What to do if the yellow and green LEDs blink simultaneously on my Quickie Groove?
If the yellow and green LEDs are blinking simultaneously, it could be due to the battery not being connected to the charger, voltage being too low (less than 6 volts), or reverse polarity. Check for good continuity of the cable and good battery voltage at the charger port. Ensure the voltage reading on the meter is positive.
What to do if the LEDs do not turn on on my Quickie Groove Wheelchair?
If the LEDs do not turn on, it indicates a power issue. The unit might not be plugged in, the outlet could be faulty, the fuse internal to the charger might be blown, or the DC internal board could be faulty. Try a known good outlet, another charger, or another AC cord.
What does it mean if the yellow LED blinks 5 times on my Quickie Wheelchair?
If the yellow LED blinks 5 times, it means the battery charger overheated. Remove power, wait ten minutes, and then reapply power. Physically check all connections for shorts or a burning smell. If the fault re-occurs after reapplying power, change the charger.
What does it mean if the yellow LED blinks 4 times on my Quickie Groove?
If the yellow LED blinks 4 times, it indicates that the battery voltage exceeds the charger's specified operating range. Try a specified set of batteries or another charger.
What does it mean if the yellow LED blinks 3 times on my Quickie Groove Wheelchair?
If the yellow LED blinks 3 times, the unit may be damaged if AC power is removed and reapplied without it working. It could also mean the battery's rated capacity exceeds the charger rating. Try another set of batteries or another charger.
Why is the yellow LED blinking 2 times on my Quickie Wheelchair?
If the yellow LED blinks 2 times, it may be because the battery's rated capacity exceeds the charger rating, or the battery may be damaged or old. Try another set of batteries or another charger.
Why is the yellow LED blinking 1 time on my Quickie Groove Wheelchair?
If the yellow LED blinks 1 time, it may be because the battery's rated capacity exceeds the charger rating, or the battery may be damaged or old. You can try another set of batteries or another charger.
General| Brand | Quickie |
|---|---|
| Model | Groove |
| Category | Wheelchair |
| Language | English |
Lists essential tools for wheelchair service and maintenance.
Key features and specifications of the Quickie Rhythm wheelchair.
Key features and specifications of the Quickie Groove wheelchair.
Table detailing error codes, indicators, and their meanings.
Checklist for ensuring proper and safe operation of the wheelchair components.
Guide to using a multimeter for electrical circuit testing.
Explanation of common symbols used on a multimeter.
Safety guidelines and recommendations for working with powered mobility products.
Essential practices for safe and effective work on wheelchairs.
Precautions and guidelines for handling and charging wheelchair batteries.
Guidelines for using and maintaining wheelchair battery chargers.
Information on electromagnetic interference and its potential effects on wheelchairs.
Identifies common sources of electromagnetic interference affecting wheelchairs.
Explains the wheelchair's resistance to EMI and its measurement.
Techniques to prevent damage from static discharge to electronic components.
Overview of the power base components for Rhythm and Groove models.
Safety information and illustrations related to wheelchair batteries.
Procedures for testing and diagnosing wheelchair batteries.
Details on different types of batteries suitable for wheelchairs.
Step-by-step instructions for accessing the batteries in Rhythm and Groove models.
Procedures for removing and replacing wheelchair batteries.
Details on battery connection types and fuse locations.
How to inspect and test fuses for proper functionality.
General guidelines and best practices for charging wheelchair batteries.
Troubleshooting checklist to diagnose and resolve charger issues.
Information and procedures related to wheelchair motors.
Steps to test motor resistance and continuity.
Guide on inspecting and assessing motor brush condition.
Procedures for removing and inspecting hubs and bolts.
Inspection guide for the output shaft and its keyway.
Step-by-step guide for removing and replacing the motor on Rhythm models.
Step-by-step guide for removing and replacing the motor on Groove models.
Explanation and illustration of the freewheel mechanism operation.
Detailed steps for assembling and adjusting the freewheel mechanism on Groove models.
Procedures for servicing and maintaining drive wheels.
Steps to remove and replace the entire drive wheel assembly.
Instructions for replacing drive wheel tires and inner tubes.
Introduction to motor encoders, their function, and installation.
Steps to configure and enable encoders using the programmer.
Overview and adjustment procedures for the wheelchair's suspension system.
Instructions for checking rear shock dampening assembly settings.
Method for timing the anti-pitch function of the rear suspension.
Procedures for adjusting the anti-pitch effect timing using nuts.
Steps for disassembling and cleaning the anti-pitch damper mechanism.
Using soap, water, or acetone to clean damper rod and taper.
Instructions for removing and installing shrouds on the Rhythm wheelchair.
Overview of electronic systems and controls used in Quickie wheelchairs.
Description of QC 4 Button and QC 5 Button joystick controls.
Features and specifications of the 3-button rehab control.
Features and specifications of the 7-button rehab control.
Explains the selection and function of different drive profiles.
Describes the 6 different actuator modes and how to select them.
Procedures for replacing flying leads and joystick mechanisms/boots.
Step-by-step instructions for replacing the joystick housing.
Information on exchanging hand control heels and wrist rests.
Guidelines for mounting QR hand controls on the wheelchair.
Precautions and guidelines for connecting hand controls and routing cables.
Pin definitions for the CAN bus connector.
Lists and describes the adjustable parameters for wheelchair programming.
Configuration options for power control and keyless locking features.
Settings for battery voltage error and warning thresholds.
Information on using the Hand Held Programmer (HHP) for configuration.
Features and specifications of the QR-ACT motor controller.
Details on the QR-MAC for managing multiple seating actuators.
Detailed pinout characteristics for QC motor control modules.
Detailed pinout characteristics for QR motor control modules.
General approach to troubleshooting power wheelchairs.
Table of Drive Mode errors and their priority.
Lists and prioritizes errors related to seating system functions.
Lists and prioritizes errors for the Environmental Control Module.
Lists and prioritizes errors for the QR-MAC module.
Comprehensive chart for diagnosing faults based on symptom and code flash.
Steps for isolating faults using Quickie iQ or HHP.
Procedures for testing wheelchair batteries and chargers.
Step-by-step guide to testing the battery charger's performance.
Procedures for electrically testing wheelchair motors and gearboxes.
Analysis of motor current, voltage, RPM, and brake readings.
Procedures for testing brake current and voltage for proper function.
Steps to electrically test the gearbox for excessive drag.
Procedures for testing the functionality of the hand control.
Verifying joystick movement and return to neutral positions.
Testing the functionality of individual buttons on the joystick.
Testing procedures for mini hand controls and attendant control modules.
Procedures for testing Specialty Control Input Modules (SCM).
Notes on seating actuators, encoders, and creep speed profiles.
Steps to test seating system actuators controlled by the motor controller.
Verifying actuator travel, homing, and switch states.
Procedures to test seating system actuators controlled by QMAC.
Verifying actuator travel, homing, and switch status for QMAC.
Verifying system time, driven time, and internal temperatures.
Introduction to the integrated seating system and its components.
Details on adjusting the height of the seating system modules.
Description of Posterior Lateral and Curved General Purpose backrests.
Overview of manual and power recline options for backrests.
Features of power recline with shear reduction mechanism.
Procedures for adjusting seat width, depth, and height.
Tables detailing ranges for seat pan width and depth adjustments.
Procedures for adjusting seat back and pan width.
Instructions for adjusting the seat back height using slot and block alignment.
Steps for adjusting seat depth by moving the front seat weldment.
Procedures for adjusting manual backrests (Integrated and 40 Degree).
Procedures for adjusting armrest height and width.
Steps to level the arm pad by adjusting upper clamps.
Procedure for adjusting the angle of the armrest.
How to adjust the horizontal position of the arm pad.
Instructions for mounting and adjusting lateral knee supports.
Information on adjusting leg rest hangers for positive lock.
Procedures for adjusting the length of the leg rest.
Instructions for installing side guards and positioning belts.
How to mount and position lateral supports on seat back wings.
Mounting and adjusting head rests, including third-party options.
Adjustments for calf pad, angle, and height of the foot rest.
Explains how the recline system uses keipers, encoders, and control modules.
Discusses PC board functions, encoders, switches, and creep speed control.
Steps to troubleshoot recline actuator issues without QR-MAC.
Procedures to test recline actuator continuity and switch operation.
Troubleshooting steps for chairs not driving or only in creep mode.
Steps to troubleshoot seating functions like legrest and elevating seat.
Initial steps for troubleshooting the Perfect Fit system using QR-MAC.
Verifying BUS cable connections and battery voltage for QR-MAC.
Verifying continuity of QR-MAC cables and connectors.
Steps to diagnose individual actuators not functioning or functioning incorrectly.
Troubleshooting steps for when the tilt module does not home correctly.
Verifying the operation of the 18-degree reset switch for the tilt module.
Procedures for adjusting reed switches for proper actuator engagement.
Information on the tilt system, including Linak actuator and wiring.
Information on the lift system, including Linak actuator and wiring.
Mounting the Perfect Fit Seating System with permanent tilt and height adjustments.
Overview of power recline and shear reduction adjustments via HHP/Quickie iQ.
Troubleshooting for creep speed or back not reaching programmed value.
Testing the Recline Counter Reset Switch and actuator.
Troubleshooting for the back not driving to the programmed shear value.
Testing the Shear Count Reset Switch and associated cables.
Steps to test the recline actuator's current drain and armature resistance.
Procedures to test the shear actuator's current drain and armature resistance.
Following cables and checking actuator resistance for the shear actuator.
Adjusting seat-back angle and pivot point height.
Adjusting seat depth and armrest hanger/height.
Step-by-step instructions for removing the recline actuator.
Removing the gas strut and recline actuator, with warnings.
Reinstalling the recline actuator, including gas strut reattachment.
Procedures for removing and replacing the shear actuator.
Steps to remove and replace the Recline Counter Reset Switch.
How to remove, replace, or adjust the Shear Counter Reset Switch.
Glossary of acronyms used in the Delphi control system.
Overview of the VR2 remote controller and its buttons.
Diagrams and pinouts for VR2 controller connectors.
Wiring diagram for VR2 controller without power seating.
Wiring diagrams for VR2 controllers with tilt functionalities.
Overview of the R-NET remote controller and its functions.
Detailed explanation of R-NET controller buttons and indicators.
Description of optional R-NET electronic modules.
Diagrams and pinouts for R-NET controller connectors.
Pinouts for R-NET Omni and ISM modules.
Wiring diagram for R-NET drive-only configurations.
Wiring diagrams for R-NET tilt and multi-actuator systems.
Steps to test battery voltage at the VR2 bus plug and controller.
Verifying correct polarity and wiring of the battery harness.
Interpreting the status indicators on the VR2 remote controller display.
Table of LED indications and corrective actions for faults.
Explains various symbols displayed on R-Net and OMNI controllers.
Overview of VR2 controller diagnostic codes and their meanings.
Troubleshooting steps for low battery voltage errors.
Diagnosing left motor disconnected or wiring trip faults.
Troubleshooting steps for right motor disconnected faults.
Diagnosing right motor wiring faults and charger connection status.
Troubleshooting joystick trips and communication errors.
Troubleshooting control system trips, brake faults, and high battery voltage.
General procedures for troubleshooting R-net system issues.
Steps to diagnose why the wheelchair is not powering on.
Testing voltage at joystick harness and power connector.
Verifying battery voltage and continuity of fusible links.
Identifies modules reporting problems and lists common error codes.
Procedures for identifying fault sources on hand controls or Omni displays.
Explanations for motor errors, inhibit active, joystick calibration, and over-current faults.
Details on system errors, SID/User Switch detachment, and charging indications.
A case study illustrating fault isolation for a motor brake circuit error.
Steps to diagnose slow driving possibly caused by seating system inhibits.
Diagnosing creep speed activation when the tilt system is beyond 16 degrees.
Troubleshooting steps when the tilt function is unresponsive.
Verifying battery voltage at the 6-pin connector and direct actuator power.
Measuring actuator motor winding resistance in different tilt positions.
Overview of power recline and shear control via ISM module.
Troubleshooting steps for wheelchairs not reaching full speed.
Steps to check recline potentiometer resistance and calibrate.
Adjusting recline calibration and troubleshooting creep speed when reclined.
Troubleshooting steps when the power recline actuator is not functioning.
Troubleshooting steps when the power shear actuator is not functioning.
Overview of power legrest systems and initial checks.
Checking resistance of power legrest actuators and harnesses.
General instructions for mounting seating systems without tilt.
Instructions for mounting the ASAP tilt-only seating system.
Mounting instructions for traditional rehab seating systems.
Procedures for mounting the tilt system to its interface.
Instructions for mounting new power recline seating systems.
Mounting instructions for new power tilt and recline seating systems.
Table detailing seat-to-floor height based on configuration.
Height matrix for power recline and ASAP seating configurations.
Height matrix for traditional rehab seating (15-24" and 12-14" width).
Mounting matrix for ASAP fixed center mount footrests.
Procedures for adjusting the length of Power ELR/ALR legrests.
Steps to remove the legrest actuator from ELR/ALR assemblies.
Adjustments for seat-back angle and pivot point for power recline.
Adjusting seat depth and recline actuator bracket placement.
Quick guide to On-Board Programming (OBP) parameters.
Detailed guide for programming via OMNI or DTT.
To Next Page
