Identify Garage Door Type
The Avanti opener fits sectional, roller, and single‑panel doors. Model 8002‑0000‑13 is a 3‑panel sectional. Check the door’s frame: vertical tracks mean roller, horizontal rails mean sectional. Match the opener’s gear size to the door type. Verify gear size and torque match door weight now.
The Avanti 8002‑0000‑13 opener fits sectional, roller, and single‑panel doors. Model 8002‑0000‑13 is a 3‑panel sectional. Check the door’s frame: vertical tracks mean roller, horizontal rails mean sectional. Match the opener’s gear size to the door type. Verify gear size and torque match door weight now. The opener offers two installation methods: the standard “header bracket” and the “towing bracket” approach. For the header bracket method, the opener’s drive rail is mounted directly to the ceiling or a pre‑existing header bracket that sits on the top of the door frame. This method requires a clear 2‑inch clearance above the door and a sturdy ceiling joist or a metal header bracket that can bear the weight of the opener and the door. The towing bracket method attaches the drive rail to a bracket that is bolted to door frame itself, allowing the opener to be installed on a single‑panel or a sectional door that lacks a dedicated header. The towing bracket method is ideal for homes where the ceiling joist is not accessible or where the door frame is the only structural element available. Both methods require the opener’s motor housing to be mounted on the ceiling or the frame, and the drive rail to be secured with appropriate mounting screws. The installer must verify that the chosen method aligns with the door’s weight, travel distance, and homeowner clearance requirements. The manual specifies that the header bracket method is for new installations, while the towing bracket method suits retrofit projects or when the header bracket is not present. Proper alignment of the drive rail with the door’s travel path is essential for smooth operation. The installer should also confirm that the chosen method allows for positioning of safety reversal sensors and door limit switches carefully. OKnow Safety!!
Assembly
Secure mounting brackets to ceiling joists, level them. Attach drive rail to header bracket, then mount rail assembly to ceiling. Install towing arms, connect drive shaft, and verify all fasteners are tight. All bolts tigh Ensure brackets are level. Tighten bolts!! Sec!
Header Bracket Mounting
Begin by selecting the correct header bracket for the Avanti 8002‑0000‑13 opener. The bracket must be installed on a solid, load‑bearing wall or the garage ceiling, depending on the opener’s design. Mark the bracket’s mounting holes on the wall or ceiling using a pencil and a level to ensure a perfectly horizontal reference line. Drill pilot holes that match the bracket’s screw size, then secure the bracket with the supplied mounting screws. Tighten each screw to the manufacturer’s torque specification, typically 20 ft‑lb, to prevent loosening during operation. After the bracket is firmly attached, verify that the opener’s drive rail will sit flush against the bracket’s mounting flange. Adjust the bracket’s position if necessary to eliminate any play or misalignment. Use a spirit level to confirm the bracket is level and a dial indicator to check for any vertical wobble. If the bracket is not level, adjust the mounting screws or add shims to correct the angle. Ensure that the bracket’s mounting flange is flush with the wall or ceiling surface; any protrusion can impede the drive rail’s rotation. Verify that the bracket’s orientation allows the drive rail to rotate freely without obstruction, and that the bracket does not interfere with the door’s travel path. Finally, double‑check that the bracket’s orientation allows the drive rail to rotate freely without obstruction. A properly mounted header bracket is critical for safe, efficient operation of the Avanti opener.
After mounting, perform a vibration check by moving the rail; tighten screws or add lock washers if needed. Inspect the bracket for cracks before installation. Keep the bracket clean to ensure smooth rail movement, and confirm it does not interfere with the door’s return path or safety sensors. All adjustments should be verified before first use. Now. Done.
Towing Bracket Mounting
Before installing the towing bracket, ensure the ceiling joists are level and can support the opener’s weight. Locate the joist that will carry the bracket and mark the mounting points with a pencil. The Avanti 8002‑0000‑13 uses a 3‑in. x 3‑in. bracket secured with 4×4‑inch lag bolts. Drill 1/4‑inch pilot holes and countersink them. Tighten the bolts to 30 ft‑lb. After mounting the bracket, attach the towing arm to it with a 1/2‑in. threaded rod tightened to 20 ft‑lb. Position the arm so the drive rail sits squarely on the rail track. Check that the arm’s pivot point is centered over the rail to prevent binding. Secure the arm to the rail with the mounting screws tightened to 15 ft‑lb. Verify the rail moves freely and the arm is not rubbing against the door frame. This ensures smooth operation and protects the opener from wear. If any mounting points feel loose, re‑tighten or replace the hardware. During installation, keep the area clean and use a level to confirm the bracket is horizontal. Inspect the alignment by rotating the rail; it should move smoothly. If resistance is detected, adjust the arm slightly and recheck. Document the installation by taking a photo of the bracket and arm in place. Finally, test the opener’s function by operating it once to ensure the door opens and closes correctly. If the door stalls or the opener makes unusual noises, double‑check torque settings and alignment before finalizing the installation. All hardware should be inspected for damage.!
Attaching Drive Rail to Header Bracket
Begin by aligning the drive rail with the header bracket, ensuring the rail’s mounting holes line up with the bracket’s eye bolts. Use a 3/8‑inch socket to tighten the mounting screws, but do not overtighten; leave a slight play to allow. Secure the rail to the bracket with the supplied 1/2‑inch bolts and lock washers. Next, slide the rail’s tension roller onto the bracket’s guide rail, ensuring it sits flush against the bracket’s mounting plate. Apply a light coat of silicone lubricant to the roller’s bearing surface to reduce friction during. Verify that the rail’s end plate is centered over the bracket’s mounting flange; use a spirit level to confirm vertical alignment. Finally, double‑check all fasteners, tightening to the manufacturer’s torque specification of 12 ft‑lb. This ensures a stable, vibration‑free mount that will support the opener’s drive system during operation.
Secure the rail to the bracket with the supplied 1/2‑inch bolts and lock washers.
Next, slide the rail’s tension roller onto the bracket’s guide rail, ensuring it sits flush against the bracket’s mounting plate.
Apply a light coat of silicone lubricant to the roller’s bearing surface to reduce friction during.
Verify that the rail’s end plate is centered over the bracket’s mounting flange; use a spirit level to confirm vertical alignment.
Finally, double‑check all fasteners, tightening to the manufacturer’s torque specification of 12 ft‑lb. This ensures a stable, vibration‑free mount that will support the opener’s drive system during operation.
After securing the rail, check the alignment by gently pulling the rail toward the opener. It should move freely without binding. If resistance occurs, adjust the mounting bolts by loosening them slightly and repositioning the rail until smooth motion is achieved. Once alignment is verified, tighten all bolts to the specified torque. Clean or replace parts as necessary before proceeding to the next assembly step.
All adjustments should be performed with opener from power to ensure safety.!
Mounting Drive Rail Assembly to Ceiling
Locate a sturdy ceiling joist directly above the door opening. Use a stud finder and a level to mark the joist’s center line on the ceiling, spaced 12″ apart to match the rail’s mounting holes. Drill pilot holes 1/4″ diameter through the joist at the marked points, spaced 12″ apart to match the rail’s mounting holes. Insert 3/8″ lag screws with washers, tightening to secure the rail brackets firmly to the joist. The rail’s mounting brackets should sit flush with the joist, leaving no gap. Slide the drive rail onto the brackets, ensuring the rail’s guide rollers align with the door’s track. Tighten the rail’s mounting screws, checking that the rail remains level using a spirit level. Verify that the rail’s tension is even on both sides; adjust the tension screws until the rail sits flat. Attach the rail’s end brackets to the rail’s mounting arms, securing with the supplied lock nuts. Inspect the rail for any wobble; if present, re‑tighten the screws or reposition the rail slightly. Once the rail is level and secure, test the opener’s movement by running a short cycle, confirming that the rail stays in place and the door moves smoothly. Finally, double‑check all fasteners for tightness and replace any stripped screws with new ones before finalizing the installation. Ensure that all screws are torqued to the manufacturer’s specifications, and perform a full test cycle to confirm proper operation before closing the garage door. After installation, inspect the rail alignment one more time to ensure smooth operation .
Attaching Towing Arms
Begin by positioning the towing arms on the rear of the door frame, aligning the mounting holes with the pre‑drilled holes in the frame. Use a torque wrench to tighten the mounting screws to the manufacturer’s specified 25 lb‑ft. Ensure the arms are level; a slight tilt can cause uneven load distribution and premature wear. Next, attach the arms to the drive rail assembly by sliding the arm brackets into the rail’s mounting slots. The arms should sit flush against the rail, with the spring tension set to the recommended 0.8 in. of deflection. Secure the arm brackets with 10 mm bolts, tightening in a criss‑cross pattern to avoid warping. After the bolts are torqued, check the arm alignment by opening the door manually and observing the arm movement; it should remain parallel to the rail throughout the travel. If the arms shift, re‑tighten the bolts or adjust the spring tension. Finally, test the opener’s operation by running a few cycles without a door to confirm that the towing arms engage smoothly with the drive rail and that the door’s travel limits are respected. Any binding or excessive noise indicates a mis‑alignment that must be corrected before the opener is fully commissioned. This step ensures reliable torque transfer and extends the life of both the opener and the door system. During installation, keep the towing arms parallel to the vertical axis of the door to prevent binding. Use a spirit level on each arm to verify verticality. If the arms are not perfectly vertical, adjust the mounting screws until the level reads zero. Once aligned, re‑tighten all bolts to the specified torque. After installation, perform a manual test by pulling the door up and down a few times to ensure smooth operation. Inspect the arm pivots for any play; if play exists, tighten the pivot screws or replace worn bearings. Document the final torque values in the maintenance log for future reference. Properly installed towing arms reduce wear on the drive rail and improve the overall efficiency of the opener system.
Connecting to Power Supply
Before powering the Avanti opener, locate the 120‑V AC supply and verify the circuit breaker is on. The model 8002‑0000‑13 requires a dedicated 15‑amp circuit. Use a 3‑wire cable (hot, neutral, ground) and a weather‑proof junction box. Connect the hot wire to the black terminal, neutral to white, and ground to green. Secure all connections with wire nuts and apply electrical tape for insulation. After wiring, close the junction box and mount the control panel on the wall. The control panel’s power cable should be routed through the panel’s back panel to the junction box. Ensure the cable is not kinked and is protected from moisture. Once the power is connected, press the “Run” button on the control panel to test the motor. If the motor does not start, double‑check the breaker, confirm the wiring polarity, and verify the control panel’s LED indicator shows power. The opener’s safety reverse feature will engage if the door encounters resistance, so test the door’s travel limits before fully energizing the system. Finally, label the circuit breaker for future maintenance and keep a copy of the wiring diagram in the garage for reference. To ensure continuous operation, install a 12‑V battery backup module rated at 200 Ah, connect it to the opener’s battery terminals using a 10‑AWG cable, and program the control panel’s dip switches for low‑power mode; this will allow the opener to function during outages while keeping the motor within safe temperature limits, and the battery’s state of charge can be monitored via the LED indicator. The system supports remote control via a handset for convenience.
Settings and Adjustments
Adjust the opener’s travel, force, and speed using the control box’s DIP switches and screw adjustments. Set travel limits to match door height, calibrate safety force to prevent damage, and fine‑tune speed for quiet operation. Follow the manual’s step‑by‑step guide for precise settings. Done!!
Door Travel Adjustment
To set the correct travel limits on an Avanti model 8002‑0000‑13, first ensure the opener is disconnected from power. Locate the two travel adjustment screws on the drive rail: one near the motor housing and the other at the far end of the rail. Turn the upper screw clockwise to increase the door’s upward travel; counter‑clockwise reduces it. The lower screw performs the opposite: clockwise shortens the downward travel, counter‑clockwise extends it. Use a level to confirm the rail is horizontal; any tilt will cause uneven door movement. After adjusting, reconnect power and test the opener by closing the door fully, then opening it to the set limit. If the door stops too early or too late, fine‑tune the screws in 1‑inch increments until the door stops precisely at the desired position. For safety, verify that the door’s safety reversal feature engages when a foreign object is detected in the travel path. If the door fails to reverse, double‑check the travel settings and ensure the safety beams are clean and properly aligned. Finally, record the screw positions in the opener’s maintenance log for future reference. The adjustment process should be performed with the door in the fully closed position to ensure accurate calibration; any misalignment can lead to premature wear or safety failures. Regularly inspect the adjustment screws for looseness and tighten them as needed to maintain optimal performance over time. This ensures longevity and reduces maintenance costs.!
Safety Obstruction Force Adjustment
The Avanti 8002‑0000‑13 opener incorporates a safety obstruction force (SOF) setting that determines how much pressure the door will exert before it stops and reverses. To fine‑tune this setting, first ensure the door is fully closed and the opener is powered. Locate the dip‑switch panel on the control box; the SOF adjustment is marked “S” on the schematic. Use a flat‑head screwdriver to slide the switch to the desired position. The manual recommends a 2‑step range: “Low” for light‑weight doors and “High” for heavier panels. After setting, press the “Test” button on the control panel to run a short cycle. Observe the door’s response: it should stop within 1–2 inches of the obstruction and then reverse. If the door continues to move, increase the force setting; if it stops too early, decrease it. Re‑test until the door behaves safely. Finally, document the final dip‑switch position in the maintenance log for future reference. This adjustment ensures compliance with safety standards and protects both the door mechanism and any occupants in the garage.
For precise calibration, use the built‑in sensor test mode. Press the “Learn” button, then open the door manually to trigger the sensors. The opener will display a green LED when the obstruction force is within the acceptable range. If the LED remains amber, adjust the SOF setting accordingly. Repeat until the LED turns green consistently. Additionally, check the door’s return spring tension; a weak spring can cause the door to overshoot the obstruction, requiring a higher SOF setting. Record any changes in the service log, noting the date, technician, and dip‑switch position. Regularly inspect the sensors for dust or debris, as dirty sensors can misread obstructions and trigger false stops.
It is advisable to perform a full safety check after any door repair or panel replacement. Re‑apply the SOF setting, run a complete open‑close cycle, and confirm that the door stops within the designated 1–2 inch zone. If the door fails to stop, inspect the wiring for loose connections and ensure the control box firmware is up to date. Firmware updates can modify the SOF algorithm; refer to the Avanti firmware release notes for any changes. By maintaining accurate SOF settings, you reduce wear on the motor and prolong the lifespan of the opener while keeping the garage environment safe for occupants and pets.
When the door is fully closed, press the “Test” button again to ensure the obstruction force is consistent. If the door stops too close to the obstruction, the SOF setting may be too high; lower it by one notch. Conversely, if the door passes the obstruction, increase the setting. After each adjustment, log the dip‑switch position and the door’s response. This systematic approach guarantees reliable operation and extends the opener’s service life.
Options and Features
The Avanti 8002‑0000‑13 offers Auto Close, Battery Back‑Up, Courtesy Lamp, and Soft Start/Stop. Remote control via hand transmitter, LED indicators, and a learn button enable quick setup. Safety beams and dip‑switches provide customizable protection. 24‑hr backup.!
Auto Close
The Auto Close feature allows the garage door to close automatically after a preset delay, enhancing convenience and safety. To enable, locate the Auto Close toggle on the control panel or use the remote button. Once activated, the door will close after the set delay, adjustable via the Delay setting on the control box. The delay ranges from 0 to 120 seconds. Ensure safety sensors are aligned; Auto Close will not override safety interlocks. If an obstruction occurs, the door reverses and stops. The system logs Auto Close events in the Event Log for troubleshooting. Test the feature after installation to confirm proper operation and safety compliance.
- Set delay using the Delay knob on the control box.
- Verify sensor alignment by checking the indicator lights.
- Test Auto Close by opening the door and letting it close after the delay.
- Log any errors in the Event Log for diagnostics.
If the Auto Close does not function as expected, check the power supply, ensure the control box firmware is up to date, and inspect the wiring for loose connections.
The Auto Close feature can be combined with the Back Jump or Soft Start options for smoother operation;
Keep the firmware current to avoid compatibility issues. Use the control box’s diagnostic mode to verify sensor alignment. Refer to the manual for detailed wiring diagrams
Battery Back-Up
The Avanti 8002‑0000‑13 opener includes a dedicated battery back‑up circuit that keeps the door operational during power outages. The battery pack is a sealed lead‑acid 12 V, 100 Ah unit that is installed in the rear compartment of the control box. To connect the battery, first disconnect the main power supply, then open the control box cover and locate the battery terminals marked + / –. Connect the positive cable to the + terminal and the negative cable to the – terminal, ensuring a tight, corrosion‑free contact. The battery charger is integrated into the control board; it automatically switches to battery mode when voltage drops below 11.5 V. The charger’s maximum output is 10 A, which replenishes the battery in approximately 8 hours after a full discharge. The battery status is displayed on the LED panel: a steady green light indicates normal operation, a flashing amber light signals low charge, and a solid red light indicates a fault. For maintenance, check the electrolyte level every 3 months and top up with distilled water if necessary. Replace the battery after 5 years or when the charge capacity falls below 70 % of the original rating. The back‑up system also supports the Auto‑Close feature, allowing the door to close automatically when the battery is low, preventing accidental open states. All wiring must be routed through the supplied conduit, and the unit must be grounded to the garage frame. Consult the Avanti manual for detailed diagrams and safety precautions. Regular maintenance involves checking electrolyte levels every quarter and topping up with distilled water. Replace the battery after five years or when its capacity drops below 70 %. The back‑up system supports Auto‑Close, ensuring the door shuts automatically under low‑battery conditions. Wiring should follow the supplied conduit, and the unit must be grounded to the garage frame. Consult the Avanti manual for detailed diagrams and safety precautions. All procedures comply with elect. codes. now.