Nabco GYRO TECH GT-1175 Owner's manual

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GT1175 Slide Door Opus Control
Wiring and Programming Manual
P/N C-00391 Rev 8-11-21
NABCO Entrances Inc. S82 W18717 Gemini Drive Muskego, Wisconsin 53150
Phone: [phone] Fax: [phone] www.nabcoentrances.com
NABCO hours of Operaon: Monday to Friday 8:00 a.m.- 4:30 p.m. (Central Time)
• Turn OFF all power to the Automatic Door if a Safety System is not working.
• Instruct the Owner to keep all power turned OFF until corrective action can be achieved
by a NABCO trained technician. Failure to follow these practices may result in serious
consequences.
• NEVER leave a Door operating without all Safety detection systems operational.
WARNING
Table of Contents
CHAPTER 1: SAFETY ............................................................. 3
CHAPTER 2: SCOPE .............................................................. 4
SECTION 2.1: To the Installer ......................................................................4
SECTION 2.2: Objecve ...........................................................................4
SECTION 2.3: Request a User Name/Password to gain access into the “myNABCO” portal . . . . . . . . . . . . . . . . . . . . 4
SECTION 2.4: QR Code Links .......................................................................4
CHAPTER 3: GETTING STARTED.................................................... 4
SECTION 3.1: Features ............................................................................4
SECTION 3.2: Wiring ..............................................................................5
SECTION 3.3: General Specicaons .................................................................5
SECTION 3.4: Electrical Specicaons ................................................................5
SECTION 3.5: Output Power Guidelines ..............................................................5
SECTION 3.6: The Opus Control for GT1175 Units ......................................................6
SECTION 3.7: Navigate with the Rotary Dial ...........................................................6
SECTION 3.8: IO Terminal strips .....................................................................6
SECTION 3.9: Relay Output Terminal Strip ............................................................7
SECTION 3.10: CAN Bus Communicaon .............................................................7
SECTION 3.11: Simultaneous Pair ...................................................................7
CHAPTER 4: LCD CATEGORY SCREENS .............................................. 7
SECTION 4.1 Level One: Specicaon Screens ........................................................7
SECTION 4.2 Level Two: Access Screen ..............................................................8
SECTION 4.3 Enter Passcode .......................................................................8
SECTION 4.4 Cancel Passcode or Reset to Default .....................................................9
SECTION 4.5 Level Three and Four: Seng Category and Menu Items ....................................9
CHAPTER 5: STROKE LEARNING ................................................... 9
CHAPTER 6: SIMULTANEOUS PAIR ................................................ 10
SECTION 6.1: Copy Data from Type 2 (Master Control) to Type 1 (Slave Control) ...........................10
SECTION 6.2: Reseng a Type 2 Control back to a Type 1 Control .......................................11
SECTION 6.3: Customized Programming/Sengs for (1) Control only .....................................11

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GT1175 Slide Door Opus Control Wiring and Programming Manual www.NabcoEntrances.com
P/N C-00391 Rev 8-11-21
CHAPTER 7: SENSORS WITH MONITORING ........................................ 12
CHAPTER 8: PROGRAMMING MENUS ............................................. 12
SECTION 8.1: Base Sengs .......................................................................12
SECTION 8.2: Movement Sengs ..................................................................12
SECTION 8.3: Oponal Sengs ....................................................................13
SECTION 8.4: Output Sengs .....................................................................14
SECTION 8.5: Input Sengs .......................................................................15
SECTION 8.6: History Seng ....................................................................16
SECTION 8.7: Test Open ..........................................................................16
CHAPTER 9: COMMON PROGRAM ADJUSTMENTS .................................. 17
SECTION 9.1: Movement Sengs ..................................................................17
SECTION 9.2: Recycle Count “Reset”. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
CHAPTER 10: SHUT OFF CIRCUIT BREAKER......................................... 18
CHAPTER 11: GT1175 SLIDE DOOR WIRING DIAGRAMS .............................. 19
SECTION 11.1: Single Slide Door with Acusensor M and Holding Beam (w/monitoring) . . . . . . . . . . . . . . . . . . . . . .19
SECTION 11.2: Telescopic Slide Door with Acusensor M and Holding Beam (w/monitoring) . . . . . . . . . . . . . . . . . . 20
SECTION 11.3: Bi-Part Slide Doors with Two Opus Controls .............................................21
SECTION 11.4: 1175 OPUS, using Holding Beam for Break-Out (Telescopic Only) ...........................22
SECTION 11.5: 1175 Matching other Common Sensors to 1175 with OPUS ................................23
SECTION 11.6: Factory Wiring for using Acusensor M for Sidelite Safety ..................................24
SECTION 11.7: Opus with 1175 Electric Lock .........................................................25
SECTION 11.8: Opus with 1175 Magnec Lock .......................................................26
SECTION 11.9: Change Slide Door Mode with Remote Switch ...........................................27
SECTION 11.10: Infrared Holding Beams ............................................................28
SECTION 11.11: Wiring a Card Reader, or secure Acvaon Device, to 1175 ...............................29
CHAPTER 12: TROUBLESHOOTING ................................................ 30

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Rev. 8-11-21 P/N C-00391
CHAPTER 1: SAFETY
SECTION 1.1: Warning Labels
Warning labels are universal and used to alert an individual of potenal harm to one’s self or to others. The following warning labels
are listed in a hierarchy order that denes the most potenal danger rst, and the least potenal danger last.
Indicates potentially dangerous situations. Danger is used when there is a hazardous situation
where there is a high probability of severe injury or death. It should not be considered for
property damage unless personal injury risk is present.
Indicates a hazardous situation which has some probability of severe injury. It should not be
considered for property damage unless personal injury risk is present.
Indicates a hazardous situation which may result in a minor injury. Caution should not be
used when there is a possibility of serious injury. Caution should not be considered for
property damage accidents unless a personal injury risk is present.
Aenon: A situaon where material could be damaged or the funcon impaired.
Notice: Indicates a statement of company policy as the message relates to the personal safety or protecon of
property. Noce should not be used when there is a hazardous situaon or personal risk.
Note: Indicates important informaon that provides further instrucon.
SECTION 1.2: General Safety Recommendaons
Disconnect all power to the junction box prior to making any electrical connections. Failure to
do so may result in serious personal or fatal injury. When uncertain whether power supply is
disconnected, always verify using a voltmeter.
Do not place nger or uninsulated tools inside the electrical controller. Touching wires or
other parts inside the enclosure may cause electrical shock, serious injury or death.
Read, study and understand the installation and operating instructions contained in or
referenced in this manual before operating. If you do not understand the instruction, ask a
qualied technician. Failure to do so may result in bodily injury or property damage and will
nullify all warranties.
The Ground wire from the Opus Control 120 VAC Harness, and the Incoming 120 VAC Ground
wire must be connected to the Ground screw located within the Swing door Header.
All electrical troubleshooting or service must be performed by trained, qualied electrical
technicians and comply with all applicable governing agency codes.
Do Not touch other parts of the Opus Control board with a screwdriver or anything else metal.
Damage to electrical circuitry may occur.
If the door appears broken or does not seem to work correctly, it should be immediately
removed from service until repairs can be carried out or a qualied service technician is
contacted for corrective action.
Notice: This manual, the owner’s manual and all other associated manuals must be given to and retained
by the purchasing facility or end user.
Notice: Wiring must meet all local, state, federal or other governing agency codes.
DANGER
WARNING
CAUTION
DANGER
DANGER
WARNING
CAUTION
CAUTION
CAUTION
CAUTION

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GT1175 Slide Door Opus Control Wiring and Programming Manual www.NabcoEntrances.com
P/N C-00391 Rev 8-11-21
CHAPTER 2: SCOPE
SECTION 2.1: To the Installer
The purpose of this manual is to familiarize the installer with the proper installaon and operaon of this system. It is essenal that
this equipment be properly installed and operaonal before the door is used by the public. It is the installer’s responsibility to inspect
the operaon of the entrance system to be sure it complies with any applicable standards. In the United States, ANSI Standard 156.10
(Used to cover Full Energy doors) and ANSI Standard 156.19 (Used to cover Low Energy doors) apply. Other local standards or codes
may apply. Use them in addion to the ANSI standards.
If aer troubleshoong a problem, a sasfactory soluon cannot be achieved, please call Nabco Entrances at 1-877-622-2694
between 8 am – 4:30 pm Central me for addional assistance. This manual oers step by step instrucons. Do Not take shortcuts.
SECTION 2.2: Objecve
The Opus Control is designed to be installed within new Swing, Sliding, and Folding Door Units, plus:
XExisng swing, sliding, and folding doors using Analog, Magnum, or U01-U19 controls (works with encoders or microswitches).
XExisng sliding doors using U01-U19 controls. Contact Customer Service at 1-888-679-3319 to purchase Retrot kits.
SECTION 2.3: Request a User Name/Password to gain access into the “myNABCO” portal
To gain access into the “myNABCO” portal, the User must rst have an assigned User Name and Password. To request a User Name
and Password, the following must be done:
1. Open the NABCO Website: www.nabcoentrances.com
2. Enter the “myNABCO” portal → Request Access → Fill out the Request Access Form → Click onto Register
a. A User Name and Password will be emailed back to the requestor.
SECTION 2.4: QR Code Links
Android Phone Instruction to Scan QR Code I-Phone Instruction to Scan QR Code
Downloading a QR Scanner by an Android Phone may vary.
1. Google to download QR Scanner. Install.
2. Place phone in front of QR Code. Scan.
1. Click on Camera icon.
2. Place phone in front of QR Code. Scan.
Associated Videos QR Code Associated Videos QR Code
Opus - Navigang Top Level Screens Opus - Wiring and Conguring for Electric Locks
Opus - Using the Rotary Dial Opus - Connecng Mode Switches
CHAPTER 3: GETTING STARTED
SECTION 3.1: Features
Specification Description
Power Close Built-in
Back Check Angle Adjustment ►5 to 35 degrees from Full Open posion ►Used with Encoder Motor only.
Latch Check Angle Adjustment ►10 to 40 degrees from Full Closed posion ►Used with Encoder Motor only.
Built In Sequencer Can acvate Electric Locks ►Electric Strikes
►Electric Latch Retracted Panic Devices

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Rev. 8-11-21 P/N C-00391
SECTION 3.2: Wiring
Item Description
Power Input 100VAC - 130 VAC, AC 50-60 Hz; 3A (NABCO recommends min. 5A service)
Power for accessories 12VDC; 750mA
Output Rang Transistor Output; 100mA @ 12VDC
Relay Output Rang Mechanical Relay Output; 3A at 110VAC
F1 Fuse 120VAC Power Circuit of Control
SECTION 3.3: General Specicaons
Specification Description
Temperature Range -13 degrees to 140 degrees Fahrenheit
Motor Type High voltage, Brushless Motor with Encoder, 115V
Number of Signal Inputs ►1 x Acvaon ►2 x Door Mode
►2 x Safety ►1 x Sequenal
►1 x Breakout (stop) ►3 x Programmable
Number of Outputs ►1 x Electric Lock Form C Relay
►2 x Programmable Transistor Outputs
SECTION 3.4: Electrical Specicaons
Note: All Wiring Diagrams included within this manual, reect typical primary and secondary circuits that might be commonly
used. On site wiring may be dierent from that shown.
Note: NABCO factory ulizes Underwriters Laboratories (UL) recognized component wire, terminals and connector housings to
manufacture all Automac Door systems.
Table 1 Power Draw Common Accessories
Sensor Part Number Current Consumption
BEA IXIO-DT1 V-00057 200mA
(ea.unit) at 12VDC
Acusensor M A-01306 150mA
Optex i-oneX T V-00746 208mA
Acuzone T V-00745 208mA
Radio Control Receiver 24-11467 50mA
CX33 Logic Relay V-00734 320mA
SECTION 3.5: Output Power Guidelines
TOTAL current draw from the Opus Control must not exceed 0.7A when providing power to:
XSensors XModules XAccessories XAuxiliary Equipment
An auxiliary power supply, (e.g. NABCO Transformer 24 VDC Power Supply, P/N V-00022) must be ulized if TOTAL current draw
exceeds 0.7A.
The Opus Control must Not be used to power: Magnetic Locks nor Electric Locks
To determine if an auxiliary power supply must be used, add the total current draw of all devices. Please refer to the formula below:
Example: An Automac Door System is to be ed with the following devices:
2 x Acusensor M @ 150 mA = 300 mA
1 x Cp/RX Radio Control Receiver @ 50 mA = 50 mA
Total = 350 mA
350mA does not exceed total current draw.
An Auxiliary Power Supply does not need to be used.
CAUTION

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P/N C-00391 Rev 8-11-21
SECTION 3.6: The Opus Control for GT1175 Units
Note: The Hold Close feature is enabled when the LCD screen is OFF, or disabled when the LCD screen is LIT.
DN 1328
①
②
③
④ ⑤ ⑥
⑦
⑧
⑨
⑩
⑪
1 CN3 I/O Terminal Strip 5- LCD Screen 9 - Ground Screw (Slide Door only)
2CN5 Relay Output Terminal Strip 6 CN2 Motor Connector 10 - Power Switch (Slide Door only)
3 CN4 CAN Bus Communicaon 7 CN1 Power Connector 11 - Bracket (Slide Door only)
4- Rotary Dial 8 - Fuse
SECTION 3.7: Navigate with the Rotary Dial
XPush down on the Rotary Dial:
1. Long push (2) seconds to gain access to LCD Category Screens.
2. Short push under (2) seconds to access Sub-level screens, and to selected/unselect menu items.
3. Long push (2) seconds to go back to Level Two or Level One screens.
4. Long push (2) seconds to go back to Main screen.
XTurn the Rotary Dial (2) clicks to advance through each menu item:
• Clockwise: To scroll forward through screens and programming options.
• Counterclockwise: To scroll backward through screens and programming options.
DN 2429
Type: GT710 Swing
Status: Slow Closing
Error: -----
Ac v on: IN EXT
Posion:
Other: BA 6B SWL
Push and Hold Dial
Go to Se ng Mode
Rotary Dial
UNIT SPECIFICATIONS
11
20
10
12
LCD Screen
Fully Closed
GT1175 Opus Slide
> > > > > > > > >
Figure 1 The Rotary Dial
SECTION 3.8: IO Terminal strips
I/O Terminal Strips (1 thru 14)
112VDC +12VDC 8 BA Breakout
2 GND Common for 12V and signals 9 SQ Sequenal acvaon (signal to open, signal to close)
361 Interior Acvaon 10 H Reduced Open (Programmable Input)
462 Exterior Acvaon/Programmable Input 11 M0 Mode 0 One way when
connected to Common
Hold Open when
both M0 and M1
connected to
Common
56B Holding Beam
6SWL Default seng: Sidelite Safety 12 M1 Mode 1 Night when connected
to Common
Rev 27 & Later: Input is programmable
7 Out1 Sensor Monitoring (Programmable Output) 13 Out 2 Aux. Output 2, Programmable output, closes to GND
Closes to Common 14 GND Common for all above signals

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SECTION 3.9: Relay Output Terminal Strip
Relay Output 3
COM Common Input N.C. Normally Closed Contact N.O. Normally Open contact for Sensor Monitoring
SECTION 3.10: CAN Bus Communicaon
Used to connect Sim Pair, Astragal, Sequencing and the NET-HT Cable when programming.
SECTION 3.11: Simultaneous Pair
Bi-Part Units installed with panels larger and/or heavier than standard panels, require (2) Drivetrains. (2) Drivetrains require (2) Opus
Controls. (2) Opus Controls installed inside (1) Header must be programmed as a Sim-Pair (same as a swing door). (2) Opus Controls
are installed inside the Header and programmed as a Sim-Pair at the NABCO Factory.
CHAPTER 4: LCD CATEGORY SCREENS
Passcode
Go to Se ng Menu
Stroke Learning
Yes No
UNIT SPECS ERROR ANSI TERMINAL Long
Push
LEVEL 1 LEVEL 2
Rotate Dial to navigate screen. Short Push Dial to select
Se ng Category
LEVEL 3
ParameterOp ons
Base Se ng Operator Type/Low or Full Energy/Handing/Encoder
Movement Se ng
(Rotate Rotary Dial)
Open Speed/Back Check Speed/Back Check Range/Close Speed/Latch Check Speed/
Latch Check Range/Open Timer/Reac on Power/Open Recycle Sens/Close Recycle Sens/
A er Open Recycle
Op onal Se ng Hold Close Force/Power Close Range/Manual Open Func on/Manual Open Sens/Manual
Open Timer/BCHK Lockout Angle/LCHK Lockout Angle/Stop Force adjustment/SimPair Se ng
Output Se ng Output1 Se ng/Output2 Se ng/RelayOutput3 Se ng/Open Delay Timer/
Sequence Delay Timer/Lock Condi on
Input Se ng Input 62 Se ng/Input 62 Open Timer/Input H Se ng/Input H Open Timer/Input 61 Circuit/
Input 62 Circuit/Input 6B Circuit/Input SWL Circuit/Input BA Circuit/6B Stop Closing/A er 6B
Open?/61 Monitoring/62 Monitoring/6B Monitoring/SWL Monitoring
History Data Opera on Cnt/Open Recycle Cnt/Close Recycle Cnt/Latest Recycle Posi on
DN 1334
LEVEL 4
Push and Hold Rotary Dial (2 Sec.)
Rotate
Dial
Rotate
Dial
Rotate
Dial
Short
Push
Figure 2 LCD Screen Transition
SECTION 4.1 Level One: Specicaon Screens
Type: GT710 Swing
Status: Slow Closing
Error: -----
Ac va on: IN EXT
Posi on: > > > > > > >
Other: BA 6B SLS
Keep Pushing Switch
=> Se ng Mode
DN 2430
UNIT SPECS
ANSI specs (reference)
Opening Time to 80 deg
Closing Time to LCHK
LCHK to FullClosed
8BA112VDC
9SQ2GND
10 Mul 361
11 M0 462
12 M1 56B
13 Out3 6SWL
14 GND 7 Out2
Terminal
Error Screen
Mfg: 11/2016 Rev.B:21
Rotate
Dial
Rotate
Dial Rotate
Dial
ANSI SPECS
ERROR SPECSTERMINAL SPECS
Fully Closed
GT1175 Opus Slide
Figure 3 Level One Screens

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GT1175 Slide Door Opus Control Wiring and Programming Manual www.NabcoEntrances.com
P/N C-00391 Rev 8-11-21
Level One screens are used to inform the User all specicaons that have already been programmed into the Opus Control. If a
specicaon needs to be changed, the User must reprogram the Opus Control within the Level Three screen, or Level Four screen.
When Power is turned ON for the rst me, the Door does not move. Instead, an LCD screen will illuminate to display a Level One:
Unit Specicaon screen (Default screen).
There are (4) Level One screens:
XUnit Specicaons: Displays the type of door and current status of the unit. The type of door (swing, slide or folding)
can be changed within the Base Settings Category (Level 3 and Level 4). Please refer to Subsection Table 5 The screen
above shows the Opus control installed on a GT710.
XError Specicaons: This screen will only display an Error Code in the event there is an Error. Otherwise this screen
stays blank.
DN 2431
Type: GT710 Swing
Status: Slow Closing
Error: -----
Ac va on: IN EXT
Posi on: > > > > > > >
Other: BA 6B SLS
Keep Pushing Switch
=> Se ng Mode
UNIT SPECS
Recycle Warning!
Rotate
Dial
ERROR SPECS
Short
Push
FLASHING
SCREEN
Long
Push
Recycle Warning!
Clear Yes No
ERROR SPECS
Rotate
Dial
Recycle Warning!
Clear No
ERROR SPECS
Yes
Short
Push
Fully Closed
GT1175 Opus Slide
Figure 4 Example: Clear an Error Code for Recycle Warning
X ANSI Specicaons: Displays the actual time of opening and closing of the door to help determine ANSI compliance.
(Applies to swing doors only).
X Terminal Specicaons: Displays the current status of all of the Input/Output lines of the terminal strip.
SECTION 4.2 Level Two: Access Screen
Note: The “Acvate Passcode” opon is only displayed in the event “0045” had not already been entered.
DN 1713
Passcode
Stroke Learning
Yes No
LEVEL 2
Rotate
Dial
Passcode
Stroke Learning
Yes No
Passcode
Go to Seng Menu
Stroke Learning
Passcode
Go to Seng Menu
Stroke Learning
Go to Seng menu Reset to Default Set
YesNo
Passcode
Stroke Learning
Yes No
Acvate Passcode
Rotate
Dial
Rotate
Dial
Rotate
Dial
Figure 5 Level Two Screen
Aenon: To prevent tampering, a Universal Passcode (0045) has been programmed into all Opus Controls. This
Passcode cannot be changed, but can be turned OFF and ON.
Aenon: Do Not acvate Passcode (0045) unl programming of the Opus Control is complete. Failure to do so,
will force the User to enter (0045) each me a change is made.
SECTION 4.3 Enter Passcode
Short
Push
LEVEL 2Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
0
Short
Push
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
00
Short
Push
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
000
Rotate
Dial
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
004
Short
Push
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
0044
Rotate
Dial
0045
Short
Push
Correct PassCode!
If you don’t know
the password,
Keep Pushing Switch,
Return to Normal mode
0045
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode DN 1715
Passcode
Stroke Learning
Yes No
Ac vate Passcode

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SECTION 4.4 Cancel Passcode or Reset to Default
Passcode
Stroke Learning
Yes No Short
Push
Reset to Default Set
LEVEL 2Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
0
Short
Push
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
00
Short
Push
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
000
Rotate
Dial
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
004
Short
Push
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
0044
Rotate
Dial
0045
Short
Push
Correct PassCode!
If you don’t know
the password,
Keep Pushing Switch,
Return to Normal mode
0045
Reset to Default Set
If you don’t know
the passcode,
Keep Pushing Switch,
Return to Normal mode DN 1712
SECTION 4.5 Level Three and Four: Seng Category and Menu Items
Short
Push
DN 1716
Passcode
Stroke Learning
Yes No
Go to Seng menu Seng Category
Base Seng
Movement Seng
Oponal Seng
Output Seng
Input Seng
History Data
LEVEL 3
Low Energy or Full
Low Full
Rotate
Dial
LEVEL 4
LEVEL 2
Long Push
Long Push
CHAPTER 5: STROKE LEARNING
DN 2314
11
20
10
12
Type: 1 GT1175 Opus Slide
Status: Slow Closing
Error: -----
Acvaon: IN EXT
Posion:>> > > > > > > >
Other: BA 6B SWL
Push and Hold Dial
Go to Seng Mode
Passcode
Go to Seng menu
Stroke Learning
Yes No
Yes
Wrong Hand!
Restroke
Clear Yes No
OR
Fully Closed
Figure 6 Stroke Learning
Note: Prior to stroke learn the door must always be in the closed posion and status should read fully closed.
Stroke Learning is used to measure from Fully Closed to Fully Open points in eort to determine where Check Points should happen.
SECTION 5.1 Stroke Learning (YES)
1. Go to the Opus Control. From the Unit Specs Screen, press down on the Rotary Dial unl the next Screen is displayed.
2. Turn the Rotary Dial to highlight (YES) under (Stroke Learning).
a. Do not press the Rotary Dial at this me.
3. Fully Open the Slide door.
4. Go back to the Opus Control. Briey press down on the Rotary Dial.
a. The Control will check to see if the Door is fully Open → then slowly Close
SECTION 5.2 Error Message
If Handing of Door is wrong, messages after the Stroke Learning Cycle will display: “Wrong Hand! Restroke”. If this event occurs
one of two things are indicated:
XThe wrong Operator Type is selected - or - the wrong Handing is selected.
If the wrong Handing is selected:
XEnter the proper sengs within the Base Seng Category screens.

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GT1175 Slide Door Opus Control Wiring and Programming Manual www.NabcoEntrances.com
P/N C-00391 Rev 8-11-21
CHAPTER 6: SIMULTANEOUS PAIR
Aenon: DO NOT copy data from the Slave Control (Type 1). If data is copied from a Slave Control (Type 1):
►The Slave Control (Type 1) will change itself into a Master Control (Type 2).
►Controls of the same Type cannot communicate between each other.
Aenon: Somemes Bi-Part Doors are built large enough to require (2) Drivetrains. This means (2) Opus
Controls will be set up as a Sim-Pair. This should already be set from the NABCO Factory.
Aenon: When programming Opus controls on Bi-Fold doors using 2 controls, Always say “NO” to “copy data?”.
Aenon: Monitored sensors are only connected to the Master Control (Type 2). If sengs for monitoring
sensors are copied to the Slave Control (Type 1), Sensor Monitoring errors will occur.
Aenon: Necessary changes (such as speed or ming) must be made for Both Controls at the same me. These
changes must be done Manually. DO NOT copy.
Aenon: Stroke Learning must be performed on each Opus Conrol.
Note: Opus Controls installed inside Bi-Part Headers are programmed to operate as a pair at the NABCO Factory.
Within the Status Screen (main screen) located at the top, Opus Controls are labeled Type 1 or Type 2. Type 1 should be considered
the Slave Control; Type 2 should be considered the Master Control:
XAll Acvaon Devices and main harness are connected to the Master Control (Type 2).
XProgramming/Sengs that need to apply to both Controls, must be done from the Master Control (Type 2).
XTo ensure programming/sengs made to the Master Control (Type 2) is copied to the Type 1 (Slave Control), select YES
when prompted to COPY DATA. This is done when backing out of programming.
DN 2427
11
20
10
12
Type: 1 GT1175 Opus Slide
Status: Fully Closed
Error: -----
Acvaon: IN EXT
Posion:>> > > > > > > >
Other: BA 6B SWL
Push and Hold Dial
Go to Seng Mode
11
20
10
12
Type: 2 GT1175 Opus Slide
Status: Fully Closed
Error: -----
Acvaon: IN EXT
Posion:>> > > > > > > >
Other: BA 6B SWL
Push and Hold Dial
Go to Seng Mode
STATUS
SCREEN
2 = Master Control
STATUS
SCREEN
1 = Slave Control
OPUS Control
SECTION 6.1: Copy Data from Type 2 (Master Control) to Type 1 (Slave Control)
1. Go to the Type 2 (Master Control). Push the Rotary Dial in for 2 seconds, release.
2. Push the Rotary Dial in again 2 seconds for (Copy Data (YES or NO).
3. Upon exing the (Copy Data (SimPair) screen will display.
1. Turn the Rotary Dial to highlight (YES)
2. Briey press down on the Rotary Dial to select. Programming/Sengs made to the Type 2 Control will automacally
copy to the Type 1 Control.
DN 2312
Copy Data (SimPair)?
No
Yes
Figure 7 Programming/Settings for Sim Pair Controls

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SECTION 6.2: Reseng a Type 2 Control back to a Type 1 Control
Note: When resseng to default the control BA is N.C. and sim pair seng is Single door.
There can never be (2) Master Controls, or (2) Slave Controls. There must always be (1) Master Control, and (1) Slave Control.
1. Go to the Control without acvaon devices connected to it. This will be the Slave Control (Type 1). Perform a Factory Reset.
1. Press down on the Rotary Dial unl the next screen is displayed.
2. Turn the Rotary Dial clockwise to highlight (Reset to Default Set).
3. Briey press down on the Rotary Dial. Enter the passcode: 0045.
1. Turn the Rotary Dial clockwise to highlight a preferred number, then briey press down.
2. Repeat unl the passcode is complete.
4. Briey press down on the Rotary Dial to display the (Seng Category) Screen.
DN 2428
Passcode
Reset to Default Set
Stroke Learning
Yes No
Reset to Default Set
0
If you don’t know
the passcode,
Keep Pushing Switch,
Return to normal mode
11
20
10
12
Type: 1 GT1175 Opus Slide
Status: Fully Closed
Error: -----
Acvaon: IN EXT
Posion:>> > > > > > > >
Other: BA 6B SWL
Push and Hold Dial
Go to Seng Mode
Copy Data (SimPair)?
Yes No
11
20
10
12
Type: 2 GT1175 Opus Slide
Status: Fully Closed
Error: -----
Acvaon: IN EXT
Posion:>> > > > > > > >
Other: BA 6B SWL
Push and Hold Dial
Go to Seng Mode
Figure 8 Reset Control
2. Turn the Rotary Dial to highlght (Oponal Seng). Briey press down on the Rotary Dial. Turn the Rotary Dial to highlight
(Simpair Seng). Briey press down on the Rotary Dial to select.
3. Turn the Rotary Dial to highlight the desired Paired Seng. Briey press down on the Rotary Dial to select.
4. Press and hold the Rotary Dial unl the (Seng Category) screen is displayed.
5. Press and hold the Rotary Dial unl the (Copy Data) Screen is displayed.
6. Turn the Rotary Dial to select (NO).
7. Briey press down on the Rotary Dial. The Type 2 (Master Control) will automacally reset to the Type 1 (Slave Control).
SECTION 6.3: Customized Programming/Sengs for (1) Control only
Note: Customized Programming/Sengs can be done for (1) Control without losing data previously saved for (2) Controls.
Somemes Programming/Sengs need to change for (1) Control only. For example, Door (1) needs to open faster than Door (2).
1. Go to the Type 1 (Slave Control) or Type 2 (Master Control). Program any/all new sengs.
2. Press and hold the Rotary Dial unl the (Copy data) Screen is displayed.
3. Turn the Rotary Dial to select (NO).
a. Customized Programming/Sengs will only be saved to (1) Control.
Copy Data (SimPair)?
Yes No
DN 2313
Figure 9 Programming/Settings for (1) Control

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P/N C-00391 Rev 8-11-21
CHAPTER 7: SENSORS WITH MONITORING
XIt’s best to setup the controls and have the doors operang as desired before connecng safety sensors. This way any
sengs that typically need to be copied are already established.
XDoor mounted safety sensors should be connected to the control running the door which those sensors apply to.
XWhen monitored sensor wiring is dierent between controls, you want to avoid monitoring sengs from being copied to
the other control, say “no” to “copy data” when exing programming.
XOverhead safety sensors are not ideal on low-energy pairs or whenever doors are oen used manually. But when used
(common in full-automac doors), as above, monitoring should only be acve on the control that the sensor is connected
to, typically the “Type 2” Control. Avoid copying data.
CHAPTER 8: PROGRAMMING MENUS
SECTION 8.1: Base Sengs
Base Setting
Setting Category Menu Item Default Action
Operator Type ►GT-300/400/500 Swing
►GT-1175 Retrot Slide
►GT-1175 Opus Slide
►GT-710 Swing
GT-710
Swing
►Select (1175 Opus Slide) when VS-150 Operator is used.
►Select (1175 Retrot Slide) when U01-U19 type Operator is used.
Door Hand
ATTENTION:
Bi-Parts are set up
as Left Hand
►Le
►Right
Le From the Exterior Side of Building, determine which Handing to
enter: Le or Right
RIGHT HANDING
DN 1326
LEFT HANDING
EXTERIOR SIDE OF BUILDING
►When used with VS-150 Operator: Slider Handing can also be selected on the Opus Control by the
direcon of the motor rotaon during door opening (CW, CCW) .
Reduced Stroke ►Yes
►No
No To reduce opening, manually move door and push YES
SECTION 8.2: Movement Sengs
Movement Setting
Parameter Range Default Description
Open Speed 0 - 7 3The higher the number the faster the Door opens
Back Check Speed 0 - 7 3Sets door speed during Back Check
Back Check Range 0 - 7 3Slide Door: 1" to 13-3/4" of Fully Open
Close Speed 0 - 7 3The higher the number the faster the Door closes
Latch Check Speed 0 - 7 3Sets door speed during latch check
Latch Check Range 0 - 7 3Slide Door: 1" to 13-3/4" of Fully Closed
Open Timer 0-10, 12, 15,
20, 25, 30
2 Hold Open me aer Door reaches Full Open and acvaon signal is no
longer present.
Reaction Power 0 - 7 3Determines how fast the door reacts to a reacvaon when closing.
Open Recycle Sens 0 - 7 3Recycle detecon Sensivity. Determines how much force is exerted during
opening or closing cycle.
►“0”= most sensive
►“7” = least sensive
Close Recycle Sens
Aer Open Recycle Slow Open Slow Open Determines what happens aer a recycle during Opening cycle.
Slow Open = Door stops then slowly opens.
Stop = Door stops then slowly closes.
Stop

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Movement Setting
Parameter Range Default Description
Close Recycle
Reopen
Yes Yes Determines what happens aer a recycle while closing cycle.
►Yes = Door re-opens
►No = Door stops then slowly closes
No
SECTION 8.3: Oponal Sengs
Optional Setting
Parameter Range Default Description
Hold Close Force 0 - 3 0 0 OFF
3Strongest Hold Close force
Sim Pair Setting Single Door Single
Door
Select type of Door
Normal Sim Pair If selected; before returning to last screen, opon to copy
sengs to other Control is given.
Double Egress The Acvaon signal (only) is shared between doors. All other
signals are independent.
Overlap Sim Pair ►Overlap Sim Pair is for an Astragal Applicaon.
►Opus Control connected to door that must open rst:
1. Have acvaon signals connected to it
2. Be set to “Overlap Sim Pair”
►The delayed control will be set to “Normal Sim Pair”
► Latch Check range is wider than normal seng.
►If selected; before returning to last screen, the opon to
copy sengs to the other Control is given
Flip Screen Yes No Choose Yes if Opus is installed upside down.
LCD will ip right side up when Control is upside down.
No

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SECTION 8.4: Output Sengs
Output Setting
Parameter Terminal Default Range Description
Output 1 Terminal 7 Sensor Monitoring (N.O.) ►— — ►No Output
Output 2 Terminal 13 Fully Closed Position ►Fully Closed Posion ►Output closes when fully closed
Relay Output 3 Relay Output — — ►Closing Status ►Output closes when door is closing
Terminals ►Opening Status ►Output closes when door is opening
►Fully Opened Posion ►Output closes when door fully opened.
►Error State Output ►Output closes when error detected
►Recycle happened ►Output closes when recycle occurs
►Electric Strike Lock ►Set for electric strike funconality (N.O.)
►Electric Magnec Lock ►Set for Mag lock funconality (N.C.)
►Air lock ►Set for Air lock funconality
►Breakout Pass through ►Output closes when breakout occurs
►TrmnL H PassThrough ►Output changes state when input H
changes state
►Door Sequencing ►Provision for door sequencing
►Sensor Monitoring
(N.O.)
►Normally open Monitoring circuit
(high logic)
►Sensor Monitoring
(N.C.)
►Normally closed Monitoring ciruit
(low logic)
►Bodyguard Output ►Outputs data for bodyguard sensors and
other sensors that utilize same data.
►For Elite N Output ►For Elite (N) sensor made by Optex.
(Output 1 only)
Open Delay
Timer
N/A 0.4 0.5, 1.0, 1.5 sec
Aer Unlock Input
Delay me aer acvaon to allow lock to
unlock before the door starts moving.
Only funconal if Electric Lock is selected.
Sequence
Delay Timer
N/A 0 0-10, 12, 15, 20, 25
Same as Open Timer
Delay Time before second Door opens when
an output
is being used for Door Sequencing.
Lock Condion N/A Every Fully Closed Every Fully Closed
One way/Night Only
Determines when the electric lock engages.

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SECTION 8.5: Input Sengs
Input Setting
Parameter Terminal Default Range Description
Input 62 Setting Terminal 4 Ext Activation ►— — ►No input
Input SWL Setting Terminal 6 Sidelite Safety ►All Mode Acvaon ►Activates in all modes but OFF
Input H Setting Terminal 10 Reduced Open ►Interior Acvaon ►Interior Activation (works in one-way)
Input SQ Setting
(rev 28 and later)
Terminal 9 Sequenal Input ►Exterior Acvaon ►Activation on exterior
►Beam Sensor ►Threshold sensor (slide door only)
►LE Approach Sensor ►Door-mounted Sensor on approach side
►Unlock Input ►For Lock Feedback where applicable
►Disable Power Close ►Turns off power close and hold close
►Sequenal Input ►Takes one activation to open door and
another to close door
►Open Slow ►Causes slow opening of the door
►Safety with Lockout ►Swing side header mounted sensor input
(swing door only)
►Connuous Safety ►Door-mounted Sensor on pull side
►Reduced Opening ►Causes unit to change to reduced open
►Emergency Close
and Lock
►Forces the door to slowly close and lock
(if equipped)
►Hold Open Mode ►Holds door in open posion
Asia Only ►(Do Not Use) ►ANSI does not allow Acvaon Sensor to
be mounted on the swing side of door.
►If acvated, Opus will ignore the Acvaon
Sensor while d-oor is moving.
►This input is for the ASIAN market ONLY.
►AsiaSpec_IntActSwgSd
►AsiaSpec_ExtActSwgSd
Input 62 Timer N/A Same as Open Timer Same as Open Timer
0 thru 10, 12,15, 20, 25 sec
Hold open time for Input 62
Input H Timer N/A Same as Open Timer 0 thru 10, 12,15, 20, 25 sec Hold open me for Input H
Input SWL Timer N/A Same as Open Timer Same as Open Timer
0 thru 10, 12,15, 20, 25 sec
Hold open me for Input SWL
Input SQ Timer N/A Same as Open Timer Same as Open Timer
0 thru 10, 12,15, 20, 25 sec
Hold open me for Input SQ
Input 61 Circuit N/A Normally Open ►Normally Open
►Normally Close
Circuit logic for Input 61
Input 62 Circuit N/A Normally Open ►Normally Open
►Normally Close
Circuit logic for Input 62
Input 6B Circuit N/A Normally Open ►Normally Open
►Normally Close
Circuit logic for Input 6B
Input
SWL Circuit
N/A Normally Open ►Normally Open
►Normally Close
Circuit logic for Input SWL
Input BA Circuit N/A Normally Close ►Normally Open
►Normally Close
Circuit logic for Input BA
6B Stop Closing N/A No ►Yes
►No
While closing and 6B is ON at latch check, cycle
Determines door movement stop or close.
After 6B Open? N/A Yes ►Yes
►No
Determines door movement open or close,
aer 6B.

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Input Setting
Parameter Terminal Default Range Description
61 Monitoring N/A Acve ►Acve
►Not Active
Sensor monitoring function *
62 Monitoring N/A Acve ►Acve
►Not Active
Sensor monitoring function *
6B Monitoring N/A Acve ►Acve
►Not Active
Sensor monitoring function *
SWL Monitoring N/A Not Acve ►Acve
►Not Active
Sensor monitoring function *
* If monitoring is enabled for any input, a sensor must be connected to that input that is capable of monitoring. That sensor’s
input must then be connected to an Opus output programmed for monitoring. If this is not done, errors will occur resulng in
the door not operang unl the problem is xed.
* Monitoring settings are “OFF” by default except when used as “1175 Opus Slide”, in which case standard settings have
monitoring enabled.
SECTION 8.6: History Seng
History Data
Parameter Description
Operation Cnt ►Indicates number of Door open cycles.
►Updated every 100 door cycles.
Open Recycle Cnt Indicates number of mes the Door reversed direcon during Opening cycle aer sensing:
►An object was struck.
►The amount of fricon that surpassed the recycle sensivity seng.
Close Recycle Cnt Indicates number of mes the Door reversed direcon during Closing cycle aer sensing:
►An object was struck.
►The amount of friction that surpassed the Recycle Sensitivity Setting.
Latest Recycle Position ►Indicates the last recycle posion during opening and closing.
►For swing doors it displays the approximate angle from closed at recycle. For slide doors it displays
the position in inches from closed.
SECTION 8.7: Test Open
<= Test Open =>
Tests Open/Close door cycle while ignoring Safety Signals.

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Rev. 8-11-21 P/N C-00391
CHAPTER 9: COMMON PROGRAM ADJUSTMENTS
SECTION 9.1: Movement Sengs
DN 1635
UNIT SPECS
Passcode
Go to Seng menu
Stroke Learning
Yes No
Push and Hold
Rotary Dial (2 Sec.)
LEVEL 1LEVEL 2
1. Rotate Dial to select
"Go to Seng menu".
2. Push Rotary Dial
Seng Category
LEVEL 3
Movement Seng Push Rotary Dial
Open Speed
0 1 2 3 4 5 6 7
0, 1 = Slow, 7 = Fast
Speed Ajustment
11
20
10
12
1. Rotate Dial to select the
"parameter opon".
2. Push Rotary Dial
1. Rotate Dial to select speed.
(Not measured in seconds)
2. Short Push Rotary Dial
LEVEL 4
1. Rotate Dial to select
"Movement Seng".
2. Push Rotary Dial
Back Check Speed
0 1 2 3 4 5 6 7
0, 1 = Slow, 7 = Fast
Speed Ajustment
11
20
10
12
Short Push Rotary Dial
SECTION 9.2: Recycle Count “Reset”
Opera on Cnt
0 cnt
Open Recycle Cnt
0 cnt
Close Recycle Cnt
0 cnt
Latest Rcycl Posi on
C1 0 Op 0
Clear Recycle Cnt
0
If you don/t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
11
20
10
12
DN 1630
UNIT SPECS
Passcode
Go to Se ng menu
Stroke Learning
Yes No
Push and Hold
Rotary Dial (2 Sec.)
LEVEL 1
LEVEL 2
1. Rotate Dial to select
"Go to Se ng menu".
2. Push Rotary Dial
Se ng Category
LEVEL 3
History Se ngPush Rotary Dial
Opera on Cnt
0 cnt
Open Recycle Cnt
2 cnt
Close Recycle Cnt
0 cnt
Latest Rcycl Posi on
C1 0 Op 0
11
20
10
12
Push and Hold
Rotary Dial (2 Sec.)
11
20
10
12
Enter Passcode
0045
Clear Recycle Cnt
0045
If you don/t know
the passcode,
Keep Pushing Switch,
Return to Normal mode
11
20
10
12
LEVEL 4
1. Rotate Dial to
select "History Se ng".
2. Push Rotary Dial
1. Go to the Base Seng Category screens. Enter proper Handing sengs.
2. Repeat Stroke Learning.

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P/N C-00391 Rev 8-11-21
CHAPTER 10: SHUT OFF CIRCUIT BREAKER
Shut the installation site branch Circuit Breaker OFF. Failure to do so may result in serious
personal or fatal injury. When uncertain whether power supply is disconnected, always verify
using a voltmeter.
All high voltage electrical connections must be made by licensed electricians according to
National and Local electrical codes/regulations.
Permanent wiring shall be employed as required by local codes.
Electrical circuit to Nabco operator must not be not shared with other equipment such as
lighting, cash registers, or any device that might cause electrical interference on the circuit.
Keep su󰀩cient spacing between high-voltage and low-voltage wiring. 120 VAC Power wires
must be routed (separate from other wiring) located near the top of inside Header.
Ensure that incomming electrical ground is properly secured to the grounding screw or
grounding wire, whichever is provided.
Aenon: Insert all Incoming 120 VAC Power wires into the pre drilled Electric Service Access Hole located at the
le or right side of Header End Cap.
Aenon: Electrical circuit to Nabco operator must not be not shared with other equipment such as lighng,
cash registers, or any device that might cause electrical interference on the circuit.
Aenon: Any non-factory low voltage wiring added inside the Header must be Type CL2 wire or the equivalent
in accordance with Arcle 725 of the NEC.
Note: It is recommended for the Installer to house all Incoming 120 VAC wires within an Electrical Conduit.
WARNING
WARNING
CAUTION
CAUTION
CAUTION
CAUTION

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CHAPTER 11: GT1175 SLIDE DOOR WIRING DIAGRAMS
SECTION 11.1: Single Slide Door with Acusensor M and Holding Beam (w/monitoring)
OPUS Terminal 1-7
OPUS Terminal
8-14
Relay Output 3
I/O Terminal 8-14
I/O Terminal 1-7
BROWN
RED
BLACK
BLK/RED
WHITE
YELLOW
BLUE GREEN ORANGE
ORG/WHT
RED
GREEN RED ORG/WHT BLUE ORANGE
RED
RED
ORANGE
RED
O/W
REDUCED OPEN Schemac shows backside
of Rocker Switch
Rocker Switch Extension, 36”
P/N A-00967
Rocker Switch for U30
P/N M-00428
BLUE
ORANGE
ORG/ WHT
GREEN
ON
Breakout Extension
P/N M-01136 40” P/N M-01070 15”
Breakout Jumper
P/N A-00385
BROWN, GREY
BLACK, WHITE
YELLOW
RED, GREEN, BLUE
ACUSENSOR M
HARNESS
P/N A-01292
INTERIOR ACUSENSOR M
P/N V-00741
EXTERIOR ACUSENSOR M
P/N V-00741
OPTEX Holding
Beam Controller
P/N A-00129
OPTEX Control
must be set to
Mode B (2 Flashers)
Acusensor Extension
Harness
P/N M-01168 24” P/N M-01156 48”
OPUS OS-12C T
Controller
BROWN Terminal 1&5
RED Terminal 2&3
BROWN
RED
OPUS Assembly
P/N A-01420
Motor/Operator VS-150
P/N V-00914
Main Harness (Telescopic Door)
P/N M-02046
Breakout Switch
P/N A-00758 (Full Open)
P/N A-00387 (Fixed Sidelite)
Key Switch for U30
P/N M-01144
RED
Breakout Y-Harness
(Telescopic Bi-Part)
P/N A-02047
BN
BK
Y
RD
YELLOW
BROWN
RED
BN
BK/rd
Y
RD
BN
BK
Y
RD
BLACK (Hot)
WHITE (Neutral)
GREEN (Ground)
DN 2281
WHITE
YELLOW
OPUS OS-12C T
Controller
1234567891011121314
6 5 4 32 1

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SECTION 11.2: Telescopic Slide Door with Acusensor M and Holding Beam (w/monitoring)
OPUS Terminal 1-7
OPUS Terminal
8-14
Relay Output 3
I/O Terminal 8-14
I/O Terminal 1-7
BROWN
RED
BLACK
BLK/RED
WHITE
YELLOW
BLUE GREEN ORANGE
ORG/WHT
RED
GREEN RED ORG/WHT BLUE ORANGE
RED
RED
ORANGE
RED
O/W
REDUCED OPEN Schemac shows backside
of Rocker Switch
Rocker Switch Extension, 36”
P/N A-00967
Rocker Switch for U30
P/N M-00428
BLUE
ORANGE
ORG/ WHT
GREEN
ON
Breakout Extension
P/N M-01136 40” P/N M-01070 15”
Breakout Jumper
P/N A-00385
BROWN, GREY
BLACK, WHITE
YELLOW
RED, GREEN, BLUE
ACUSENSOR M
HARNESS
P/N A-01292
INTERIOR ACUSENSOR M
P/N V-00741
EXTERIOR ACUSENSOR M
P/N V-00741
OPTEX Holding
Beam Controller
P/N A-00129
OPTEX Control
must be set to
Mode B (2 Flashers)
Acusensor Extension
Harness
P/N M-01168 24” P/N M-01156 48”
OPUS OS-12C T
Controller
BROWN Terminal 1&5
RED Terminal 2&3
BROWN
RED
OPUS Assembly
P/N A-01420
Motor/Operator VS-150
P/N V-00914
Main Harness (Telescopic Door)
P/N M-02046
Breakout Switch
P/N A-00758 (Full Open)
P/N A-00387 (Fixed Sidelite)
Key Switch for U30
P/N M-01144
RED
Breakout Y-Harness
(Telescopic Bi-Part)
P/N A-02047
BN
BK
Y
RD
YELLOW
BROWN
RED
BN
BK/rd
Y
RD
BN
BK
Y
RD
BLACK (Hot)
WHITE (Neutral)
GREEN (Ground)
DN 2281
WHITE
YELLOW
OPUS OS-12C T
Controller
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