Description

Software INPA, NCS-EXPERT, WINKFP V 5.0.6

Language : English
Compatible with Windows XP/7/8/10/11
File size : 165 MB
Optional remote installation

Complete description of the INPA software

Introduction

INPA is an automotive diagnostic software for BMW vehicles. It allows you to read error codes stored in the vehicle's various modules, perform diagnostic tests, adjust the parameters of certain components and program certain functions.

INPA software features

INPA is mainly used for fault diagnosis of BMW cars. It can read fault codes stored in different vehicle modules, such as engine module, transmission module, brake module, air conditioning module, etc. INPA also provides information on vehicle parameters, such as coolant temperature, battery voltage, engine speed, etc.

The software is also capable of performing diagnostic tests for different vehicle components. For example, it can activate fuel injectors, EGR valves, fuel pumps, solenoid valves, relays, fans, etc. to check their proper functioning.

INPA also allows programming of certain vehicle functions, such as reprogramming the engine control module or programming additional keys.

Vehicles supported by INPA software

INPA is mainly for BMW cars, including E36, E38, E39, E46, E53, E83 and E85 series models. The software supports different engine types, such as gasoline and diesel engines, four- and six-cylinder engines, as well as V8 and V12 engines.

INPA can also be used to diagnose certain models of BMW motorcycles equipped with an electronic engine management system.

It should be noted that INPA is advanced software aimed at automotive professionals and requires training for proper use.

Liste des fonctionnalités prise en charge par INPA :

• Prise en charge complète des cas d’utilisation : Inclut l’ingénierie, le test, la production et les services après-vente.
• Spécification des données de diagnostic : Pour les unités de commande électronique (ECU).
• Gestion des erreurs : Lecture et effacement de la mémoire d’erreur.
• Gestion des données FLASH : Permet le téléchargement et le chargement de données FLASH.
• Mesure et analyse : Lecture de la valeur de mesure.
• Contrôle des entrées/sorties : Pour tester et ajuster les signaux.
• Étalonnage des variables : Permet l’étalonnage de variables simples de l’unité de commande.
• Codage des variables ECU : Pour personnaliser les fonctionnalités du véhicule.
• Emulation du mode de bus CAN : Simule le réseau CAN (Controller Area Network).
• Solutions intégrées : Adaptées aux environnements embarqués et non embarqués.
• Configuration simplifiée : Interface graphique et données de communication facilement configurables sans nécessiter de programmation.
• Support des protocoles spécifiques au client : Assure une compatibilité étendue.
• Durabilité et conformité : Support à long terme grâce à l’adoption des normes ASAM.
• Multilinguisme : Disponible en anglais et en allemand.

Voici un aperçu en vidéo :

Véhicules compatibles :

Modèles de la série F

Série F (modèles variés)

• Inclut spécifiquement les modèles de la série F sans détail sur les modèles individuels.

Série 5 et 6

• E60 (incluant E61, E63, E64) : Correspond aux modèles 5er (Série 5) et 6er (Série 6).

Série X5 et X6

• E70 (incluant E71, E72) : Désigne les modèles X5 et X6.

Série X3

• E83 : Représente le modèle X3.

Série Z4 (première génération)

• E85 (incluant E86) : Correspond au modèle Z4.

Série 3

• E90 (incluant E91, E92, E93) : Désigne les modèles 3er (Série 3).

Mini Cooper

• R56 (incluant R55, R57) : Représente les variantes de la Mini Cooper.
• R50 (incluant R52, R53) : Autres variantes de la Mini Cooper.

Rolls Royce

• RR1 (incluant RR2, RR3) : Modèles spécifiques de Rolls Royce.
• RR4 : Un autre modèle de Rolls Royce.

Série Z4 (seconde génération)

• E89 : Représente le modèle Z4 de la seconde génération.

Série 7

• E65 (incluant E66, E67) : Correspond aux modèles 7er (Série 7).

• Author
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SB - OBD Diag

My name is Sofiane, I was born in Lyon in 1996. I grew up in a modest family and I have always been fascinated by cars since I was very young.

After my high school studies, I decided to specialize in the automotive field. So I went to study automotive engineering in Grenoble where I obtained a master's degree in mechanical engineering for passenger vehicles.

Passionate about OBD (On-Board Diagnostic) technology, which allows drivers to diagnose their car themselves using the elaborate system embedded in their vehicles connected via Bluetooth/Wi-Fi or USB with a compatible personal computer such as Windows PC/ Linux/MacOsX such as ELM327 WiFi), I started my professional career as a technical writer after having completed several practical internships with different Lyon automobile garages in order to deepen my technical knowledge for this sector and acquire sufficient practical experience necessary that could be useful when products software achievements.

Over the years, I had developed some additional passions in particular: travel, computing (IOT & IP Networks) and Jazz music. It is thus that thanks to these additional skills enriched during all his extra-professional adventures that he was able to establish a bridge between his professional and private life offering him more equally interesting and diversified professional opportunities

I like working on complex projects linked to this fairly cutting-edge technology (preventive maintenance, advanced engine error diagnostics) because it allows me to take on stimulating technical challenges which constantly improve my skills and my expertise in this sector.

As a technical editor for Bosch France, I often had the opportunity to participate in seminars organized by their partners, suppliers or internal distributors. Thus during a professional trip to China to attend a conference on new trends in the Chinese automotive market ( 2020)

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