CCD-0009730 Sure Slide Slide Outs
“
Specifications
- Model: OEM Installation Manual
- Manufacturer: Not specified
- Version: Rev 04.14.25
Product Information
The OEM Installation Manual provides detailed instructions for
installing and operating the slide-out mechanism in recreational
vehicles. It includes safety guidelines, structural requirements,
support recommendations, and step-by-step installation
procedures.
Product Usage Instructions
Safety
Follow all safety instructions provided in the manual. Always
ensure the slide-out room path is clear of people and objects
during operation. Wear appropriate safety gear such as eye
protection, hearing protection, and gloves.
Structural Requirements
The slide mechanism does not provide structural integrity for
the slide room box or opening. Additional support is needed for
rooms with overhangs, heavy appliances, or large rooms. Ensure
proper support for the floors and inside edge of the room.
Installation Steps
- Inspect slide-out mechanism and slide room opening.
- Measure slide room inspection height dimension.
- Install slide mechanism to slide room.
- Prepare wall opening for slide room installation.
- Install slide room.
- Install Lippert column clamp if required.
- Check electrical components.
- Perform pre-operation check.
- Learn how to extend and retract the slide-out room.
- Understand different operating modes.
- Troubleshoot any issues that may arise.
Maintenance
Regular maintenance is essential for optimal performance. Refer
to the maintenance section in the manual for detailed instructions
on upkeep and care of the slide-out mechanism.
FAQ
Q: What should I do if the slide-out room path is blocked
during operation?
A: Stop the operation immediately and clear the path of any
obstructions before continuing.
Q: How often should I perform maintenance on the slide-out
mechanism?
A: Regular maintenance checks should be conducted as per the
guidelines in the manual, typically before each trip or at least
once every few months.
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SureSlide® Slide-out
OEM INSTALLATION MANUAL
TABLE OF CONTENTS
Introduction
2
Safety
3
Structural Requirements
4
Support
4
Outrigger Placement
4
Square
5
Backers
6
Prior to Installation
7
Resources Required
7
Inspect Slide-out Mechanism
7
Slide Room Opening Inspection
8
Slide Room Inspection Height Dimension Measurement
9
Installing Slide Mechanism to Slide Room
10
Prepare Wall Opening for Slide Room Installation
12
Slide Room Installation
13
Required: Installation of Lippert Column Clamp
15
Installation
15
Electrical Components
16
Pre-Operation Check
17
Operation
18
Prior to Moving the Slide-Out Room The First Time
18
Extending the Slide-Out Room
18
Retracting the Slide-Out Room
18
Modes
19
Normal Operating Mode
19
Electronic Override Mode
19
Troubleshooting
20
Mode Button Functions
20
Switching Between Operating Modes
21
Factory Reset and Initial Synchronization
21
When to Perform a Factory Reset
21
Performing a Factory Reset
21
Performing an Initial Synchronization
21
LED Indications
22
Maintenance
23
Wiring Diagram – Towable
24
Wiring Diagram – Motorized
25
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 NOTE: Images used in this document are for reference only when assembling, installing and/or operating
this product. Actual appearance of provided and/or purchased parts and assemblies may differ.
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CCD-0009730
Safety
Read and understand all instructions before installing or operating this product. Adhere to all safety labels. This manual provides general instructions. Many variables can change the circumstances of the instructions, i.e., the degree of difficulty, operation and ability of the individual performing the instructions. This manual cannot begin to plot out instructions for every possibility, but provides the general instructions, as necessary, for effectively interfacing with the device, product or system. 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.
Always make sure that the slide-out room path is clear of people and objects before and during operation of the slide-out. Always keep away from the gear racks when the room is being operated.
Do not service the slide-out system unless the battery is disconnected. Failure to do so may result in death or serious personal injury.
The SureSlide® Slide-out System is intended for the sole purpose of extending and retracting the slide-out room. It should not be used for any purpose other than to actuate the slide-out room. To
use the system for any other purpose may result in death, serious injury, or damage to the unit.
The “CAUTION” symbol above is a sign that a safety risk is involved and may cause personal injury and/or product or property damage if not safely adhered to and within the parameters set forth
in this manual.
Always wear eye protection when performing service, maintenance or installation procedures. Other safety equipment to consider would be hearing protection, gloves and possibly a full face
shield, depending on the nature of the task.
Moving parts can pinch, crush, or cut. Keep clear and use caution.
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CCD-0009730
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. The inside edge of the room must be supported by rollers, wear bars or wooden toe kicks wrapped in carpet.
Outrigger Placement
For units with the roller pan mounted to the floor, a minimum of six outriggers will be required (Fig. 1). A. One outrigger must be at each end of the slide room within 3″ (76mm) (+/-) (depending on wheel locations) of the edge of the wall cutout of the unit. B. One additional outrigger must be on each side of the slide room within 24″ of the edge of the wall cutout of the unit. C. For laminate builds, two outriggers must be spaced evenly under the room, but no more than 48″ apart from any other outrigger. If the room is 144″ or wider, a third outrigger is required. Add an additional outrigger every 48″ thereafter. D. For stick and tin builds, two outriggers must be spaced evenly under the room, but no more than 36″ apart from any other outrigger. If the room is 72″ or wider, a third outrigger is required. Add an additional outrigger every 36″ thereafter. E. If you have a 12 CU. FT. or larger refrigerator in a slide-out, you are required to have two slide outriggers centered under that section of the slideout, spaced no closer than 12″ and no further than 36″. If refrigerator is near tires, both outriggers need to be placed as close as possible to the refrigerator without causing tire interference. All other slide-out outrigger spacing is still applicable. F. For slide rooms with the roller pan mounted to the wall (Fig. 2) the outrigger placement is the same as described when the roller pan is mounted on the floor. For laminate structures, 6″ (152mm) of wall is recommended beneath the slide room (or adequate structure for support). For stick and tin construction, continuous support is needed for the header and footer for adequate support.
Bottom View
Fig. 1 Slide-Out Box
48″ Max
+/- 3″
24″ Max
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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″ (6.3mm).
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Backers
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″. Backer location is determined by hole center from the slide system. Measure from the top of the bottom rack to the top of the top rack.
Wall Backer Specifications Thickness Greater than or equal to .125″ (3.2mm) Less than .125″ to .055″ (3.2mm to 1.4mm) Less than .055″ (1.4mm)
Structure Non Stuffed
Stuffed Not Approved
Fig. 3
Upper Gear Rack
Interior of Slide Room Box
1″x3″ (25.4mm x 76.2mm) Backer
Wood Stuffed
Slide Room Box
Hole Center
Exterior of Slide Room Box
Lower Gear Rack
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1″x3″ (25.4mm x 76.2mm) Backer
Wood Stuffed
CCD-0009730
Prior to Installation
Resources Required
· Cordless or electric drill or screw gun · Appropriate drive bits · #10 screws
· Glue per seal supplier specification · Sealant
Fig. 4
Inspect Slide-out Mechanism
1. 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 been removed from the foam tape. (Figs. 4A and Fig. 4B).
NOTE: Foam tape removed from racks for clarity.
NOTE: SureSlide® assemblies are shipped with shipping angles (Fig. 4C) to keep the gear racks parallel and to assist with the installation process. Do NOT remove shipping angles until the gear racks and fascia have been installed on the slideout box. Premature removal of the angles results in misaligned racks.
NOTE: SureSlide assemblies will have attached shipping angles that permit installation of exterior slide room T-molding without removal of the angles. The width of the vertical exterior shipping angle leg does not extend past the gear rack flange. Installers can place the exterior shipping angle flush against the inside of the T-molding and the lower gear rack flange while squaring up to the bottom of the slide box.
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.
A C
B
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C
CCD-0009730
Slide Room Opening Inspection
1. 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″ (146mm) or less than 5 1/4″ (133mm).
NOTE: Trim must not extend more than 1-1/4″ from the top of the room. Any trim extending beyond 1-1/4″ must not exceed 1/4″ in thickness.
Slide Room Width
Fig. 5
Wall Opening Width = Slide Room Length + 5 1/2″ (+/- 1/4″) (140mm (+/- 6.35mm))
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CCD-0009730
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″ gap at the top. C – Height of slide box (measure from tallest point on top of roof to bottom of slide floor) (Fig. 7A).
Fig. 6
View and Dimensions Taken from Inside of Unit
1 1/4″
B
Fig. 7
Slide-out Roof 1/2″ min. Slope
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A
CCD-0009730
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.
1. Place the Left assembly against the left-hand side wall of the slide room (Fig. 8) while facing the unit from the outside.
2. Hook the lower gear rack installation alignment flange on the bottom of the slide-out (Fig. 9). 3. Place the installation alignment flange at the exterior shipping angle flat to the exterior of the slide room (Fig. 8A).
Always align the slide-out assembly to the exterior and bottom of the slide room. At this point the system can be adjusted to a tolerance of -1/8″/+0″ (-3.2mm /+ 0mm) at the interior and exterior to center the system on the wall. The gap at the interior or exterior should be no more than 1/16″ (1.6mm) variance from the top gap to the bottom gap on the same end of the slide room wall.
Interior
Slide Room
Fig. 8 Exterior
Gear Rack Notch
Gear Rack Flush with Room Edge; Tolerance – 1/8″ + 0″ (-3.2mm + 0mm)
Gear Rack Flush with Room Edge; Tolerance – 1/8″ + 0″(-3.2mm + 0mm)
A
NOTE: The lower rack of the alignment flange sets snug against the bottom edge of slide room (Fig. 9).
Fig. 9
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Bottom Edge of Slide Room
Lower Gear Rack Alignment Flange
Page 10
Gear Rack Flush with Bottom of Slide-out
CCD-0009730
4. 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. Screws should be installed secure and level.
5. While maintaining alignment with the bottom and exterior of the slide room, attach upper gear rack to the side of the slide room with #10 screws (Fig. 11). The upper gear rack will have screw holes above and below the track of the gear rack.
6. Remove the exterior shipping angle from the gear racks. 7. Repeat steps 1 through 4 for attaching the Right assembly to the right-hand side of the slide room while facing
the unit from the outside. 8. Measure the hole center distance (Fig. 3) between the upper and lower gear racks at each end to make sure the
racks are parallel. NOTE: A more common practice is to hook the tape measure in the shoe track of the upper gear rack and then
measure to a similar point at the lower gear rack. 9. Attach the exterior slide room T-molding, if not already installed. NOTE: Once the T-molding has been installed, the slide room is ready to be installed into the wall opening.
Fig. 10
Slide Room
Lower Gear Rack
Slide Room Upper Gear Rack
#10 Screws Fig. 11
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#10 Screws Page 11
CCD-0009730
Prepare Wall Opening for Slide Room Installation
1. Prepare upper outer wall surfaces (Fig. 12A) according to seal manufacturer’s requirements to clean and prepare the area for complete adhesion of sealant.
2. Install upper wipe seal according to the seal manufacturer’s guidelines.
NOTE: Corners must be at 90° with no obstructions.
3. Apply sealant to corner cups (Fig. 13). Sealant must not obstruct flow path. Adhesive sealant tape is recommended.
4. Install corner cups to roller pan (Fig. 13) and ensure that the overall length of the pan and cups is correct to the rough opening.
5. Using #8 screws, install the roller pan to the bottom of the opening (Fig. 14), making sure the roller pan is centered in the opening.
Fig. 12
Fig. 13
A
Apply sealant
Apply sealant to both sides of top flange
Fig. 14
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Slide Room Installation
1. 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).
2. Install one #10 screw in the closest hole to the bottom gear rack (below the gear rack) (Fig. 16A). 3. Install one #10 screw in the first hole above the top gear rack (Fig. 16B).
Fig. 15
Fig. 16
B
NOTE: Slide room and gear rack are hidden for clarity.
#10 Screws
A
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CCD-0009730
4. Finish attaching the “H” column to the wall of unit with #10 screws in the remaining holes in any order. 5. Repeat steps 2-4 on the opposite side of the slide box. 6. Remove the bearing block retention screws (Fig. 18A) and red tag (Fig. 18B) from the upper and lower
bearing blocks on each side. NOTE: Red tag (Fig. 18B) must be removed before column clamp can be installed. 7. Install column clamps on each side. See “Installation of Lippert Column Clamp” on page 15. 8. Remove the interior shipping angles (Fig. 18C) from the gear racks. 9. Attach the interior slide room fascia. Fastener spacing must be 6″ to 8″ apart unless using side-mounted stop
angles.
Do not attempt to operate the slide room until both the exterior T-molding and the interior fascia are attached to the slide room.
Fig. 18
A B
C
A
10. Per seal supplier specification, apply glue to the back of the upper wipe seal and lay it over the top of the vertical wipe seal on the column.
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CCD-0009730
Required: Installation of Lippert Column Clamp
Lippert column interior clamps MUST be utilized for installed SureSlide® systems.
Installation
1. 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).
NOTE: Use self-drilling screws or drill pilot holes. 2. Use #10 screws to fasten the In-Wall column clamp to the wall of the unit. 3. Repeat steps 1 – 3 for the opposite side.
Fig. 19
B
Fig. 19 Detail
A
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Electrical Components
NOTE: The controller will accept a rocker switch input by a four-pin Molex connector (recommend 39-012045 or equivalent). The OEM is responsible for supplying the mating connector to the controller connector (Molex P/N 39301040).
1. 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.
NOTE: There are separate controllers for motorized and towable and five variations of towable controllers.
NOTE: Wiring from motors to controller must be minimum 14 awg and no more than 30′ in length.
2. Label the motor wires at both ends to aid in connecting to the controller and motors. 3. Route the motor wires from the slide-out motors to the controller. Make sure they are fixed clear of any
moving parts of the slide room assembly. 4. If installing in a motorized unit, route the park brake input harness from the park brake signal source to
the controller. 5. Plug wires into controller.
A. The controller has connections on two sides (Fig. 20). The connections on the bottom are for power into the controller and extend and retract outputs to each motor.
B. The connections on the side (Fig. 20) are for an external switch, a parking brake input (motorized only) and CAN communications to OneControl systems.
When connecting power to the motor, ensure the motor spade terminals are connected before attaching 12V power and ground. Attaching 12V power or ground directly to the motor inputs can damage the controller.
NOTE: On the four-pin switch receptacle on the side of the controller (Fig. 21), pin 1 is not used. Pin 2 is Switch Power Output (+12V). Pin 3 is Switch Out. Pin 4 is Switch In.
Fig. 20
Parking Brake (Motorized)
Switch In
Switch Out
Left Motor Extend
Left Motor Retract
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Power Ground
Right Motor Extend
Right Motor Retract
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Switch Not CAN Power Used
CCD-0009730
NOTE: It is important the slide-out motors are plugged into the proper receptacle at the controller. The motor connections are labeled Left Motor and Right Motor. These correspond to the orientation of the motors on either side of the slide-out when facing the slide-out from the inside of the RV (Fig. 21).
Fig. 21
NOTE: Failure to properly connect the motors to the controller will result in problems for future troubleshooting.
6. 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). 7. Determine location to mount the wall switch. The location must be in view of slide-out and have a
minimum depth of 1″ inside the wall. 8. Route the wire harness to where the wall switch will be mounted.
A. Connect the harness to the back of the switch (Fig. 23). B. Mount the switch with two screws.
Fig. 22
Retract Extend
Pre-Operation Check
The controller will identify the affected motor during a fault. Refer to the chart tables in the Troubleshooting section. The controller label also provides some brief information. See Fig. 29. If difficulties continue, prior to replacing the controller verify the system has been wired correctly. Also perform an initial synchronization as described in the Factory Resetting and Initial Synchronization section. See Wiring Diagrams for the controller for proper connection of the motors to the slide-out controller.
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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 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, it is recommended the following Initial Synchronization steps be performed: NOTE: Ensure that a 12-V power supply is used that does not dip below 10 volts at the motor lead from the
controller during room operation. 1. Retract slide-out until controller shuts motors off. 2. Confirm slide-out is fully retracted and controller does not report any faults. 3. Extend slide-out until controller shuts motors off. 4. Confirm slide-out is fully extended and controller does not report any faults. 5. Retract slide-out until controller shuts motors off. 6. Confirm slide-out is fully retracted and controller does not report any faults.
After this initial synchronization, the slide out it ready for normal operation.
Extending the Slide-Out Room
1. Press and hold the switch in the EXTEND position (Fig. 23). There will be a slight delay before the slideout room will begin to move. This is normal.
NOTE: Do not push or pull the slide while it is operating. Doing so may trigger a fault. If a fault occurs because the slide was interfered with during operation, extend or retract the slide fully by holding the switch until the slide automatically stops when the slide flange encounters the wall.
2. Release the switch button when the slide-out room is fully extended and stops moving. NOTE: Once the room has stopped moving, it is not necessary to press the switch a second time.
Retracting the Slide-Out Room
1. Press and hold the switch in the RETRACT position (Fig. 23). There will be a slight delay before the slideout room will begin to move. This is normal.
NOTE: Do not push or pull the slide while it is operating. Doing so may trigger a fault. If a fault occurs because the slide was interfered with during operation, extend or retract the slide fully by holding the switch until the slide automatically stops when the slide flange encounters the wall.
2. Release the switch button when the slide-out room is fully retracted and stops moving. NOTE: Once the room has stopped moving, it is not necessary to press the switch a second time.
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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.
Electronic Override Mode
This operating mode will disable fault detection. The slide-out motors will be driven without electronic protections. The slide-outs will not self-synchronize or detect end-of-travel.
NOTE: Use caution in electronic override mode. Fault reporting and electronic protections will be disabled.
NOTE: Driving the flanges of the slide-out into the RV wall could result in damage. Driving a single motor and skewing the slide-out box could result in damage.
1. To enter electronic override mode, press the on-controller mode button seven times and hold on the last press. The LEDs will rapidly blink one after another while the mode is active.
2. The controller can be returned to normal operating mode by pressing and holding the button on the controller for at least one second, or will return to normal operating mode on its own after two minutes, even if the slide is being driven.
3. To independently drive either side, unplug one of the opposite side’s motor connectors. To move both sides at the same time, ensure both connectors are connected.
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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.
If the slide stops without an adequate seal, ensure the slide is free of mechanical obstructions. Press the extend/ retract switch again until both sides are sealed. If the issue reoccurs after operating the slide normally, perform a factory reset and initial synchronization.
NOTE: When in electronic override mode, electronic protections will be disabled.
Mode Button
Fig. 23
Mode Button Functions
The mode button (Fig. 29) is used to perform a factory reset of the controller and to switch between operating modes.
To use the mode button, press it the number of times needed to get to the desired function and hold on the last press for 1 second. With each press, the green and red LEDs will both illuminate. When pressed and held, the LEDs will remain illuminated for 1 second, then turn off. Consecutive presses must be made within 1 second.
Examples: 1. Press x 6, press and hold Enters electronic override mode. 2. Press and hold (when in electronic override mode) returns to normal operating mode. 3. Press x 4, press and hold Performs factory reset.
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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.
Presses
Operating Modes Function
Description
7 hold on the seventh press 1 hold on first press
Enter Electronic Override Mode
Return to normal operating mode
Enter Electronic Override Mode
Returns the controller to normal operating mode
Factory Reset and Initial Synchronization
After maintenance and during troubleshooting, a factory reset may need to be performed. See Performing a Factory Reset section. After performing a factory reset, perform an initial synchronization to ensure the sides of the slide-out are properly aligned.
When to Perform a Factory Reset
· After swapping motors. · After reversing a motor’s polarity to correct slide travel direction. · After repairing faulty motor harnesses. · After swapping controllers to operate different slides even known good motors. Each slide is unique. · During the initial installation of a controller on a slide fresh from factory.
Performing a Factory Reset
A factory reset will clear current synchronization. To perform a factory reset, press the mode button 5 times and hold on the 5th press for at least 1 second.
NOTE: After performing a factory reset, users will need to follow the steps under the initial synchronization instructions. Otherwise, the slide will not synchronize properly and may be misaligned or jackknife.
Performing an Initial Synchronization
1. Retract slide-out until controller shuts motors off. 2. Confirm slide-out is fully retracted and controller does not report any faults. 3. Extend slide-out until controller shuts motors off. 4. Confirm slide-out is fully extended and controller does not report any faults. 5. Retract slide-out until controller shuts motors off. 6. Confirm slide-out is fully retracted and controller does not report any faults.
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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.
Examples
A right motor fault: The green LED will blink once, then the red LED will blink twice. Next, both lights will blink at the same time to indicate the end of the sequence and the pattern will repeat.
A left motor fault and a right motor fault: The green LED will blink once, the red LED will blink once, then the green LED will blink once and the red LED will blink twice. Next, both lights will blink at the same time to indicate the end of the sequence and the pattern will repeat.
Modes · When switching between modes, both LEDs will blink to acknowledge the user selection.
After pressing the mode button 5 times to initiate a factory reset, there will be 5 blinks. · When in electronic override mode, the LEDs will rapidly blink one after another while the mode is active.
Active fault warnings and other electronic protections will be disabled.
B A
Fig. 24
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Green LED 1 (Basic fault) 1 (Basic fault) 1 (Basic fault) 1 (Basic fault) 1 (Basic fault)
Basic Fault Reporting Mode Table
Red LED
DTC: Diagnostic Trouble Code
Description
Troubleshooting Steps
1
Left Motor fault
There is a problem with the left motor circuit.
Check connections on the motor, the controller and check the wire harness for damage. Motor may need to be replaced.
2
Right Motor fault
There is a problem with the right motor circuit.
Check connections on the motor, the controller and check the wire harness for damage. Motor may need to be replaced.
3
Battery fault
There is a problem with the detected battery power.
Ensure the battery is fully charged and try actuating again.
4
Parking brake fault
There is a problem with the parking brake signal.
Check to ensure the parking brake is engaged.
5
Switch power fault
There is a problem with the switch circuit.
Check connections on the switch, the controller and check the wire harness for damage. Switch may need to be replaced.
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:
1. When slide-out room is extended, visually inspect the slide gear rack assemblies. Check for excess buildup of dirt or other foreign material. Remove any debris that may be present.
2. If the system squeaks or makes any noises, hand apply a dry lubricant to prevent and/or stop squeaking.
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Wiring Diagram – Towable
Fig. 25
NOTE: Wiring from motors to controller must be minimum 14 awg.
Slide-Out Controller
Wall Switch
OEMSupplied
Wire Connector
30 Amp Circuit Breaker
To Chassis
Slide-Out Left Motor Slide-Out Right Motor
Rev: 04.14.25
Page 24
CCD-0009730
Wiring Diagram – Motorized
Fig. 26
NOTE: Wiring from motors to controller must be minimum 14 awg.
Slide-Out Controller
Wall Switch
OEMSupplied
Wire Connector
To Park Brake Signal
30 Amp Circuit Breaker
To Chassis
Slide-Out Left Motor Slide-Out Right Motor
Rev: 04.14.25
Page 25
CCD-0009730
The contents of this manual are proprietary and copyright protected by Lippert. Lippert prohibits the copying or dissemination of portions of this manual unless prior written consent from an authorized 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.
Please recycle all obsolete materials.
For all concerns or questions, please contact Lippert Ph: 432-LIPPERT (432-547-7378) | Web: lippert.com | Email: customerservice@lci1.com
Documents / Resources
 |
LiPPERT CCD-0009730 Sure Slide Slide Outs [pdf] Instruction Manual CCD-0009730 Sure Slide Slide Outs, CCD-0009730, Sure Slide Slide Outs, Slide Slide Outs, Slide Outs |