05.078.04 22-PIECE ALTERNATOR WRENCH SET MARCO TOOLS SPIN
The complete solution for removing and repairing alternator pulleys. The Spin combination wrench set (Code 05.078.04) is a specialized 22-piece kit designed for precise operation on modern charging systems. Essential for removing overrunning pulleys (OAPs) and internal components, it allows for work on the main Bosch and Denso systems found on a vast multi-brand vehicle fleet.
Professional Diagnostics and Repair of Charging Systems
The Spin kit, code 05.078.04, is a must-have tool for modern auto electricians and mechanics. Since the latest generation of alternators use special pulleys to reduce vibration and wear on the service belt, specific inserts and sockets are required to lock the alternator shaft while loosening or tightening the pulley, thus avoiding damage to the components.
Versatility and System Compatibility
This set has been configured to offer comprehensive coverage of industry-leading technologies:
- Supported Alternator Systems: Designed specifically for units manufactured by BOSCH and DENSO .
- Complete Assortment: Includes a wide range of combination sockets, Torx bits, XZN (Spline) and hex adapters, allowing you to always find the perfect match for every vehicle model.
- Case Organization: All 22 components are housed in a hard thermoformed case that protects the tools and makes them easy to identify while working.
Vehicular Applications
Thanks to its universal nature, the kit is compatible with major global manufacturers, including:
- German Group: VW, Audi, Mercedes Benz, BMW, Porsche, Opel.
- French Group: Renault, Peugeot, Citroen.
- Other Leading Brands: Fiat, Ford, Honda.
Technical Specifications
- Product Code: 05.078.04
- Quantity Pieces: 22
- Type: Set of combined wrenches for alternators
- Material: High strength steel for professional use
Professional note: Using this kit avoids the need to disassemble the entire alternator in many cases, allowing the pulley to be replaced directly on the vehicle where space permits, drastically reducing labor times.