Why does my Invacare Colibri judder in drive mode?
If your Invacare Scooter judders while in drive mode, it could be due to a defective drive motor(s), which would need replacing. Another possible cause is a defective drive lever potentiometer, which would also need replacing.
What to do if Invacare Colibri battery voltage is too low?
If the battery voltage of your Invacare Scooter is too low because the batteries are depleted, you should charge them. Also, switching the scooter off for a few minutes may allow the batteries to recuperate enough for a short journey.
What to do if the Invacare Colibri Scooter batteries must be charged?
If the batteries of your Invacare Scooter are discharged, you should charge them as soon as possible.
Why is the CHARGING LED off on my Invacare Colibri Scooter?
If the CHARGING LED on your Invacare Scooter is off, make sure the charging cable is correctly connected. If it remains off, the battery may be faulty, and you should contact your dealer.
What to do if the red POWER LED is off on my Invacare Scooter?
If the red POWER LED on your Invacare Scooter is off, first, ensure the charging cable is correctly connected. If the problem persists, the battery charger may be faulty, and you should contact your dealer.
How to fix an Invacare Scooter that runs too slowly?
If your Invacare Scooter is running too slowly, there are a couple of potential causes. The operating console might be defective and need replacement. Alternatively, the batteries could be defective, requiring replacement.
What to do if my Invacare Colibri Scooter batteries are not charging?
If the batteries of your Invacare Scooter aren't charging, the batteries themselves may be defective and require replacement. Alternatively, the charger could be defective, in which case you should replace the charger.
General| Maximum Safe Slope | 6 degrees |
|---|---|
| Battery Type | Sealed Lead Acid |
| Motor Power | 200 W |
| Maximum Speed | 8 km/h |
| Range | 16 km |
| Weight Capacity | 136 kg |
| Ground Clearance | 4.5 cm |
| Seat Width | 46 cm |
| Total Length | 101 cm |
| Total Width | 510 mm (20.1 inches) |
| Total Height | 93.5 cm |
| Seat Depth | 40 cm |
| Obstacle Climb | 2 inches |
| Maximum User Weight | 136 kg |
| Top Speed | 8 km/h |
| Range per Charge | 16 km |
| Overall Length | 101 cm |
| Overall Width | 510 mm (20.1 inches) |
| Overall Height | 93.5 cm |
| Seat Height | 370-420 mm (14.6-16.5 inches) (adjustable) |
Provides an overview of the user manual and its purpose.
Explains the meaning of symbols and signal words used in the manual for safety.
Describes who the mobility device is designed for and its purpose.
Lists the conditions for which the use of a scooter is advisable.
Classifies the vehicle according to EN 12184 standards for mobility products.
Details the standards and regulations the vehicle complies with for safety.
Mentions that warranty terms are country-specific.
Estimates the product's service life and factors affecting it.
Outlines conditions for which Invacare accepts no liability for damage.
Provides crucial safety warnings regarding fire, misuse, medication, and accidental motion.
Details safety precautions related to the scooter's electrical system and potential hazards.
Advises on precautions to avoid malfunctions due to electromagnetic interference.
Covers safety aspects of driving, especially regarding tipping, gradients, and obstacles.
Warns about risks associated with improper care and maintenance, requiring qualified technicians.
Identifies and explains the meaning of various labels found on the product.
Illustrates and names the primary components of the mobility scooter.
Shows the layout of the operating console and its controls.
Explains the function of the ON/OFF diode as a fault indicator and how to interpret flashes.
Details the different states of the battery charge indicator and their meanings.
Provides essential warnings and guidelines for the initial setup and adjustments of the mobility device.
Explains how to adjust the width of the armrests safely.
Details the procedure for adjusting the armrest angle, with a pinch point warning.
Describes the steps for removing and replacing the armrest pads.
Explains how to disengage the seat for rotation or complete removal.
Details the procedure for adjusting the seat height, including required tools.
Explains how to adjust the tiller angle and the importance of locking it securely.
Provides information on adjusting headlights and rear lights for optimal visibility.
Describes the process of getting in and out of the scooter, including seat and armrest adjustments.
Guides the user on familiarizing themselves with the device before the initial trip.
Provides instructions and warnings for safely navigating obstacles like curbs.
Informs where to find information on maximum obstacle heights.
Warns about the risk of tipping when ascending obstacles.
Details the correct procedure for driving over obstacles.
Refers to technical data for information on rated slopes and safe gradient navigation.
Instructs on how to park the vehicle safely for extended periods.
Explains how to push the scooter manually, including disengaging motors.
Details how to disengage the motors for manual pushing and the associated safety caution.
Covers the process of driving the scooter, including starting, speed control, and braking.
Explains how to use the horn for signalling.
Describes the overload protection system for the scooter's controls.
Explains the role of the main fuses in protecting the electrical system.
Provides information about the scooter's batteries and their maintenance.
Offers general advice on charging new batteries and their break-in period.
Lists instructions for safe battery charging and longevity.
Details the step-by-step process for charging the scooter's batteries.
Explains the procedure for safely disconnecting the battery charger.
Provides guidelines for storing and maintaining the batteries to ensure longevity.
Offers advice on proper battery usage to avoid damage and maximize lifespan.
Clarifies that batteries are not classified as hazardous goods for transport.
Provides general rules for handling batteries, including mixing, charging, and installation.
Details safety precautions and procedures for handling damaged batteries, including acid leakage.
Warns against using the mobility device as a vehicle seat during transport due to severe injury risks.
Outlines the steps required to dismantle the scooter for safe transportation.
Explains the process for removing and installing the battery box, with a caution for heavy parts.
Details the procedure for removing the drive unit, with a caution for heavy parts.
Provides instructions for reassembling the scooter after dismantling, with a caution for heavy parts.
Defines maintenance and emphasizes annual checks by authorized providers.
Gives instructions on how to clean the mobility device safely, avoiding electronic components.
Lists user-performed inspection checks and their frequency.
Covers dealing with wheel damages and maintaining correct tire pressure.
Explains procedures for short-term storage in case of detected faults.
Provides guidance on preparing the device and batteries for long-term storage.
Describes the steps for reconditioning the product for a new user.
Outlines guidelines for the environmentally responsible disposal of the product and its components.
Explains how the electronic system provides diagnostic information to identify and repair faults.
Guides the user on how to locate faults and check basic conditions before diagnosis.
Lists fault codes, their consequences, and comments for diagnosis and repair.
Explains how to reset the circuit breaker and warnings associated with it.
Provides detailed technical specifications for the mobility device's components and operating conditions.
Provides a section for recording service and inspection history, confirming work done.
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