TABLE OF CONTENTS Introduction Safety General Requirements Resources Required Component Descriptions SlimRack Slide-Out Room Slide Rating Chart In-Wall Slide-Out Chassis Specification Slide-Out Configurations In-Wall Slide-Outs Recommended Wall Construction or Equivalent Travel Trailer Lippert In-Wall Fifth Wheel Lippert In-Wall Supports on The Top of The Slide Room on The Main Frame Only...
3010002813 (for controller Power Gear 1510000236 / LCI 366701) Rev 0G both dated December 2014. The Lippert Components, Inc. (LCI) SlimRack Slide-Out System is a rack-and-pinion design operated by a 12V DC gear motor. Changes to weight, stroke, weight distribution, rail position, controller, power supply seals, slide toppers, ramps, rollers, etc.
Only floor rollers approved by Lippert Components can be used with the system. Contact Lippert Components for recommended rollers. Power Gear Slim Rack In Wall Room Slide Rating Chart SlimRack Slide-out Room Slide Rating Chart 4000 3500...
In-Wall Slide-out Chassis Specification Slide-Out Configurations This section will show Lippert In-Wall slide system setups. In-Wall Slide-Outs For laminate trailers with rollers mounted to the floor (Fig. 1 and Fig. 2), one standard outrigger is to be placed at the beginning and end of each slide room opening. A minimum of two slide outriggers will be required under each slide room.
Standard outrigger placement will apply every 48” for laminate trailers with at least 6” of wall structure under the slide room floor and rollers mounted on the wall (Fig. 3). For stick and tin trailers (Fig. 4), one standard outrigger is to be placed at the beginning and end of each slide room opening.
Fifth Wheel Lippert In-Wall The room opening in (Fig. 5) will be the same except for using 1" x 5" .070" (25.4mm x 127mm 1.78mm) aluminum for the header and 1" x 3" .070" for the vertical uprights. Header should extend 2' (61cm) beyond the room opening.
Upper Deck Slide Room Opening If a fifth wheel has a Lippert In-Wall slide opening in the upper deck area, the bottom cross tube should be equal to, or longer than, the header tube. If additional height is needed, the manufacturer will need to add another cross tube that is .060"...
Slide Room Opening Bottom Section The bottom tube in the slide room can be .040" (1mm) aluminum unless it falls into the wheel well or upper deck area as explained in the "Upper Deck Slide Room Opening" section. This piece is typically removed when installing the Lippert In-Wall slide, depending on how the side wall sets in relation to the floor (Fig.
Backers are to be incorporated into slide room construction, positioned where the In-Wall gear racks will be mounted. LCI recommends the backers be a 1" x 3" .060" (25.4mm x 76.2mm 1.5mm) aluminum that is wood stuffed. See diagram (Fig. 9) 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".
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2" wide. The interior tube must be a minimum of 3" wide. For stick and tin builds (Fig. 11), LCI requires a 1" x 4"...
Installation The instructions are for a one slide-out located on either the roadside or curbside of the unit (Fig. 8). The instructions cover the configurations of controllers and user interfaces: auto-program motorized or towable controllers paired with rocker switch. Mechanical Components Install Lippert Components-approved floor rollers.
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Verify the weight of the slide-out is supported by the floor rollers (Fig. 13) and not the slide-out mechanism. NOTE: It is recommended that aluminum or hard plastic wear strips be placed between the floor rollers and the bottom of the slide room floor to prevent the weight of the room from creating drag points on soft surfaces of the underside of the room.
Prepare Wall Opening for Slide Room Installation 50/50 Prepare upper (Fig. 16A) and lower (Fig. 16B) outer wall surfaces using adhesion promoter or alcohol/water mix to clean and prepare the area for complete adhesion of sealant. NOTE: Corners need to be at 90° with no obstructions. Fig.
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Refer to Fig. 18 for steps 3 through 8: Cut lower wipe seal pan to allow a 2 ” gap from the edge of the wall to the edge of the pan. Remove the liner from adhesive tape and install as shown. Cut the upper wipe seal to allow a 1 ”...
Slide Room Installation Measure the slide room width and the wall opening (Fig. 19). The wall opening needs to be 5 3/4" wider than the actual slide room measurement. Do not attempt to install the slide room in the trailer if this dimension is more than 6"...
Visual Inspection for Tolerances The SlimRack should be inspected to verify the correct location and tolerance (Fig. 20) of the slide-out gap between the outside edge of the column and the slide-out end wall. Fig. 20 " +/- " Gear...
Electrical Components The controller is not waterproof. Mount the controller in a clean and dry, weathertight location that will keep it from being damaged, but is easily accessible for service. Determine location to mount the rocker switch (Fig. 23). The location must be in view of slide-out and have a minimum depth of 1"...
Fig. 25 Pre-Operation Check The Slimrack controllers are equipped to help troubleshoot the system during installation. It is important that the slide-out motors be plugged in to the proper receptacles on the controller. See figure 26 for proper slide-out motor designations. Failure to properly connect the motors to the controller will result in problems for future troubleshooting.
Operation Always make sure that the slide-out room path is clear of people and objects before and during operation of the slide-out room. Always keep away from the gear racks when the slide-out is being operated. Moving parts can pinch, crush or cut. Keep clear and use caution. Prior to Moving the Slide-Out Room •...
Auto-Program Motorized or Towable Controller This controllers have the ability to detect and display several faults. When a fault is detected, the slide-out room movement will stop and two different LEDs (Fig. 29) on the controller will flash in a pattern. The Fault Code LED (Fig.
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Bad wire connection Major Motor 1 Fault This Technical Information Sheet can be Bad motor obtained on-line at: https://www.lci1.com/ slide-outs-/support-slimrack then click on the Bad wire connection Technical Information Sheets tab and and Major Motor 2 Fault look for document 82-S0533, Troubleshooting Bad motor Control Box for SlimRack®...
Electrical Override Mode Auto-Program Motorized or Towable Controller For major faults, the auto-program controller will automatically enter "Emergency Jog" mode when motor movement is not detected by the controller, in either direction, during slide-out activation. When in Emergency Jog mode, the controller will jog both motors in the direction the switch is pressed (IN or OUT). The switch may need to be pressed multiple times to fully retract or extend the slide-out.
B. Torquing the motor retaining screw to 40 in lbs. (Fig. 32) with the motor retainer fully engaged. C. Using a transit bar (slide-out locking bar). Have the slide-out room serviced by the OEM-authorized dealer as soon as possible. Do not operate slide-out room until service is complete, as damage to the slide-out room may result.
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When manually retracting the slide-out room, make sure that both sides of the slide-out room move together. Damage to the slide-out room may result if movement is not uniform. 1/2” Manually retract the slide-out room by turning the square drive shaft of each vertical channel assembly.
Harness Connections for Auto-Program Motorized and Towable Controllers Route and attach the switch harness (Fig. 35A) from the controller (Fig. 35B) to where the switch will be mounted. Route and attach the motor 1 harness (Fig. 35C) and motor 2 harness (Fig. 35D) from the controller to the corresponding slide-out motors.
Pinout Diagram for Motorized and Towable Controllers Fig. 36 Controller-to-Motor Harness Color What It Controls Green Channel 1 Sensor Yellow Channel 2 Sensor Black Ground Sensor Power Sensor Red/White Motor Lead 2 Black/White Motor Lead 1 Rocker Switch Harness Power Harness NOTE Color What It Controls...
Wiring Diagram for Auto-Program Motorized and Towable Controllers Fig. 37 Power Harness Pin 1 BATT VOLTAGE Pin 2 BATT GROUND Controller CANbus Data Harnesses (optional connections Motor Harness if using Lippert OneControl): NOTE: Controller 697096 is for towable units and does not have the Park Brake harness receptacle.
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LCI 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 LCI. Revised editions are available for free download from lci1.com.
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