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Exhibit D Users Manual per 2 1033 b3 | Users Manual | 3.67 MiB | January 24 2021 / February 24 2021 | |||
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1 | Exhibit B Block Diagram per 2 1033 b5 | Block Diagram | January 24 2021 | confidential | ||||
1 | Exhibit B Operational Description per 2 1033 b4 | Operational Description | January 24 2021 | confidential | ||||
1 | Exhibit B Schematics per 2 1033 b5 | Schematics | January 24 2021 | confidential | ||||
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Exhibit E Test Measurement Report per 2 1033 b6 | Test Report | 3.49 MiB | January 24 2021 / February 24 2021 |
1 | Exhibit D Users Manual per 2 1033 b3 | Users Manual | 3.67 MiB | January 24 2021 / February 24 2021 |
HPH1 High Performance Variable Speed Operator INSTALLATION MANUAL HPH1, 1.25 HP (120V/240V Single Phase & 230V 3 Phase) HPH2, 1.25 HP (460V/575V Three Phase, via stepdown transformer) NOT FOR RESIDENTIAL USE UL US LISTED 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 Smart Facility Access and Security+ 2.0 accessories. Need QR code for wiring diagram from J.P. CAMERA-READY LOGOTYPE OF THE UL LISTING MARK FOR CANADA AND THE U.S. These Marks are registered by Underwriters Laboratories Inc. UL US LISTED C C UL US LISTED C UL US LISTED C UL US LISTED C The minimum height of the registered trademark symbol shall be 3/64 of an inch. When the overall diameter of the UL Mark is less than 3/8 of an inch, the trademark symbol may be omitted if it is not legible to the naked eye. Request: add something for WiFi no content supplied C UL US LISTED C UL US LISTED C UL US LISTED LiftMaster 300 Windsor Drive Oak Brook, IL 60523 RELATIVE DESIGN & PROPORTIONS OF THE UL LISTING MARK FOR CANADA AND THE U.S. N J F C F A F G J P P R KEY TO DIMENSIONS UL Mark A B C D E F G H 8 units 13 units 14 units 15 units 17 units 20 units 24 units 29 units I J K L M N 0 30 units 35 units 59 units 85 units 87 units 176 units 216 units T C and US P Q R 34 units 56 units 75 units LISTED T 201 units I US LISTED L P P P Please note:
0 12 24 36 48 60 72 84 96 108 120 132 144 156 168 180 192 204 216 Not all of these elements should be used together with the same UL Mark. The word LISTED would only be used once either to the right of or below the UL Mark (as shown). The font for all letter forms is Helvetica Condensed Black, except for the trademark symbol , which is Helvetica Condensed Medium.
No other fonts are acceptable. UL G B H D E I F LISTED T M O Q C K 200-195S 10M/8/98 SAFETY INFORMATION Mechanical 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. 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 only. Ensure door is properly balanced prior to installation. ENTRAPMENT PROTECTION DEVICES:
LiftMaster Monitored Entrapment Protection (LMEP) Monitored photoelectric sensors and/or door edge sensors are required for any momentary contact to close modes of operation. See page 20 for additional information. Refer to the accessories page 45, Entrapment Protection Devices for available options. IMPORTANT INSTALLATION INSTRUCTIONS TO REDUCE THE RISK OF SEVERE INJURY OR DEATH:
1. READ AND FOLLOW ALL INSTALLATION WARNINGS AND INSTRUCTIONS. 2. Install door operator ONLY on a 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 an operator. 4. Disable ALL locks and remove ALL ropes connected to a door BEFORE installing an operator to avoid entanglement. 5. Install an operator, a minimum of 8 feet (2.44 m) from the 8. Install a control station and/or controller:
within sight of the door out of reach of 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 control station 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 control station in a prominent location, visible from the door. 11. Instruct the end user on the operation of the manual floor. instructed to do so. 6. NEVER connect a door operator to a power source until release. 7. NEVER wear watches, rings or loose clothing while installing or servicing an operator. They could be caught in the door or operator mechanisms. 12. Upon completion of installation, test the entrapment protection device(s). 13. SAVE THESE INSTRUCTIONS. Request: change to wall controller standardized terminology calls for door control or control station currently left as is 2 ALL PAGE NUMBERS AND HEADERS TEMPORARY PENDING FINAL PASS Setting the Open Mid-Stop. 27 Profile Selection . 28 Reset Defaults . 28 Operating Modes . 29-33 Adjusting Limits . 34 Entrapment Protection Limits . 34 Timers . 35-36 Programming the Door in Motion Relay . 37 Programmable Inputs . 38 Non-monitored Edges and Light Curtain Input . 38 LMEP Unlearn . 38 39-41 TROUBLESHOOTING MAINTENANCE 42 Maintenance Schedule . 42 Life of Operator Feature . 42 How to Order Repair Parts. 42 43 ACCESSORY WIRING DIAGRAM 44 WARRANTY 45-46 ACCESSORIES 47 REPAIR PARTS TABLE OF CONTENTS 3 SAFETY INFORMATION 4-9 OPERATOR Overview . 4-6 Carton Inventory . 6 Operator Specifications . 7-10 INSTALLATION . 11-13 Determine Mounting Location . 11 Mounting the Operator. 12 Mounting the Door Control Station (Controller). 13 14-20 WIRING Wiring the Power Head . 14-16 Wiring the Encoder . 16 Wiring Incoming Power to the Controller . 18 Wiring Optional Accessories . 18-19 Wiring the 3-Phase Step Down Transformer . 19 LiftMaster Monitored Entrapment Protection (LMEP) . 20 Protection (LMEP) Devices . 20 Wire the LiftMaster Monitored Entrapment Protection (LMEP) Devices . 20 PROGRAMMING. 21-38 Profile and Quick Setup . 21-23 Menus . 24-25 Radio & Remotes. 26 Erasing Programmed Devices . 26 Programming and Frequency Profiles . 27 Install the LiftMaster Monitored Entrapment 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. WI-FI PLEASE PROVIDE CONTENT REGARDING WI-FI Commissioning wifi connecting to myq smart facility access 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. 3 THIS DATA AND THE FOLLOWING PAGE MAY NOT BE ACCURATE OR IS PENDING. PLEASE PROVIDE ACCURATE INFORMATION FOR THE HPH1 OPERATOR SPECIFICATIONS MODEL HP VOLTAGE PHASE AMPS POWER
(FT LBS/
SEC) MANUAL HOIST:
Single action manual hoist with integral manual operation protection circuit. CABLE TENSION MONITOR:
Detects ANY slack that may occur in the cables and will reverse the door, eliminating service calls. Operator: 20:1 High-Efficiency 2-Stage Gearbox. MECHANICAL DRIVE REDUCTION:
1.25HP DOOR SPEED:
LIMIT ADJUST:
Three preconfigured frequency profiles. Electronic limits, Floor level adjustability up to 20ft. TEMPERATURE RATINGS: -20C (14F) to +40C (104F) HPH1 HPH2 1.25 HP 1.25 HP 1.25 HP 1.25 HP 1.25 HP 120V 240V 230V 460V 575V 1 1 3 3 3 TYPE: Limited Duty: up to 100 cycles per hour up to 650 cycles per day ELECTRICAL DOOR IN MOTION RELAY: 1A @ 24Vdc OR 0.5A @ 120Vac AUXILIARY OUTPUT VOLTAGE: 24Vdc ; 500mA CONTROL STATION: VFD Controller with Integrated Open/
Close/Stop Controls, LCD Display, floor level wiring, and floor level commissioning through intuitive user menu. OPERATING MODES: B2, C2, D1, E2, T, TS. FSTS. See page 29 for more information regarding operating modes. Solenoid powered-off brake standard on all units BRAKE:
VOLTAGE SELECTION VOLTAGE MODEL 120V HPH1 HP 1.25 HPH1 HPH1 HPH2 HPH2 1.25 1.25 1.25 1.25 240V 230V 460V 575V PHASE 1 Phase 1 Phase 3 Phase 3 Phase (via separate stepdown transformer) 3 Phase (via separate stepdown transformer) FOR SECTIONAL DOORS (SECTIONAL, HIGH-LIFT OR VERTICAL) WEIGHT MAX. DOOR WEIGHT SPEED DRUM SIZE OUTPUT SHAFT SPEEDS 1025 lbs Avg. of 24"/sec 80 RPM - 60hz (big heavy doors) 120 RPM - 90hz (average doors) 160 RPM - 120 hz (small, light doors) FOR ROLLING STEEL DOORS WEIGHT MAX. DOOR WEIGHT SPEED DRUM SIZE OUTPUT SHAFT SPEEDS 500 lbs Avg. of 24"/sec 80 RPM - 60hz (big heavy doors) 120 RPM - 90hz (average doors) 160 RPM - 120 hz (small, light doors) 4 FPO OPERATOR SPECIFICATIONS (CONT.)
(These values are based on a 3/4" curtain thickness - for more door thicknesses, please visit https://www.LiftMaster.com/VariableSpeed and look for System Selection Guide under Technical Specifications) SYSTEM SELECTION FOR DEFAULT SPEED SETTING (MEDIUM) DOOR HEIGHT WEIGHT
(LBS) 10'
12'
14'
16'
18'
20'
3/4"
CURTAIN 3/4"
CURTAIN 300 500 800 1050 1200 1350 1560 1750 1860 2000 300 500 800 1050 1200 1350 1560 1750 1860 2000 1/2 HP Default 1 HP Default DOOR HEIGHT 1/2 HP High 1 HP High SYSTEM SELECTION FOR HIGH SPEED SETTING WEIGHT
(LBS) 10'
12'
14'
16'
18'
20'
Not Recommended 5 OVERVIEW CARTON INVENTORY Before beginning installation, confirm all components are enclosed. ART NOT FINAL ART NOT FINAL 6 OVERVIEW (CONT.) 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. Encoder 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 in installing ANY brackets. WHAT IS THIS SECOND IMAGE INTENDED TO CONVEY?
ART NOT FINAL Drill Tape Measure Pliers Wire Cutters 5/32", 3/16", 5/16"
and 3/4" Drill Bits Flat Head Screwdriver Phillips Screwdriver Pencil Wire Strippers Stepladder Level 3/4" Open End Wrench Needle Nose Pliers 1/4" and 3/4" Sockets and Wrench with 6" Extension 7 PLEASE PROVIDE CONTENT AND REFERENCE Junction box Hoist chain TOOLS NEEDED Step Drill Bit
(must accommodate 5/16" and 3/4" gradations) Claw Hammer IMAGE SHOWING POWERHEAD INSTALLATION OVERVIEW INSTALLATION On HTH operators, the motor head can be mounted on either the right or left side of the door, as shown in the diagram below. ART NOT FINAL INSTALLING THE POWERHEAD NOTE: Before lifting operator be sure to install the hoist chain. Attach the mounting bracket to operator prior to lifting into position. Do not tighten fasteners. 1. Attach a 1/2-13 eye bolt to the uppermost mounting hole of the wall brace. 2. Using a customer-supplied hoist or come-along, lift the operator to the level of the door shaft. 3. Slide operator onto the door shaft 4. Release the hoist and using the operator hoist chain, rotate the output shaft of operator so the keyways are aligned. 5. Insert key into the door shaft and operator output shaft 6. If you have a 1 shaft, use a shaft adapter (included)*
7. Once the operator is in the desired location on the door shaft, slide the mounting bracket against the wall and mark the hole locations. 8. Drill all necessary holes. (remove mounting bracket if necessary) 9. Secure the mounting bracket to the wall, and secure the mounting bracket to the operator. Tighten all fasteners.
*add instructions here for using shaft adapter. Show pics 8 POWERHEAD INSTALLATION STEP 1: LOCATE THE KEY STEP 2: OPERATOR DISTANCE NEED TEXT NEED TEXT ART NOT FINAL SHOULD THE TEXT ON THE PREVIOUS PAGE BE DISTRIBUTED THROUGH THESE STEPS? IF SO, WHICH STEPS GO WITH WHICH IMAGE? ARE NEW HEADERS REQUIRED? (SEE LOCATE KEY WHICH SEEMS TO HAVE NO INSTRUCTIONS ASSIGNED) STEP 3: ALIGNING THE OPERATOR STEP 4: MOUNTING THE OPERATOR NEED TEXT NEED TEXT ART NOT FINAL 9 JUNCTION BOX WIRING Wire mains input power here Connect the earth ground wire to the green wire using the wire nut provided. Connect Line and Neutral wires to the terminal block as marked (L, N) TONY TO PROVIDE A PICTURE WITH INFORMATION ON WHERE WIRING WILL COME IN AND WHAT EVERYTHING IS Locate the black 4-Wire cable and the black 2-Wire cable with connectors fastened to one end. Feed the loose wire ends of the cable down the conduit to the door control. Plug the 5-pin connectors and 2-pin into the inverter board as shown. ART NOT FINAL CALLOUTS TO BE APPLIED WHEN COMPLETE 10 INSTALLATION INSTALLING THE CABLE TENSION MONITOR 1. 2. 3. 4. 5. 6. Make sure the door cable is approximately 3/4"-1" (19-20 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 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.. NOTE: There must be no obstructions in the installation area that prevent the cable tension monitor from closing completely when slack is detected. Use appropriate fasteners to fit a .282 clearance hole Anchor to wall.
(Fasteners not included) Attach the cable tension monitor to the wall using the hardware provided. Make sure that the roller is on top of the cable. Run bell wire to the door operator junction box, and down to the control box through conduit. See page XX for more details. Connect the bell wires in parallel to the cable tension monitor terminals on the controller. (polarity is not important) See below for detailed controller wiring instructions. 12 14 10 13 11 9 8 6 4 5 7 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. A second cable tension monitor may be installed for additional security. When two cable tension monitors are installed, the door will not move in the down direction or will reverse if one of the monitors detects slack or is disconnected. If a second cable tension monitor is installed, the leads must be wired in parallel. If one of the cable tension monitors is removed, unplug both monitors from the operator, then plug in the monitor you wish to use. Unplug and plug in the operator three times to relearn the monitor to the operator. THE CABLE TENSION MONITORS MUST BE CONNECTED AND PROPERLY INSTALLED BEFORE THE DOOR OPERATOR WILL MOVE IN THE DOWN DIRECTION. THE CABLE TENSION MONITOR DETECTS ANY SLACK THAT MAY OCCUR IN THE CABLES AND WILL REVERSE THE DOOR, ELIMINATING SERVICE CALLS. Door Closed Door Open Wall Drum Drum ART NOT FINAL Approx. 3/4" -1"
Cable Tension Monitor Roller The position of the cable tension monitor will vary depending on the type of door and drum used. WIRING THE CABLE TENSION MONITOR TIP: Wire both cable tension monitor bell wire pairs together using wire nuts and run a single bell wire pair to the controller, per step 6. (polarity is not important). 1. 2. 3. Route the cable tension monitor wires through conduit to the right lower knockout on the junction box. (Use 1/2" or 3/4" conduit.) The cable tension monitor wires will pass through the junction box and through the conduit leading to the door controller. See the door controller wiring for further cable tension monitor instructions. TRACY RIZZI MIKE TISHLER ADD THE LABEL INFORMATION SPECIFICS ?
ART NOT FINAL 11 INSTALLATION WIRING THE CABLE TENSION MONITOR (CONT.) 4. Locate the black 4-wire data cable with a green (color needs to be confirmed) 5 pin connector at one end. Locate the black 2-wire Power Cable with a green (color is tbd) 2 pin connector at one end. Locate the grey 4-wire encoder cable attached to the operator. Pull the encoder cable into the junction box through the cord grip (on back side of junction box - include diagram). Route the encoder cable, power cable, data cable, and cable tension monitor wire through the conduit to the wall controller. Keep the connector end at the powerhead. Route the loose end down to the door controller. Use the slots in the lower surface of the junction box along with cable ties as strain reliefs for the cables. NOTE: All wires will fit in a single 1/2" conduit , but two 1/2" conduits can be used if desired. 5. 6. 7. 8. 9. Plug the 5-pin and 2-pin connectors into the inverter board (picture of inverter board is needed as reference). INPUT VOLTAGE SELECTION SWITCH NOTE: All units are set for 240 volt AC input. If input voltage is 120VAC then remove violator label and toggle switch to 120V position. (NEED REFERENCE). Put violator labels back on after selection. CONNECT THE HOIST RELEASE NEED TEXT ART NOT FINAL NEED REF 12 INSTALLATION To prevent possible SERIOUS INJURY or DEATH from electrocution:
Be sure power is NOT connected BEFORE installing the door 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 control station. 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. 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. MOUNTING THE CONTROLLER 1. Using appropriate mounting hardware (not supplied), mount the controller to the wall near the operator at least 5 feet
(1.5m) above floors, landings, steps, or any other adjacent walking surface. This minimum distance should be measured from the ground to the bottom of the Stop button. The installation surface must be smooth and flat. 2. Fasten the entrapment warning placard next to the controller. Fig. 1 ART NOT FINAL Fig. 2 13 ART NOT FINAL NC Com NO NC Com NO NC Com Up button (Open?) Down button (Close?) CONTROLLER SPECIFICATIONS Auxiliary expansion board 1/2" knockout 1/2" conduit Display board Stop/enter button Aux board connector Cellular modem
(avail. on x/x/xx) Antenna port
(factory installed) ART NOT FINAL 1/2" conduit 1/2" knockout 14 FIELD WIRING THIS AND THE NEXT THREE PAGES ARE PLACE HOLDERS FOR DIAGRAMS SHOWING A STEP BY STEP WIRING OF THE CONTROLLER, AND IS VERY DIFFERENT FROM THE VFOH. THIS CONTENT WILL NEED TO BE PROVIDED FPO 15 FIELD WIRING FPO 16 FIELD WIRING FPO 17 FIELD WIRING WIRING INCOMING POWER TO THE CONTROLLER 1. Check the controller mains input power requirement from the controller to be installed. (120V or 240V) WARNING: Ensure input voltage selection switch is in the correct position. 2. Route conduit using Fig. 1 for selecting the recommended hole to bring the mains input power wiring inside the enclosure. 3. Bring appropriate gauge (recommended 12-14awg) mains incoming power wires to land them inside the controller as per instructions in the Power and Ground section. a. For single phase (120Vac/240Vac) mains incoming power, run the wires for line, neutral and earth ground. b. For 240Vac three phase, select two phase legs to use as line and neutral for controller L and N connections. Also include the earth ground connection. Multiple single phase loads must be evenly distributed between the 3 phases. 4. Make connection for mains Line and Neutral wires to the filter board L and N terminals as shown at right. 5. Check that the factory installed jumper is present between the L terminal and COM terminal at the brake relay as shown in Fig. 1 on page X. NOTE: The system may now be powered. Jump to Initial Setup on page XX of this manual. To prevent damage to the controller:
Ensure that incoming power is properly bonded to earth ground Verify voltage before making connections at the controller. Consult a licensed electrician for questions about grounding and load balancing. Accessories connection ART NOT FINAL Conduit to junction box A Conduit to junction box B Incoming power NEED REFERENCE FOR FILTER BOARD WIRING ILLUSTRATION 18 FIELD WIRING 3-PHASE STEP-DOWN TRANSFORMER WIRING 1. Make sure the transformer is fully installed and secured with proper hardware. needed. 2. Make sure all conduit routing is complete and terminated as 3. The stepdown transformer accepts a 3-phase input and has a single phase output. The transformer primary connects to the L1 and L2 terminals. L3 is not connected and wiring mains power to L3 is optional. For sites with multiple operators, loads must be evenly distributed between the 3 phases. The stepdown transformer is dual input. It has separate 3-Phase terminals for 575Vac and 460Vac inputs. Only one input voltage may be connected at time. Determine which input voltage is to be used. 4. To connect a 575Vac input, remove ONLY the 575V 3-Phase violator label. Connect 12-14awg wire to terminals 1 (L1), 2
(L2) and 3 (L3) (optional). Connect the earth ground to the ground lug on the left side of the enclosure. (Fig. 1) 5. To connect a 460Vac input, remove ONLY the 460V 3-Phase violator label. Connect 12-14awg wire to terminals 4 (L1), 5
(L2) and 6 (L3) (optional). Connect the earth ground to the ground lug on the left side of the enclosure. (Fig. 2) 6. To connect a 240Vac output, remove the 230V violator label and connect 12-14awg wires to terminals 7 (L) and 8 (N). Connect an earth ground wire to the ground lug on the right side of the enclosure. (Fig. 3) 7. Before connecting the output to the powerhead, apply power to the transformer and ensure the output voltage at terminals 7 and 8 is 240Vac +/- 10%. Fig. 3 WARNING: Connecting 575Vac to the 460Vac terminals will result in excessive high voltage at the transformer output and damage the powerhead. 8. Remove power from the transformer and route the output wires to the controller. Follow the instructions for connecting single phase power and ground. WARNING 575V 3-Phase WARNING 460V 3-Phase WARNING 230V 1-Phase Orange Blue Yellow 575V 3-PHASE INPUT Fig. 1 WARNING 460V 3-Phase 460V 3-PHASE INPUT Fig. 2 1 L 2 L 3 L WARNING 575V 3-Phase d n u o r G d n u o r G 1 L 2 L 3 L 240V 1-PHASE OUTPUT WARNING 460V 3-Phase 1 L 2 L d n u o r G 19 ENTRAPMENT PROTECTION LIFTMASTER MONITORED ENTRAPMENT PROTECTION (LMEP) IMPORTANT INFORMATION ABOUT THE LIFTMASTER MONITORED ENTRAPMENT PROTECTION DEVICES A LiftMaster Monitored Entrapment Protection (LMEP) Device is required for most operating modes (refer to page 29). If a LiftMaster Monitored Entrapment Protection Device is not installed, constant pressure to close will be required from the control station. Refer to Accessories section for a complete list of LMEP Devices. Three LMEP terminals are provided. Each terminal can accept ONE LMEP device. For easy LMEP installation, the correct terminals are yellow. ART NOT FINAL NEED REFERENCE FOR BOARD Wire photo eyes into 27 (white with black stripe) and 28 (white wire). These connections are polarity sensitive. Orange/White Stripe - 12V Blue/White Stripe - A White/Blue Stripe - B White/Orange Stripe +Shield -OV If the ribbon connector cable for the front panel has been disconnected, ensure that it is reconnected before operation. The motor will not run without this cable connected. LMEP 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 0V 12V A B 0V
+24V 0V ABSOLUTE ENCODER To prevent possible SERIOUS INJURY or DEATH from a closing door:
Be sure power is NOT connected to the door operator BEFORE installing the LiftMaster Monitored Entrapment Protection Device(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, FSTS, and T operating modes and MUST NOT be disabled. For C2 and D1 wiring the installation of an entrapment protection device is recommended. PLEASE READ INSTRUCTIONS CAREFULLY BEFORE USE LiftMaster Monitored Entrapment Protection Devices are for use with LiftMaster commercial door operators ONLY. Use with ANY other product voids the warranty. PRESS &
HOLD TO EXIT MENU EXPRESS MENU If an edge sensor is being used on a vertical moving door, place edge sensors on the bottom edge of the door. MENU ENTER UP DOWN Class 2 Supply +24V RS485 CH1
+ A B -
G O L A N A T U P N I Y T F A S E G D E V 4 2
M P R S M O 1 X U A 2 X U A V O N E P O E S O L C P O T S C B S T F D T V 4 2
N I A H C T S I O H D E T S E T V 4 2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 TYPICAL ENTRAPMENT PROTECTION DEVICE(S) OVERVIEW Borde de deteccin monitoreado montado en la parte inferior de la puerta. Sensor fotoelctrico monitoreado de 15 cm (6 pulg.) como mximo por encima del piso y desde la puerta. rea de proteccin del haz de luz invisible Sensor fotoelctrico monitoreado de 15 cm (6 pulg.) como mximo por encima del piso y desde la puerta. 20 PROGRAMMING IMPORTANT SAFETY INSTRUCTIONS TO REDUCE THE RISK OF SEVERE INJURY OR DEATH:
1. READ AND FOLLOW ALL WARNINGS AND INSTRUCTIONS. 2. ALWAYS keep remote controls out of reach of children. NEVER permit children to operate or play with door control push buttons or remote controls. 3. ONLY activate a door when it can be seen clearly, it is properly adjusted and no obstructions exist in the path the door will travel. 4. Personnel should keep away from a door in motion and ALWAYS keep a door in sight until completely closed. NO ONE SHOULD CROSS THE PATH OF A MOVING DOOR. 5. NO ONE SHOULD GO UNDER A STOPPED OR PARTIALLY OPENED DOOR. 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 unexpectedly causing SEVERE INJURY or DEATH. 7. NEVER use manual release handle unless the doorway is clear of persons and obstructions. 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. 9. Entrapment protection device(s) MUST be tested every month. Failure to adjust the operator properly may cause SEVERE INJURY and DEATH. 10. ALWAYS KEEP DOOR PROPERLY BALANCED. An improperly balanced door may NOT reverse when required and could result in SEVERE INJURY or DEATH. See the door manufacturers owners manual. 11. ALL repairs to cables, spring assemblies and other hardware, ALL of which are under EXTREME tension, MUST be made by an Authorized Service Technician. 12. ALWAYS disconnect electric power to the door operator BEFORE making ANY repairs or removing covers. 13. SAVE THESE INSTRUCTIONS. PROFILE When first activating your operator and entering programming mode, the controller will ask you to set the Profile before you can continue. Set the horsepower of your unit and return to the main menu. FLOWCHART WILL BE ADDED AFTER THIS PAGE. TEAM STILL HAS NOT FINALIZED. ART NOT FINAL 21 INSTALLER PASSCODE 224 The Installer passcode is required to access important features of the operator system. Do not share this password with unauthorized individuals. PROGRAMMING 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. INITIAL COMMISSIONING Display Step 1 Quick Setup Use Up and Down Quick Setup Quick Setup Jog Door to Center Press Enter When Finished Quick Setup Press and Hold Up to Open Door Quick Setup Check Door Direction Quick Setup Door Will Stop Automatically Actions Use the UP and DOWN Buttons to move the door to near the center of travel. Note: The door may travel in the opposite direction of the button pressed. This is okay and is corrected in a later step. Press ENTER when finished. Press and hold the UP Button until the door stops automatically. When the door has stopped, follow the on screen prompts to confirm the doors travel direction.
(If Down For No was pressed because the door did not move up (open), two of the motor wires must be swapped to change motor direction. Swap the U and V wires at the motor output terminal block.)*
Repeat the process of learning limits. Using the UP Button, move the door to the desired fully open position. Press Enter to store. Then, using the DOWN Button, move the door to the desired fully closed position. Press Enter to store. Quick Setup Quick Setup Did Door Open?
Press Up For Yes Quick Setup Press Down For No Open Limit Use Up and Down Close Limit Use Up and Down Open Limit Jog Door To Open Limit Close Limit Jog Door To Open Limit Open Limit Press Enter When Finished Close Limit Press Enter When Finished STILL NEED SCREENS FOR INITIAL COMMISSIONING PROCESS 2 3 4 5 22 INSTALLER PASSCODE 224 PROGRAMMING MENUS To enter program mode from the front panel buttons, press and hold Stop, Open and Close together for 3 seconds. The screen will display "Control By Buttons". The Stop button functions as Enter and the Open and Close buttons function as Up and Down. If no button is pressed for 30 seconds the controller will exit this programming mode. The internal Menu/Enter, Up, and Down buttons are always active for programming. The main menu is displayed as graphic icons on the display. The sub menus below the main menu are "text listed" menus. The sub menus below the main menu are text listed menus. Menus are navigated using the UP, DOWN and MENU/ENTER buttons. A menu or submenu is entered by a short press of the MENU/ENTER button. A short press of the MENU/ENTER Button while inside of a submenu will confirm a selection. A long press of the MENU/ENTER Button will exit the submenu or menu. NOTE: If a setting is changed, and then a long press of MENU/ENTER is made, the setting will NOT be saved. NOTE: If any menu except System Status is accessed, door operation is halted until the menu is exited. NOTE: Press and hold Menu/Enter to back up one menu level at a time NEW MENU TREE TO COME Idle Screen Menu Enter System Status Radio Operating Mode Limit Setup System Config System Status Overview LMEP Position Radio Learn Erase Sec. +2.0 Erase myQ Profile Selection Operating Mode Freq. Profiles Optr. Profiles Limit Setup Quick Setup Closed Limits Pre-Closed System Config Timers Outputs Inputs Menu Enter Menu Enter Menu Enter Menu Enter Menu Enter 23 PROGRAMMING Idle Screen NEW MENU TREE TO COME Display Readout Emergency Jog Express Menu System Status Radio Mode Limit Setup System Config MAIN MENU OPTIONS Operating Mode Overview Learn Operating Mode Quick Setup Timers Erase Sec.
+2.0 Freq. Profiles Closed Outputs Erase myQ Optr. Profiles Pre Closed Inputs Erase All Reset Defaults Pre Open Safety Edge NOTE: Position Sensor, Frequencies, Ramps and Motor Config menus are not accessible with the Installer passcode Open LMEP Unlearn Edge LMT System LMEP LMT Position Sensors Photoeye LMT Frequencies Ramps Motor Config 24 LMEP Position Safety Edge Inputs Outputs Fault Log Cycle Counter Service Counter Temperature DC Link Int Levels Operating Mode A B C D PROGRAMMING PROGRAMMING PROFILE SELECTION To simplify installation this operator contains preset defaults called profiles. Each profile contains the manufacturers recommended initial settings for a particular operator model. These profiles allow an installer to quickly set up a door. After a profile has been loaded the controller can be further adjusted to meet a specific customers requirements as needed, such as timer settings, input configurations and other options. NOTE: Loading a profile will cause all related parameters to be overwritten with the defaults of the loaded profile!
RESET DEFAULTS To reset a controller to factory default values use menu path:
Operating Modes Reset Defaults NOTE: Learned radio devices and cycle counters are not affected by Reset Defaults DEFAULT VALUE PARAMETER Operating Mode Frequency Profile Open Frequency Close Frequency Limits LMEP LMT EDGE LMT PHOTOEYE LMT Timer to Close Delay to Open Delay to Close Open Alarm Input Stuck Timer INP1 Function INP1 Logic INP2 Function INP2 Logic INP3 Function INP3 Logic LMEP Service Counter Interval 5000 Service Counter Value Absolute Cycle Counter Must relearn limits B2 TBD TBD TBD Close Limit Close Limit Close Limit 15 0 0 0 120 N.O. N.O. N.O. No Function No Function No Function Unlearned Is not reset Is not reset 25 THIS PAGE IS BEING UPDATED PER ANDERS MELBERG PROGRAMMING OPERATING MODES This operator is programmed to function in one of six different operating modes. B2 Mode:
Works with a 3-Button Control Station wired and 3-Button Radio control, momentary to open,stop, and close. Single Button Control and Single Button Radio momentary to open, stop, close, and stop &
reverse. LMEP device required to be learned and connected for downward movement. A LMEP obstruction will reverse the door to its Open limit. The safety obstruction can be overridden with 5 seconds of constant pressure on the Down button. C2 Mode:
T Mode:
Works with a 3-Button Control Station wired and 3-Button Radio control, momentary to open, stop, and constant pressure to close. Single Button Control and Single Button Radio momentary to open, stop, and stop & reverse. Works without a LMEP device learned, but can operate if a LMEP is learned and connected for downward movement. A LMEP obstruction will reverse the door to its Open limit. The safety obstruction can be overridden with 5 seconds constant pressure on the Down button. Constant Pressure to Close is not an available feature from a remote control device. Works with 3-Button Control Station wired and 3-Button Radio control, momentary to open, stop, close (TTC enabled). If the door is at the OLS or at a mid-stop, it will close after the TTC time-out. The CLOSE button overrides the TTC for immediate closing of the door. The STOP button cancels the TTC for that cycle (no automatic motion). If the door is obstructed by a safety device, the 3BCS must be used to close the door. TTC will be disabled if the door reverses from an obstruction. Single Button Control and Single Button Radio momentary to open, stop, and stop & reverse. Constant pressure or momentary input resets the TTC timer. A LMEP device is required to be learned and connected for downward movement. A LMEP obstruction will reverse the door to its Open limit (no automatic motion). The safety obstruction can be overridden with 5 seconds of constant pressure on the Down button. The user can select a desired Timer to Close (TTC) timer under the Timers menu. See page 35 for Timers setting details. TS Mode:
D1 Mode:
E2 Mode:
Functions the same as T Mode except it always attempts to close the door from any time the door is open. A LMEP obstruction will reverse the door to its Open limit (TTC will be enabled). The controller will make infinite attempts to close the door until the safety obstruction is cleared. A safety obstruction can be overridden with 5 seconds of constant pressure on the Down button. Constant contact to open and close with wiring for sensing device to stop Constant pressure is required on the close button, if a close button is released before the door is fully closed the door will return to the open position. Use of a safety edge will allow you to override close button. A single button to open and close cannot be used. If a user attempts to select an Operating Mode that requires an LMEP, and an LMEP is not connected, that selection will be unavailable. The following screen will be displayed. Operating Mode Requires LMEP 26 THIS SECTION REQUIES NEW PROFILE DETAILS FROM TEAM PROGRAMMING PROGRAMMING / FREQUENCY PROFILES The controller contains three preconfigured frequency profiles that control the motor speed, as well as the acceleration and deceleration ramps. These profiles cannot be manually altered. If accelerations or decelerations are too high, reduce the frequency profile to a lower setting. Medium is the default setting for all profiles. FREQUENCY (SPEED) PROFILE SETTINGS DIRECTION LOW MEDIUM HIGH Open Close 30 30 60 40 90 60 To Change the frequency profile setting, select Operating Modes Freq. Profiles. A checkbox indicates which frequency profile is currently active. Choose either the Low, Medium or High setting. The screen will display Loading Frequency Profile and then return to the top menu. Freq. Profiles Low Medium High Loading Frequency Profile SETTING THE OPEN MID-STOP 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 Postion => Open Mid-Stop or Close Mid-Stop. 2. Use the Up/Down buttons to move the door to the desired position. 3. Save = Enter To erase the mid-stop, select Erase Open Mid-Stop or Erase Close-
Mid Stop option. Save=Enter. NOTE: Restoring defaults or resetting limits will erase the mid-stop position. 27 PROGRAMMING 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 Select Radio from the main menu (this action will require installer passcode entry). From the Radio menu, select LEARN. Select the desired function: SBC, Open, Close, Stop or myQ Device. When the screen displays Looking for Devices, press the desired transmitter button or press the learn button on your myQ Device. The screen will display Device learned and then return to the function list. The transmitter button is now programmed to the controller. Repeat as needed for other transmitter buttons and devices. For example, a 3-button remote can be learned as Open, Close, Stop by programming each button to that function. NOTE: Transmitters can only be programmed individually, not in batches. If the radio controls are not working, verify that the black cable to the radio board is plugged in securely. Additonally, check that the black radio cable is wired properly into the board (see Fig. 1). ERASING PROGRAMMED DEVICES 1. Select Radio 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. NOTICE: This device complies with part 15 of the FCC rules and Innovation, Science and Economic Development Canada license-exempt 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 users 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 stan-
dard. 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 ra-
dio 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. 28 PROGRAMMING myQ SMART FACILITY ACCESS One Platform to manage access for Unlimited Facilities, Users and Vehicles myQ Smart Facility Access allows you to control all your access points in the facility from the myQ website application from anywhere. Monitor & control your vehicular access doors, gated entry locations & even dock positions from a universal platform. myQ technology uses a 900Mhz signal or a Wi-Fi connection to communicate securly 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 Business account will have the same password. 1. If you do not have a myQ Business account, call LiftMaster Customer Care at 800.323.2276 to activate a myQ Business account. 2. You will get a welcome email from LiftMaster. Accept the invitation and register or login to your account. 3. Set up the Facility and add users & groups to provide access to the Facility (refer to the available Help in myQ Business). 4. Follow onscreen 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. 1. 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. 2. Enter #### as the password. 1. Scroll down to CONNECTIVITY and press ENTER 1. Press ENTER again to select CONNECTIVITY LEARN. 1. Scroll down to LEARN WIFI and press ENTER. The operator will now be in Learn Mode. Menu screen UP DOWN STOP ENTER 29 DETERMINE AND SET OPERATING MODE Select the operating mode for your application from the menu in the controller, see page 24. WIRING TYPE DEVICE ACTION OPERATING MODE SHEETS PENDING CONSOLIDATION 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 (jumper must always be in place) with this mode type. Compatible with 3-Button Station and Single-Button Station OPEN button is pressed momentarily CLOSE button is pressed momentarily Front panel buttons(membrane) and 3-Button Control Station STOP button is pressed momentarily OPEN button is held (constant pressure) CLOSE button is held (constant pressure) OPEN button is pressed momentarily 3-Button Remote Control Programmed as OPEN/CLOSE/STOP CLOSE button is pressed momentarily STOP button is pressed momentarily Single Button Remote Control Programmed as SBC Button is pressed Single Button Control Station
(Wired) Button is pressed Button is held (constant pressure) myQ Smart Facility Access Open is pressed Close is pressed STATE 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 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 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 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 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 Door opening Door closing Door at Open Mid-Stop Door stopped during open cycle Door stopped during close cycle Door Opening 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 30 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 (bypasses Mid-Stop) Door opens to the OPEN limit Door opens to the OPEN limit or Mid-Stop Door closes and stops when button is released No change in state No change in state 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 No change in state No change in state Door opens to OPEN limit (bypasses Mid-Stop) No change in state (bypasses Mid-Stop) Door will auto reverse to OPEN limit (bypasses Mid-Stop) Door opens to the OPEN limit Door opens to the OPEN limit (bypasses Mid-Stop) 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 Door opens to the OPEN limit or Mid-Stop No change in state Door will auto reverse to OPEN limit (bypasses 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 (bypasses 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 (bypasses 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 (bypasses 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 (bypasses 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 DETERMINE AND SET OPERATING MODE (CONTINUED) WIRING TYPE DEVICE ACTION 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
(jumper must always be in place) with this wiring type. Compatible with 3-Button Station, 1-Button Station, 1 and 3-Button Remote Control. LiftMaster Monitored Entrapment Protection (LMEP) Device required. OPEN button is pressed momentarily CLOSE button is pressed momentarily Front panel buttons
(membrane) and 3-Button Control Station STOP button is pressed momentarily OPEN button is held (constant pressure) CLOSE button is held (constant pressure) OPEN button is pressed momentarily 3-Button Remote Control Programmed as OPEN/CLOSE/STOP CLOSE button is pressed momentarily STOP button is pressed momentarily Single Button Remote Control Programmed as SBC Button is pressed Single Button Control Station
(Wired) Button is pressed myQ Smart Facility Access Open is pressed Close is pressed:
STATE 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 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 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 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 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 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 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 31 Button is held (constantpressure) Door Opening 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 (bypasses Mid-Stop) Door opens to the OPEN limit Door opens to the OPEN limit or Mid-Stop 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 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 (bypasses Mid-Stop) No change in state (bypasses Mid-Stop) Door will auto reverse to OPEN limit (bypasses Mid-Stop) Door opens to the OPEN limit Door opens to the OPEN limit (bypasses Mid-Stop) 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 Door opens to closest OPEN limit or Mid-Stop No change in state Door will auto reverse to OPEN limit (bypasses Mid-Stop) Door opens to the OPEN limit Door opens to the OPEN limit 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 No change in state Door stops Door stops No change in state No change in state Door closes to the CLOSE limit Door opens to the OPEN limit or Mid-Stop Door stops Door will auto reverse to OPEN limit (bypasses Mid-Stop) Door opens to the OPEN limit Door closes to the CLOSE limit Door opens to the OPEN limit or Mid-Stop Door closes to the CLOSE limit Door opens to the OPEN limit or Mid-Stop Door stops Door will auto reverse to OPEN limit (bypasses Mid-Stop) Door opens to the OPEN limit Door closes to the CLOSE limit Door opens to the OPEN limit or Mid-Stop No change in state (bypasses 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 (bypasses Mid-Stop) Door opens to the OPEN limit Door opens to the OPEN limit or Mid-Stop 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 DETERMINE AND SET OPERATING MODE (CONTINUED) WIRING TYPE DEVICE ACTION T This mode will attempt to close the door from any position except when fully closed, or when a safety input is present. The Timer defeat input holds the timer in reset if the TTC is running. Momentary contact to open, close, and stop, with open override and Timer-
To-Close (TTC). Every device that causes the door to open, except any sensing edge input device, activates the TTC. Auxiliary controls can be connected to open input to activate the TTC. If the TTC 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 TTC will function from the Open limit stop and Open Mid-Stop available (jumper must always be in place) with this mode type. Compatible with 3-Button Station, 1-Button Station and 1 and 3-Button Remote Control. LiftMaster Monitored Entrapment Protection (LMEP) Device required. OPEN button is pressed momentarily CLOSE button is pressed momentarily Front panel buttons(membrane) and 3-Button Control Station STOP button is pressed momentarily OPEN button is held (constant pressure) CLOSE button is held (constant pressure) OPEN button is pressed momentarily 3-Button Remote Control Programmed as OPEN/CLOSE/STOP CLOSE button is pressed momentarily STOP button is pressed momentarily Single Button Remote Control Programmed as SBC Button is pressed Single Button Control Station
(Wired) Button is pressed myQ Smart Facility Access Open is pressed Close is pressed STATE 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 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 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 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 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 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 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 32 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 (bypasses 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 Mid-Stop) 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 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 timer) Door opens to the OPEN limit or Mid-Stop and activates TTC No change in state 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 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 and activates TTC Door will auto reverse to OPEN limit (bypasses 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 Door closes to the CLOSE limit Door closes to the CLOSE limit Door stops and activates TTC Door will auto reverse to OPEN limit (bypasses 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 No change in state (bypasses Mid-Stop) and activates TTC 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 (bypasses 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 Button is held (constant pressure) Door opening DETERMINE AND SET OPERATING MODE (CONTINUED) WIRING TYPE DEVICE ACTION 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 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). Momentary contact to open, close, and stop 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 function from the Open limit and Open mid stop
(jumper must always be in place) with this operating mode type. Compatible with 3-Button Station, 1-Button Station and 1 and 3-Button Remote Control. LiftMaster Monitored Entrapment Protection (LMEP) Device required. Front panel buttons(membrane) and 3-Button Control Station STOP button is pressed momentarily OPEN button is pressed momentarily CLOSE button is pressed momentarily OPEN button is held (constant pressure) CLOSE button is held (constant pressure) OPEN button is pressed momentarily 3-Button Remote Control Programmed as OPEN/CLOSE/STOP CLOSE button is pressed momentarily STOP button is pressed momentarily Single Button Remote Control Programmed as SBC Button is pressed Single Button Control Station
(Wired) Button is pressed Button is held (constant pressure) myQ Smart Facility Access Open is pressed Close is pressed STATE 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 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 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 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 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 opening Door closing Door at Open Mid-Stop Door stopped during the open cycle Door stopped during the close cycle Door opening 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 33 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 (bypasses 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 (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) No change in state (Recycle & hold TTC) Door opens to the OPEN limit (bypasses Mid-Stop) and activates TTC No change in state (bypasses Mid-Stop) and activates TTC 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 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) Door opens to the OPEN limit or Mid-Stop and activates TTC No change in state 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 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 (bypasses 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 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 (bypasses Mid-Stop) 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 (bypasses 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 (bypasses 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 DETERMINE AND SET OPERATING MODE (CONTINUED) WIRING TYPE DEVICE ACTION D1 Constant pressure to open and close with wiring for sensing device to stop. Compatible with 2 or 3-Button Station 3-Button Control Station STOP button is pressed momentarily OPEN button is pressed momentarily CLOSE button is pressed momentarily OPEN button is held
(constant pressure) CLOSE button is held
(constant pressure) OPEN button is pressed momentarily 3-Button Remote Control Programmed as OPEN/CLOSE/STOP CLOSE button is pressed momentarily STOP button is pressed momentarily Single Button Remote Control Button is pressed Single Button Control Station
(Wired) Button is pressed:
myQ Door image is pressed:
STATE 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 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 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 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 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 the open cycle Door stopped during the 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 Door opens and stops when button is released No change in state No change in state 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 No change in state 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 No change in state No change in state Door opens to the OPEN limit No change in state Door opens to the OPEN limit Door opens to the OPEN limit Door opens to the OPEN limit 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 Door opens and stops when button is released No change in state Door opens to the OPEN limit 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 No change in state 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 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 Programming 34 DETERMINE AND SET OPERATING MODE (CONTINUED) WIRING TYPE DEVICE ACTION 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. 3-Button Control Station STOP button is pressed momentarily OPEN button is pressed momentarily CLOSE button is pressed momentarily OPEN button is held
(constant pressure) CLOSE button is held
(constant pressure) OPEN button is pressed momentarily 3-Button Remote Control Programmed as OPEN/CLOSE/STOP CLOSE button is pressed momentarily STOP button is pressed momentarily Single Button Remote Control Button is pressed Single Button Control Station
(Wired) Button is pressed:
myQ Door image is pressed:
STATE 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 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 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 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 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 the open cycle Door stopped during the 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 Door opens to the OPEN limit No change in state Door will auto reverse to OPEN limit Door opens to the OPEN limit Door opens to the OPEN limit Door closes and auto reverses when button is released No change in state No change in state No change in state Door closes and auto reverses when button is released Door closes and auto reverses when button is released 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 No change in state Door will auto reverse to OPEN limit Door opens to the OPEN limit Door opens to the OPEN limit Door closes to the CLOSE limit No change in state No change in state No change in state Door closes and auto reverses when button is released Door closes and auto reverses when button is released No change in state Door opens to the OPEN limit No change in state Door will auto reverse to OPEN limit Door opens to the OPEN limit Door opens to the OPEN limit Door closes and auto reverses when button is released No change in state No change in state No change in state Door closes and auto reverses when button is released Door closes and auto reverses when button is released No change in state No change in state Door stops Door stops 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 Door opens to the OPEN limit No change in state No change in state No change in state No change in state 35 Programming TROUBLESHOOTING NOTE: THIS TROUBLESHOOTING GUIDE WAS TAKEN DIRECTLY FROM THE PDF SUPPLIED BY JUSTIN PEART. ALMOST NO CHANGES WERE MADE TO THE CONTENT AND THE TERMINOLOGY MAY BE INCORRECT. PLEASE CHECK. If an error occurs, the idle screen is replaced by a screen showing the error code and a description of the error. An example error code display is shown below. Error messages originate in one of three categories:
Inverter (power faults) Door control codes related to the motor and encoder Option codes related to accessories used with the MC11 or MC21 controllers. Consult the Table of Error Codes and Error Code Priority Levels tables 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. For example, error E17 Reset Limits in the example above is because the door limits cannot be verified. In this case, the only corrective action is to perform a Quick Setup to re-establish the doors positions. Priority Level Low Medium High Fault Specific Reset Condition Activation Input Comment Can also be reset by higher priority reset conditions. Stop, Monitored Stop or MENU/ENTER Button pressed Can also be reset by higher priority reset conditions. MENU/ENTER Button pressed Auto-clears when fault no longer exists. Error Code:
Description:
Level:
Cause:
Check:
F00 F01 F02 F03 F04 F05 F06 F07 Unidentified Error Door has moved beyond the lower end position Door has moved beyond the upper end position Door has moved in the wrong direction. Door was blocked during travel. Door did not stop on time while moving, or made an unauthorised move while standing. Door has moved too fast
(door speed monitoring) Door has not moved despite move command An error that has no code assigned yet. Note error text. Distance stop ramp too small Safety limit switch too small End positions not correctly set Direction of rotation not correct Brake failure/door fails Distance stop ramp too small Safety liit switch too small End positions not correctly set Direction of rotation not correct Direction of rotation not correct Sagging when starting a door with high weight Door moved onto obstacle. If needed, check force parameters set. Encoder malfunction (e.g. encoder no longer plugged into encoder axis) Inverter has triggered stop by itself (e.g. due to thermal internal error) Inverter has triggered stop due to overvoltage, missing brake chopper on imbalanced door Brake worn out/not switched Stop command not transmitted Encoder shows ghost movement Door significantly Faster than during the last travel in the same direction (e.g. due to higher weight) Reset speed monitoring by newly setting an end position. Inverter not ready to drive due to internal error Inverter cannot start motor (e.g. high weight, wrong motor settings) Encoder loosely plugged into encoder axis (too much clearance) 36 TROUBLESHOOTING F08 Configuration not found. Reset to factory setting. Error Code:
Description:
Level:
Cause:
Check:
F09 F10 F11 F14 F18 F23 F24 F25 F72 F74 System was restarted UPWARD force curve is missing DOWNWARD force curve is missing End positions are not stored Error during access from EEPROM module. Leads to system restart. Inverter reports excessive temperature. Stands until inverter cools down. Error during cyclical test of the safety chain function Inverter has reported a hardware error OSE error Wireless (radio) OSE error F81 Light barrier error No stored configuration could be fround in EEPROM. The access to the EEPROM works. Normal for instance with new controller, and/
or after certain tests with the test system (production). The stored configuration is oudated and no longer compatible with the current software. Can occur after an update to a new version Force sensing in UPWARD direction is activated. But force curve in UPWARD direction is not stored. Execute teach-
in drive. Force sensing in DOWNWARD direction is activated. But force curve in DOWNWARD direction is not stored. Execute teach-in drive. Please set the end positions in the menu Door Positions. Hardware error in I2C bus, or in EEPROM Temperature in inverter module exceeds maximum value of 90C Inverter ready for operation, when temperature sinks under 60C When the door is stationary, a test of the safety chain is carried out every 10 seconds, in which the safety chain switches, which is then scanned by a command at the inverter. Communication error Error in the system of the safety chain Inverter has detected an error when analyzing the motor currents and voltages. One or more motor phases are not connected The motor phases are not interconnected correctly Hardware error in the measuring bridges, on the side of the inverter. overvoltage on the circuit board
(voltage too high in the link) OSE continously triggered, e.g. due to cable defect or block in the light channel OSE continuously triggered OSE test function fails Cause depends on used OSE, e.g. due to cable defect, block in the light channel, battery OSE Light barrier continuously triggered, or test cannot be executed Object in door area Cable defect Light barrier incorrectly aligned Light barrier incorrectly wired Incorrect Hi/Lo setting 37 TROUBLESHOOTING Error Code:
Description:
Level:
Cause:
Check:
F84 Light grid error Error in Uart initialization:
Line used Error in position encoder message: position outside of valid range Time out error when receiving position econder message. Message incomplete. Time-out error when receiving position encoder message. No signals received. Time out error when receiving inverter message Error when receiving inverter message: Invalid format Safety chain was interrupted from outside Dalmatic encoder reports voltage loss. End positions possibly no longer correct. Dalmatic encoder reports low battery voltage. Light grid continuously triggered, or test cannot be executed. Object in door area Cable defect Light grid incorrectly aligned Light grid not ready for operation Error in cabling Wrong encoder set Error in communication cable Wrong encoder set Error in communication cable Wrong encoder set Error in communication cable Cable defect/not connected Cable defect Inverter not ready for operation Error in communication cable Bridge pulled on safety chain termina Encoder cable pulled Bridges pulled on encoder Motor thermal, slack rope switch Inverter cable pulled Dalmatic encoder was without voltage for indeterminate time, which should normally be prevented by the battery. The current encoder position is likely to be incorrect. Dalmatic encoder reports low battery voltage. F90 F91 F92 F93 F94 F95 F96 F98 F99 Change battery, then reset limits. Replace battery 38 MAINTENANCE MAINTENANCE SCHEDULE Check at the intervals listed in the following chart:
To avoid SERIOUS personal INJURY or DEATH:
Disconnect electric power BEFORE performing ANY adjustments or maintenance. ALL maintenance MUST be performed by a trained door systems technician. ITEM PROCEDURE EVERY MONTH EVERY 3 MONTHS OR 5,000 CYCLES EVERY 6 MONTHS OR 10,000 CYCLES Drive Chain Sprockets Fasteners Manual Hoist Non-Motor Bearings Shafts Solenoid Brake LiftMaster Monitored Entrapment Protection
(LMEP) Check for excessive slack. Check and adjust as required. Lubricate. Check set screw tightness. Check and tighten as required. Check and operate. Check for wear and lubricate. Check for wear and lubricate. Inspect brake pad Check alignment and functionality. Use SAE 30 Oil (Never use grease or silicone spray). Do not lubricate motor. Motor bearings are rated for continuous operation. Inspect and service whenever a malfunction is observed or suspected HOW TO ORDER REPAIR PARTS OUR LARGE SERVICE ORGANIZATION SPANS AMERICA Installation and service information are available. Call our TOLL FREE number:
1-800-528-2806 LiftMaster.com OPERATOR CYCLE/SERVICE CYCLE FEATURE The system is equipped with a cycle counter to show how many cycles have been performed and number of months in service since installation. If the controller is replaced, all settings will reset to 0. To view absolute cycles and current maintenance cycles see the menu for information. Cycle counter 30 C2 Operating mode PLEASE PROVIDE SCREEN REFERENCE FOR MENU SCREEN DIAGRAM REQUEST TO ADD MYQ BIZ BUT NO CONTENT SUPPLIED. PLEASE PROVIDE IF DIFFERENT THAN THAT EARLIER IN THE MANUAL. 39 WIRING DIAGRAMS Please note that the terminal block is numbered for easy identification. Cadena de polispasto No utilizado 0V 0V 0V 0V OMS RPM COM
+24V
+24V
+24V AUX1 AUX2 1 2 CIERRE APERTURA Borde de seguridad
+24V probado Entrada analgica 0V SBC PARADA TDFT PAGE NOT FINAL PENDING FINAL INFO FROM TEAM 18 19 20 21 22 23 9 10 11 12 13 14 12V
(Codicador) Hoist Interlock
(not provided) Default Function Default Function 15 16 17 Codicador A 24 25 26 LMEP tierra Trmica 7 8 3 4 Grounds LMEP Power 3 0 2 9 2 8 2 7 NO NC 5 6 Terminal Number Input Name Terminal Number Input Name
#5
#16
#18
#22
#29
#33
+24V
+24V
+24V 12V
+24V Aux Power Aux Power Aux Power Aux Power 12V Power for Encoder
+24V_Tested Not Used Ground for Encoder
* Terminals in gray can be found on the top board of the wall control. Inputs Terminal Number Input Name 3 1 3 2 3 3 3 4 Codicador B Codicador tierra
+24V Tierra FRONT COVER OF WALL CONTROL Open Membrane Button Type: Normally-Open dry contact membrane switch with tactile feedback States:
Active input Definition: Connect Input to ground Inactive input Definition: Leave input open (no connec-
tion to ground) Close Membrane Button Type: Normally-Open dry contact membrane switch with tactile feedback States:
Active input Definition: Connect Input to ground Inactive input Definition: Leave input open (no connec-
tion to ground) Stop Membrane Button Type: Monitored Normally-Open dry contact membrane switch with tactile feedback States:
Active input Definition: Connect Input to ground Inactive input Definition: Input left open (resistor voltage measured) Missing input Definition: Input not connected (full voltage measured) PROGRAMMABLE INPUTS AUX1 and AUX2 inputs are user selectable and may be defined as the following:
No Function (default) Function - Input is disabled Emergency Stop Function Active input will stop a door in motion and will inhibit an idle door from moving. Photoeye Function Safety entrapment protection, non-moni-
tored, see section 4.3 Lock Open Function - Active input disables all command inputs except Open. Door can open but once at open limit, door is prevented from closing. Inhibits Timer to Close and Delay to Close. Lock Close Function - Active input disables all command inputs except Close. Door can close but once at closed limit, door is prevented from opening.
#2
#4
#10
#20
#23
#28
#32
#34
#1
#3
#6
#7
#8
#9
#11
#12
#13
#14
#15
#17
#19
#21
#24
#25
#26
#27
#30
#31 0V 0V 0V 0V 0V 0V 0V 0V Safety Edge Analog Input RPM OMS AUX1 AUX2 Open Close Stop SBC TDFT N/C NO COM NC A B Ground Ground Ground Ground Ground Ground LMEP Ground Default Function Safety Edge (Non-monitored) Not used Not used Mid-Stop Input Programmable Input Programmable Input Door Open Input Door Close Input Door Stop Input Single Button Close Input Timer Defeat Input Hoist Chain Hoist Chain Input Not Used Thermal Motor Thermal Input Door in Motion Relay: Normally Open Door in Motion Relay:
Common Door in Motion Relay: Normally Closed LMEP Monitored Photo Eye Encoder RS-485 A Encoder RS-485 B 40 ACCESSORY WIRING DIAGRAM
SAFETY EDGE 1 OV 2 ANALOG INPUT 3 White (NC) Black (Common) Blue () Blue () NON MONITORED SAFETY EDGES
1 2 X X See value XX NC with 8K2 NO with 8K2 NC with 1K2 NO with 1K2 NO NC Select appropriate value via menu. OV
+24V RPM OMS AUX1 AUX2 OV 5 4 6 7 Brown (+) Brown (+) Open Mid-Stop jumper. See Programming (page 27) before connecting. PAGE NOT FINAL PENDING FINAL INFO FROM TEAM Dry contact inputs NO/NC
(See page 38 for programming.)
*Pin 11 - Output 1 (Green) 50-HERK2 OPEN Black Rx 1 0 1 1 Tx 9 8 OPEN CLOSE
*Pin 12 - Output 2 (Blue) LC-36A STOP 3BCS CLOSE STOP SBC TDFT
+24V HOIST CHAIN
+24V TESTED NOT USED OV THERMAL
+24V OV NO 1 6 1 5 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 COMMON NC 2 6 SBC Timer defeat Hoist chain Required if motor thermal is not connected Red 24V-Output 1(White) 24V-Output 2(Brown) Blue Black White Brown NOTE:
Only use 12V for encoder connection Do not connect more than three wires at one terminal; if needed, use wire nuts. Wiring connections shown in this diagram are for reference purposes only. See pages 16-17 for encoder and LMEP wiring instructions. Install clamp-on ferrite beads. CPS-U, CPS-UN4, CPS-RPEN4, OES-RD16 Encoder cable NOTE: See page 16 for detailed encoder wiring instructions. LMEP OV 12V A B OV
+24V OV 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 RGL-CTL ACCESSORY POWER 41 This page will be populated with small images from the carton inventory once it is complete. SERVICE PARTS SERVICE KIT K41-0160 K41-0164 K41-0161 K41-0162 K41-0163 K41-0156 K41-0157 NUMBER HPH1/HPH2 HPH1/HPH2 HPH1/HPH2 HPH1/PH2 HPH1/HPH2 HPH1/HPH2 HPH1/HPH2 DESCRIPTION Control Box Cover Control Box Back Control board Display board with Screen Control Box 3 Button Assembly CTM Left Hand CMT Right Hand Motor Head:
K41-0165 K41-0166 K41-06167 K41-06168 K41-06169 K41-06170 K41-06171 K41-06172 K41-06173 K41-06174 K41-06175 K41-06176 Filter Board Transformer Inverter Board Junction Box Junction Box Cover Encoder Cover Encoder DH1 & HDH2 DH1 & HDH2 DH1 & HDH2 DH1 & HDH2 DH1 & HDH2 DH1 & HDH2 DH1 & HDH2 DH1 & HDH2 Wall Brace Bracket DH1 & HDH2 DH1 & HDH2 Motor Brake DH1 & HDH2 Hoist DH1 & HDH2 Gear Box 42 OPERATOR DIMENSIONS FRONT VIEW 9.37"
23.8 cm SIDE VIEW 14.53"
36.9 cm 26.19"
66.52 cm NEED BRACKET END VIEW ART PENDING 43 WARRANTY LiftMaster (Seller) warrants to the first retail purchaser of this product, for the residence in which this product is originally installed, that it is free from defects in materials and/or workmanship for a specific period of time as defined below (the Warranty Period). The warranty period commences from the date of purchase. LIFTMASTER LIMITED WARRANTY Parts 1 year WARRANTY PERIOD Motor & Controller Accessories 2 years 1 year The proper operation of this product is dependent on your compliance with the instructions regarding installation, operation, and maintenance and testing. Failure to comply strictly with those instructions will void this limited warranty in its entirety. If, during the limited warranty period, this product appears to contain a defect covered by this limited warranty, call 1-800-528-9131, toll free, before dismantling this product. You will be advised of disassembly and shipping instructions when you call. Then send the product or component, pre-paid and insured, as directed to our service center for warranty repair. Please include a brief description of the problem and a dated proof-of-purchase receipt with any product returned for warranty repair. Products returned to Seller for warranty repair, which upon receipt by Seller are confirmed to be defective and covered by this limited warranty, will be repaired or replaced (at Sellers sole option) at no cost to you and returned pre-paid. Defective parts will be repaired or replaced with new or factory rebuilt parts at Sellers sole option. [You are responsible for any costs incurred in removing and/
or reinstalling the product or any component.]
ALL IMPLIED WARRANTIES FOR THE PRODUCT, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, ARE LIMITED IN DURATION TO THE APPLICABLE LIMITED WARRANTY PERIOD SET FORTH ABOVE FOR THE RELATED COMPONENT(S), AND NO IMPLIED WARRANTIES WILL EXIST OR APPLY AFTER SUCH PERIOD. Some States and Provinces do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you. THIS LIMITED WARRANTY DOES NOT COVER NON-DEFECT DAMAGE, DAMAGE CAUSED BY IMPROPER INSTALLATION, OPERATION OR CARE (INCLUDING, BUT NOT LIMITED TO ABUSE, MISUSE, FAILURE TO PROVIDE REASONABLE AND NECESSARY MAINTENANCE, UNAUTHORIZED REPAIRS OR ANY ALTERATIONS TO THIS PRODUCT), LABOR CHARGES FOR REINSTALLING A REPAIRED OR REPLACED UNIT, REPLACEMENT OF CONSUMABLE ITEMS (E.G., BATTERIES IN REMOTE CONTROL TRANSMITTERS AND LIGHT BULBS), OR UNITS INSTALLED FOR NON-RESIDENTIAL USE. THIS LIMITED WARRANTY DOES NOT COVER ANY PROBLEMS WITH, OR RELATING TO, THE GARAGE DOOR OR GARAGE DOOR HARDWARE, INCLUDING BUT NOT LIMITED TO THE DOOR SPRINGS, DOOR ROLLERS, DOOR ALIGNMENT OR HINGES. THIS LIMITED WARRANTY ALSO DOES NOT COVER ANY PROBLEMS CAUSED BY INTERFERENCE. UNDER NO CIRCUMSTANCES SHALL SELLER BE LIABLE FOR CONSEQUENTIAL, INCIDENTAL OR SPECIAL DAMAGES ARISING IN CONNECTION WITH USE, OR INABILITY TO USE, THIS PRODUCT. IN NO EVENT SHALL SELLERS LIABILITY FOR BREACH OF WARRANTY, BREACH OF CONTRACT, NEGLIGENCE OR STRICT LIABILITY EXCEED THE COST OF THE PRODUCT COVERED HEREBY. NO PERSON IS AUTHORIZED TO ASSUME FOR US ANY OTHER LIABILITY IN CONNECTION WITH THE SALE OF THIS PRODUCT. Some states and provinces do not allow the exclusion or limitation of consequential, incidental or special damages, so the above limitation or exclusion may not apply to you. This limited warranty gives you specific legal rights, and you may also have other rights, which vary from state to state and province to province. 44
1 | Exhibit C Internal Photographs per 2 1033 b7 | Internal Photos | 102.40 KiB | January 24 2021 / February 24 2021 |
1 | Exhibit C External Photographs per 2 1033 b7 | External Photos | 107.38 KiB | January 24 2021 / February 24 2021 |
1 | Exhibit A ID Label and location per 2 1033 b7 | ID Label/Location Info | 47.79 KiB | January 24 2021 / February 24 2021 |
1 | Agent Authorization Letter | Attestation Statements | 77.58 KiB | January 24 2021 / February 24 2021 |
Agency Authorization Letter December 16, 2020 Elite Electronic Engineering, Inc 1516 Centre Circle Downers Grove, IL 60515 To whom it may concern:
Elite Electronic Engineering, Inc is authorized to act on our behald, until otherwise notified, for applications to Elite Electronic Engineering, Inc. We certify that we are not subject to denial of federal benefits, that includes FCC benefits, pursuant to Section 5301 of the Anti-
Drug Abuse Act of 1988, U.S.C. 862. Further, no party, as defined in 47 CFR 1.2002 (b) to the application is subject to denial of federal benefits, that includes FCC benefits. Thank you. Regards, Barbara Kelkhoff Regulatory Manager
1 | Cover Letter Requesting Confidentiality | Cover Letter(s) | 154.56 KiB | January 24 2021 / February 24 2021 |
Federal Communication Commission Equipment Authorization Division Application Processing Branch 7435 Oakland Mills Road Columbia, Maryland 21046 December 16, 2020 FCC ID: HBW0133-1 Request for Confidentiality In accordance with 47 C.F.R. Section 0.457 and 0.459, we, Chamberlain Group, Inc., hereby request confidentiality for the theory of operation, parts list, user manual, block diagram and schematic presented for certification. In support of the Request for Confidentiality, the following is stated:
Enclosed within this application is technical information which we deem to be trade secrets and proprietary. If made public, the information might be used to our disadvantage. To assist in assuring that we receive the full value of our product and protect its competitive posture, we respectfully request this grant of confidentiality. I would appreciate your prompt attention to the submittal. If there are any questions, please call me at 630-993-6306 or send a fax to 630-516-6863. Sincerely, Barbara Kelkhoff Regulatory Manager Chamberlain Group, Inc. 300 Windsor Dr. Oak Brook, IL 60523
1 | Exhibit C RE Test Setup photographs | Test Setup Photos | 672.61 KiB | January 24 2021 / February 24 2021 |
1 | Exhibit E Test Measurement Report per 2 1033 b6 | Test Report | 3.49 MiB | January 24 2021 / February 24 2021 |
frequency | equipment class | purpose | ||
---|---|---|---|---|
1 | 2021-02-24 | 902.25 ~ 926.75 | DSS - Part 15 Spread Spectrum Transmitter | Original Equipment |
app s | Applicant Information | |||||
---|---|---|---|---|---|---|
1 | Effective |
2021-02-24
|
||||
1 | Applicant's complete, legal business name |
Chamberlain Group Inc, The
|
||||
1 | FCC Registration Number (FRN) |
0004301545
|
||||
1 | Physical Address |
300 Windsor Dr
|
||||
1 |
Oak Brook, IL
|
|||||
1 |
United States
|
|||||
app s | TCB Information | |||||
1 | TCB Application Email Address |
r******@elitetest.com
|
||||
1 | TCB Scope |
A4: UNII devices & low power transmitters using spread spectrum techniques
|
||||
app s | FCC ID | |||||
1 | Grantee Code |
HBW
|
||||
1 | Equipment Product Code |
0133-1
|
||||
app s | Person at the applicant's address to receive grant or for contact | |||||
1 | Name |
B******** K********
|
||||
1 | Title |
Regulatory Engineering Manager
|
||||
1 | Telephone Number |
630 9********
|
||||
1 | Fax Number |
630 5********
|
||||
1 |
b******@chamberlain.com
|
|||||
app s | Technical Contact | |||||
1 | Firm Name |
The Chamberlain Group, Inc.
|
||||
1 | Name |
B******** K******
|
||||
1 | Physical Address |
300 Windsor Dr.
|
||||
1 |
Oak Brook, 60523
|
|||||
1 |
United States
|
|||||
1 | Telephone Number |
630 9********
|
||||
1 |
b******@chamberlain.com
|
|||||
app s | Non Technical Contact | |||||
1 | Firm Name |
The Chamberlain Group, Inc.
|
||||
1 | Name |
B****** K****
|
||||
1 | Physical Address |
300 Windsor Dr.
|
||||
1 |
Oak Brook, 60523
|
|||||
1 |
United States
|
|||||
1 | Telephone Number |
630 9********
|
||||
1 |
b******@chamberlain.com
|
|||||
app s | Confidentiality (long or short term) | |||||
1 | Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?: | Yes | ||||
1 | Long-Term Confidentiality Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR § 0.459 of the Commission Rules?: | No | ||||
if no date is supplied, the release date will be set to 45 calendar days past the date of grant. | ||||||
app s | Cognitive Radio & Software Defined Radio, Class, etc | |||||
1 | Is this application for software defined/cognitive radio authorization? | No | ||||
1 | Equipment Class | DSS - Part 15 Spread Spectrum Transmitter | ||||
1 | Description of product as it is marketed: (NOTE: This text will appear below the equipment class on the grant) | Part 15 Spread Spectrum Transmitter Commercial Door Operator Radio | ||||
1 | Related OET KnowledgeDataBase Inquiry: Is there a KDB inquiry associated with this application? | No | ||||
1 | Modular Equipment Type | Does not apply | ||||
1 | Purpose / Application is for | Original Equipment | ||||
1 | Composite Equipment: Is the equipment in this application a composite device subject to an additional equipment authorization? | No | ||||
1 | Related Equipment: Is the equipment in this application part of a system that operates with, or is marketed with, another device that requires an equipment authorization? | Yes | ||||
1 | Grant Comments | Output Power listed is Conducted. The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter except in accordance with FCC multi-transmitter product procedures. OEMs and installers must be provided with antenna installation and transmitter operating conditions for satisfying RF exposure compliance. | ||||
1 | Is there an equipment authorization waiver associated with this application? | No | ||||
1 | If there is an equipment authorization waiver associated with this application, has the associated waiver been approved and all information uploaded? | No | ||||
app s | Test Firm Name and Contact Information | |||||
1 | Firm Name |
Elite Electronic Engineering Inc.
|
||||
1 | Name |
K****** H****
|
||||
1 | Telephone Number |
630-4******** Extension:
|
||||
1 | Fax Number |
630-4********
|
||||
1 |
k******@elitetest.com
|
|||||
Equipment Specifications | |||||||||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Line | Rule Parts | Grant Notes | Lower Frequency | Upper Frequency | Power Output | Tolerance | Emission Designator | Microprocessor Number | |||||||||||||||||||||||||||||||||
1 | 1 | 15C | 902.25000000 | 926.75000000 | 0.0470000 |
some individual PII (Personally Identifiable Information) available on the public forms may be redacted, original source may include additional details
This product uses the FCC Data API but is not endorsed or certified by the FCC