LiftMaster JDC MAXUM Series DC Operators Instruction Manual
- June 16, 2024
- LiftMaster
Table of Contents
JDC MAXUM Series DC Operators
Specifications
- Models: JDC, JHDC, TDC
- Industrial DC Operators
- For Doors up to 700, 1200, and 2200 lbs
- Not for residential use
- 2 Year Warranty
- Serial # Installation Date
Safety Information
The safety symbol and signal word review can be found on page 3
of the user manual.
Planning
The planning section includes information on voltage selection
and model electrical ratings. This information can be found on page
4 and page 5 of the user manual, respectively.
Operator Specifications
The operator dimensions for Jackshaft (JDC) and Hoist (JHDC)
models can be found on page 7 of the user manual. The
specifications for the TDC Trolley model can be found on page 8.
Additionally, information on the battery backup feature can be
found on page 9.
TDC Trolley Operators
The carton inventory, description, and hardware details for TDC
Trolley Operators can be found on page 10 of the user manual.
TDC Trolley Assembly
Instructions for assembling the TDC Trolley Operator can be
found on page 11 of the user manual. This section includes
step-by-step instructions and diagrams.
TDC Trolley Installation
The installation process for the TDC Trolley Operator is
outlined on page 13 of the user manual. This section includes
instructions for installing the header bracket, attaching the track
to the header bracket, hanging the operator, and attaching the door
arm and bracket.
Jackshaft (JDC) and Hoist (JHDC) Operators
The carton inventory and description for Jackshaft (JDC) and
Hoist (JHDC) Operators can be found on page 16 of the user manual.
Additionally, information on the door sprockets is provided on the
same page.
JDC/JHDC Assembly
Instructions for configuring the JDC/JHDC Operator and applying
AC power can be found on page 17 of the user manual.
Battery Backup Wiring
Information on the battery backup wiring can be found on page 18
of the user manual.
JDC/JHDC Installation
The installation process for the JDC/JHDC Operator is outlined
on page 19 of the user manual. This section includes instructions
for determining the mounting location, mounting the operator, and
securing the chain hoist.
Manual Release
Instructions for using the emergency disconnect system for Model
TDC and Model JHDC can be found on page 21 of the user manual.
Wiring
Information on power and ground wiring, as well as voltage
selection, can be found on page 22 of the user manual.
Wall Controller Installation
Instructions for installing the wall controller can be found on
page 23 of the user manual.
Entrapment Protection
Information on monitored entrapment protection can be found on
page 24 of the user manual.
FAQ
-
1. Can these operators be used for residential doors?
No, these operators are not for residential use.
Industrial DC Operators
Models JDC, JHDC, and TDC
DC Jackshaft, Hoist, and Trolley For Doors up to 700, 1200, and 2200 lbs
NOT FOR RESIDENTIAL USE
NOT FOR RESIDENTIAL USE · Please read this manual and the enclosed safety
materials completely, prior to installation and use! · This product is to be
installed and serviced by a trained door systems technician ONLY. · These
operators are compatible with myQ®, myQ® Smart Facility AccessTM, and
Security+ 2.0®
accessories. · These operators are Wi-Fi® compatible.
2 YEAR WARRANTY Serial # Installation Date
Scan here for LiftMaster support videos and content.
LiftMaster 300 Windsor Drive Oak Brook, IL 60523
Table of Contents
Safety Information
3
Safety Symbol and Signal Word Review. . . . . . . . . . . . . . . . . .3
Planning
4
Introduction
5
Voltage Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5
Model Electrical Ratings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5
Operator Specifications
6
Operator Dimensions
7
Jackshaft (JDC) and Hoist (JHDC) . . . . . . . . . . . . . . . . . . . . . . .7
TDC Trolley . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8
Battery Backup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9
TDC Trolley Operators
10
Carton Inventory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
Hardware . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
TDC Trolley Assembly
11
Assemble the Operator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
Install the Chain . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
TDC Trolley Installation
13
Install the Header Bracket . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Attach the Track to the Header Bracket and Hang the
Operator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
Attach the Door Arm and Bracket . . . . . . . . . . . . . . . . . . . . . 15
Jackshaft (JDC) and Hoist (JHDC) Operators
16
Carton Inventory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Door Sprockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
JDC/JHDC Assembly
17
Configure the Operator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
Applying AC Power. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
Battery Backup Wiring
18
JDC/JHDC Installation
19
Determine Mounting Location . . . . . . . . . . . . . . . . . . . . . . . . . 19
Mount the Operator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Secure the Chain Hoist. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Manual Release
21
Emergency Disconnect System Model TDC . . . . . . . . . . . 21
Emergency Disconnect System Model JHDC. . . . . . . . . . 21
Wiring
22
Power and Ground . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
Voltage Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
Wall Controller Installation
23
Entrapment Protection
24
Monitored Entrapment Protection . . . . . . . . . . . . . . . . . . . . . 24
Install the Monitored Light Curtain (Optional) . . . . . . . . . . 25
Cable Tension Monitors
26
Install the Cable Tension Monitor(s) (Optional) . . . . . . . . . 26
Testing
27
Test all Entrapment Protection Devices . . . . . . . . . . . . . . . . 27
Test Wall Controller Menu Access . . . . . . . . . . . . . . . . . . . . . 27
Test Limit Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
Wiring Diagram
28
Programming
29
Quick Start Commissioning . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
Manual Commissioning Program Flow . . . . . . . . . . . . . . . . . 29
Operating Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
Determine Operating Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . 33
Determine and Set Operating Mode . . . . . . . . . . . . . . . . . . . 34
Programmable Inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42
Radio . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42
Programming Remote Controls and myQ® Devices . . . . 42
Erasing Programmed Devices . . . . . . . . . . . . . . . . . . . . . . . . . 42
Reset Defaults . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42
myQ® Smart Facility Access. . . . . . . . . . . . . . . . . . . . . . . . . . . 43
Setup a myQ® Smart Facility Access Account . . . . . . . . . 43
Provisioning Wi-Fi . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43
Auxiliary Relays Accessory Kit (AUXREL)
44
Configure the Relay Adapter . . . . . . . . . . . . . . . . . . . . . . . . . . 44
Troubleshooting
45
Additional Troubleshooting. . . . . . . . . . . . . . . . . . . . . . . . . . . . 45
Maintenance
62
Maintenance Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62
Accessories
63
Field Installable Accessory Kits
66
Service Parts
67
Model TDC. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67
Model JHDC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68
Model TDC, JDC, and JHDC Common Parts . . . . . . . . . . . 68
Warranty
69
MYQ® CONNECTIVITY
· myQ® Smart Facility Access Technology enables secure monitoring and control
of door operators and other myQ® Smart Facility Access devices with a
smartphone, tablet or computer.
· Alerts can be received as email notifications, ensuring the status of a
commercial door.
SAFETY AND SECURITY
Security+ 2.0® with every press of the button, a new code is sent to the
commercial door operator, ensuring a door will only open for the remote
control programmed. UL 325 requires all commercial door operators to be either
constant pressure to close or be equipped with a primary external monitored
entrapment protection device. LiftMaster® is the leading brand of
professionally installed commercial door operators and access control products
for businesses worldwide. We are committed to quality products, innovative
designs and comprehensive services which exceed our Customers’ expectations.
2
Safety Information
Safety Symbol and Signal Word Review
WARNING
Mechanical
WARNING
Electrical
When you see these Safety Symbols and Signal Words on the following pages,
they will alert you to the possibility of serious injury or death if you do
not comply with the warnings that accompany them. The hazard may come from
something mechanical or from electric shock. Read the warnings carefully.
CAUTION
When you see this Signal Word on the following pages, it will alert you to the
possibility of damage to your door and/or the door operator if you do not
comply with the cautionary statements that accompany it. Read them carefully.
IMPORTANT NOTES:
· BEFORE attempting to install, operate or maintain the commercial door
operator, you must read and fully understand this manual and follow all safety
instructions.
· DO NOT attempt repair or service of a commercial door operator unless you
are an Authorized Service Technician.
· A commercial door operator should only be installed on a properly balanced
door. Ensure door is properly balanced prior to installation.
ENTRAPMENT PROTECTION DEVICES
Monitored Entrapment Protection
Monitored photoelectric sensors and/or door edge sensors are required for any
momentary contact to close modes of operation. See “Entrapment Protection” on
page 24 for additional information. Refer to the Entrapment Protection Devices
in “Accessories” on page 63 for available options.
WARNING: This product can expose you to chemicals including lead, which are known to the State of California to cause cancer or birth defects or other reproductive harm. For more information go to www. P65Warnings.ca.gov.
WARNING
To reduce the risk of SEVERE INJURY or DEATH:
1. READ AND FOLLOW ALL INSTALLATION WARNINGS AND INSTRUCTIONS.
2. Install door operator ONLY on properly balanced and lubricated door. An
improperly balanced door may NOT reverse when required and could result in
SEVERE INJURY or DEATH.
3. ALL repairs to cables, spring assemblies and other hardware MUST be made
by a trained door systems technician BEFORE installing operator.
4. Disable ALL locks and remove ALL ropes connected to door BEFORE installing
operator to avoid entanglement.
5. Install an operator, a minimum of 8 feet (2.44 m) from the floor.
6. NEVER connect a door operator to a power source until instructed to do so.
7. NEVER wear watches, rings or loose clothing while installing or servicing
an operator. They could be caught in the door or operator mechanisms.
8. Install a wall controller:
· within sight of the door.
· out of reach of small children and at a minimum height of 5 feet (1.5 m)
above floors, landings, steps, or any other adjacent walking surface.
· away from ALL moving parts of the door.
9. Install the wall controller far enough from the door to prevent the user
from coming in contact with the door while operating the controls.
10. Install the entrapment warning placard on the wall next to the wall
controller in a prominent location, visible from the door.
11. Place the manual release/safety reverse test label in plain view on the
inside of door.
12. Upon completion of installation, test the entrapment protection
device(s).
13. This door operator is not intended to replace door locks. With enough
force, a door without a door lock can be opened. LiftMaster always recommends
the use of door locks to properly secure a door.
14. SAVE THESE INSTRUCTIONS.
3
Planning
NOTE: Please obtain the latest Installation Manual by search the model number
at liftmaster.com.
SECTIONAL DOORS
Recommended Drum/Sprocket Configuration for 12″/second Door Speed
Operator 700 1200
2200
Door Type Standard Hi-lift Standard Vertical Standard Hi-lift Hi-lift Standard Vertical Hi-lift Standard Hi-lift Vertical
Drum* D400-96 D400-54 D400-144 D850-132 D5250-18 D525-54 D575-120 D525-216 D1100-216 D6375-164 D800-384** D800-120 D1350-336
Sprockets** 16
22
32 42
UNINSULATED ROLLING DOORS 20′
Operator 700 1200 2200
Sprocket 50
72
82
Door Weight Up to 450 lbs 450 up to 700 lbs 700 up to 1200 lbs 1200 up to 1800 lbs 1800 up to 2200 lbs
INSULATED ROLLING DOORS 20′
Operator 700 1200
2200
Sprocket 60 72 82 90
Door Weight Up to 450 lbs 450 up to 900 lbs 900 to 1500 lbs 1500 up to 2000 lbs
- Sprockets will no longer be included in the box.
4
Introduction
Voltage Selection
Voltage Selection
120/240V single and 3 phase dedicated sku
480V 3 phase
dedicated sku
208V 3 phase
Via accessory step down transformer
600V 3 phase
Via accessory step down transformer
Model Electrical Ratings
Model
Operator Type
Electrical Rating
Cycle Max. Door Weight
JDC7S1BMC JDC7S4BMC
Jackshaft non-hoisted Operators
120Vac, 5A, 1PH; 240Vac, 2.5A, 1PH/3PH** Standard
480Vac, 1.25A, 1PH/3PH**
Cycle
700 lbs.
JHDC7S1BMC JHDC7S4BMC JHDC12S1BMC
120Vac, 5A, 1PH; 240Vac, 2.5A, 1PH/3PH*
480Vac, 1.25A, 1PH/3PH*
Standard
120Vac, 9A, 1PH; 240Vac, 4.5A, 1PH/3PH* Cycle
700 lbs.
JHDC12S4BMC JHDC12X1BMC
480Vac, 3A, 1PH/3PH Hoist Operators
120Vac, 10A, 1PH; 240Vac, 5A, 1PH/3PH
1200 lbs
JHDC12X4BMC JHDC22X1BMC JHDC22X4BMC
480Vac, 3.5A, 1PH/3PH 120/240 single, 3 phase
480V 3 phase*
Extended Cycle
2200 lbs
TDC7S1BMC TDC7S4BMC TDC12S1BMC
120Vac, 5A, 1PH; 240Vac, 2.5A, 1PH/3PH*
480Vac, 1.25A, 1PH/3PH*
Standard
120Vac, 9A, 1PH; 240Vac, 4.5A, 1PH/3PH* Cycle
700 lbs.
TDC12S4BMC TDC12X1BMC
Trolley Operators
480Vac, 3A, 1PH/3PH 120Vac, 10A, 1PH; 240Vac, 5A, 1PH/3PH
1200 lbs
TDC12X4BMC TDC22X1BMC TDC22X4BMC
480Vac, 3.5A, 1PH/3PH 120/240 single, 3 phase
480V 3 phase*
Extended Cycle
2200 lbs
JHDC12X1N4XMC
JHDC12X4N4XMC Hoist Nema4X
JHDC22X1N4XMC
Operators
JHDC22X4N4XMC
120/240 single, 3 phase N4X 480V 3 phase N4X
120/240 single, 3 phase 480V 3 phase
Extended Cycle
1200 lbs 2200 lbs
TDC12X1N4XMC
TDC12X4N4XMC Trolley Nema4X
TDC22X1N4XMC
Operators
TDC22X4N4XMC
120/240 single, 3 phase N4X 480V 3 phase N4X
120/240 single, 3 phase N4X 480V 3 phase N4X
Extended Cycle
1200 lbs 2200 lbs
- BBU capable ** BBU included
5
Operator Specifications
Duty Cycles:
· Standard: 20 cycles per hour / 90 cycles per day
· Extended: 30 cycles per hour / 150 cycles per day
· BBU: 10 cycles, when fully charged.
Wall Controller: NEMA 1 General Purpose 3-Button Wall Controller
Open/Close/Stop, LCD Display, and floor level commissioning through intuitive
user menu.
Operation Mode: C2 (Factory default), B2, B2/T, B2/TS, D1, E2 and FSTS.
Brake: Standard Dynamic braking on 700, 1200, 2200; only 2200 has the standard
Solenoid powered-off brake.
Disconnect:
· Jackshaft: No disconnect. Jackshaft operators come standard with battery
backup for automatic opening or closing in case of emergency.
· Hoist: Operator includes an Engage rope (green) and a disengage rope (red)
with manual hoist to electronically disable the operator controls.
· Trolley: Quick disconnect door arm for emergency manual door operation.
Mechanical Drive Reduction:
· Model JDC: 65:1 gearbox with #50 chain output.
· Model JHDC: 65:1 gearbox with #50 chain output.
· Model TDC: 65:1 gearbox with #48 chain output on 700 units and #41 chain
output on 1200 and larger units.
Door Speed:
Fine adjustments are made via Wall Controller menu; if you want to slow down
the operator, please adjust via sprocket choice:
· Model JDC: 12″ per second for sectional and 8-9″ per second for rolling
steel doors.
· Model JHDC: 12″ per second for sectional and 8-9″ per second for rolling
steel doors.
· Model TDC: 12″ per second for sectional and 8-9″ per second for rolling
steel doors.
Limit Adjust: Electronic limits, Floor level adjust-ability up to 20ft.
Temperature Ratings:
· -20°C (14°F) to +65°C (149°F)
· ENVIRONMENT: For indoor use only.
Max. Door Weight: See Operator Charts which include Door Weight and Height
information.
Door Dim: See Operator Charts which include Door Weight and Height
information.
Important Safety Instructions
WARNING
To reduce the risk of SEVERE INJURY or DEATH:
1. READ AND FOLLOW ALL WARNINGS AND INSTRUCTIONS.
9. Entrapment protection device(s) MUST be tested every month. Failure to adjust the operator properly may
2. ALWAYS keep remote controls out of reach of
cause SEVERE INJURY and DEATH.
children. NEVER permit children to operate or
10. ALWAYS KEEP DOOR PROPERLY BALANCED. An
play with door control push buttons or remote
improperly balanced door may NOT reverse when
controls.
required and could result in SEVERE INJURY or DEATH.
3. ONLY activate a door when it can be seen clearly,
See the door manufacturer’s owners manual.
it is properly adjusted and no obstructions exist in 11. ALL repairs to cables, spring assemblies and other
the path the door will travel.
hardware, ALL of which are under EXTREME tension,
4. Personnel should keep away from a door in
MUST be made by an Authorized Service Technician.
motion and ALWAYS keep a door in sight until
12. ALWAYS disconnect electric power to the door
completely closed. NO ONE SHOULD CROSS THE
operator BEFORE making ANY repairs or removing
PATH OF A MOVING DOOR.
covers.
5. NO ONE SHOULD GO UNDER A STOPPED OR
13. NEVER try to loosen or remove an obstruction that
PARTIALLY OPENED DOOR.
has impeded the movement of the door. Both the
6. If possible, use the manual release handle to disengage a door ONLY when a door is CLOSED. Weak or broken springs or an unbalanced door could result in an open door falling rapidly and/or
obstruction and door are under EXTREME tension and loosening or removing an obstacle, impeding the movement of the door, can cause SERIOUS PERSONNAL INJURY.
unexpectedly causing SEVERE INJURY or DEATH. 14. NEVER stand under a door that has been impeded by
7. NEVER use manual release handle unless the doorway is clear of persons and obstructions.
an obstruction. KEEP CLEAR. Door could move freely at any time and can cause SERIOUS PERSONNAL INJURY.
8. After ANY adjustments are made, the entrapment protection device(s) MUST be tested. Failure to adjust the operator properly may cause SEVERE INJURY and DEATH.
15. If the door should be obstructed or impeded in its movement, ALWAYS call
an Authorized Trained Service Technician to clear that obstruction.
16. SAVE THESE INSTRUCTIONS.
6
Operator Dimensions
Jackshaft (JDC) and Hoist (JHDC)
7
Operator Dimensions (continued)
TDC Trolley
4″ (10.16 cm)
11.73″ (29.8 cm)
*Door Height Plus C (minimum) Highest Point of Door Travel
OPERATOR DIMENSIONS TABLE
DIMENSIONS
A
B
C
700LB STD 18.552″ 21.065″ 4 ft (1.2 m)
1200LB STD 18.867″ 21.380″ 4.3 ft (1.3 m)
1200LB EXT 18.867″ 21.380″ 4.3 ft (1.3 m)
10.5″ (26.67 cm)
A B
8
Operator Dimensions (continued)
Battery Backup
4.70″ (11.9 cm)
7H Battery
4H Battery
7.22″ (18.4 cm)
4.70″ (11.9 cm)
6.37″ (16.2 cm)
9
TDC Trolley Operators
WARNING
To prevent possible SERIOUS INJURY or DEATH:
· DO NOT connect electric power until instructed to do so.
· Disable ALL locks and remove ALL ropes connected to door BEFORE installing and operating door operator to avoid entanglement.
· If the door lock needs to remain functional, install an · Fasten the operator SECURELY to structural
interlock switch.
supports of the building.
· ALWAYS call an Authorized Service Technician if door binds, sticks, or is out of balance. An unbalanced door may NOT reverse when required.
· Concrete anchors MUST be used in installing ANY brackets.
· NEVER try to loosen, move, or adjust doors, door springs, cable, pulleys, brackets, or their hardware. ALL of which are under EXTREME tension and can cause SERIOUS PERSONAL INJURY.
Carton Inventory
Your door operator is packaged in one carton which contains the motor unit and
the parts illustrated below. If anything is missing, carefully check the
packing material.
Description
· Operator assembly · Installation manual and caution labels · Hardware box ·
Wall Controller · LiftMaster Monitored Entrapment Protection, CPS-U
Photoelectric Sensors · Trolley drive chain NOTE: The tracks are shipped
separately. Trolley Chain will be shipped separate. Will no longer be packed
inside the operator packaging.
Hardware
· Fasteners · Track spacers · Trolley · Door arm assembly · Front idler
· Header mounting bracket
10
TDC Trolley Assembly
Assemble the Operator
1. Install the track spacers evenly over the length of the track. Fasten the
spacers to the track with bolt (A) and flange hex nuts (B).
HARDWARE
A Bolt 3/8″-16 x 3/4″
Spacers Provided 2 3
Track Length 8-14 foot 16-20 foot
B Flange Hex Nut 3/8″-16
C Take Up Bolt
4
22-24 foot
2. Install the front idler to the track with bolts (F) and washers (D).
3. Assemble the trolley with the take up bolt (C), hex nuts (E), and lock
washer (D).
4. Slide the trolley onto the track.
5. Insert bolts (A) into the end of the track and loosely thread the nuts (B)
onto the ends of the bolts.
D Lock Washer 3/8″
E Hex Nut 3/8″-16
F Bolt 3/8″-16 x 1″
6. Slide bolts (A) on the end of the track assembly into the “L” slot in the operator and tighten nuts (B). Insert bolts (A) into the holes on the end of the track and the operator. Secure the track with nuts (B).
A
A
B
B
F D
A
B
C
E
D
11
TDC Trolley Assembly (continued)
Install the Chain
The chain is packed separately from the operator. Please ensure you have your
chain before starting installation. 1. Position the trolley 2 inches (5.1 cm)
away from the front idler. 2. Attach the chain to the trolley threaded shaft
using the master link. 3. Run the chain along the track to the operator. Wrap
the chain around the operator drive sprocket. 4. Run the chain along the track
to the front idler. Wrap the chain around the front idler. 5. Attach the chain
to the front of the trolley using the master link. 6. Tighten the chain until
the chain sags about 3 inches (7.6 cm) at the mid point of the track. 7. For
retrofit trolley installations, use an additional 6″ of chain for the
installation.
2
3
12
TDC Trolley Installation
Install the Header Bracket
The trolley operator is generally mounted over the center of the door.
However, off center mounting may be required due to interfering structures or
location of the door stile / top section support. Typically, the operator may
be mounted up to 24 inches (60.1 cm) off center on torsion spring doors.
Extension springs require center mounting. 1. Close the door. Mark the center
of the door with a vertical line, extend
the line onto the ceiling. 2. Open the door to the highest point of travel
mark 4 inches (10.1 cm)
above the highest point of travel. 3. Center the header bracket on the
vertical center line and the
horizontal line. 4. Drill the pilot holes for the header bracket. 5. Fasten
the header bracket with appropriate hardware (not provided).
1
WARNING
To prevent possible SERIOUS INJURY or DEATH:
· Header bracket MUST be RIGIDLY fastened to the structural support on the
header wall or ceiling, otherwise the door might NOT reverse when required. DO
NOT install the header bracket over drywall.
· Concrete anchors MUST be used if mounting the header bracket or 2×4 into
masonry.
· NEVER try to loosen, move or adjust door, springs, cables, pulleys,
brackets, or their hardware, ALL of which are under EXTREME tension.
· ALWAYS call an Authorized Service Technician if door binds, sticks, or is
out of balance.
5
3 2
4″
4
13
TDC Trolley Installation (continued)
Attach the Track to the Header Bracket and Hang the Operator
1. Align the track with the header bracket.
2. Insert the clevis pin through the track and header bracket holes. Secure
with the fasteners.
3. Swing the operator up and ensure the operator is level.
4. Secure the operator using the appropriate fasteners and locking hardware
to support the weight of the operator.
CAUTION
To avoid possible SERIOUS INJURY from a falling operator:
· Fasten the operator SECURELY to structural supports of the building.
· Concrete anchors MUST be used if installing ANY brackets into masonry.
HARDWARE
inmeawgeimage eaotoprerhaetaodr htoeatrdotloletyrolley
A Clevis Pin (1) B Cotter pins (2)
B A
14
TDC Trolley Installation (continued)
Attach the Door Arm and Bracket
1. Latch the door arm to the trolley. Make sure the open side of the notch on
the door arm faces the door.
2. Position the door bracket to the center line of the door and attach the
door bracket to the door using appropriate hardware (not included).
NOTE: When properly installed and adjusted the door arm should be leaning back
toward the operator slightly. Refer to door manufacturer’s instructions for
recommended installation guidelines.
HARDWARE
A Flanged Hex Nut 3/8″-16 (2)
B Nylok Nut 3/8″16 (1)
C Bolt 3/8″-16 x 1″ (3)
C A
B
WARNING
To prevent possible SERIOUS INJURY from a moving chain: · DISCONNECT electric
power to the operator BEFORE manually operating
your door. · 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 disconnect unless doorway
is clear of persons and obstructions.
15
Jackshaft (JDC) and Hoist (JHDC)
Operators
Carton Inventory
Your door operator is packaged in one carton which contains the motor unit and
the parts illustrated below. If anything is missing, carefully check the
packing material.
Description
· Powerhead assembly · Installation manual and caution labels · Hardware box
(includes fasteners)
WARNING
To prevent possible SERIOUS INJURY, DEATH, or uncontrolled descent of the
door:
· When installing a jackshaftstyle operator on a sectional door, additional
precautions MUST be taken to assure that proper door cable tension is present
throughout the ENTIRE travel of the door.
· Floor level Wall Controller with LCD display to program and setup the door and operator system
· LiftMaster Monitored Entrapment Protection, CPS-U Photoelectric Sensors
· Hoist hand chain (JHDC models only)
· Sash chain (JHDC models only)
· Door/operator drive chain
JDC Operators also include:
· 700 operators – (2) 4.5 AH batteries and battery mounting tray
· 1200 operators – (2) 4.5 AH batteries and battery mounting tray
· 2200 operators – (2) 7 AH batteries and battery mounting tray
NOTE: The new DC logic board includes inputs for CTM (Cable Tension Monitor). Although, not required to operate the unit, it is highly recommended to include Cable Tension Monitors (part #s: K41-0157-000 and K41-0156-000) in all Jackshaft installations. The Cable Tension Monitor detects cable slack and will stop and reverse the door.
NOTE: Pusher springs should be used with the door system to help get the door moving in the Close direction. For certain types of doors, such as standard lift, angled track may also be recommended. Please check with the door manufacturer for details.
Door Sprockets
Door Sprocket (with setscrew and keyway) will now be sold separately via
accessory kits. Please see the guide below for the correct Door Sprocket kit
for your door type and installation.
NOTE: Reference the recommended drum/sprocket configuration on page 4 to help
determine sprocket tooth count.
Kit Number
Description
71-1550B16LGH Sprocket Kit – 16 Tooth, 1″ Bore, 1/4″x1/4″ Keyway
71-1550B22LGH Sprocket Kit – 22 Tooth, 1″ Bore, 1/4″x1/4″ Keyway
71-1550B32LGH Sprocket Kit – 32 Tooth, 1″ Bore, 1/4″x1/4″ Keyway
71-1550B42LGH Sprocket Kit – 42 Tooth, 1″ Bore, 1/4″x1/4″ Keyway
71-1550B50LGH Sprocket Kit – 50 Tooth, 1″ Bore, 1/4″x1/4″ Keyway
71-1550B60LGH Sprocket Kit – 60 Tooth, 1″ Bore, 1/4″x1/4″ Keyway
71-1550B72LGH Sprocket Kit – 72 Tooth, 1″ Bore, 1/4″x1/4″ Keyway
71-1550B82LGH Sprocket Kit – 82 Tooth, 1″ Bore, 1/4″x1/4″ Keyway
Kit Number
Description
71-1550B16QGH Sprocket Kit – 16 Tooth, 1.25″ Bore, 1/4″x1/4″ Keyway
71-1550B22QGH Sprocket Kit – 22 Tooth, 1.25″ Bore, 1/4″x1/4″ Keyway
71-1550B32QGH Sprocket Kit – 32 Tooth, 1.25″ Bore, 1/4″x1/4″ Keyway
71-1550B42QGH Sprocket Kit – 42 Tooth, 1.25″ Bore, 1/4″x1/4″ Keyway
71-1550B50QGH Sprocket Kit – 50 Tooth, 1.25″ Bore, 1/4″x1/4″ Keyway
71-1550B60QGH Sprocket Kit – 60 Tooth, 1.25″ Bore, 1/4″x1/4″ Keyway
71-1550B72QGH Sprocket Kit – 72 Tooth, 1.25″ Bore, 1/4″x1/4″ Keyway
71-1550B82QGH Sprocket Kit – 82 Tooth, 1.25″ Bore, 1/4″x1/4″ Keyway
16
JDC/JHDC Assembly
Configure the Operator
Units are now dual handed and can be used in either the right or left side.
1. Select right (R) or left (L) handing for the sprocket and hoist as needed.
· For JDC models, the drive sprocket can be mounted on either the right or
left side.
Drive Sprocket
R
L
· For JHDC models with manual hand chain systems, the drive sprocket can be
installed as a right (R) hand or left (L) hand.
NOTE: The hoist will need to change location depending on the wall mount or
front of hood application shown in the images below.
Drive Sprocket
Drive Sprocket
WARNING
To prevent possible SERIOUS INJURY or DEATH:
· DO NOT connect electric power until instructed to do so.
· If the door lock needs to remain functional, install an interlock switch.
· ALWAYS call an Authorized Service Technician if door binds,sticks or is out
of balance. An unbalanced door may NOT reverse when required.
· NEVER try to loosen, move or adjust doors, door springs,cable, pulleys,
brackets or their hardware, ALL of which are under EXTREME tension and can
cause SERIOUS PERSONAL INJURY.
· Disable ALL locks and remove ALL ropes connected to door BEFORE installing
and operating door operator to avoid entanglement.
· Fasten the operator SECURELY to structural supports of the building.
· Concrete anchors MUST be used if installing ANY brackets.
L
R
L
R
Hoist
Wall Mount
Front of Hood Mount
· To reposition the hoist: a. Remove the four allen bolts. b. Pull the housing
down and away from the motor, then rotate the housing 180 degrees. c. Place
the housing back up to the motor and tighten back in place using the allen
bolts.
2. Place the operator drive sprocket on the appropriate side of the operator
for your installation type. To avoid potential damage caused by an overhung
load, position the sprocket as close to the center of the exposed drive shaft.
Applying AC Power
1. Power the operator by turning the circuit breaker on supplying AC power to
the operator.
17
Battery Backup Wiring
NOTE: It’s recommended to install battery backup unit at ground level, prior
to mounting operator on fixed location. 1. Remove the battery cover from the
battery enclosure (see image 1). 2. Ensure jumper and battery harness are
properly routed and connected (see images 2 and 3). 3. Using supplied screws,
reinstall and secure battery box cover and ensure screws are tightened firmly
(see image
1). 4. Using supplied screws, mount battery enclosure to operator (OR) in an
appropriate alternate location and ensure
screws are tightened firmly. (Reference the Recommended mounting location.) 5.
Route wires around backside of battery enclosure, through knock out and into
electrical box. (Reference the
Knock out location.) 6. Place snap in cord gland over top of wires and snap
into place.
Recommended mounting location: · JHDC/JDC: Side of operator; opposite from
drive shaft and sprocket location. · TDC: Mount to the bottom of the operator.
Open electrical box and knock out appropriate backside ½
conduit location. Knock out location: · JHDC/JDC: Bottom of the electrical
box, adjacent to the EMI filter board. · TDC: Bottom of the electrical box,
adjacent to the antenna AUX connection.
2 4
1
4.5Ah Battery
3
7Ah Battery
18
JDC/JHDC Installation
Determine Mounting Location
1. The operator may be mounted on the wall, shelf, or bracket (not provided,
see “Accessories” on page 63). The optimum distance between the door shaft and
operator drive shaft is 12-15 inches (30.5-38 cm).
In the image, 1a shows the wall mount, and 1b shows the shelf or bracket
mount.
WARNING
TO REDUCE THE RISK OF SEVERE INJURY:
· Install the operator, a minimum of 8 feet (2.44m) from the floor.
NOTE: If the operator sprocket is below the minimum 8 foot requirement, please
purchase and install the operator Chain/Sprocket Guard Kit PN# CHNGUARD travel
of the door.
1a
1b
12-15″ (30.5-38 cm)
12-15″ (30.5-38 cm)
19
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. Place the door
sprocket on the door shaft so it can be moved to align vertically with the
operator drive shaft. 2. Insert the keys and fasten the sprockets with the set
screws (recommended torque for the set screws is
34-45 in/lb). 3. Hold the operator in the desired mounting position so the
door sprocket and the drive sprockets are vertically
aligned. 4. Mount the operator to the wall or mounting plate where the
operator can be moved to aligned with the appropriate
hardware (not supplied). 5. Wrap the drive chain around the door sprocket and
the drive sprocket, then secure with the master link.
NOTE: Chain links may need to be removed to achieve appropriate chain length.
NOTE: It is highly recommended to add a thread adhesive to secure the set
screws in place.
2
1
5
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.
20
Door retaining bracket
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 INTERLOCK 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.
21
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.
Image A
2. Run power wires to electrical box according to national and local electrical codes.
NOTE: ON THREE PHASE POWER only use two of the power legs cap off the third leg.
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.
Image B
- 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
NOTE: LiftMaster offers two types of EMI filter boards. However, each operator
will ONLY house a single type of board, dependent on operator voltage
specification ordered. Reference Image A for 120/ 240Vac and Image B for
480Vac.
1. Locate EMI filter board inside of the electrical box.
2. Remove the Orange voltage sticker covering the voltage connector/s and
stick it to the inside of the electrical box.
3. On units with type (A) EMI filter board. Verify incoming voltage and
phase1 or phase3 type.
4. Plug the connector to the appropriate plugin labeled 120Vac OR 240Vac.
22
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
23
Entrapment Protection
Monitored Entrapment Protection
IMPORTANT INFORMATION ABOUT THE MONITORED ENTRAPMENT PROTECTION DEVICES
Eyes/ Edge inputs will not be functional until the system is commissioned /
programmed. NOTE: LED on Eye / Edge will not illuminate.
A monitored entrapment protection device is required for most operation modes
(see “Monitored Eyes/Edge Configuration” on page 30). If a monitored
entrapment protection device is not installed, constant pressure to close will
be required from the wall controller.
See “Accessories” on page 63 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
Light Curtain LC36M
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.
· NEVER try to loosen or remove an obstruction that has impeded the movement
of the door. Both the obstruction and door are under EXTREME tension and
loosening or removing an obstacle, impeding the movement of the door, can
cause SERIOUS PERSONAL INJURY.
· NEVER stand under a door that has been impeded by an obstruction. KEEP
CLEAR. Door could move freely at any time and can cause SERIOUS PERSONAL
INJURY.
· If the door should be obstructed or impeded in its movement, ALWAYS call an
Authorized Trained Service Technician to clear that obstruction.
NOTE: A set of photoelectric sensors (photo eyes) are included and must be
installed, except for constant pressure to close. Depending on your
installation and usage needs, please consult with your installation specialist
to see if the addition of a contact edge sensor on the leading edge of the
door, a cable tension monitor and/or a light curtain is also needed.
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.
24
Entrapment Protection (continued)
Install the Monitored Light Curtain (Optional)
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.
a. 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.
b. Blue wired to Aux24 CMN
c. White wire to eye/edge input
d. Black wired to eye/edge input +
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.
25
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 63.
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 23 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
26
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
owner to ensure that, on completion, the installation of the entrapment
protection devices comply with all relevant federal, state, and local codes
and regulations.
TEST THE MONITORED LIGHT CURTAIN (IF APPLICABLE)
WARNING
To avoid SERIOUS personal INJURY or DEATH:
· Disconnect electric power BEFORE performing ANY adjustments or maintenance.
· ALL maintenance MUST be performed by an Authorized Service Technician.
1. With the door in the full open position, press the close button.
2. While the door is closing, obstruct any of the light beams on the 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 30). NOTE: Door travel should stop
when the OPEN or CLOSE limits are reached. If door drifting is occurring,
spring tension on the door.
27
Wiring Diagram
WARNING
To prevent possible SERIOUS INJURY or DEATH:
· Disconnect electric power and/or battery BEFORE installing, performing ANY
adjustments, or maintenaince. Installation and ALL maintainance MUST be
performed by a trained door systems technician.
For continued protection against fire: · Replace ONLY with fuse of same type and rating.
BATTERY BOX
+-
+-
24Vdc
Battery Accessory SKUs: DC45AH- 4.5Ah Batteries DC7AH- 7.0Ah Batteries
TRANSFORMER BOX, 1200
Orange
Rectifier
Transformer
Orange
Rectifier White
White
1200 Model: Two Rectifiers
TRANSFORMER BOX, 700
Transformer
Orange
Rectifier
Orange 700 Model: One Rectifier
Optional Accessories
Motor
E-BOX 30 30 No polarity
Factory Wired Conduit
Black Red Battery Power Conduit
AC Input Field Wiring
Conduit
WARNING Observe Voltage
Blue Purple
Gray Brown
120V AC or 240V AC EMI FILTER
Plug transformer connector into the appropriate voltage that matches the
applied AC voltage
OR
Optional Stepdown Transformer XF208VDC and XF600VDC To use 3-Phase Power, tap
any two phase legs. Use proper phase balancing.
600VAC to 120VAC OR
208VAC to 120VAC
480V AC on 480V EMI FILTER
Red Red Black Black
30
30
Replaceable 30A Automotive Fuses
DC Input from Transformer/Rectifier (One pair for 700, two pairs for 1200)
CLASS 2 SUPPLY +24V
480V comes factory wired
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.
BRAKE FUSE HOIST
Motor Power
Jumpers must be placed if cables are not connected
ENCODER
Gray
Encoder Module
Factory Wired Conduit
Battery Power Conduit
Field Wiring Conduit
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
Brake (Phase 2)
Hoist Switch
Gray Black
28
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
SELECT DOOR TYPE SELECT DOOR TYPE SELECT DOOR TYPE
Standard Lift
High Lift
Vertical Lift
SELECT DOOR TYPE Rolling
29
Programming (continued)
NOTE: Please obtain the latest Installation Manual by search the model number
at liftmaster.com.
SELECT DOOR SETTINGS
SECTIONAL DOORS STANDARD, HIGH LIFT AND VERTICAL 1. To select Door Hanging, Cable Drum (and Sprocket JHDC/ JDC) settings, navigate to the SYSTEM SETTINGS
DOOR SETTINGS submenu. 2. Select The Drum Type. Correct Drum Types are required for the correct door profile to run the system.
a. Standard Lift choices: D400-96, D400-144, D5250-18, D525-216, D800-384** b. Full Vertical choices: D850-132, D1100-216, D1350-336 c. High Lift choices: 48° HL, D400-54, D525-54, 60° HL: D575-120, 144° HL: D6375-164 3. Sprocket FOR JHDC / JDC (ONLY) If you have a different sprocket size, use Custom option to add your tooth sprocket. 700lb operators – Standard Lift, High Lift and Full Vertical 16 tooth sprocket recommended 1200lb operators Standard Lift, High Lift and Full Vertical 22 tooth sprocket recommended 2200lb operators Standard Lift, High Lift and Full Vertical 32 tooth sprocket recommended (Vertical with D1350336 42 tooth sprocket recommended) Any other tooth configuration, please use Custom Option and enter your sprocket info. ROLLING DOOR 1. Select Rolling Door 2. Select Insulated or Non-Insulated Door Type 3. Select Height (increment of 2′) a. 8′, 10′, 12′, 14′, 16′, 18′, up to 40′ 4. Select Width (increment of 2′) a. 8′, 10′, 12′, 14′, 16′, 18′, up to 40′ 5. Select Sprocket (SKU dependent, please reference page 4) a. Sprocket choices: 50, 60, 72, 82, Custom 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
30
Programming (continued)
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 43 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
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
31
Eye/Edge 3
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.
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.
· 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 Wall Control 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.
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
· 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
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
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. An activated Monitored Entrapment Protection device can be
overridden with 5 seconds of constant pressure on the Wall Control Close
button.
*Constant Pressure to Close is not available from a remote control device (transmitter or myQ® BusinessTM).
32
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 Monitored 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 “Wiring Diagram” on page 28).
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.
33
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
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)
available with this wiring type. Close Mid Stop available but not shown in table.
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
Compatible with 3-Button Station, 1-Button Station, 1 and 3-Button
Operator at OPEN limit
Operator at CLOSE limit
OPEN button is pressed momentarily
Door opening Door closing
Door at Open Mid-Stop
No change in state 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.
3-Button
Operator at OPEN limit
Door closes to the CLOSE limit
Monitored
Remote
CLOSE
Operator at CLOSE limit
No change in state
Entrapment Control
button is Door opening
No change in state
Protection
Programmed pressed
Door closing
No change in state
(LMEP) Device as OPEN/
momentarily Door at Open Mid-Stop
Door closes to the CLOSE limit
required.
CLOSE/STOP
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
34
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
35
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
36
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 button is
Operator at CLOSE limit Door opening
No change in state Door stops
pressed
Door closing
momentarily Door at Open Mid-Stop
Door stops 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 button is
Operator at CLOSE limit 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
37
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
38
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,
Operator at OPEN limit
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 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
3-Button
with 3-Button Station, 1-Button Station and 1
Remote Control Programmed
and 3-Button Remote Control. Close Mid-Stop is available but
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
39
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
40
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
41
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.
42
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
operator. Select that Wi-Fi network. 8. Once your device (laptop, tablet, or
smart phone) is connected to the operator, open a web browser and go to
setup.myqdevice.com on your device and follow the instructions.
43
Auxiliary Relays Accessory Kit (AUXREL)
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
44
Troubleshooting
Additional Troubleshooting
The table below is a guide for best practice system troubleshooting,
containing potential causes and corrective actions.
Symptom
Powerhead main board is off (no LEDs are lit or blinking) (continued)
Possible Causes Diagnosis
Resolution
Transformer is overheating
Transformer has an internal thermal protection device which disconnects AC
power if the transformer overheats.
If the transformer is allowed to cool, AC power should reconnect and restore
power to the operator.
Transformer should not normally overheat. If overheating occurs:
Check door for imbalance and/or resistance
Check ambient temperature and ensure it is within the operational ratings of
the door operator.
AC power absent or out of range
AC input voltage mis-selected (120V/240V models only)
Ensure that air can move freely around the door operator, and that dust or other foreign matter is not preventing airflow.
Verify input AC voltage: Measure AC voltage between ‘L1’ and ‘L2’ terminals at
EMI filter board input connector. Verify voltage is within specifications.
If voltage is outside specifications, see resolution.
If voltage is absent, restore power to the operator. Check for tripped
breakers, blown fuses, faulty AC wiring, open disconnects, etc.
If voltage is out of specification, consult an electrician.
Check whether the transformer connector is plugged in to the connectors on the EMI filter board marked ‘120V’ or ‘240V.’
If 240V power is applied when 120V is selected, damage to other components of the operator electronics may have occurred.
Blown DC input fuses on main board
Verify this matches the input AC voltage supplied to the operator.
Ensure voltage selection is corrected and verify the operator functions.
Check fuses:
Replace both DC IN fuses with
Measure voltage across DC IN fuses. automotive style ATO or ATC fuses,
30A 32V. Both DC IN fuses must
If voltage is greater than 0.5V, fuses be present and intact for proper
are blown. See resolution.
operation of the door operator.
Fuses may also be visually inspected. Fuses should have their internal metallic fuse element intact. If there is a break in the fuse element, fuse is blown.
Faulty Powerhead main board
Perform this test only after first checking fuses.
Measure DC voltage between ‘DC IN’ + and – terminals. Voltage should be
between 30 and 48 volts DC with motor stopped.
If voltage is present and MAIN PWR LED is not lit, see resolution.
Turn off AC power and disconnect batteries (if present) for at least 30
seconds, then reconnect batteries (if present) and turn on AC power.
If no LEDs are lit after cycling power, cycle power again as above but
disconnect all cabling from mainboard except for main power wiring before
restoring batteries/ AC power.
If LEDs still do not light, replace main board.
If LEDs light after disconnecting other devices, suspect a short or overload from a connected device.
45
Troubleshooting (continued)
Symptom
Powerhead main board is off (no LEDs are lit or blinking) (continued)
Possible Causes Diagnosis
Resolution
Faulty EMI filter board
Verify EMI filter board: Perform this test only after first verifying input AC voltage.
Measure AC voltage at EMI filter board output. Measure from brown wire to blue
wire. [todo: check wire colors for 480V] Verify voltage is within
specifications.
Faulty Transformer Verify Transformer: Perform this test only after first
verifying the EMI filter board.
If input voltage is within specification but output voltage is outside
specifications or is absent, replace the EMI filter board.
If voltage is too high or too low, check that 120V/240V input voltage
selection is correct.
Faulty wiring or connections
Faulty Rectifier
Disconnect transformer output winding from rectifier(s) and measure the AC
voltage across transformer output winding.
Voltage should be between 22 and 35 volts AC. If voltage is out of range, see
resolution.
If voltage is absent: transformer has thermal protection to automatically
disconnect input voltage if the transformer overheats. Allow transformer to
cool if it is hot, and then re-test.
If transformer is cool and voltage is still absent, replace the transformer.
Inspect all connections and wiring Correct any issues found with wiring from EMI filter board, transformer, or connections. rectifiers, and DC IN terminals on the main board. Ensure there are no loose connections, cut wires, broken insulation, etc. Verify wiring matches wiring diagram.
Verify Rectifier: If the transformer and all wiring is verified but DC voltage
is still not present at the main board DC IN terminals, the rectifiers are
most likely faulty.
If an electrical meter with a diode test function is available, each of the 4
diodes internal to the bridge rectifiers may be checked using the diode check
functionality:
- check each diode in the forward direction and verify they conduct with ~ 1V drop or less
Replace faulty rectifier(s).
Rectifier mounting screws must be tight enough to ensure good thermal contact
with the chassis through the thermal interface pad. However, the rectifier
screw must not be too tight or it could be damaged. [torque spec here, even?]
Interface between the rectifier and the chassis should be clean of any foreign
substances before a new rectifier is installed.
- check each diode in the reverse direction and verify they do not conduct (meter will read the same as disconnected leads)
Short or overload in device connected to main board
Turn off power and disconnect batteries from main board. Disconnect all cabling from main board except for main power.
If any device is found to cause an issue, the device may be faulty and should be repaired or replaced as necessary.
Restore power and verify LEDs light.
Reconnect wiring to main board one device at a time testing to see if any device causes the main board to fail to light LEDs.
46
Troubleshooting (continued)
Symptom
LCD wall control is off or not functioning (display shows nothing or is unlit,
and wall control is unresponsive) (continued)
Possible Causes Diagnosis
Resolution
Multiple LCD wall controls wired to a single operator.
Only one LCD wall control is supported per operator. Check that only one is connected to the WALL CTRL terminals on the powerhead main board.
Disconnect any additional LCD wall controls and wire just one LCD wall
control.
If additional control stations are desired, use the SBC or OPEN, CLOSE, and
STOP terminals instead.
Wall control is wired to incorrect terminals on the powerhead main board.
Confirm that wall control wiring is run to the WALL CTRL terminals on the powerhead main board.
Move wall control wiring to the WALL CTRL terminals
No power to powerhead main board
Verify MAIN PWR LED is lit on the mainboard. If if it unlit, main board may not have power.
Follow troubleshooting for symptom ‘Powerhead main board is off’
Wall control circuit Test for wall control short circuit:
shorted
Power cycle the operator.
Check WALL CTRL LED on powerhead main board.
Turn off AC power and disconnect batteries (if present). Remove wall control wiring from main board terminals. Restore batteries and AC power.
If LED is unlit, a short circuit is detected on the WALL CTRL terminals by the main board and the wall control is disabled.
If WALL CTRL LED remains unlit, short circuit may be internal to main board.
Replace main board.
If WALL CTRL LED is blinking, short is in wall control wiring or wall control.
Reconnect wiring to main board. Disconnect wall control from wiring. Repeat
test.
If WALL CTRL LED is blinking, short is in wall control. Replace wall control.
If WALL CTRL LED is off, short is in wiring. Check wiring and correct the issue.
Bad connection between wiring and wall control
Visually inspect the wiring connections to the wall control screw terminals. Wires should be sandwiched between the screw and the exposed metallic pads on the circuit board. Ensure insulated part of wire is not caught between screw and circuit board.
Correct any issues noted during inspection
No voltage output from powerhead main board WALL CTRL terminals
Verify main board WALL CTRL terminals: Disconnect wall control wires. Measure DC voltage at WALL CTRL terminals.
If voltage is absent or out of range, turn off power to operator and disconnect batteries if present. Wait 30 seconds and then reconnect batteries and reapply AC power.
Voltage should be between 11 and If fault persists, replace main board 13V DC.
47
Troubleshooting (continued)
Symptom
Possible Causes Diagnosis
Resolution
LCD wall control is off or not functioning (display shows nothing or is unlit, and wall control is unresponsive) (end)
Faulty wiring
Perform this test only after verifying main board WALL CTRL terminals.
Verify wall control wiring: Disconnect wires from wall control and measure the
DC voltage on the wiring at the end near the wall control.
If voltage is absent or out of range, turn off power to operator and
disconnect batteries if present. Wait 30 seconds and then reconnect batteries
and reapply AC power.
If fault persists, replace or repair wall control wiring.
If voltage is not between 11 and 13 volts DC, wiring is faulty.
Faulty wall control Perform this test only after verifying Replace faulty wall
control. wall control wiring.
Check voltage at wall control: With a voltmeter, test for 12VDC at the screw terminals on the rear of the wall control. If 12V is present and wall control is not active, wall control is faulty.
If 12V is absent only when the wall control is connected, wall control may have internal short circuit.
Main board DC IN fuses blow immediately upon powerup
Stray wiring/metal contacting main board
Visually inspect E-box. Check for any metallic objects or bare wires that may be inadvertently touching the main board.
Prevent metallic objects or bare wires from touching the main board. Turn power off and replace fuses, then re-apply power.
Internal short on main board
Turn off AC power. Disconnect all wiring from main board except DC IN power wiring. Replace fuses and reapply power. If fuses still blow immediately, fault is in main board.
replace main board
Door moves in wrong direction when pressing up/ down buttons
Reverse mounting mode configured wrong (reverse limits)
Check the setting for the reverse mounting mode (reverse limits)
ensure the setting is correct
Wiring for open and close terminals swapped (does not apply to LCD wall control)
Check that open button is connected to OPEN terminal and close button is connected to CLOSE terminal.
Correct wiring.
(ONLY applies to units with Battery Backup) Unit reports that it is on battery power even when AC power is present
AC power path issues
AC input voltage mis-selected (120V/240V models only)
Disconnect batteries, check if powerhead main board powers off.
Check whether the transformer connector is plugged in to the connectors on the
EMI filter board marked ‘120V’ or ‘240V.’
If powerhead main board loses power, leave batteries disconnected and follow
troubleshooting for ‘Powerhead main board is off’
Note that if incorrect voltage is applied to the operator, damage to the
operator electronics may have occurred.
AC power out of range
Verify this matches the input AC voltage supplied to the operator.
Ensure voltage selection is correct and verify operator functionality.
Verify input AC voltage: Measure AC voltage between ‘L1’ and ‘L2’ terminals at
EMI filter board input connector. Verify voltage is within specifications.
If voltage is outside specifications, see resolution.
Ensure the circuit supplying the operator is the correct voltage class for the
operator (e.g. 120V, 240V, or 480V)
If voltage is out of specification for the circuit, consult an electrician.
48
Troubleshooting (continued)
Symptom
Possible Causes Diagnosis
Resolution
Door runs slowly/at Wall control
half speed
disconnected or
damaged
If communications to the wall control is absent, system will run at half speed.
LCD Wall control is strongly recommended to be connected.
If it is desired to run the system without a wall control, temporarily or
permanently, the system can be returned to full speed operation by replacing
the wall control wiring with a jumper wire.
Operator turns off despite backup battery being connected
Operator runs momentarily then stops in limit learn mode
If the wall control is present but not functioning, see ‘LCD wall control is off or not functioning’
Dead or worn batteries
Low battery voltage
Allow batteries to recharge Replace worn out batteries. Batteries must both be replaced together. Do not mix old and new batteries.
Blown battery fuses on main board
Visually inspect battery fuses or check continuity
If fuses are blown, replace both fuses together
Encoder wiring fault
Inspect encoder cable for
Correct any issues found with
disconnection, bad connection, cut encoder wiring
cable, etc.
Encoder fault or encoder interface fault
Go to limit learn process. Number displayed while in door limit learn mode is
the encoder position.
Jog door several inches in either direction and release button. Number
displayed should change.
Make sure to cancel changes or set limit again when finished.
If encoder position does not change with door movement, the encoder, encoder wiring, and powerhead main board are suspect. Check all three for any visible damage. Attempt power cycling and restoring factory defaults. Replace or repair suspected faulty components.
49
Troubleshooting (continued)
If an error occurs, the idle screen is replaced by a screen showing the error
code and a description of the error. Error messages originate in one of three
categories: · Motor drive and power circuitry · Door control codes related to
the motor and encoder · Option codes related to accessories used with the
industrial DC operator. 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
Display Message
Description
Possible Causes Diagnosis
Resolution
MOVE THE DOOR
Displayed in limit learn Door has not been
mode.
moved since the
last power cycle
The position encoder
requires some
movement before
the position can be
determined on powerup.
Once the position has
been successfully
determined, the
position will be
maintained until power
is lost.
Upon initial powerup, this message will be displayed in the limit learn menu if no other movement has occurred.
Move the door slightly in either direction using the up or down buttons on the wall control. ‘MOVE THE DOOR’ message will disappear. If door does not move, or moves and stops, see troubleshooting steps for F04 UNAUTHORIZED STOP. If door moves without issue but ‘MOVE THE DOOR’ stays on the screen, see troubleshooting steps for F91 ENCODER.
F01 F01 CLOSE Door has moved
Operator has
Check position of
Move position back
LIMIT
beyond the lower end been manually
door/operator with within normal limits.
position
hoisted below the manual hoist
Adjust door position
lower end position
limits if necessary.
(hoisted jackshaft
models only)
Door is falling or drifting downward when operator is stopped
Check for excessive door imbalance in down direction
Rebalance door replace broken springs ensure correct springs and drums are used
F02 F02 OPEN Door has moved
Operator has been Check position of
Move position back
LIMIT
beyond the upper end manually hoisted door/operator with within normal limits.
position
above the upper manual hoist
Adjust door position
position limit
limits if necessary.
(hoisted jackshaft
models only)
Door is drifting upward when operator is stopped
Check for excessive Rebalance door
door imbalance in up Ensure correct springs
direction
and drums are used
F04 F04
No motor motion
Door encountered Check doorway
Remove obstruction
UNAUTH. was detected when
obstruction or
for obstruction.
STOP
the operator was
other mechanical Check to ensure the
(continued) attempting to move the jam
mechanical system
motor.
moves properly and
without hangups or
excessive resistance.
Motor cable is disconnected or wiring fault
Check that motor cable is plugged into the powerhead main board completely. Ensure that motor cable is intact and in good condition.
Ensure motor connector is fully seated. Repair any problems with the cabling. If cabling is beyond repair, replace motor.
50
Troubleshooting (continued)
Code
Display Message
F04 F04 UNAUTH. STOP (end)
F08 F08 NO CONFIG
F14 F14 SET LIMITS
Description
Possible Causes Diagnosis
Resolution
No motor motion was detected when the operator was attempting to move the motor.
Worn motor brushes
Motor DC resistance should be less than 3 ohms. If it is greater than 3 ohms, the brushes may fail to maintain contact with the commutator internal to the motor.
Replace motor
Replace motor brushes (extended duty models only)
Powerhead main board motor drive fault
Measure DC voltage across motor terminals at main board. In idle state,
voltage should be 0.
Activate door operator with open/ close.
Voltage may vary over a wide range, from several volts up to about 40 volts
DC.
If voltage is absent during activation, check for other fault codes and
correct as necessary. If no other fault codes are present, power cycle the
operator and try again.
If fault persists, reset settings to factory defaults and reconfigure the
operators.
If fault still persists, replace main board.
Encoder wiring fault
Inspect encoder cable for disconnection, bad connection, cut cable, etc.
Correct any issues found with encoder wiring
Encoder fault or encoder interface fault
Go to limit learn process. Number displayed while in door limit learn mode is
the encoder position.
Jog door several inches in either direction and release button. Number
displayed should change.
Make sure to cancel changes or set limit again when finished.
If encoder position does not change with door movement, the encoder, encoder wiring, and powerhead main board are suspect. Check all three for any visible damage. Attempt power cycling and restoring factory defaults. Replace or repair suspected faulty components.
Motor drive fault occurred
Check for other fault Review other fault codes
codes
and perform problem
resolution as necessary.
Configuration was not found or was reset to factory setting
New operator is not configured.
If the operator is new, Configure the operator the configuration is per the normal process. initially unset.
Operator was factory reset from the menu
If the operator is factory reset, the configuration will be unset.
Configure the operator per the normal process.
End positions are not set or stored
Limits were never New product as
set out of box
shipped does not
have any limits set
Learn door limits
Settings were
F14 error
reset or invalidated
from the menu
51
Re-learn door limits
Troubleshooting (continued)
Code
Display Message
Description
Possible Causes Diagnosis
Resolution
F19 F19
System ID is not System ID
SYSTEM ID configured in the is unset
system. System (service board
ID is needed by replacement)
the powerhead
main board to
correctly run the
operator.
(service kit boards
only)
F19 error
Configure system ID in the menu by using the LCD wall control.
Ensure system ID is chosen properly. Operator may not function properly if the
chosen system ID does not match the operator.
F23 F23
Motor drive
Door imbalance Inspect door for imbalance Repair or correct
OVERTEMP circuitry
or excessive
or excessive resistance
conditions resulting
temperature is resistance
in excessive door
too high. Message
imbalance/resistance
is displayed until
the circuitry cools Poor airflow/
down.
cooling
Check area around operator Correct any airflow for adequate ventillation restrictions around or space on the sides, above, inside the operator to
and below the operator.
improve cooling of the
electronics.
Check the electronics
enclosure for dust or other
debris near or behind the
PCBA that restricts airflow
or cooling.
Ambient temperature too hot
Measure ambient temperature near the powerhead when the overheating is occurring. Check against the temperature range specification for the product.
Product must be used within the specified operating temperature range or risk of damage to the operator is possible.
Excessive gear reducer or motor drag
Check that the motor
Correct any issues
and gearbox rotate freely found, or replace
and smoothly when
any faulty or worn
disconnected from the door components producing
excessive drag
Faulty powerhead main board
If OVERTEMP fault never clears, even when the electronics have cooled, the main board may be faulty.
Replace main board.
Faulty motor
If motor is getting
drawing excessive excessively hot or does
current
not spin smoothly when
powered, there could be an
issue with the motor
Replace motor
52
Troubleshooting (continued)
Code
Display Message
Description
Possible Causes Diagnosis
Resolution
F26 F26 OVER Motor drive
AC input voltage Check whether the
If 240V power is
VOLT
circuitry detected mis-selected
transformer connector
applied when 120V is
an overvoltage (120V/240V
is plugged in to the
selected, damage to
condition
models only)
connectors on the EMI filter other components of
board marked ‘120V’ or
the operator electronics
‘240V.’
may have occurred.
Verify this matches the input Ensure voltage selection
AC voltage supplied to the is corrected and verify
operator.
the operator functions.
Door imbalance causes motor regeneration
Inspect door for imbalance or broken springs
repair or correct conditions resulting in excessive door imbalance
AC power out of range
Verify input AC voltage: Measure AC voltage between ‘L1’ and ‘L2’ terminals at
EMI filter board input connector. Verify voltage is within specifications.
If voltage is outside specifications, see resolution.
Ensure the circuit supplying the operator is the correct voltage class for the
operator (e.g. 120V, 240V, or 480V)
If voltage is out of specification for the circuit, consult an electrician.
F31 F31 OPEN Wall control
Wall control
Check that all buttons return Repair, clean, or replace
F32 HELD
buttons held/
buttons stuck
to the normal state properly sticking buttons or
F33 F32 CLOSE stuck for at least
when released.
controls as necessary.
F34 HELD
1 minute.
F33 STOP Open/Close/
Wiring short
HELD
Stop/SBC inputs circuit
F34 SBC triggered for at
Inspect wiring for open/ close/stop/SBC terminals for short circuits
Correct any wiring faults found
HELD
least 1 minute.
Faulty accessory Disconnect accessories
If problem is resolved by
connected to
from the terminals.
disconnection of other
OPEN/CLOSE/
external accessories,
STOP/SBC
suspect a wiring issue,
terminals
faulty accessory, or
incompatible accessory.
Faulty LCD wall control
Swap wall control with known-good unit
If known-good wall control resolves the issue, fault is with previous wall control
Faulty powerhead main board
Remove all accessories from OPEN/CLOSE/STOP/ SBC terminals. Ensure wall control is replaced with a known-good unit for diagnosis.
Try power cycling the operator and restoring factory defaults. If problems persist, replace powerhead main PCBA
53
Troubleshooting (continued)
Code
Display Message
Description
Possible Causes
Diagnosis
Resolution
F41 F41 EYE/ Monitored eyes/ Obstruction
Check for obstructions
If obstructions are
EDG1 BLK edges 1/2/3
in doorway is
present, remove the
F44
blocked for 3
blocking eye or
obstruction
F44 EYE/ minutes or more contacting edge
F47 EDG2 BLK
improperly
Check system settings item Ensure the safety device
F47 EYE/ EDG3 BLK
configured eye/ edge input
in the menu to check the device type setting for the input
type matches the device that is actually installed
Unapproved safety device is being used
Ensure the safety device is approved for use with the operator
Replace the safety device with one that is approved for use with the operator
Photoeyes misaligned
Check alignment
If eyes are misaligned, correct the alignment
Wiring fault to Check that the photoeye photoeye emitter emitter is powered
and
wired correctly. LED on emitter is lit.
Correct wiring faults
Resistive type Check for short circuits in Correct any wiring faults edge shorted or the wiring or in the resistive shorted wiring edge.
Sunlight causing photoeye blocking condition
Block sunlight from shining in the receiver and check if photoeye remains blocked
Resolution for this issue may be difficult. Swapping the emitter and receiver can sometimes provide relief from the issue, but other times just causes the issue to surface at another time of day.
Damaged photo Swap safety device with
eyes or edge
known-good device
A properly functioning resistive edge should measure 8-14 kOhm in the normal unobstructed state
If a known-good safety device works, replace the faulty safety device
Damaged powerhead main board
Swap safety device with known-good device connected directly to the powerhead main board
If the main board still won’t detect knowngood safety devices connected directly to the board, power cycle the operator.
If the problem persists, reset to factory defaults and configure again.
If problem still persists, replace the powerhead main board.
54
Troubleshooting (continued)
Code
Display Message
F42 F42 EYE/ EDG1 MIS
F45 F45 EYE/
F48 EDG2 MIS
F48 EYE/ EDG3 MIS
F43 F43 EYE/ F46 EDG1 BLK F49 F46 EYE/
EDG2 BLK F49 EYE/ EDG3 BLK
Description Monitored eyes/ edges