Peugeot iOn Workshop Manual, Service Manual & Repair Guide
A Peugeot iOn workshop manual gives owners, independent technicians and EV specialists the model-specific information needed to maintain, diagnose and repair this compact electric car.
This category covers 2010–2020 Peugeot iOn 49kW models, including the catalog’s 180Nm early version and 196Nm later version, with 5-door saloon and MI-NL mixed body-type listings. The iOn is a rear-motor, rear-wheel-drive electric city car closely related to the Mitsubishi i-MiEV and Citroën C-Zero, so correct vehicle identification is important before following a repair procedure.
Relevant search terms include Peugeot iOn repair manual, Peugeot service manual, factory workshop manual, wiring diagram, troubleshooting, and maintenance information.
Finding the Right Peugeot iOn Manual for Your Vehicle
Check the model year, registration date, VIN, body description, motor output, and torque classification. Both groups use a 49kW electric motor in this catalog, so power alone does not separate the manuals.
A car first registered in 2012 may sit near the changeover; confirm whether it matches the 2010–2012 180 Nm specification or the 2012–2020 196 Nm specification before ordering.
Body wording also matters. Some manuals are cataloged as a 5-door saloon, while others use the MI-NL mixed body-type description.
Owners of an early car with the 5-door listing can review the 2010–2012 iOn 5-door repair manual, while later 5-door vehicles are matched to the 2012–2020 Peugeot iOn workshop manual. Although related i-MiEV or C-Zero information can help with general system understanding, a Peugeot iOn factory service manual is the better reference for Peugeot-labeled components, connector identification, and model-specific service data.
| Manual coverage |
Electric motor |
Catalog body listing |
Best choice for |
| 2010–2012 |
49kW, 180Nm |
5-door saloon |
Early cars with the 5-door saloon listing |
| 2010–2012 |
49kW, 180Nm |
MI-NL mixed body types |
Early vehicles recorded under the mixed-body catalog |
| 2012–2020 |
49kW, 196Nm |
5-door saloon |
Later 5-door models in the 196Nm group |
| 2012–2020 |
49kW, 196Nm |
MI-NL mixed body types |
Later mixed-body listings requiring 196Nm coverage |
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What Is Included in a Peugeot iOn Workshop or Repair Manual?
Coverage varies by edition, but a detailed Peugeot iOn service manual PDF can provide procedures, illustrations, specifications and diagnostic information for the vehicle’s main systems.
Because the iOn uses an electric motor and a single-speed reduction drive rather than a conventional combustion engine and multi-speed gearbox, its workshop information is organized differently from a petrol or diesel Peugeot manual.
Typical coverage may include:
- Electric motor, inverter, and reduction gear inspection, removal, and installation
- Traction battery and battery-management system information
- Charging inlet, cable circuits, on-board charger, and DC-DC converter
- High-voltage cables, service disconnects, interlocks, and isolation checks
- 12-volt battery, fuses, relays, earth points, and accessory circuits
- Hydraulic brakes, parking brake, ABS/ESP, and regenerative braking
- Steering, suspension, hubs, wheel bearings, tires, and alignment data
- Heater, air-conditioning, cooling circuits, and cabin controls
- Body panels, doors, glass, seats, interior trim, lighting, and restraints
- Diagnostic trouble codes, test values, connector views, and component locations
- Fastener specifications, tightening torques, and repair sequences
Common Peugeot iOn Repairs and Problems Covered
A useful Peugeot iOn maintenance guide turns a warning light or symptom into a structured diagnostic process. Practical fault-finding commonly focuses on charging, battery condition, low-voltage electrical supply, and age-related chassis wear.
- Vehicle will not enter READY mode; checks may include the 12-volt battery, main fuses, relays, brake pedal input, selector position, immobilizer communication, and high-voltage interlocks.
- AC charging does not start or stops early: trace the charge cable, inlet, pilot circuit, on-board charger, DC-DC converter, cooling system, and related fault codes.
- Reduced driving range: assess battery data, cell-voltage differences, temperature readings, and stored faults before deciding whether the cause is operational or component-related.
- Brake noise, binding or warning lamps: procedures may cover pads, discs, rear brake components, parking-brake adjustment, brake fluid, ABS sensors and regenerative-braking faults.
- Suspension knocks or uneven tire wear: inspect bushes, ball joints, dampers, springs, wheel bearings, steering joints, and alignment.
- Weak cabin heat or air-conditioning: troubleshoot the electric heater, coolant pump, blower, fuses, sensors, controls, and refrigerant system.
- Body and accessory faults: diagnose central locking, window regulators, lights, wipers, door switches, water entry, and damaged connectors.
Peugeot iOn Wiring Diagrams and Electrical Troubleshooting
A Peugeot iOn wiring diagram is particularly valuable because the car combines a conventional 12-volt network with a separate high-voltage traction system. Schematics can show fuse and relay locations, power distribution, earth points, connector pin numbers, wire routes, control modules, charging circuits, and CAN communication.
In a no-charge condition, technicians can follow the circuit from the inlet through control signals, interlocks, and the charger rather than replacing parts at random.
For a no-READY complaint, the diagram can help separate a low-voltage supply problem from an immobilizer, brake switch, selector, communication, or high-voltage fault.
Always follow the manual’s isolation sequence, discharge time and test procedure. High-voltage battery, inverter, and orange-cable work should be left to trained personnel with suitable protective equipment.
Peugeot iOn Manuals Available in This Category
Selecting the appropriate guide from the options below is essential for obtaining precise repair data tailored to your specific vehicle.
Choosing the correct manual based on the model year, body type, and motor specifications ensures accurate maintenance and effective electrical troubleshooting.
These model-specific references help eliminate guesswork when servicing the Peugeot iOn’s unique electric drivetrain.
2010–2012 Peugeot iOn MI-NL Mixed Body Types, 49kW 180Nm
The early Peugeot iOn mixed-body workshop manual is intended for vehicles cataloged under the MI-NL mixed body-type description. It is the practical choice when the car falls within the early year range and is identified as the 49kW, 180Nm version.
2010–2012 Peugeot iOn 5-Door Saloon, 49kW 180Nm
This manual suits an early vehicle, specifically listed as a 5-door saloon. Its focused body classification makes it useful for servicing the electric drivetrain while checking doors, trim, body fittings, brakes, and suspension.
2012–2020 Peugeot iOn MI-NL Mixed Body Types, 49kW 196Nm
The later IOn MI-NL service and repair manual suits later vehicles in the mixed body-type catalog. Select it when the model records match the 2012–2020, 49kW, and 196 Nm combination.
2012–2020 Peugeot iOn 5-Door Saloon, 49kW 196Nm
This later 5-door manual is designed around the 196Nm catalog classification. It supports model-matched maintenance, electrical diagnostics, body procedures, and mechanical repairs for vehicles from 2012–2020.
Commonly Asked Questions About the Peugeot iOn Workshop Manual
Is a Peugeot iOn workshop manual the same as the owner’s handbook?
No. An owner’s handbook explains controls, charging basics, warning lights and routine use. A workshop repair manual adds diagnostic procedures, dismantling instructions, technical specifications, wiring information, and component tests.
Which manual should I choose for a 2012 Peugeot iOn?
Check the VIN, build or registration date, body listing, and torque specification. Because 2012 appears in both catalog ranges, do not choose by year alone; confirm whether the vehicle is listed as 180 Nm or 196 Nm.
Does a Peugeot iOn repair manual include wiring diagrams?
Many workshop editions include electrical schematics, connector information, and diagnostic procedures, but coverage can differ. Review the selected product details to confirm the exact wiring diagram content supplied.
Can I use a Mitsubishi i-MiEV manual for a Peugeot iOn?
The shared platform makes an i-MiEV manual useful for background understanding, but it should not replace the correct Peugeot reference. Peugeot-specific wiring labels, equipment, body details, and service information may differ.
Does the Peugeot iOn have a normal engine or gearbox?
It has no petrol or diesel engine and no conventional manual gearbox. The electric motor drives through a single-speed reduction gear, so the manual focuses on the motor, inverter, reduction drive, charging system, and controls.
Can a home mechanic repair the high-voltage system?
Routine items such as tires, wipers, and some brake or trim work may suit an experienced DIY owner. High-voltage diagnosis or component removal requires specialist knowledge, isolation equipment, and strict safety procedures.
Choose the manual that matches the iOn’s year range, torque classification and catalog body type. The correct model-specific reference will make maintenance clearer, fault-finding faster, and repairs less dependent on guesswork.
