lippert components slide out manual
Lippert Components Slide Out Manual: A Comprehensive Guide
This guide details Lippert’s slide-out systems‚ including Schwintek technology‚ operation‚ troubleshooting‚ lubrication‚ and hydraulic leveling – ensuring smooth and reliable RV functionality․
Understanding Lippert Slide-Out Systems
Lippert Components is a leading manufacturer of slide-out systems for recreational vehicles‚ renowned for innovation and reliability․ Their systems‚ particularly the Schwintek in-wall slide-out‚ have become industry standards‚ offering a streamlined and space-saving design․ These systems utilize a unique zig-zag track mechanism‚ differentiating them from traditional slide-out designs․
Understanding the core principles of these systems is crucial for proper operation and maintenance․ Each slide-out room typically features a dedicated motor on each side‚ providing synchronized movement․ The control panel serves as the central hub‚ allowing users to extend or retract the slide-out rooms․ However‚ it’s important to note that a “manual override” primarily bypasses Hall sensors‚ not a physical hand-crank mechanism for movement․ Proper calibration and adherence to safety precautions are paramount for long-term performance and preventing potential issues․
Schwintek Slide-Out Systems: The Core Technology
Schwintek slide-out systems‚ manufactured by Lippert‚ employ a distinctive in-wall design utilizing a unique‚ patented track system․ This system replaces traditional steel rollers with a lightweight‚ yet robust‚ polymer construction․ The key to its operation lies in the synchronized movement of multiple drive shoes along these interlocking tracks‚ powered by electric motors․
Each side of the slide-out room has its own dedicated motor‚ ensuring balanced extension and retraction․ The system’s intelligence resides in Hall effect sensors‚ which monitor the position of the slide and provide feedback to the control system․ When issues arise‚ the manual override function bypasses these sensors‚ but doesn’t offer manual cranking․ Regular lubrication of the tracks is vital for smooth operation‚ and specialized lubricants are recommended to maintain optimal performance and prevent premature wear․

Identifying Your Lippert Slide-Out Type

Determining your specific Lippert slide-out system is crucial for accurate maintenance and troubleshooting․ While the absence of a logo isn’t definitive proof‚ the zig-zag track system is a strong indicator of a Schwintek system․ Look closely at the slide-out mechanism itself; Schwintek systems feature the in-wall tracks‚ differing from traditional roller-based slides․
Additionally‚ Lippert manufactures hydraulic leveling systems‚ often integrated with slide-out operation․ Check your RV’s documentation‚ specifically the owner’s manual or service manuals (like the 725 Series Hydraulic Leveling System manual)‚ for detailed information about your installed system․ Identifying the motor type – such as the high-torque 500:1 motor – can also help pinpoint the exact model․ Knowing your system allows for targeted maintenance and repair procedures․
Normal Operation of Lippert Slide-Outs
Lippert slide-outs are designed for smooth‚ reliable extension and retraction․ Typically‚ operation is controlled via a dedicated control panel‚ utilizing individual motors for each side of the slide room․ During normal operation‚ listen for consistent motor sounds – any unusual noises warrant investigation․
Before operating‚ ensure the area around the slide-out is clear of obstructions․ Extend and retract the slide-out slowly and deliberately‚ observing for any binding or uneven movement․ If encountering resistance‚ immediately stop and troubleshoot the issue․ Remember‚ each side operates independently‚ so slight variations are normal․ After operation‚ verify full closure and secure locking․ Following these guidelines ensures longevity and prevents potential damage․
Operating the Slide-Out: Standard Procedure
To operate your Lippert slide-out‚ begin by ensuring the RV is on a level surface and all occupants are clear of the slide’s path․ Access the control panel and locate the dedicated slide-out controls․ Press and hold the “OUT” button until the slide reaches its fully extended position‚ then release․ Conversely‚ to retract‚ press and hold the “IN” button until fully closed․
Important: Holding the button for approximately five seconds during either operation can initiate a safety override․ Observe the slide’s movement throughout the process‚ stopping immediately if any binding or unevenness occurs․ Avoid abrupt stops or changes in direction․ Normal operation involves consistent motor sounds; investigate any unusual noises promptly․
Using the Control Panel
The Lippert control panel serves as the central hub for managing your slide-out system․ Familiarize yourself with the layout‚ identifying dedicated buttons for each slide-out room․ Some systems utilize a single “Slide-Out” button‚ requiring selection of the specific room via an additional menu or sequence․ Observe indicator lights; they provide crucial feedback on the slide’s status – extending‚ retracting‚ or paused․
Modern panels‚ like the HWH Touch Panel‚ offer advanced features such as auto-leveling and diagnostic readouts․ Refer to your specific model’s manual for detailed instructions on navigating these functions․ Remember to avoid operating the panel during wet conditions and ensure a stable power supply for optimal performance․
Understanding Slide-Out Indicators & Lights
Lippert slide-out systems employ a series of indicators and lights to communicate operational status․ Typically‚ a flashing light signifies the slide is in motion – either extending or retracting․ A solid light often indicates the slide is fully extended or retracted and locked into position․ However‚ color coding is crucial; red lights generally signal an error or fault within the system‚ demanding immediate attention․
Pay close attention to any unusual flashing patterns or combinations․ These can pinpoint specific issues‚ such as a Hall sensor problem or motor overload․ Pressing and holding the IN or OUT button for five seconds can sometimes initiate a reset procedure‚ as indicated in some manuals․ Always consult your owner’s manual for a comprehensive interpretation of your control panel’s light signals․
Troubleshooting Common Slide-Out Issues
Lippert slide-out systems‚ while robust‚ can encounter issues․ Common problems include the slide failing to extend or retract‚ uneven movement‚ or binding/sticking․ If the slide won’t move‚ first check the power supply and control panel․ Uneven movement often indicates a lubrication issue or a misalignment within the Schwintek mechanism․ Binding or sticking suggests a need for thorough cleaning and re-lubrication of the slide’s tracks․
Remember that resetting the Hall sensors overrides them but doesn’t physically move the slide․ Before attempting repairs‚ ensure the battery is adequately charged or jump-started if necessary․ Always refer to the Lippert manual for specific error codes and recommended solutions․ Ignoring these issues can lead to more significant and costly repairs․
Slide-Out Won’t Extend or Retract
If your Lippert slide-out refuses to operate‚ begin by verifying the power supply․ Check the RV’s battery charge and ensure a secure connection․ Next‚ inspect the control panel for any error messages or tripped breakers․ A common issue involves the Hall sensors; attempting a manual override (reset) can sometimes resolve sensor-related problems‚ but remember this only bypasses the sensors‚ not physically moving the slide․
Before proceeding‚ confirm the slide isn’t obstructed․ If issues persist‚ investigate the slide-out motors – access can be challenging․ Remember to press and hold the IN or OUT button for five seconds to initiate a reset procedure․ If these steps fail‚ consult a qualified RV technician for further diagnosis and repair․
Uneven Slide-Out Movement
Experiencing uneven slide-out movement often indicates lubrication issues within the Schwintek system’s zig-zag track mechanism․ Thoroughly lubricate all track components using a recommended lubricant – avoiding petroleum-based products․ Inspect the tracks for debris or obstructions hindering smooth operation․ Uneven movement can also stem from motor imbalances; while not easily accessible‚ motor functionality should be considered․
Calibration of the suspension system and fine-tuning slide-out alignment are crucial steps․ Ensure the RV is on a level surface during operation and calibration․ If the problem persists after lubrication and alignment checks‚ a professional inspection is recommended to assess potential damage to the slide mechanism or motors․ Regular maintenance prevents these issues․
Slide-Out Binding or Sticking
If your slide-out is binding or sticking‚ the primary culprit is often insufficient lubrication within the Schwintek in-wall system․ The zig-zag track mechanism requires consistent lubrication to ensure smooth‚ effortless movement․ Begin by applying a recommended lubricant to all visible track sections‚ working the slide in and out gently to distribute it evenly․
Inspect the tracks meticulously for any obstructions – debris‚ dirt‚ or even small objects can cause significant binding․ A thorough cleaning is essential․ If binding persists‚ consider the Hall sensors; a manual override (resetting the sensors) might temporarily resolve the issue‚ but doesn’t address the root cause․ Professional inspection is advised for persistent problems‚ potentially indicating motor or mechanical damage․
Manual Override Procedure (Hall Sensor Reset)
The “manual override” isn’t a physical cranking mechanism; it bypasses the Hall sensors‚ allowing limited control when sensors malfunction․ To initiate‚ press and hold the slide-out button (either IN or OUT) for approximately 5 seconds․ This overrides the sensor input‚ potentially enabling movement․
Operate the slide-out cautiously in normal operation mode after the reset․ Be aware that this procedure doesn’t fix the underlying sensor issue‚ and repeated resets aren’t a long-term solution․ It’s a temporary measure to reposition the slide․ Remember‚ accessing the motors for repair can be difficult due to the lack of a manual cranking system․ If problems persist‚ professional service is crucial․
Limitations of the Manual Override

The Hall sensor reset‚ or manual override‚ is a temporary diagnostic and repositioning tool‚ not a repair solution․ It doesn’t address the root cause of sensor failure or mechanical binding․ Repeatedly using the override can exacerbate existing problems and potentially damage the slide-out mechanism further․
Crucially‚ there’s no physical hand-crank to manually move the slide; the override simply bypasses the sensors․ This makes accessing and removing the motors for repair significantly more challenging․ Furthermore‚ the override offers limited control and may not fully extend or retract the slide․ Always prioritize professional diagnosis and repair for lasting solutions‚ avoiding reliance on this temporary workaround․
Accessing the Slide-Out Motors
Gaining access to the Schwintek slide-out motors can be complex‚ often requiring interior panel removal․ Begin by disconnecting the power source to prevent accidental operation․ Locate the access panels‚ typically found within the room itself‚ often concealed behind furniture or wall coverings․ These panels provide a view of the slide mechanism and motors on both sides․
Due to the design‚ accessing the motors can be difficult without utilizing the manual override procedure to create some working space․ Carefully document panel locations and fastener types during removal for easier reassembly․ Be prepared for tight spaces and potentially awkward angles‚ and always prioritize safety when working within the RV’s interior․
Schwintek Slide-Out Lubrication

Proper lubrication is crucial for maintaining smooth Schwintek slide-out operation․ The zig-zag track system requires specific attention to minimize friction and prevent binding․ Regular lubrication‚ ideally twice a year or as needed‚ extends the life of the components and ensures effortless movement․ Focus on the inner and outer rails of the slide mechanism‚ where the slide room interfaces with the tracks․
Avoid using WD-40‚ as it attracts dirt and can worsen the problem over time․ Instead‚ opt for a dry PTFE lubricant or a silicone-based spray specifically designed for RV slide-outs․ Apply the lubricant sparingly along the entire length of the rails‚ ensuring even coverage․ Wipe away any excess to prevent debris accumulation․
Recommended Lubricants for Schwintek Systems
Selecting the right lubricant is paramount for Schwintek slide-out longevity․ Avoid petroleum-based products like WD-40‚ as they can degrade rubber seals and attract abrasive dust․ Dry PTFE lubricants are highly recommended; they provide excellent slip without leaving a sticky residue․ Popular choices include Super Lube Silicone Grease and 303 Aerospace Protectant‚ known for their durability and resistance to environmental factors․
Silicone-based sprays also offer good performance‚ but ensure they are specifically formulated for RV applications․ Star Brite Premium Silicone Lubricant is a frequently cited option․ Always test a small‚ inconspicuous area first to confirm compatibility with your slide-out materials․ Regular application‚ following the lubrication points detailed in the next section‚ will maintain optimal slide-out function․


Lubrication Points and Techniques
Focus lubrication on the Schwintek’s zig-zag track system․ Apply PTFE or silicone lubricant to both the upper and lower tracks‚ ensuring full coverage along their length․ Pay close attention to the points where the slide-out room’s rollers contact the tracks․ Extend and retract the slide-out several times during lubrication to distribute the product evenly․
Also‚ lubricate the inner and outer rails‚ as well as the motor gear teeth (if accessible)․ Avoid over-lubrication‚ as excess can attract dirt․ Use a spray nozzle for precise application․ Regularly inspect the tracks for debris and clean before lubricating․ This process‚ performed at least twice a year‚ or more frequently in dusty environments‚ will ensure smooth‚ quiet operation․

Rebuilding a Schwintek Slide-Out System
A Schwintek rebuild is complex‚ demanding meticulous attention to detail․ Begin with complete disassembly‚ carefully documenting component placement for reassembly․ Thoroughly inspect all parts – rollers‚ tracks‚ gears‚ and motors – for wear or damage․ Replace any worn or broken components with genuine Lippert parts to maintain system integrity․
Pay special attention to the alignment of the tracks and rollers․ Incorrect alignment causes binding and uneven movement․ Reassembly requires precise fitting of shims and plates‚ ensuring proper suspension system mounting․ Calibration is crucial post-rebuild‚ fine-tuning alignment for smooth operation․ This process often involves drilling and careful measurement‚ demanding patience and expertise․
Disassembly and Inspection
Before rebuilding‚ complete disassembly is essential․ Carefully remove interior panels to access the slide-out mechanism‚ documenting each step with photos․ Disconnect the motors and carefully detach the slide room from the RV frame․ Lay out all components systematically‚ noting the orientation of each part – rollers‚ tracks‚ gears‚ and the drive system․
Thorough inspection is critical․ Examine the zig-zag tracks for bends or damage‚ and check rollers for smooth rotation and wear․ Inspect the motors for any signs of overheating or mechanical failure․ Look closely at the gears for chipped teeth or excessive play․ Document all findings; this detailed assessment guides component replacement and ensures a successful rebuild․
Component Replacement
Based on your disassembly inspection‚ replace worn or damaged components․ Source genuine Lippert or compatible replacement parts to ensure proper functionality and avoid future issues․ Begin with the rollers and tracks‚ ensuring smooth alignment during installation․ Replace any damaged gears‚ carefully noting their orientation for correct meshing․
Motor replacement requires careful attention to wiring and mounting․ Ensure proper connections and secure the motor firmly to the frame․ Double-check all fasteners and connections before reassembling the slide-out․ Utilize a triple seal process to prevent leaks‚ if applicable․ Reassembly should mirror the documented disassembly process‚ guaranteeing a secure and functional slide-out system․
Lippert Hydraulic Leveling Systems
Lippert’s hydraulic leveling systems offer automated RV stabilization․ Operation involves extending and retracting hydraulic jacks to achieve a level position‚ controlled via a touch panel․ Understanding the system’s operation is crucial for safe and efficient use․ Always ensure the area around the jacks is clear before operation․

Jump starting or charging the battery requires specific procedures to avoid damaging the leveling system’s electronics․ Refer to the owner’s manual for detailed instructions regarding proper voltage and connection methods․ Calibration and adjustment are vital for optimal performance‚ ensuring accurate leveling and preventing strain on the system․ Regular maintenance‚ including checking fluid levels‚ is also essential․
Operating Hydraulic Leveling Systems
Lippert hydraulic leveling systems simplify RV setup․ Begin by ensuring the RV is parked on a relatively level surface․ Activate the system via the control panel‚ initiating the auto-leveling sequence․ Monitor the process‚ observing jack extension and retraction․ Manual adjustments can be made if needed‚ using the control panel’s directional controls․
Always prioritize safety; clear the area around the jacks before operation․ Be mindful of ground conditions‚ avoiding soft or unstable surfaces; Proper operation extends system life and ensures a comfortable camping experience․ Remember to retract the jacks before traveling․ Refer to the owner’s manual for specific model instructions and troubleshooting tips․
Jump Starting/Charging Battery Considerations
Maintaining proper battery charge is crucial for Lippert system operation․ If the battery is depleted‚ jump-starting may be necessary‚ but follow safety precautions meticulously․ Connect jumper cables correctly – positive to positive‚ negative to a grounded metal part of the RV chassis‚ not the battery terminal․
After jump-starting‚ allow the RV’s charging system to replenish the battery fully․ Consider using a battery maintainer during extended storage to prevent sulfation and prolong battery life․ Always consult the battery manufacturer’s recommendations for charging voltage and current․ Incorrect charging can damage the battery and affect slide-out functionality․
Calibration and Adjustment

Proper calibration ensures optimal Lippert system performance․ This involves calibrating the suspension system and fine-tuning slide-out alignment․ Calibration procedures vary depending on the specific model‚ so refer to the Lippert documentation for detailed instructions․
Suspension calibration often involves setting ride height and leveling sensors․ Slide-out alignment may require adjusting the room position using the control panel and observing for even movement․ Steps can include drilling holes‚ fitting shims‚ mounting plates‚ and installing the suspension․ Regularly check and adjust as needed to maintain smooth operation and prevent binding․
Calibrating the Suspension System
Suspension calibration is crucial for level and stable RV operation․ This process sets the ride height and ensures accurate readings from leveling sensors․ Begin by ensuring the RV is on a level surface and all tires are properly inflated․ Follow the Lippert manual’s specific steps for your hydraulic leveling system‚ as procedures differ between models․
Typically‚ this involves using the control panel to initiate a calibration sequence․ The system will automatically adjust to establish a baseline level․ Monitor the process closely and make any necessary adjustments as prompted by the control panel․ Proper calibration minimizes stress on the suspension and ensures accurate leveling every time․
Fine-Tuning Slide-Out Alignment
Achieving perfect slide-out alignment is vital for a weatherproof seal and smooth operation․ Minor adjustments can resolve issues like gaps or binding․ Inspect the slide-out’s exterior seals for consistent contact with the RV’s sidewall when fully extended and retracted․ If gaps exist‚ carefully adjust the slide-out’s position using the control panel‚ making small incremental changes․
Lippert systems often allow for individual side adjustments․ Monitor the movement closely and avoid forcing the slide-out․ If significant misalignment persists‚ consult a qualified RV technician․ Proper alignment prevents water intrusion‚ reduces stress on the slide mechanism‚ and ensures long-term reliability․ Regularly check and adjust as needed․
Safety Precautions
Working with slide-out systems involves potential hazards․ Always disconnect the RV’s power source – both 120V and 12V – before performing any maintenance or repairs․ Never place body parts within the slide-out’s path of travel during operation․ Be extremely cautious when manually overriding the system‚ as unexpected movement can occur․ Ensure the RV is parked on a level surface and properly supported with leveling jacks․
Wear appropriate safety glasses and gloves during lubrication or disassembly․ If you are uncomfortable with any procedure‚ seek assistance from a qualified RV technician․ Avoid modifying the system without Lippert’s approval․ Regularly inspect for worn or damaged components and address them promptly; Prioritize safety to prevent injury and ensure reliable operation․


























































































