Wiring Diagram - Towable Wiring Diagram - Motorized Introduction The Lippert SureSlide® Slide-out System is a rack-and-pinion style slide system. It uses dual 12V DC electric gear motors to extend and retract the slide room. For additional support on this product, go to: https://support.lci1.com/sureslide-slide-outs...
Failure to correctly follow the provided instructions may result in death, serious personal injury, severe product and/or property damage, including voiding of the Lippert limited warranty. The "WARNING" symbol above is a sign that a procedure has a safety risk involved and may cause death or serious personal injury if not performed safely and within the parameters set forth in this manual.
Structural Requirements NOTE: Slide mechanism is not intended to provide structural integrity for the slide room box or slide room opening. Support Additional support must be added for any applications that may cause the structure to deviate from square, i.e. rooms with overhangs, large rooms or rooms with heavy appliances. The floors must be supported at all points.
Fig. 2 Roller pan 6" Minimum of wall height Outrigger Square The slide wall opening and the slide box (each) must not be out of square more than 1/4" (6.3mm) in any direction. The corner to corner diagonal dimensions on the slide room opening or the slide room box must not differ by more than 1/4"...
Backers are to be incorporated into slide room construction, positioned where the SureSlide® gear racks will be mounted. Lippert recommends the backers be a 1" x 3" .055" (25.4mm x 76.2mm 1.5mm) aluminum that is wood stuffed. See diagram (Fig. 3) of slide room with backers. The backers do not need to be stuffed with wood if the aluminum wall thickness being used is at least .125".
Prior to Installation Resources Required • Cordless or electric drill or screw gun • Glue per seal supplier specification • Appropriate drive bits • Sealant • #10 screws Fig. 4 Inspect Slide-out Mechanism Check the back side of the each gear rack to ensure there is foam tape running the entire length of the gear rack and that the paper backing has...
Slide Room Opening Inspection Measure the slide room width and the wall opening (Fig. 5). The wall opening must be 5 1/2" (140mm) wider than the actual slide room measurement. Do not attempt to install the slide room in the wall opening if this dimension is more than 5 3/4"...
Slide Room Inspection Height Dimension Measurement The dimensions below are needed to correctly determine room height for slide room inspection. A - Roller pan height is 1 1/4" (Fig. 6). B - Slide opening height in the unit sidewall (Fig. 6B) should be equal to the roller pan height (1 1/4") + height of slide box + a minimum 1 1/4”...
Installing Slide Mechanism to Slide Room NOTE: The gear rack notch must be toward the exterior of the slide box and the flange of H-column will be to the exterior of the unit (Fig. 8). NOTE: The mounting surface of the T-molding cannot exceed 1 5/8" so as not to interfere with the gear rack being mounted flush to the side of the slide out box.
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While maintaining alignment with the bottom and exterior of the slide room, attach the lower gear rack to the side of the slide room with #10 screws (Fig. 10). The lower gear rack will only have screw holes above the track of the gear rack.
Prepare Wall Opening for Slide Room Installation Prepare upper outer wall surfaces (Fig. 12A) according to seal manufacturer's requirements to clean and prepare the area for complete adhesion of sealant. Install upper wipe seal according to the seal manufacturer's guidelines. NOTE: Corners must be at 90°...
Slide Room Installation Insert the completed slide room into wall opening, taking care to center "H" columns within the opening. NOTE: "H" columns must be fully seated in the roller pan (Fig. 15). Install one #10 screw in the closest hole to the bottom gear rack (below the gear rack) (Fig. 16A). Install one #10 screw in the first hole above the top gear rack (Fig.
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NOTE: Red tag (Fig. 18B) must be removed before column clamp can be installed. Install column clamps on each side. See "Installation of Lippert Column Clamp" on page 15. Remove the interior shipping angles (Fig. 18C) from the gear racks.
Required: Installation of Lippert Column Clamp Lippert column interior clamps MUST be utilized for installed SureSlide® systems. Installation Place the column clamp (Fig. 19A) on the interior of the slide system (Fig. 19B). The clamp should be resting on the bottom corner cup and overhanging the wall (Fig. 19 Detail).
Electrical Components NOTE: The controller will accept a rocker switch input by a four-pin Molex connector (recommend 39-01- 2045 or equivalent). The OEM is responsible for supplying the mating connector to the controller connector (Molex P/N 39301040). The controller is not waterproof. Mount the controller in a clean, dry and weathertight location that will keep it from being damaged but is easily accessible for service.
Route and attach the proper gauge electrical wire from the controller to the 12V DC battery. See Wiring Diagrams (Figs. 30 and 31). NOTE: Lippert recommends this circuit be protected with a 30 amp in-line fuse/resettable breaker (not included). Determine location to mount the wall switch. The location must be in view of slide-out and have a minimum depth of 1"...
Prior to Moving the Slide-Out Room The First Time The SureSlide Slide-Out Controller constantly learns and refines the syncing of both sides. The first time it is run, the slide may skew slightly more than subsequent runs. To ensure the user has a quality first experience,...
Modes The SureSlide Slide-Out controller has multiple operating modes. Normal Operating Mode This is the operating mode which extends and retracts the slide while maintaining synchronization between the two sides. The controller will self-synchronize, detect end-of-travel, detect and store faults and electronically protect the slide-out when certain faults are detected.
Troubleshooting The SureSlide Slide-Out controller (Fig. 29) detects several faults. LEDs on the controller are used to indicate when the controller is driving a slide-out and faults. The QR code on the controller can be scanned with a mobile phone camera and leads to more troubleshooting documentation.
Switching Between Operating Modes It is possible to switch between operating modes using the mode button. The controller will return to normal operating mode on its own after 2 minutes, even if being driven. NOTE: When in electronic override mode, electronic protections will be disabled. Operating Modes Presses Function...
LED Indications • When the motors are running, the green LED (Fig. 24A) and red LED (Fig. 24B) will blink synchronously. • When indicating faults, the LEDs blink sequentially, report all faults and repeat. The green LED will blink once or twice to indicate the reporting mode, followed by one or more blinks of the red LED to indicate each fault.
Maintenance The Lippert slide-out system has been designed to require very little maintenance. To ensure the long life of the slide-out system, follow these simple procedures: When slide-out room is extended, visually inspect the slide gear rack assemblies. Check for excess buildup of dirt or other foreign material.
Wiring Diagram - Motorized Fig. 26 Wall Switch NOTE: Wiring from motors to controller must be minimum 14 awg. Slide-Out Controller To Park Brake Signal OEM- Supplied Wire Connector 30 Amp Circuit Chassis Breaker Page 25 Rev: 04.14.25 CCD-0009730...
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Lippert representative has been provided. Any unauthorized use shall void any applicable warranty. The information contained in this manual is subject to change without notice and at the sole discretion of Lippert. Revised editions are available for free download from lippert.com.
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