The JCB 535-95, 535-125, and 535-140 Telescopic Handler Service Repair Workshop Manual provides comprehensive instructions for servicing and repairing these JCB models. This manual is designed for mechanics and technicians, and it contains the same information used by authorized JCB service departments. The manual offers step-by-step instructions, detailed diagrams, illustrations, wiring schematics, and specifications. It covers all major topics and systems of these Telescopic Handlers, enabling users to diagnose, troubleshoot, and repair a wide range of issues. The clear and concise text combined with high-quality illustrations makes this manual easy to use and understand, helping you confidently perform repairs and maintenance. This manual will save you time and money by empowering you to tackle repairs yourself.

The JCB 535-95, 535-125, and 535-140 telescopic handlers are versatile and powerful machines designed for a wide range of tasks, particularly in construction, agriculture, and materials handling. These handlers are known for their robust build, reliable performance, and impressive lifting capacity. The JCB 535 series offers lifting heights ranging from 9.5 meters to 14 meters, allowing operators to reach considerable heights for tasks like loading trucks, placing materials on elevated platforms, or working on construction projects. These handlers feature a telescopic boom, providing extended reach and flexibility for maneuverability in tight spaces. The 535 series is also equipped with a powerful engine, ensuring efficient operation and strong lifting performance. JCB has designed this series with a focus on operator comfort and safety. Features like a spacious cab with excellent visibility, intuitive controls, and a comfortable suspension system enhance the operator experience. Safety features include a load moment limiter, helping to prevent overturning, and various warning systems to alert the operator of potential hazards. The JCB 535-95, 535-125, and 535-140 telescopic handlers are highly sought-after machines due to their combination of power, maneuverability, and safety features. Their versatility makes them adaptable to a multitude of applications, while their robust design ensures reliable performance and longevity.