Gedore has launched a new generation of LDA cordless screwdriver, promising more power from lighter tools.
Depending on the version, the basic model offers a torque range of 500 to 6000 N·m with a weight of 3.5 to 7.8 kg (no reaction arm).
Torque is freely adjustable with a strong drive provided by the highly efficient, fast, brushless motor via a 2-gear drive and strong 18 V lithium-ion rechargeable battery. The battery works at a consistent peak performance until it is completely discharged and the screwdrivers are made from lightweight high performance aluminium.
Torque of up to 13,000 N·m
The 36V rechargeable battery offers up to 223 watt hours and microprocessor electronics, allowing the screwdriver – with brushless technology – to achieve a “hitherto unequalled” torque of up to 13,000 N·m in a single gear.
For maximum precision, the LDA Solution has an optical and an acoustic zero-error strategy: A sunlight-friendly digital coloured display shows the entire working sequence visually and an acoustic signal is given when the pre-set value is reached.
With the screwdrivers, users can store bolting operation assignments with the optional Module QS, which can be downloaded via USB interface. Another option is the documentation of more than 10,000 bolting connections using the TRACK module. The LDA Solution is delivered with a selectable module for documentation. Gedore has advices on a suitable solutions for every single application.
“The data transmission of all bolting operation assignments of each working day happens via USB interface faultlessly and complete,” said Marco Bruhns, Subsidiary Manager with GEDORE Torque Solutions. “Both LDA high torque cordless screwdrivers are absolutely industry 4.0 suitable and fulfil the requirements according to VDI/VDE 2862.”
Maximum precision and safety
Torque is freely adjustable and screw connections are made with a repeat precision of +/- 3 percent, with an individual test certificate for every single machine.
Featuring ergonomic handles, the drive unit can be rotated by 360°.