: AUX Relay Card and Loop Detector.
Ancillary (non-monitored) devices and dry contact inputs NO/NC.
SBC
OPEN CLOSE STOP
NOTE: STOP – CMN jumper MUST be removed if a 3-Button Station is added.
Close – Output 2 (Blue) Open – Output 1 (Green) Black
50-HERK2
CABLE TENSION MONITORS
Resistive Edge
White/Black To EYE/EDGE
White To CMN
Photo Eyes CPS-U, CPS-UN4, CPS-OPEN4, OES-RD16 LC36M
Brown Blue
White/Black White
Tx
Rx
Light Curtain LC36M
25
Power Wiring Diagram
Plug transformer connector into the appropriate voltage that matches the
applied AC voltage
120V AC or 240V AC
Red Black
Optional Accessories: AUX Relay Card
and Loop Detector.
480V AC on 480V model 480V comes factory wired
26
Entrapment Protection
Monitored Entrapment Protection
IMPORTANT INFORMATION ABOUT THE MONITORED ENTRAPMENT PROTECTION DEVICES
A monitored entrapment protection device is required for most operation modes
(see “Monitored Eyes/ Edge Configuration” on page 32). If a monitored
entrapment protection device is not installed, constant pressure to close will
be required from the wall controller.
See “Accessories” on page 52 for a complete list of monitored entrapment
protection devices.
Three EYE/EDGE terminals are provided. Each terminal can accept ONE device.
For easy identification during installation, the correct terminals are yellow.
CLASS 2 SUPPLY +24V
Accessories may connect to the regular or switched port. Switched is turned
off at loss of AC to preserve battery life.
ACCESSO RY POWER 24VDC, 1A
Brown Blue
White/Black To EYE/EDGE
White To CMN
Photo Eyes CPS-U, CPS-UN4, CPS-OPEN4, OES-RD16 LC36M
Brown Blue
White/Black White
Tx
Rx
WARNING
To prevent possible SERIOUS INJURY or DEATH from a closing door:
· Be sure power is NOT connected to the door operator BEFORE installing the
photoelectric sensor(s).
· The door MUST be in the fully opened or closed position BEFORE installing
the LiftMaster Monitored Entrapment Protection Device(s).
To prevent SERIOUS INJURY, DEATH, ENTRAPMENT, or PROPERTY DAMAGE:
· Correctly connect and align the photoelectric sensor.
· Install the primary monitored photoelectric sensor beam NO HIGHER than 6″
(15 cm) above the floor.
· This is a required LMEP Device for B2, TS, T, and FSTS wiring types and MUST
NOT be disabled. For D1, C2, and E2 wiring the installation of an entrapment
protection device is recommended.
· LiftMaster Monitored Entrapment Protection Devices are for use with
LiftMaster Commercial Door Operators ONLY. Use with ANY other product voids
the warranty.
· If an edge sensor is being used on a horizontal slide door,place one or more
edge sensors on both the leading and trailing edge.
· If an edge sensor is being used on a vertical moving door,place edge sensors
on the bottom edge of the door.
Light Curtain LC36M
Typical Entrapment Protection Device(s) Overview
Monitored Edge Sensor mounted to the bottom of door.
Monitored Photoelectric Sensor 6″ (15 cm) max. above the floor.
Invisible Light Beam Protection Area
Monitored Photoelectric Sensor 6″ (15 cm) max. above the floor.
27
Entrapment Protection (continued)
Install the Monitored Light Curtain
This step includes directions to install one set of monitored light curtains as a standalone primary entrapment protection device.
The mounting brackets must be securely fastened to a solid surface such as a wall framing. If installing the mounting brackets in masonry construction, add a piece of wood at each location to avoid drilling extra holes in the masonry.
NOTE: If the Monitored Light Curtain is installed with coil cord, the coil cord needs to be secured so it will not interrupt the light beams.
1. Fasten the mounting brackets loosely to both Monitored Light Curtain with the screws provided.
2. Measure a maximum of 6 inches above the floor. Mark this location. The
lowest optical sensor of the Monitored Light Curtain must be installed at or
below this point. In this application, in order to assure that the lowest
optical sensor is mounted no higher than 6″ above the ground, the light
curtain wires must be oriented at the top of the light curtain in this
application.
3. Hold the Monitored Light Curtain up to the desired mounting location with
the cable end pointing upward. Secure the bottom mounting bracket to the
mounting surface.
4. Make sure the Monitored Light Curtain is level and secure the upper
mounting bracket to the mounting surface.
5. Tighten the screws to secure the Monitored Light Curtain to the mounting
bracket.
6. Secure the other Monitored Light Curtain to the opposite side of the door
following steps 25, making sure they are aligned.
7. Run wires to the operator.
8. Twist like colored wires together, brown to brown and blue to blue.
POWER WIRING
Do not run wiring in the same conduit with AC power.
1. Disconnect power to the operator.
2. Connect the wires from the Monitored Light Curtain LC36M to the following.
d. Brown wire to + Aux24 power
WARNING
To prevent possible product damage and incorrect operation:
· NEVER scratch or paint the optical sensors.
· DO NOT drill ANY additional holes into the Monitored Light Curtain.
· Correctly connect and align the Monitored Light Curtain transmitter and
receiver.
· DO NOT bend or twist the Monitored Light Curtain.
· Oil may damage the Monitored Light Curtain cable so contamination MUST be
avoided at ALL times.
· DO NOT mount the Monitored Light Curtain where sunlight or other external
infrared light sources will shine directly into the optical sensors of the
Monitored Light Curtain receiver. If necessary, switch the mounting side of
the Monitored Light Curtain transmitter and receiver.
e. Blue wired to Aux24 CMN
f. White wire to eye/edge input
g. Black wired to eye/edge input +
3. Reconnect power to the operator.
ALIGNMENT
The Monitored Light Curtain transmitter and receiver must be aligned. When
properly wired and aligned the amber and green LEDs will be ON. The amber LED
is located on the Monitored Light Curtain Transmitter and the green LED is
located on the Monitored Light Curtain Receiver. If the amber and green LEDs
are not on, see the table below.
1. Open and close the door for one complete cycle to let the operator
register the Monitored Light Curtain.
Amber LED Green LED Status
Solution
OFF
OFF
No power
Check wiring.
ON
Blinks
· Monitored Light Curtain receiver and · Adjust the Monitored Light Curtains to
transmitter are not aligned
correct alignment
· Obstructed light beam
· Remove the obstruction
· Defective Monitored Light Curtain Receiver
· Replace Monitored Light Curtain receiver and transmitter (Model LC36M)
NOTE: For more detailed information, please refer to Monitored Light Curtain manual 114-5541. 28
Battery Backup Wiring
1. Locate the Battery Box and the Red/Black wires. 2. Remove the circular
knockout at the bottom of the E-Box, above the EMI Filter Board. Install a
grommet. 3. Route the Red/Black wires through the grommet. 4. Install the
Battery Box on the Operator. 5. Plug the Red wire into the Battery (+)
Terminal. 6. Plug the Black wire into the Battery (-) Terminal.
29
Testing
Apply power to the operator. When power is applied to the operator, the LCD display will illuminate, relay A, relay B, and the Timer Defeat.
Test all Entrapment Protection Devices
It is the responsibility of the specifier, purchaser, installer, and property
WARNING
owner to ensure that, on completion, the installation of the entrapment
To avoid SERIOUS personal
protection devices comply with all relevant federal, state, and local codes
INJURY or DEATH:
and regulations.
· Disconnect electric power
BEFORE performing ANY
TEST THE MONITORED LIGHT CURTAIN (IF APPLICABLE)
adjustments or maintenance.
1. With the door in the full open position, press the close button.
· ALL maintenance MUST be performed by an Authorized
2. While the door is closing, obstruct any of the light beams on the
Service Technician.
Monitored Light Curtain (the green LED on the Monitored Light
Curtain Receiver will blink when the light beam is obstructed). The door should stop and reverse.
TEST THE PHOTOELECTRIC SENSORS (IF APPLICABLE)
1. Open the door. 2. Place an obstruction in the path of the photoelectric
sensors. The LMEP LED will blink on the logic board. 3. Press and hold the
CLOSE button. The door should not close. 4. Remove the obstruction. 5. Press
and hold the CLOSE button. Door should close. If the LMEP is activated while
closing, the door should
reverse.
TEST THE EDGE SENSORS (IF APPLICABLE)
1. Open the door 2. Place an obstruction in the path of the door. 3. Press
and release the CLOSE button. The door should stop and/or reverse. 4. Remove
the obstruction. Press and release the CLOSE button. The door should fully
close.
Test Wall Controller Menu Access
1. Press OPEN button. (The door should move in the open direction.) 2. Press
STOP button. (The door should stop.) 3. Press and hold the CLOSE button. (The
door should move in the close direction.) 4. Release CLOSE button. Door should
stop if in C2 or D1 mode. Door will reverse to full open position in E2 mode.
The door should continue closing in all other modes. 5. Press STOP button.
(The door should stop.)
Test Limit Adjustment
1. Press OPEN button. (The door should open.) 2. Allow the door to fully
open. 3. Press and hold the CLOSE button. (The door should close.) 4. Allow
the door to fully close. 5. If the limits are not set properly, remove power
and adjust limits (see “Set Limits” on page 32). NOTE: Door travel should stop
when the OPEN or CLOSE limits are reached. If door drifting is occurring,
spring tension on the door.
30
Programming
Quick Start Commissioning
Follow the below instructions to provision the JHT operator out-of-the-box or
after factory reset: Quick Start Commissioning Menu
Follow device menu prompt to select DOOR HANGING
Follow device menu prompt to select DOOR DRUM
Follow device menu prompt to select DOOR SPROCKET (J/H ONLY)
WARNING
To prevent possible SERIOUS INJURY or DEATH:
· Disconnect electric power BEFORE performing ANY adjustments or maintenance.
· ALL maintenance MUST be performed by a trained door systems technician.
· Please wait several seconds for capacitors to discharge and for display to
go out.
Follow device menu prompt to set OPEN LIMIT
Follow device menu prompt to set CLOSE LIMIT
Follow device menu prompt to LEARN WIFI The operator will be in WiFi Learn
Mode for 10 minutes if “YES” is selected.
Quick Exit of Menu Hold down the “UP” and red “Stop” buttons for 3 seconds
until the screen goes blank and it will exit you out of the menu you are in.
Quick Enter into the Menu Hold down the “Down” and red “Stop” buttons for 3
seconds until the screen goes blank and it will take you to the main menu.
Manual Commissioning Program Flow
IMPORTANT: All entrapment protection devices will be disconnected during the
manual commissioning steps. The System Settings menus are password-protected.
ENTER PROGRAMMING
1. Press the “STOP/ENTER” and “DOWN” buttons on the inside of the controller at the same time for 3+ seconds to enter the operator menu. If the controller is closed, press the “Stop” then “Close” then “Open” until the unit goes into program mode.
2. Scroll down to “SYSTEMS SETTINGS” with the “UP” and “DOWN” buttons and press “ENTER.” You will be prompted to enter the password for the operator.
3. Enter 326 as the password. Door Settings
DOOR SETTINGS Standard Lift
DOOR SETTINGS High Lift
DOOR SETTINGS Vertical Lift
31
Programming (continued)
SELECT DOOR SETTINGS
1. To select Door Hanging and Cable Drum settings, navigate to the SYSTEM
SETTINGS > DOOR SETTINGS submenu.
2. Select The Drum Type. Correct Drum types are needed for the correct door
profile to run the system. Standard lift drum choices are: D400-144, D525-216
Full vertical lift drum choices are: d850-132, D1100-216 High lift choices
are: 48° HL, D400-54, D525-54, 60 ° HL: D5575-120, 144 ° HL: D6375-165
IMPORTANT: Once you choose your drum, allow inverter parameter to update. Once
the inverter is updated, you can re-enter the menu to set limits and learn
force.
SET LIMITS
IMPORTANT: When setting limit positions, it is important that the door runs in the direction of the intended limit. Example: When setting the close limit, only use the CLOSE button. When setting the open limit, only use the OPEN button. Using the opposite direction button will cause the limit positions to drift over time.
To set limits, navigate to the SYSTEM SETTING > DOOR POSITIONS submenu.
Door Position
Door Position Open Limit
Door Position Close Limit
Door Position Open Mid-Stop
Door Position Close Mid-Stop
MONITORED EYES/EDGE CONFIGURATION
If monitored entrapment protection devices are wired to the system during the initial power-up, they will be learned to the system, and the operating mode will automatically switch to B2.
If no monitored sensor is attached, the system will default to C2 mode. To manually program an entrapment protection
device, navigate to the SYSTEM SETTINGS > MONITORED EYES/EDGES submenu, otherwise it will Auto-Learn the
monitored device.
Monitored Eyes/Edges
Auto-Learn All
Eye/Edge 1 XXXXX
Eye/Edge 2 XXXXX
Eye/Edge 3 XXXXX
OPERATION MODE (RECOMMENDED)
To change the operating mode from the defaults B2 or C2, navigate to the SYSTEM SETTINGS > OPERATION MODE submenu.
Operation Mode
Oper. Mode C2:CNST PRES
Oper. Mode B2:T/TS/NO
Oper. Mode D2:CNST PRES
Oper. Mode E2:CNST PRES
Oper. Mode B2:Timer to
CONNECTIVITY (RECOMMENDED)
To connect the operator to a network, navigate to SYSTEM SETTINGS >
CONNECTIVITY > LEARN > LEARN WIFI submenu. See the “myQ® Smart Facility
Access” on page <?> to connect your devices to myQ® Business Facility.
Connectivity C2:CNST PRES
Learn Remotes
Learn myQ® Devices
Learn Remotes
Connectivity
Connectivity C2:CNST PRES
Unlearn Remotes
Unlearn myQ® Devices
Unlearn Remotes
32
Programming (continued)
Hold ENTER and DOWN for three seconds to open the System Information Menu.
NOTE: This menu tree is only for informational purposes. These settings cannot
be changed by the user.
1. SYSTEM INFORMATION
Operator HPH1
Controller Ver. VXX.XXX.
Display Ver. VXX.XXX.
Inverter Ver. VXX.XX
VXX.XX
ESARM Ver. VXX.XX
Absolute Cycles XXXXX
Door Maint. XXXXX Cycles
System
Door Hanging
Cable Drum Mid Stop
Door Height
Oper. Mode
Position Type
Timer To Close
Monitored Eyes/Edges
Leave SYSTEM INFO.
Eye/Edge 1
Eye/Edge 2
Eye/Edge 3
33
Programming (continued)
Operating Modes
This operator is programmed to function in one of four different operating
modes. See the rest of this section for more detailed information.
B2 MODE
· Works with buttons on wall controller, myQ Facility®, wired 3-Button Wall
Controller, and 3-Button Transmitter; momentary to open, stop,and close.
· Works with Single Button Control and Single Button Transmitter; momentary to
open, stop, close, and stop & reverse.
· A Monitored Entrapment Protection device is required to be connected for
downward movement. Monitored Safety devices are Auto-Learned or manually
configured through the wall control menu..
· A Monitored Entrapment Protection device activation will reverse the door to
its Open limit. An activated Monitored Entrapment Protection device can be
overridden with 5 seconds of constant pressure on the Close button.
Timer To Close is available in B2 Mode with two settings. The user can select
a desired Timer to Close (TTC) timer under the Timers menu. See [XXX] for
Timer setting details.
In B2 the Car Dealer feature is available. The Car Dealer input (typically a
treadle switch, loop detector, or motion sensor) will open the door to mid-
stop, and TTC will be enabled. Repeated Car Dealer Input will not open the
door beyond the mid-stop and will reset the TTC timer. TTC can be set either
to one time close or timer secure
In B2 the All Fly feature is available. (FSTS Mode)
· The All Fly input (typically a mushroom button) will open the door to its
Open limit, bypassing a midstop, and TTC will be enabled.
· The CLOSE button immediately closes the door.
· The STOP button resets the TTC timer (held button will pause, releasing the
button will reset).
· The OPEN button resets the TTC timer.
· The controller will make infinite attempts to close the door until the
safety obstruction is cleared.
· TTC will be enabled after Monitored Entrapment Protection activation
reverses the door to its Open limit.
· Timer Defeat Input will stop TTC timer
B2 / T ONE TIME CLOSE)
· After the TTC timer elapses operator will close the door.
· TTC Timer will be active at the Open Limit or at a defined mid-stop.
· The CLOSE button immediately closes the door.
· The STOP button cancels the TTC for that cycle (no automatic motion).
· The OPEN button resets the TTC timer.
· TTC will be disabled if the door reverses from an obstruction.
· Timer Defeat Input will stop the TTC timer
B2 / TS (TIMER SECURE)
· After TTC timer elapses operator will close door.
· TTC Timer will be active anywhere above close limit. The CLOSE button
immediately closes the door.
· The STOP button resets the TTC timer (held button will pause, release
resets)
· The OPEN button resets the TTC timer.
· LMEP activation resets the timer
· TTC will be enabled after Monitored Entrapment Protection device activation
reverses the door to its Open limit. The controller will make infinite
attempts to close the door until it reaches close limit.
· Timer Defeat Input will stop the TTC timer
C2 MODE (DEFAULT)
· Works with buttons on wall controller, wired 3-Button Wall Controller, and
3-Button Transmitter; momentary to open, stop, and constant pressure to
close.
· Works with Single Button Control and Single Button Transmitter; momentary
to open, stop, and stop & reverse.
· Works without a Monitored Entrapment Protection device learned, but can
operate if a Monitored Entrapment Protection device is learned and connected
for downward movement.
· Monitored Entrapment Protection device activation will reverse the door to
its Open limit. The safety activation can be overridden with 5 seconds
constant pressure on the Close button.
*Constant Pressure to Close is not available from a remote control device (transmitter or myQ® BusinessTM).
34
Programming (continued)
Determine Operating Mode
Read the descriptions of the different wiring types to determine which setting
will be correct for each application. Once the wiring type is determined, set
the selector dial accordingly.
LIFTMASTER MONITORED ENTRAPMENT PROTECTION (LMEP) DEVICE IS REQUIRED
A LiftMaster Entrapment Protection Device is required for the following wiring
types.
B2
Momentary contact to open, close and stop, plus wiring for sensing device to
reverse and auxiliary devices to open and close with open override.
Programmable mid stop available with this wiring type. Compatible with
3-Button Station, 1-Button Station, 1 and 3-Button Remote Control.
B2 / T
Momentary contact to open, close, and stop, with open override and Timer-To-
Close. Every device that causes the door to open, except any sensing edge
input device, activates the Timer-To-Close. Auxiliary controls can be
connected to open input to activate the Timer-To-Close.
If the Timer-To-Close has been activated, the open button and radio control
can recycle the timer. The stop button will deactivate the timer until the
next command input. The Timer-To-Close will function from the programmable mid
stop with this wiring type. Compatible with 3-Button Station,1-Button Station
and 1 and 3-Button Remote Control.
NOTE: Programmable “Car Dealer Mode” available.
B2 / TS
This mode will attempt to close the door from any position except when fully
closed, or when a safety input is present. The stop button will not disable
the Timer-ToClose at any position. To disable the Timer-To-Close in this mode,
installation of a defeat switch is required (see “Power Wiring Diagram” on
page 26).
Momentary contact to open, close, and stop with open override and Timer-To-
Close. Every device that causes door to open, including a reversing device,
activates the Timer-To-Close. Auxiliary controls can be connected to open
input to activate the Timer-To-Close. If the timer has been activated, the
open button and radio control can recycle the timer. The Timer-To-Close will
function from the programmable mid stop with this wiring type. Compatible with
3-Button Station, 1-Button Station and 1 and 3-Button Remote Control.
NOTE: A Programmable “Car Dealer Mode” available.
FSTS
Momentary button contact for open, close and stop programming. User set mid
stop. User set Timer-To-Close. The single button station opens the door to the
full open limit bypassing the mid stop and activates the
Timer-To-Close, putting the operator in B2/TS mode until the door reaches the
down limit, or is stopped in travel. At which time the operator enters the B2
mode. Compatible with 3-Button Station, 1-Button Station, 1 and 3-Button
Remote Control. A 1-Button remote control in FSTS mode will open only with the
Timer-To-Close, bypassing a programmed mid stop. The Timer-To-Close will reset
and reverse when closing.
LIFTMASTER MONITORED ENTRAPMENT PROTECTION DEVICE IS RECOMMENDED.
A LiftMaster Entrapment Protection Device is recommended for the following
wiring types.
C2
Momentary contact to open and stop with constant pressure to close, open
override plus wiring for sensing device to reverse. Programmable mid stop
available with this wiring type. Compatible with 3-Button Station and 1-Button
Station.
E2
Momentary contact to open with override and constant pressure to close.
Release of close button will cause door to reverse (roll-back feature) plus
wiring for sensing device to reverse. Compatible with 3-Button Station.
D1
Constant pressure to open and close with wiring for sensing device to stop.
Compatible with 2 or 3-Button Station.
IMPORTANT NOTES:
1. External interlocks may be used with all functional modes.
2. Auxiliary devices are any devices that have only dry contacts. Examples:
loop detector, pneumatic or electrical treadles, radio controls, one button
stations, pull cords, etc.
3. Open override means that the door may be reversed while closing by
activating an opening device without the need to use the stop button first.
4. When the door is in a stopped position other than fully closed,and an LMEP
or EDGE input is activated, the Restricted Close(RC) feature will allow a
close command when the close button is pressed and held. The operator will
begin closing after 5seconds. If the close button is released the door will
stop. When in E2 mode, the door will move to the fully open position.
35
Programming (continued)
Determine and Set Operating Mode
Select the operating mode for your application from the menu in the Wall
Controller.
WIRING TYPE
DEVICE
ACTION STATE
RESPONSE
Operator at OPEN limit
No change in state
Operator at CLOSE limit
OPEN button is pressed momentarily
Door opening Door closing
Door at Open Mid-Stop
Door opens to the OPEN limit or Mid-Stop No change in state Door will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit
Door stopped during open or close cycle Door opens to the OPEN limit or Mid- Stop
Operator at OPEN limit
Door closes to the CLOSE limit
CLOSE
Operator at CLOSE limit
button is Door opening
pressed
Door closing
momentarily Door at Open Mid-Stop
No change in state No change in state No change in state Door closes to the CLOSE limit
Door stopped during open or close cycle Door closes to the CLOSE limit
Operator at OPEN limit
No change in state
B2 Momentary contact to open,close
Front panel buttons (membrane) and 3-Button
Operator at CLOSE limit
STOP button is pressed momentarily
Door opening Door closing
Door at Open Mid-Stop
No change in state Door stops Door stops No change in state
and stop, plus Wall
Door stopped during open or close cycle No change in state
wiring for
Controller
Operator at OPEN limit
No change in state
sensing device to reverse and auxiliary devices to open and close with open
override. Programmable Mid-Stops available with this wiring type. Close Mid
Stop available but not shown in table.
Compatible with 3-Button Station, 1-Button Station, 1 and 3-Button
Operator at CLOSE limit
OPEN button is held
Door opening
(constant Door closing
pressure)
Door at Open Mid-Stop
Door opens to the OPEN limit (bypasses MidStop) No change in state (bypasses Mid-Stop) Door will auto reverse to OPEN limit (bypasses Mid-Stop) Door opens to the OPEN limit
Door stopped during open or close cycle
Door opens to the OPEN limit (bypasses MidStop)
CLOSE button is held (constant pressure)
Operator at OPEN limit
Door closes to the CLOSE limit
Operator at CLOSE limit
No change in state
Door opening
No change in state
Door closing
No change in state
Door at Open Mid-Stop
Door closes to the CLOSE limit
Door stopped during open or close cycle Door closes to the CLOSE limit
Operator at OPEN limit
No change in state
Operator at CLOSE limit
OPEN button is pressed momentarily
Door opening Door closing
Door at Open Mid-Stop
Door opens to closest OPEN limit or Mid-Stop No change in state Door will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit
Remote
Door stopped during open or close cycle Door opens to the OPEN limit
Control. Monitored
3-Button Remote
CLOSE
Operator at OPEN limit Operator at CLOSE limit
Door closes to the CLOSE limit No change in state
Entrapment Protection (LMEP) Device required.
Control Programmed as OPEN/ CLOSE/STOP
button is pressed momentarily
Door opening
No change in state
Door closing
No change in state
Door at Open Mid-Stop
Door closes to the CLOSE limit
Door stopped during open or close cycle Door closes to the CLOSE limit
Operator at OPEN limit
No change in state
Operator at CLOSE limit
STOP button is pressed momentarily
Door opening Door closing
Door at Open Mid-Stop
No change in state Door stops Door stops No change in state
Door stopped during open or close cycle No change in state
Operator at OPEN limit
Door closes to the CLOSE limit
Single Button Remote Control Programmed as SBC
Button is pressed
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped during the open cycle
Door opens to the OPEN limit or Mid-Stop Door stops Door will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit Door closes to the CLOSE limit
Door stopped during the close cycle Door opens to the OPEN limit or Mid-Stop
36
Programming (continued)
WIRING TYPE
DEVICE
Single Button Wall Controller (Wired)
B2 (continued)
myQ® Smart Facility Access
ACTION
STATE
RESPONSE
Operator at OPEN limit
Door closes to the CLOSE limit
Operator at CLOSE limit
Door opens to the OPEN limit or Mid-Stop
Door opening
Door stops
Button is pressed Door closing
Door will auto reverse to OPEN limit or Mid-Stop
Door at Open Mid-Stop
Door opens to the OPEN limit
Door stopped during the open cycle
Door closes to the CLOSE limit
Door stopped during the close cycle
Door opens to the OPEN limit or Mid-Stop
Button is held (constant pressure)
Door Opening
No change in state (bypasses Mid-Stop)
Operator at OPEN limit
No change in state
Operator at CLOSE limit
Door opens to the OPEN limit or Mid-Stop
Door opening
No change in state
Open is pressed Door closing
Door will auto reverse to OPEN limit or Mid-Stop
Door at Open Mid-Stop
Door opens to the OPEN limit
Door stopped during open or close cycle Door opens to the OPEN limit or Mid- Stop
Operator at OPEN limit
Door closes to the CLOSE limit
Operator at CLOSE limit
No change in state
Close is pressed:
Door opening Door closing
No change in state No change in state
Door at Open Mid-Stop
Door closes to the CLOSE limit
Door stopped during open or close cycle Door closes to the CLOSE limit
WIRING TYPE
C2 Momentary contact to open and stop with constant pressure to close (wired
devices ONLY), open override plus wiring for sensing device to reverse. Open
Mid-Stop available with this mode type. Compatible with 3-Button Station and
Single-Button Station
DEVICE
Front panel buttons (membrane) and 3-Button Wall Controller
ACTION
OPEN button is pressed momentarily
CLOSE button is pressed momentarily
STOP button is pressed momentarily
OPEN button is held (constant pressure)
CLOSE button is held (constant pressure)
STATE
RESPONSE
Operator at OPEN limit
No change in state
Operator at CLOSE limit
Door opens to the OPEN limit or MidStop
Door opening
No change in state
Door closing
Door will auto reverse to OPEN limit or Mid-Stop
Door at Open Mid-Stop
Door opens to the OPEN limit
Door stopped during open or close cycle
Door opens to the OPEN limit or MidStop
Operator at OPEN limit
Door closes and stops when button is released
Operator at CLOSE limit
No change in state
Door opening
No change in state
Door closing
No change in state
Door at Open Mid-Stop
Door closes and stops when button is released
Door stopped during open or close cycle
Door closes and stops when button is released
Operator at OPEN limit
No change in state
Operator at CLOSE limit
No change in state
Door opening
Door stops
Door closing
Door stops
Door at Open Mid-Stop
No change in state
Door stopped during open or close cycle No change in state
Operator at OPEN limit
No change in state
Operator at CLOSE limit
Door opens to OPEN limit (bypasses Mid-Stop)
Door opening
No change in state (bypasses Mid-Stop)
Door closing
Door will auto reverse to OPEN limit (bypasses Mid-Stop)
Door at Open Mid-Stop
Door opens to the OPEN limit
Door stopped during open or close cycle
Door opens to the OPEN limit (bypasses Mid-Stop)
Operator at OPEN limit
Door closes to the CLOSE limit
Operator at CLOSE limit
No change in state
Door opening
No change in state
Door closing
No change in state
Door at Open Mid-Stop
Door closes to the CLOSE limit
Door stopped during open or close cycle Door closes to the CLOSE limit
37
Programming (continued)
WIRING TYPE
DEVICE
ACTION STATE
Operator at OPEN limit
Operator at CLOSE limit
OPEN button is pressed momentarily
Door opening Door closing Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
3-Button Remote Control CLOSE button Programmed as is pressed OPEN/CLOSE/ momentarily STOP
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped during open or close cycle
Operator at OPEN limit
Operator at CLOSE limit
STOP button is pressed momentarily
Door opening Door closing Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
Single Button Remote Control Button is Programmed pressed C2 (continued) as SBC
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped during open cycle
Door stopped during close cycle
Operator at OPEN limit
Operator at CLOSE limit
Single Button Wall Controller (Wired)
Button is pressed
Door opening Door closing Door at Open Mid-Stop Door stopped during open cycle Door stopped during close cycle
Button is held (constant pressure)
Door Opening
Operator at OPEN limit
Operator at CLOSE limit
Door opening Open is pressed Door closing
Door at Open Mid-Stop
myQ® Smart Facility Access
Door stopped during open or close cycle
Operator at OPEN limit
Operator at CLOSE limit
Door opening
Close is pressed Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
RESPONSE
No change in state Door opens to the OPEN limit or Mid-Stop No change in state
Door will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit
Door opens to the OPEN limit or Mid-Stop
No change in state No change in state No change in state No change in state No
change in state
No change in state
No change in state No change in state Door stops Door stops No change in state
No change in state
No change in state Door opens to the OPEN limit or Mid-Stop Door stops Door
will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit No
change in state Door opens to the OPEN limit or Mid-Stop Door closes and stops
when button is released Door opens to the OPEN limit or Mid-Stop Door stops
Door will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit
Door closes and stops when button is released Door opens to the OPEN limit or
Mid-Stop
No change in state or Mid-Stop
No change in state Door opens to the OPEN limit or Mid-Stop No change in state
Door will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit
Door opens to the OPEN limit or Mid-Stop
No change in state No change in state No change in state No change in state No
change in state
No change in state
38
Programming (continued)
WIRING TYPE
DEVICE
ACTION STATE
RESPONSE
Operator at OPEN limit
No change in state
OPEN
Operator at CLOSE limit
button is Door opening
pressed
Door closing
momentarily Door at Open Mid-Stop
Door opens to the OPEN limit or Mid-Stop No change in state Door will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit
Door stopped during open or close cycle Door opens to the OPEN limit or Mid- Stop
Operator at OPEN limit
Door closes and auto reverses when button is released
CLOSE
Operator at CLOSE limit
button is Door opening
pressed
Door closing
momentarily Door at Open Mid-Stop
No change in state No change in state No change in state Door closes and auto reverses when button is released
Door stopped during open or close cycle Door closes and auto reverses when button is released
Operator at OPEN limit
No change in state
3-Button Wall Controller
STOP
Operator at CLOSE limit
No change in state
button is Door opening
Door stops
pressed
Door closing
Door stops
momentarily Door at Open Mid-Stop
No change in state
Door stopped during open or close cycle No change in state
Operator at OPEN limit
No change in state
OPEN
Operator at CLOSE limit
Door opens to the OPEN limit (bypasses Mid-Stop)
button
Door opening
No change in state (bypasses Mid-Stop)
is held
Door closing
Door will auto reverse to OPEN limit (bypasses Mid-
(constant
Stop)
E2 Momentary contact to open with override and constant pressure
pressure)
CLOSE button is held (constant pressure)
Door at Open Mid-Stop
Door opens to the OPEN limit
Door stopped during open or close cycle Door opens to the OPEN limit (bypasses Mid-Stop)
Operator at OPEN limit
Door closes to the CLOSE limit
Operator at CLOSE limit
No change in state
Door opening
No change in state
Door closing
No change in state
Door at Open Mid-Stop
Door closes and auto reverses when button is released
Door stopped during open or close cycle Door closes and auto reverses when button is released
to close.
Release of close button will cause door to reverse (roll-back
Operator at OPEN limit
OPEN
Operator at CLOSE limit
button is Door opening
pressed
Door closing
momentarily Door at Open Mid-Stop
No change in state Door opens to the OPEN limit or Mid-Stop No change in state Door will auto reverse to OPEN limit or Mid-Stop Door opens to the OPEN limit
feature)
Door stopped during open or close cycle Door opens to the OPEN limit or Mid- Stop
plus wiring 3-Button
Operator at OPEN limit
No change in state
for sensing device to reverse.
Compatible with 3-Button Station.
Remote Control Programmed as OPEN/ CLOSE/ STOP
CLOSE button is pressed momentarily
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped during open or close cycle Operator at OPEN limit
No change in state No change in state No change in state No change in state No change in state No change in state
STOP
Operator at CLOSE limit
No change in state
button is Door opening
Door stops
pressed
Door closing
Door stops
momentarily Door at Open Mid-Stop
No change in state
Door stopped during open or close cycle No change in state
Operator at OPEN limit
No change in state
Single Button Remote Control
Button is pressed
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop
No change in state No change in state No change in state No change in state
Door stopped during open or close cycle No change in state
Operator at OPEN limit
No change in state
Single Button Wall Controller (Wired)
Button is pressed:
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped during the open cycle
No change in state No change in state No change in state No change in state No change in state
Door stopped during the close cycle
No change in state
Operator at OPEN limit
No change in state
Operator at CLOSE limit
Door opens to the OPEN limit
myQ
Door image Door opening is pressed: Door closing
No change in state No change in state
Door at Open Mid-Stop
No change in state
Door stopped during open or close cycle No change in state
39
Programming (continued)
WIRING TYPE
D1 Constant pressure to open and close with wiring for sensing device to stop.
Compatible with 2 or 3-Button Station
DEVICE ACTION STATE
RESPONSE
3-Button Wall Controller
3-Button Remote Control Programmed as OPEN / CLOSE / STOP Not all transmitters
will give constant pressure to close
Single Button Remote Control
Single Button Wall Controller (Wired)
myQ
Operator at OPEN limit
OPEN button is Operator at CLOSE limit
pressed
Door opening
momentarily Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
CLOSE button is pressed momentarily
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
STOP button is Operator at CLOSE limit
pressed
Door opening
momentarily Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
Operator at CLOSE limit
OPEN button is held (constant pressure)
Door opening Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
CLOSE button is held (constant pressure)
Operator at OPEN limit Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
Operator at CLOSE limit
OPEN button is pressed momentarily
Door opening Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
CLOSE button is pressed momentarily
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
Operator at CLOSE limit
STOP button is pressed momentarily
Door opening Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
Operator at CLOSE limit
Button is
Door opening
pressed
Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
Operator at CLOSE limit
Button is pressed:
Door opening Door closing Door at Open Mid-Stop
Door stopped during the open cycle
Door stopped during the close cycle
Operator at OPEN limit
Operator at CLOSE limit
Door image is Door opening
pressed:
Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
No change in state Door opens and stops when button is released No change in state Door stops Door opens and stops when button is released Door opens and stops when button is released Door closes and stops when button is released No change in state Door stops No change in state Door closes and stops when button is released Door closes and stops when button is released No change in state No change in state Door stops Door stops No change in state Door stops only in the closed position No change in state Door opens to the OPEN limit No change in state Door stops Door opens to the OPEN limit Door stops only in the closed position Door closes to the CLOSE limit No change in state No change in state No change in state Door closes to the CLOSE limit Door stops only in the open position No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state No change in state
40
Programming (continued)
WIRING TYPE
DEVICE
ACTION STATE
Operator at OPEN limit
Operator at CLOSE limit
OPEN
Door opening
button is pressed
Door closing
momentarily Door at Open Mid-Stop
Door stopped during open or close cycle
T Momentary contact to open, close, and stop, with
Operator at OPEN limit
CLOSE button is
Operator at CLOSE limit Door opening
pressed
Door closing
momentarily Door at Open Mid-Stop
open override and Timer-ToClose (TTC). Every device that causes the door to open, except any sensing edge
Door stopped during open or close cycle
Front panel
Operator at OPEN limit
buttons
Operator at CLOSE limit
(membrane) and 3-Button Wall
STOP button is pressed momentarily
Door opening Door closing
Controller
Door at Open Mid-Stop
Door stopped during open or close cycle
input device, activates the TTC. Auxiliary controls can be connected to open input to activate the TTC. If the TTC has
OPEN button is held (constant pressure)
Operator at OPEN limit Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop
been activated, the open button and radio control can recycle the timer. The stop button will deactivate the timer until the next command input. The TTC
CLOSE button is held (constant pressure)
Door stopped during open or close cycle
Operator at OPEN limit Operator at CLOSE limit Door opening Door closing Door
at Open Mid-Stop Door stopped during open or close cycle Operator at OPEN
limit
will function from the Open limit stop and Open Mid-Stop available with this mode type.
Operator at CLOSE limit
OPEN button is
Door opening
pressed
Door closing
momentarily Door at Open Mid-Stop
Compatible with 3-Button Station, 1-Button Station and 1 and 3-Button Remote Control. Close Mid-Stop is available but
3-Button Remote Control Programmed as OPEN/ CLOSE/ STOP
CLOSE button is pressed momentarily
Door stopped during open or close cycle
Operator at OPEN limit Operator at CLOSE limit Door opening Door closing Door
at Open Mid-Stop
not shown in
Door stopped during open or close cycle
table.
Operator at OPEN limit
Monitored Entrapment Protection (LMEP) Device required.
Operator at CLOSE limit
STOP button is pressed momentarily
Door opening Door closing
Door at Open Mid-Stop
Door stopped during open or close cycle
Operator at OPEN limit
Single Button
Remote Control Programmed
Button is pressed
as SBC
Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped during the open cycle
Door stopped during the close cycle
RESPONSE
No change in state (Recycle timer) Door opens to the OPEN limit or Mid-Stop
(and activates TTC) No change in state Door will auto reverse to OPEN limit or
Mid-Stop (and activates TTC) Door opens to the OPEN limit (and activates TTC)
Door opens to the OPEN limit or Mid-Stop (and activates TTC) Door closes to
the CLOSE limit No change in state No change in state No change in state Door
closes to the CLOSE limit Door closes to the CLOSE limit No change in state
(Deactivate timer) No change in state Door stops Door stops No change in state
(Deactivate timer) No change in state No change in state (Recycle & hold
timer) Door opens to the OPEN limit (bypasses MidStop) and activates TTC No
change in state (bypasses Mid-Stop) Door will auto reverse to OPEN limit
(bypasses Mid-Stop) and activates TTC Door opens to the OPEN limit and
activates TTC Door opens to the OPEN limit (bypasses MidStop) and activates
TTC Door closes to the CLOSE limit No change in state No change in state No
change in state Door closes to the CLOSE limit Door closes to the CLOSE limit
No change in state (Recycle timer) Door opens to the OPEN limit or Mid-Stop
and activates TTC No change in state Door will auto reverse to OPEN limit or
Mid-Stop and activates TTC Door opens to the OPEN limit and activates TTC Door
opens to the OPEN limit or Mid-Stop and activates TTC Door closes to the CLOSE
limit No change in state No change in state No change in state Door closes to
the CLOSE limit Door closes to the CLOSE limit No change in state (Deactivate
timer) No change in state Door stops Door stops No change in state (Deactivate
timer) No change in state Door closes to the CLOSE limit Door opens to the
OPEN limit or Mid-Stop and activates TTC Door stops Door will auto reverse to
OPEN limit or Mid-Stop and activates TTC Door opens to the OPEN limit and
activates TTC Door closes to the CLOSE limit Door opens to the OPEN limit or
Mid-Stop and activates TTC
41
Programming (continued)
WIRING TYPE T (continued)
DEVICE ACTION STATE
RESPONSE
Operator at OPEN limit
Door closes to the CLOSE limit
Operator at CLOSE limit
Door opens to the OPEN limit or Mid-Stop
Door opening
Door stops
Single Button Wall
Button is pressed
Controller
(Wired)
Door closing
Door will auto reverse to OPEN limit or Mid-Stop and activates TTC
Door at Open Mid-Stop
Door opens to the OPEN limit and activates TTC
Door stopped during the open cycle Door closes to the CLOSE limit
Door stopped during the close cycle
Door opens to the OPEN limit or Mid-Stop and activates TTC
Button is held (constant Door opening pressure)
No change in state
Operator at OPEN limit
No change in state (Recycle timer)
Operator at CLOSE limit
Door opens to the OPEN limit or Mid-Stop and activates TTC
Open is pressed
Door opening Door closing
No change in state
Door will auto reverse to OPEN limit or Mid-Stop and activates TTC
myQ® Smart Facility Access
Door at Open Mid-Stop Door stopped during open or close cycle Operator at OPEN limit
Door opens to the OPEN limit and activates TTC Door opens to the OPEN limit or Mid-Stop and activates TTC Door closes to the CLOSE limit
Operator at CLOSE limit
No change in state
Close is pressed
Door opening Door closing Door at Open Mid-Stop
No change in state No change in state Door closes to the CLOSE limit
Door stopped during open or close cycle
Door closes to the CLOSE limit
WIRING TYPE
DEVICE ACTION STATE
RESPONSE
TS –
Operator at OPEN limit
No change in state (Recycle TTC)
This mode will attempt to close the door from
Operator at CLOSE limit
Door opens to the OPEN limit or Mid-Stop and activates TTC
any position except when fully closed, or when a safety input is present. The stop button will recycle the Timer-To-Close (TTC) at any position. To disable the TTC in this mode, installation of a defeat switch is required (see wiring diagram).
OPEN
Door opening
No change in state
button is pressed
Door closing
Door will auto reverse to OPEN limit or MidStop and activates TTC
momentarily Door at Open Mid-Stop
Door opens to the OPEN limit and activates TTC
Door stopped during open or close cycle
Door opens to the OPEN limit or Mid-Stop and activates TTC
Operator at OPEN limit
Door closes to the CLOSE limit
CLOSE button is
Operator at CLOSE limit Door opening
No change in state No change in state
Momentary contact to open, close, and stop
pressed
Door closing
momentarily Door at Open Mid-Stop
No change in state Door closes to the CLOSE limit
with open override and TTC. Every device that causes door to open, including a reversing device, activates the TTC. Auxiliary controls can be connected to open input to activate the TTC. If the timer has been activated, the open button and radio control can recycle the timer. The TTC will
Door stopped during open or close cycle Door closes to the CLOSE limit
Operator at OPEN limit
No change in state (Recycle TTC)
Front panel STOP
Operator at CLOSE limit
No change in state
buttons
button is Door opening
Door stops and activates TTC
(membrane) and 3-Button
pressed momentarily
Door closing Door at Open Mid-Stop
Door stops and activates TTC No change in state (Recycle TTC)
Wall
Door stopped during open or close cycle No change in state (Recycle TTC)
Controller
Operator at OPEN limit
No change in state (Recycle & hold TTC)
Operator at CLOSE limit
Door opens to the OPEN limit (bypasses Mid-Stop) and activates TTC
OPEN button
Door opening
No change in state (bypasses Mid-Stop) and activates TTC
function from the Open limit and Open mid stop with this operating mode type.
Close Mid Stop available but not shown in table.
Compatible with 3-Button Station, 1-Button Station and 1 and 3-Button Remote
Control.
Monitored Entrapment Protection (LMEP) Device required.
is held (constant pressure)
CLOSE button is held (constant pressure)
Door closing
Door will auto reverse to OPEN limit (bypasses Mid-Stop) and activates TTC
Door at Open Mid-Stop
Door opens to the OPEN limit and activates TTC
Door stopped during open or close cycle
Door opens to the OPEN limit (bypasses Mid-Stop) and activates TTC
Operator at OPEN limit
Door closes to the CLOSE limit
Operator at CLOSE limit
No change in state
Door opening
No change in state
Door closing
No change in state
Door at Open Mid-Stop
Door closes to the CLOSE limit
Door stopped during open or close cycle Door closes to the CLOSE limit
42
Programming (continued)
WIRING TYPE TS (continued)
DEVICE ACTION
STATE
Operator at OPEN limit
Operator at CLOSE limit
OPEN button is pressed momentarily
Door opening Door closing Door at Open Mid-Stop
3-Button
Remote Control
Programmed as OPEN/ CLOSE/STOP
CLOSE button is pressed momentarily
STOP button is pressed momentarily
Door stopped during open or close cycle Operator at OPEN limit Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped during open or close cycle Operator at OPEN limit Operator at CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped during open or close cycle Operator at OPEN limit
Operator at CLOSE limit
Door opening
Single Button Remote Control Programmed
Button is pressed
Door closing
as SBC
Door at Open Mid-Stop
Door stopped during the open cycle
Door stopped during the close cycle
Operator at OPEN limit
Operator at CLOSE limit
Door opening
Single Button Wall Controller (Wired)
Button is pressed Door closing
Door at Open Mid-Stop
Door stopped during the open
cycle
Door stopped during the close
cycle
Button is held
(constant
Door opening
pressure)
Operator at OPEN limit
Operator at CLOSE limit
Door opening
Open is pressed Door closing
myQ® Smart Facility Access
Close is pressed
Door at Open Mid-Stop
Door stopped during open or close cycle Operator at OPEN limit Operator at
CLOSE limit Door opening Door closing Door at Open Mid-Stop Door stopped
during open or close cycle
RESPONSE
No change in state (Recycle TTC) Door opens to the OPEN limit or Mid-Stop and
activates TTC No change in state Door will auto reverse to OPEN limit or
MidStop and activates TTC Door opens to the OPEN limit and activates TTC Door
opens to the OPEN limit or Mid-Stop and activates TTC Door closes to the CLOSE
limit No change in state No change in state No change in state Door closes to
the CLOSE limit
Door closes to the CLOSE limit
No change in state (Recycle TTC) No change in state Door stops and activates
TTC Door stops and activates TTC No change in state (Recycle TTC)
No change in state (Recycle TTC)
Door closes to the CLOSE limit Door opens to the OPEN limit or Mid-Stop and
activates TTC Door stops and activates TTC Door will auto reverse to OPEN
limit or MidStop and activates TTC Door opens to the OPEN limit and activates
TTC
Door closes to the CLOSE limit
Door opens to the OPEN limit or Mid-Stop and activates TTC Door closes to the
CLOSE limit Door opens to the OPEN limit or Mid-Stop and activates TTC Door
stops and activates TTC Door will auto reverse to OPEN limit or MidStop and
activates TTC Door opens to the OPEN limit
Door closes to the CLOSE limit
Door opens to the OPEN limit or Mid-Stop and activates TTC
No change in state or Mid-Stop and activates TTC
No change in state (Recycle TTC) Door opens to the OPEN limit or Mid-Stop
(activates TTC) No change in state Door will auto reverse to OPEN limit or
MidStop and activates TTC Door opens to the OPEN limit and activates TTC Door
opens to the OPEN limit or Mid-Stop and activates TTC Door closes to the CLOSE
limit No change in state No change in state No change in state Door closes to
the CLOSE limit
Door closes to the CLOSE limit
43
Programming (continued)
Programmable Inputs
· The controller contains three programmable inputs that may be configured to
accept several different input devices.
· Navigate through the menus to SYSTEM SETTINGS (enter password) to PROG
INPUTS. Select INP1, INP2 or INP3.
· Select a Function from the list. Press Enter.
· Select a Polarity from the list. Press Enter.
Function Options:
· Non-monitored Eye/Edge Input
· Car Dealer Input (typically loop detector, treadle hose, card reader)
· Timer Defeat
· All Fly (previously known as FSTS)
Radio
The controller has a built in Security+ 2.0® radio receiver, that can program
up to 90 remote control devices and up to 30 keyless entry devices.
Programming Remote Controls and myQ® Devices
1. Select SYSTEM SETTINGS from the main menu (enter passcode.)
2. Select CONNECTIVITY.
3. Select one of: Learn myQ Devices, Wi-Fi, or Remotes.
4. The operator will indicate the selected accessory is being learned.
5. Repeat as needed for any other devices and remotes.
Erasing Programmed Devices
1. Select Connectivity from the main menu (enter passcode).
2. Select Erase. 3. Select the type of device to be erased or select
“Erase all”. 4. Press “UP” button to erase the selected device. 5. Display
will confirm erasing selected device.
Reset Defaults
Parameter Operating Mode Frequency Profile Open Frequency Close Frequency Limits Timer to Close Delay to Open Delay to Close INP1 Function INP1 Logic INP2 Function INP2 Logic INP3 Function INP3 Logic Eye/Edge
Default Value B2 Maximum Speed 10HZ 10HZ Must Relearn Limits 120 sec. 0 0 No Function N.O. No Function N.O. No Function N.O. Unlearned
Service Counter Interval 5000
Service Counter Value Is not reset
Absolute Cycle Counter Is not reset
NOTICE: This device complies with part 15 of the FCC rules and Innovation,
Science and Economic Development Canada licenseexempt RSSs. Operation is
subject to the following two conditions: (1) this device may not cause harmful
interference, and (2) this device must accept any interference received,
including interference that may cause undesired operation.
Any changes or modifications not expressly approved by the party responsible
for compliance could void the user’s authority to operate the equipment.
This device must be installed to ensure a minimum 20 cm (8 in.) distance is
maintained between users/bystanders and device.
This device has been tested and found to comply with the limits for a Class A
digital device, pursuant to part 15 of the FCC rules and Industry Canada ICES
standard. These limits are designed to provide reasonable protection against
harmful interference in a commercial
installation. This equipment generates, uses and can radiate radio frequency
energy and, if not installed and used in accordance with the instructions, may
cause harmful interference to radio communications. However, there is no
guarantee that interference will not occur in a particular installation. If
this equipment does cause harmful interference to radio or television
reception, which can be determined by turning the equipment off and on, the
user is encouraged to try to correct the interference by one or more of the
following measures:
· Reorient or relocate the receiving antenna.
· Increase the separation between the equipment and receiver.
· Connect the equipment into an outlet on a circuit different from that to
which the receiver is connected.
· Consult the dealer or an experienced radio/TV technician for help.
44
Programming (continued)
myQ® Smart Facility Access
One Platform allows you to manage access for unlimited facilities, users and
vehicles. The myQ® Smart Facility Access allows you to control all your access
points in the facility from the myQ® website application from anywhere.
Monitor and control your vehicular access doors, gated entry locations, and
even dock positions from a universal platform. myQ® technology uses a 900Mhz
signal or a Wi-Fi connection to communicate securely from your connected
devices to myQ® enabled accessories or directly to a Wi-Fi network.
Setup a myQ® Smart Facility Access Account
NOTE: If you have an existing myQ® account, your myQ® BusinessTM account will
have the same password. We have made the account setup process easier than
ever. It’s completely self-service. Go to Account.myQ.com and begin the
process. 1. Select Country, Name, email, and create password. 2. Verify the
email with a 4-digit code. 3. Select property manager or partner. 4. To create
a myQ® Facility, select property type, property name, property manager
information. You are now ready
to access your dashboard and all other myQ® features. 5. Set up the Facility
and add users and groups to provide access to the Facility (refer to the
available Help in myQ®
BusinessTM). 6. You will get a welcome email from LiftMaster. Accept the
invitation and register or login to your account. 7. Set up the Facility and
add users & groups to provide access to the Facility (refer to the available
Help in myQ®
BusinessTM). 8. Follow on-screen prompts to get your Variable Speed Door
Operator and additional devices connected.
Provisioning Wi-Fi
Follow the below instructions to pair the operator: 1. Press the “STOP/ENTER”
and “DOWN” buttons at the same time for 3+ seconds to enter the operator menu.
2. Scroll down to “SYSTEM SETTINGS” with the “UP” and “DOWN” buttons and press
“ENTER”. You will be prompted
to enter the password for the operator. 3. Enter 326 as the password. 4.
Scroll down to “CONNECTIVITY” and press “ENTER”. 5. Press “ENTER” again to
select “CONNECTIVITY LEARN”. 6. Scroll down to “LEARN WIFI” and press “ENTER”.
The operator will now be in Learn Mode. 7. Using your own device (laptop,
tablet, or smart phone) go to your device’s Wi-Fi setting and search for the
Wi-Fi
network called myQ-nnn where the nnn is the last 3 serial numbers of your
controller. Select that Wi-Fi network. 8. Once your device (laptop, tablet, or
smart phone) is connected to the operator, go to setup.myqdevice.com on
your device and follow the instructions.
45
Auxiliary Relays Accessory Kit ([XXXXX])
Configure the Relay Adapter
This operator allows for the programming of a single mid-stop door position.
To set the open mid-stop position: 1. In Programming Mode, go to Door Position
=> Open Mid-Stop or
Close Mid-Stop. 2. Use the Up/Down buttons to move the door to the desired
position. 3. Select Save = Enter To erase the mid-stop, select Erase Open Mid-
Stop or Erase Close-Mid Stop option, then select Save=Enter. NOTE: Restoring
defaults or resetting limits will erase the mid-stop position.
RELAY ADAPTER BOARD
AUXILIARY RELAYS
· Aux Relay Switches: Set the AUX RELAY switches as needed to obtain the
desired function as shown below.
· J6 Input: Communicator bus connects control board, expansion board, or relay
adapter board.
· J7 Input: Communicator bus connects control board, expansion board, or relay
adapter board.
· AUX24: Supplies +24Vdc up to 1AMP to wired accessories.
RED/GREEN LIGHT FUNCTIONALITY
Red light wired to AUX RELAY 1. Green light wired to AUX RELAY 2.
DOOR STATE
AUX RELAY 1 SWITCHES AUX RELAY 2 SWITCHES
1 OFF 2 OFF 3 OFF 1 ON 2 ON 3 ON
Closed
Red light OFF*
Green light OFF
Opening
Red light ON/Flash
Green light OFF
Open
Red light OFF
Green light ON
Closing
Red light ON/Flash
Green light OFF
Defined Mid Stop
N/A
N/A
Undefined Mid Stop Red light ON
Green light OFF
Timer more than 5 seconds
Red light OFF
Green light ON
Timer less than 5 seconds
Red light ON/Flash
Green light OFF
- For red light ON when gate is closed, set switch 1 on AUX RELAY 1 to ON.
N.O.
N.C.
Com
Com
N.C.
N.O.
RELAY ADAPTER BOARD
46
Loop Detector Board
Need better installation images this is just a reference.
Loop Mode EXIT INTERRUPT SHADOW AUXILIARY
SW1 SW2
?
?
?
?
?
?
ON
ON
Disconnect power BEFORE making electrical connections. The Loop Detector Board
(model LPEXP, not provided) combined with the LOOPDETLM, provides (What
functionality) functionality that is available through the auxiliary switch
setting.
The LPEXP and LOOPDETLM can be purchased together as a kit (LPEXPKIT).
1. Secure the Loop Detector Board (model LPEXP) to the standoffs in the DC
Logic NTX cover on the motor side with the provided screws.
2. Connect the wire harness from the Loop Detector Board to the AUX Relay
Board or Main Board (Need to show images).
3. Connect the loop wires to the input on the Loop Detector Board.
4. Plug in the loop detector (model LOOPDETLM).
5. Set switches on the Loop Detector Board to desired settings (Don’t know
the settings).
6. Activate the loop detector to validate desired functionality.
47
Troubleshooting
If an error occurs, the idle screen is replaced by a screen showing the error
code and a description of the error. An example error code display is shown
below.
Error messages originate in one of three categories:
· Inverter (power faults)
· Door control codes related to the motor and encoder
· Option codes related to accessories used with the MC11 or MC21 controllers.
Consult the Table of Error Codes below to determine the cause and corrective
action. Depending on the type of error, user interaction may be required to
clear the error. The error window closes when the error has been
cleared/corrected.
Code
UI Display Text
Fault
Possible Causes
F01 F01 CLOSE Door has moved beyond 1. End positions not correctly set
LIMIT
the lower end position 2. Direction of rotation incorrect
3. Brake failure/door falls
F02 F02 OPEN Door has moved beyond 1. End positions not correctly set
LIMIT
upper end position
2. Direction of rotation incorrect
3. Brake failure
F03 F03
Door has moved in the 1. Direction of rotation incorrect
DIRECTION wrong direction.
2. Sagging when starting a door with high weight.
F04 F04
Obstruction or operator 1. Door moved onto obstacle. If needed check force parameters.
UNAUTH. fault triggered system
STOP
to stop
2. Encoder malfunction (e.g. encoder no longer connected) 3. Inverter has triggered stop by itself (e.g. due to temperature,
internal error)
4. Inverter has triggered stop due to over voltage, missing brake chopper on imbalanced door.
5. Door cable stretch. Reset limits.
F05 F05
Door did not stop on time 1. Brake sash chain disengaged.
UNAUTH. MOVE
while moving or made an 2. Brake worn-out.
unauthorized move while 3. Stop command not transmitted
standing.
4. Encoder shows ghost movement
F08 F08 NO Configuration not found. 1. No stored configuration could be found in memory. (Normal for
CONFIG Was reset to factory
instance with new controller, and/or after certain tests with the
setting.
test system.)
2. The stored configuration is outdated and no longer compatible with the current software. Can occur after update to a new version.
F09 F09
Ribbon cable connecting Check to ensure that the ribbon cable from the front panel to the
BUTTON front panel buttons to display board is attached properly.
CABLE
display is not detected.
F10 F10 UP FORCE
UPWARD force curve is Force sensing in UPWARD direction is activated, but force curve in
missing
UPWARD direction is not stored. Execute force learn.
F11 F11 DOWN DOWNWARD force curve Force sensing in DOWNWARD direction is activated. But force curve
FORCE
is missing
in DOWNWARD direction is not stored. Execute force learn.
F14 F14 SET End positions are not set 1. Door positions not set due to new product.
LIMITS
or stored.
2. Door positions lost due to total reset.
F26 F26 OVER Overvoltage on the
VOLT
inverter board
F41 F41 EYE/ Monitored Eyes/Edge EDG1 BLK Input 1 Blocked for 3 minutes or more.
The controller received a message from the inverter of overvoltage.
The Monitored Eyes/Edge input 1 has a device connected and sensing blocked for
3 minutes or longer.
48
Troubleshooting (continued)
Code
UI Display Text
Fault
Possible Causes
F42 F42 EYE/ Monitored Eyes/Edge The Monitored Eyes/Edge input 1 was learned to the controller, but no EDG1 MIS Input 1 learned, but no longer found. longer present
F43 F43 EYE/ Command to move
1. A command to move the door was received, but the Monitored
EDG1 BLK door received, but
Eyes/Edge input 1 is sensing blocked.
Monitored Eyes/Edge 2. Door reversed during travel due to Monitored Eyes/Edge Input 1
Input 1 blocked.
blocked.
F44 F44 EYE/ Monitored Eyes/Edge The Monitored Eyes/Edge input 2 has a device connected and sensing EDG2 BLK Input 2 Blocked for 3 blocked for 3 minutes or longer. minutes or more.
F45 F45 EYE/ Monitored Eyes/Edge The Monitored Eyes/Edge input 2 was learned to the controller, but no EDG2 MIS Input 2 learned, but no longer found. longer present
F46 F46 EYE/ Command to move
1. A command to move the door was received, but the Monitored
EDG2 BLK door received, but
Eyes/Edge input 2 is sensing blocked.
Monitored Eyes/Edge 2. Door reversed during travel due to Monitored Eyes/Edge input 2
Input 2 blocked.
blocked.
F47 F47 EYE/ Monitored Eyes/Edge The Monitored input 3 has a device connected and sensing blocked EDG3 BLK Input 3 Blocked for 3 for 3 minutes or longer. minutes or more.
F48 F48 EYE/ Monitored Eyes/Edge The Monitored Eyes/Edge input 3 was learned to the controller, but no EDG3 MIS Input 3 learned, but no longer found. longer present
F49 F49 EYE/ Command to move
1. A command to move the door was received, but the Monitored
EDG3 BLK door received, but
Eyes/Edge input 3 is sensing blocked.
Monitored Eyes/Edge 2. Door reversed during travel due to Monitored Eyes/Edge Input 3
Input 3 blocked.
blocked.
F51 F51 INP1 Device triggered for A device connected to Programmable Input 1 is triggered or blocked
BLOCK
3 minutes or more on for 3 minutes or longer.
Input 1.
F52 F52 INP1 Command to move
1. Command to move door received, but Non Monitored device
CMND
door received, but
triggered on Input 1.
device triggered on
2. Door reversed during travel due to Programmable Input 1 blocked.
Programmable Input 1.
F53 F53 INP2 Device triggered for A device connected to Programmable Input 2 is triggered or blocked
BLOCK
3 minutes or more on for 3 minutes or longer.
Input 2.
F54 F54 INP2 Command to move
1. Command to move door received, but Non Monitored device
CMND
door received, but
triggered on Input 2.
device triggered on
2. Door reversed during travel due to Programmable Input 2 blocked.
Programmable Input 2.
F55 F55 INP3 Device triggered for A device connected to Programmable Input 3 is triggered or blocked
BLOCK
3 minutes or more on for 3 minutes or longer.
Input 3.
F56 F56 INP3 Command to move
1. Command to move door received, but Non Monitored device
CMND
door received, but
triggered on Input 3.
device triggered on
2. Door reversed during travel due to Programmable Input 3 blocked.
Programmable Input 3.
F61 F61 CTM Cable Tension
FAULT
monitor/s triggered
1. One or both of the cable tension monitors is not connected.
2. One or both of the cable tension monitors has faulty wiring (shorted).
3. One or both of the cable tension monitors is triggered by a slack door
cable.
49
Troubleshooting (continued)
Code
UI Display Text
Fault
Possible Causes
F91 F91
Error in position
1. Error in communication cable.
ENCODER encoder message. Door position outside of valid range.
2. Cable shorted, cut, connector disconnected. 3. Loose encoder wires connected to controller.
F92 F92
Time-out error when 1. Error in communication cable.
ENCODER receiving position encoder message. Message incomplete.
2. Cable shorted, cut, connector disconnected. 3. Loose encoder wires connected to controller.
F93 F93
Time-out error when 1. Error in communication cable.
ENCODER receiving position
2. Cable defect / not connected.
encoder message. No 3. Loose encoder wires connected to controller. signals received.
F96 F96
Safety chain circuit
SAFETY was interrupted.
CIRC
1. Check the status of all devices connected to the INTR LOCK terminals. If
no devices are connected a jumper must be placed.
2. Check that the chain hoist mechanism is fully engaged.
3. Check the Data Cable connections at Control Board and Inverter Board.
Ensure S+ is connected to S+ and S- is connected to S-.
4. Check the hoist switch connection to the Inverter Board.
WIRELESS EDGE FAULTS
Error Code Text
n/a
WLESS EDGE BLOK
62
F62 WLESS BLK
63
F63 WE BLE MISS
64
F64 WE BLE MISS
65
F65 WE I2C MISS
66
F66 WE I2C MISS
68
F68 WE CRIT BATT
Description Edge is triggered Edge has been triggered for 3+ minutes Wireless edge lost BLE communication with open edge Wireless edge lost BLE communication with close edge Wireless edge can’t communicate with the board with an open edge Wireless edge can’t communicate with the board with a close edge Wireless edge battery is critical
50
Maintenance
Maintenance Schedule
For use with Maintenance Alert System. Check at the intervals listed in the
following chart.
WARNING
To avoid SERIOUS personal INJURY or DEATH: · Disconnect electric power BEFORE
performing ANY
adjustments or maintenance. · ALL maintenance MUST be performed by a trained
door systems technician.
Item
Procedure
Every Month
Every 3 Months or 5,000 Cycles
Every 6 Months or 10,000 Cycles
Drive Chain
· Check for excessive slack.
· Check and adjust as required.
· Lubricate.
Sprockets
Check set screw tightness.
Fasteners
Check and tighten as required.
Manual Hoist (if
Check and operate.
applicable)
Shafts
Check for wear and lubricate.
LiftMaster Monitored Check alignment and
Entrapment Protection functionality.
Use SAE 30 Oil (Never use grease or silicone spray)
· Do not lubricate motor. Motor bearings are rated for continuous operation.
Inspect and service whenever a malfunction is observed or
suspected.
How to order repair parts: LiftMaster.com
51
Accessories
ENTRAPMENT PROTECTION DEVICES (MONITORED)
CPS-U – Dual-Sided Infrared Photoelectric Sensors · NEMA 1 general purpose
enclosure. · Dual-sided infrared sensors. · For indoor use. · Maximum range of
30 feet (9.1 m).
K41-0157-000 – HPH1 & HPH2 Cable Tension Monitor (Right)
LMWEKITU – Wireless Edge Kit
· [XXX] · Approved for US/CAN/MX, Puerto
Rico, Columbia, Costa Rica.
LMWETXU – Wireless Edge Kit · [XXX] · Approved for US/CAN/MX, Puerto Rico,
Columbia, Costa Rica.
K41-0156-000 – HPH1 & HPH2 Cable Tension Monitor (Left)
OES-SD16 – Optical Edge System
LMTBUL – Monitored Thru-Beam Photoelectric Sensors
· Max Range: 90 ft. (27.4 m) · Cable Length: 10 ft. (3 m) · Operating
Temperature: -40°C to 65°C
(-40°F to 149°F)
16 feet (4.9 m) Sectional 2-Wire Door Edge Kit with infrared optical sensors,
rubber door edge and all mounting hardware (channel sold separately).
OES-SD24 – Optical Edge System
· Outdoor Rating: Nema 4X
· Heater: Thermostatically controlled
· Input Voltage:
· Sensor: Black/red wires 6.8 VDC, 20mA
· Heater: Green/white wires 10-40VDC or 8-28 VAC, 4 watts max., 170mA per pair @ 24 VDC/VAC, 340mA per pair @ 12 VDC/VAC
LMRRUL – Monitored Retro-Reflective Photoelectric
Sensors
· Max Range: 50 ft. (15.2 m)
· Cable Length: 10 ft. (3 m)
· Operating Temperature: -40°C to 65°C (-40°F to149°F)
· Outdoor Rating: Nema 4X
· Heater: Thermostatically controlled
· Input Voltage:
· Sensor: Black/red wires 6.8 VDC, 20mA
· Heater: Green/white wires 10-40VDC or 8-28 VAC, 4 watts max., 170mA per pair @ 24 VDC/VAC, 340mA per pair @ 12 VDC/VAC
CPS-UN4 – Monitored Thru-Beam Photoelectric
Sensors
· Heavy-duty housing for industrial
applications.
· NEMA 4 enclosure protects against
direct spray.
· Dual-sided infrared sensors.
· For indoor/outdoor use.
· Maximum range of 45 feet (13.7 m).
CPS-RPEN4 – Monitored Retro-Reflective Photoelectric Sensors · Polarized
reflector for use in applications
with highly reflective surfaces.
· NEMA 4X enclosure protects against direct water spray and corrosion.
24 feet (7.3 m) Sectional 2-Wire Door Edge Kit with infrared optical sensors,
rubber door edge and all mounting hardware (channel sold separately).
OES-RD16 – Optical Edge System
16 feet (4.9 m) Rolling 2-Wire Door Edge Kit with infrared optical sensors,
rubber door edge and all mounting hardware (door channel not required).
Optical Edge System (OES)
· Rubber door edge is durable, flexible and easy to install.
· Premium rubber can be cut to length for exact fit. · NEMA 6 rating protects
against moisture and
standing water. · Infrared optical sensors eliminate the need for
electrical contacts. · Maximum range of 33 feet (10 m). · Sectional and
rolling door edges are also available
in 50 foot (15 m) bulk rolls, along with individual components for additional
savings on large installation jobs. S50, L50 – Monitored Edge Sensors
[XXX] CPS-EI – Edge Interface 4-Wire Monitored
For use with approved 4-wire sensing edges listed on this Accessory page.
ASO Monitored 4-Wire, 2-Wire Sentir Series 45.30
· Retro-reflective sensor.
[XXX]
· For indoor/outdoor use. · Maximum range of 50 feet (15 m).
CPS-OPEN4 – Monitored Dual-Sided Photoelectric
Sensors
· Flexible housings maintain alignment in areas with a high propensity for sensor contact.
· NEMA 4X enclosure protects against
direct water spray and corrosion.
· Dual-sided infrared sensors.
ASO Monitored 4-Wire, 2-Wire Sentir Series 35.55
[XXX] LC36M – Monitored Light Curtain
Monitored, primary entrapment protection device that forms a 3-foot cross
pattern of invisible light beams for maximum personnel and property
protection.
· For indoor/outdoor use.
· Maximum range of 45 feet (13.7 m). 52
Accessories (continued)
ENTRAPMENT PROTECTION DEVICES (NONMONITORED)
65-8202 – Vehicle Detection System
Pneumatic Sensing Edge Kit with exterior air switch, 2-wire coil cord and 14
foot (4.3 m) air hose. 65-5202 – Vehicle Detection System
Pneumatic Sensing Edge Kit with exterior air switch, 2-wire take-up reel (20
feet [6 m] extended) and 14 foot (4.3 m) air hose.
100MAPS – Plug-In Power Supply
Provides power to the LC-36A Light Curtain.
NOTE: Use if main board accessory power is consumed and additional power is
required.
RADIO
STAR1000 – Commercial Access Control Receiver
Connects up to 1000 LiftMaster® remote controls. Supports suspending and
unsuspending remote controls to withhold and reinstate access.
850LM – Universal Receiver Featuring Security+ 2.0® technology. Designed for
both gated communities and commercial buildings to support and manage multiple
access points multiple remote controls.
WALL CONTROLLER
DCWALLCTL
Floor Level Wall Controller with LCD display.
MYQ ACCESSORIES
NOTE: The door operator will only support a single DCWALLCTL display
828LM – LiftMaster® Internet Gateway
Enables owners of Commercial Door Operators to open and close their doors and
turn on/off lights in or around their facility using a mobile device or
computer from anywhere in the world.
02-101 – 1-Button Wall Controller Steel enclosure.
02-102 – 2-Button Wall Controller
REMOTE CONTROLS WITH SECURITY+ AND CONNECTIVITY
811LMX – Programmable DIP Switch Single-Button Remote Control
Ideal for commercial door applications requiring a large number of remotes for
a common space.
Approved for US/CAN/MX, Puerto Rico, Columbia, Costa Rica.
891LMMC – Programmable DIP Switch Three-Button Remote Control
Includes Red, Yellow and Green markings which Indicates Open, Close, Stop.
Approved for US/CAN/MX, Puerto Rico, Columbia, Costa Rica.
Steel enclosure.
02-103L – 3-Button Wall Controller Steel enclosure with Maintenance Alert
System.
02-110 – Key Wall Controller Indoor flush mount, NEMA 1 with Stop button.
893LMMC – Programmable DIP Switch Three-Button Remote Control
02-401M – 1-Button Wall Controller
Approved for US/CAN/MX, Puerto Rico, Columbia, Costa Rica.
877LM – Wireless Keypad
Indoor/outdoor surface mount, single button to activate opening one commercial door.
Able to be programmed with temporary access codes for visitors or delivery personnel.
53
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>