What to do if the yellow and green LEDs blink simultaneously on my Quickie Rhythm?
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 Rhythm?
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 Rhythm 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 Wheelchair?
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 Rhythm?
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 Rhythm?
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 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| Type | Power Wheelchair |
|---|---|
| Weight Capacity | 300 lbs |
| Battery Type | U1 |
| Frame Type | Mid-wheel drive |
| Armrests | Adjustable height |
| Footrests | Swing-away |
Lists essential tools for servicing and maintaining power wheelchairs.
Details key features and specifications of the Quickie Rhythm model.
Details key features and specifications of the Quickie Groove model.
Provides a table of error codes and their corresponding indicators and states.
Checklist for ensuring proper and safe operation of the wheelchair components.
Explains the use and components of a multimeter for electrical testing.
Describes basic symbols used in a typical multimeter.
Provides general safety guidelines and recommendations for working on powered mobility products.
Discusses the use and safety precautions for wheelchair battery chargers.
Explains electromagnetic interference and its potential effects on powered wheelchairs.
Lists common sources of electromagnetic interference that can affect wheelchairs.
Discusses the wheelchair's immunity level to electromagnetic interference.
Details techniques to prevent damage from Electro Static Discharge (ESD).
Discusses battery safety, hazards, and the charge cycle illustration.
Explains how to test and diagnose issues with deep-cycle batteries.
Details different types of batteries suitable for wheelchairs, emphasizing deep-cycle.
Provides step-by-step instructions for accessing batteries in Rhythm and Groove models.
Step-by-step guide for removing and replacing wheelchair batteries.
Explains battery connection methods and how to inspect fuses for usability.
Details the use of automatic chargers, charging tips, and troubleshooting.
Provides a checklist for troubleshooting issues with the lightweight charger.
Covers checking motor resistance, continuity, and motor brushes.
Instructions for inspecting hubs and output shafts, including removal of hub assembly.
Step-by-step guide for removing and replacing the motor on the Rhythm model.
Step-by-step guide for removing and replacing the motor on the Groove model.
Explains the freewheel mechanism and its operation in the Rhythm model.
Details the assembly and adjustment of the freewheel mechanism for the Groove model.
Instructions for changing drive wheel assemblies and tires.
Explains the function and installation of motor encoders for improved driving.
Guides on how to program motor encoders using the HHP or Quickie iQ.
Describes the 4-bar suspension system and how to adjust preload settings.
Explains checking rear shock dampening assembly settings before spring changes.
Details the procedure for adjusting the anti-pitch timing mechanism.
Explains how to adjust the anti-pitch effect timing via a nut and cable.
Provides steps for removing and cleaning the anti-pitch damper mechanism.
Details cleaning procedures for the damper rod and anti-pitch taper, and reassembly tips.
Instructions for removing and replacing shrouds on the Rhythm model.
Overview of electronic systems and hand controls used in Quickie wheelchairs.
Details features and part numbers for 3-button and 7-button rehab controls.
Explains drive profile selection and various actuator modes for wheelchair operation.
Provides instructions for replacing flying leads and joystick mechanisms.
Step-by-step guide for disassembling and reassembling joystick housings.
Details replacement of hand control heels and mounting procedures for QR Hand Controls.
Discusses wiring practices, harness use, and CAN bus pin outs.
Lists and describes programmable parameters for wheelchair speed, acceleration, and torque.
Explains power on/off features, keyless lock, and battery diagnostic thresholds.
Details the features and operation of the Hand Held Programmer (HHP).
Describes the QR-ACT motor controller, its connectors, and power rating.
Details the QR-MAC for multiple actuators and its wiring.
Provides pin-out details for QC motor controls, actuators, and switches.
Provides pin-out details for QR motor controls, actuators, and sensors.
Introduces the diagnostic process and lists drive mode errors with priorities.
Lists diagnostic codes for seating, ECM, and QR-MAC modules with priorities.
Provides a detailed chart for troubleshooting Delphi system errors based on symptoms and code flashes.
Guides on isolating faults using Quickie iQ or Hand Held Programmer.
Outlines steps for testing batteries and the wheelchair charger.
Detailed steps to test the battery charger's functionality and output.
Procedures for electrically testing the wheelchair motors and gearboxes.
Steps for testing motor current, voltage, and RPM, including brake checks.
Notes on interpreting motor test results, including voltage, current, and RPM.
Explains how to test brake current and voltage for proper function.
Procedure to test the gearboxes by checking motor current increases.
General tests for drive controls, focusing on hand control functionality.
Verifies joystick position and return to neutral for forward, reverse, left, and right movements.
Steps to test Mini Hand Controls or Attendant Control Modules.
Procedure to test Specialty Control Input Modules (SCM) for switch functionality.
Explains actuator tests, encoder errors, and creep speed behavior.
Guides on testing seating system actuators controlled by the motor controller.
Details testing QMAC-controlled actuators, observing counts, degrees, and current.
Verifies actuator travel to programmed counts and monitors switch status.
Verifies time on, time driven, and internal control box temperature.
Introduces the integrated Perfect Fit Seating System and its features.
Describes manual and power recline options, including shear reduction.
Explains how to adjust seating size by relocating or replacing growth pans.
Tables detailing seat pan width, depth, and back width adjustments.
Guides on how to adjust seat back and seat pan width independently.
Details procedures for adjusting seat back height using slot and block alignment.
Instructions for adjusting seat depth, primarily for accommodating offset backrests.
Procedures for adjusting manual backrests, including integrated and 40-degree back types.
Details how to adjust armrest height and width.
Steps to ensure the arm pad is parallel to the ground for proper leveling.
Guides on adjusting armrest angle and arm pad position.
Instructions for mounting and adjusting lateral knee supports with standard and alternate options.
Details repair/adjustment procedures for leg rest hangers and leg rest length.
Instructions for installing side guards, positioning belts, and mounting lateral supports.
Guides on mounting head rests and adjusting the center mount foot rest.
Explains how the Perfect Fit Seating System's recline, encoders, and control modules work.
Details how creep speed and drive lockout are controlled by seating positions.
Procedures for troubleshooting recline actuator issues without a QR-MAC.
Guides on testing recline actuator continuity and reed switch operation.
Troubleshooting steps when the chair drives in creep speed or fails to drive.
Procedures for troubleshooting seating functions like tilt and elevating seat.
Steps for troubleshooting total seating system failures with QR-MAC.
Verifies bus cable connections and battery voltage to the QR-MAC.
Checks continuity of QR-MAC cables and connectors for proper operation.
Checks resistance of individual actuators and troubleshooting QR-MAC.
Troubleshoots issues where the tilt module fails to home or reset correctly.
Verifies the operation of the 18-degree reset switch for the tilt module.
Guides on adjusting reed switches for proper actuator magnet engagement.
Describes the tilt system, its actuators, and wiring.
Details the tilt and lift power modules, their pinouts, and wiring.
Describes the lift system, its actuator, and wiring.
Covers permanent tilt and height adjustments for the seating system.
Explains the new power recline and shear reduction features and their programming.
Troubleshooting steps for creep speed or when the back fails to move to the programmed value.
Checks recline CRS continuity and tests cables for issues.
Troubleshooting steps for when the back does not drive to the programmed shear value.
Checks shear CRS operation and tests cables for continuity.
Procedures to test the recline actuator's current drain and armature resistance.
Guides on testing the shear actuator's current drain and armature resistance.
Checks shear actuator armature resistance at mid-stroke and extremities.
Adjusts seat-pan angle and pivot point for seat-back height.
Adjusts seat-back depth and armrest height/hanger position.
Procedures for removing the recline actuator, including gas strut and QR-MAC mount.
Details steps for removing bolts, gas strut, and recline actuator mount.
Guides on reinstalling the recline actuator, gas strut, and bottom mount.
Instructions for removing the shear actuator after recline actuator removal.
Details replacing the Recline Counter Reset Switch (CRS).
Guides on removing, replacing, and adjusting the Shear CRS.
Glossary of acronyms used in the Delphi system.
Steps to check battery voltage at the VR2 bus plug and controller.
Verifies the polarity of the battery wire harness connections.
Explains various indicators on the VR2 display, such as speed and battery status.
Lists error codes displayed on VR2/R-Net controllers and their corrective actions.
Describes symbols displayed on R-Net and OMNI controllers for system status.
Lists diagnostic codes for VR2 controllers, starting with battery voltage and left motor issues.
Details troubleshooting for left motor wiring issues indicated by three bars.
Troubleshooting steps for right motor disconnection indicated by four bars.
Troubleshooting for right motor wiring issues indicated by five bars.
Explains six-bar (charger) and seven-bar (joystick) error codes.
Addresses control system trips (eight bars) and solenoid brake problems (nine bars).
Discusses high battery voltage (ten bars) and general battery faults.
Troubleshooting steps when the wheelchair fails to power on.
Checks voltage at the controller and disconnects batteries.
Verifies battery voltage and continuity across fusible links.
Explains fault identification by module and lists common error codes.
Details motor errors (M1/M2) and inhibit active faults.
Covers joystick calibration, latched timeout, over-current, and over-temperature errors.
Addresses bad cables, settings, module errors, and system disconnections.
Demonstrates fault isolation steps for an M2 brake error.
Identifies seating components causing slow driving or creep speed when tilt is active.
Tests micro-switches related to tilt position and creep speed.
Guides on checking tilt actuator clicks, operation, and connector signals.
Verifies battery voltage at the tilt connector and applies power directly to the actuator.
Checks actuator motor winding resistance in mid-stroke and down positions.
Covers issues with power recline and shear control by the ISM module.
Discusses recline calibration and potential issues affecting full speed driving.
Guides on checking recline potentiometer resistance and calibration.
Addresses creep speed issues when the backrest is reclined beyond a certain angle.
Troubleshooting steps when the power recline actuator is lost or shows no resistance.
Guides on testing shear actuator resistance and ISM connections.
Introduces troubleshooting for Center Mount and Swing-Away power legrests.
Checks legrest option access, ISM connections, and resistance at actuator pins.
Instructions for mounting seating systems without tilt functionality.
Instructions for mounting ASAP seating systems that only have tilt capability.
Mounting instructions for traditional rehab seating systems connecting to tilt.
Procedures for mounting tilt systems to an interface bracket.
Instructions for mounting new power recline seating systems.
Instructions for mounting new power tilt and recline seating systems.
Table showing seat to floor height dimensions based on configuration.
Continues the matrix for power recline and ASAP seating configurations.
Continues the matrix for traditional rehab seating configurations (15-24" and 12-14" width).
Matrix for mounting ASAP fixed center footrests, showing ground clearance.
Steps to adjust or remove footrest length on Power ALR/ELR legrests.
Details removing the legrest actuator by releasing top and bottom nuts.
Adjusts seat-back angle and pivot point for power recline backrests.
Adjusts seat depth and recline actuator pivot bracket placement.
Quick guide for R-NET joystick programming via OBP.
Details programming parameters available when accessing OBP via OMNI or DTT.
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