Elegant Delvo Dlv5840u Compact & Lightweight Esd Model Torque Driver - Going Fast [Hgw5fRcG]

Delvo DLV5840U Compact ESD Torque Driver

The Elegant Delvo Dlv5840u Compact & Lightweight Esd Model Torque Driver - Going Fast [Hgw5fRcG] is a revolutionary tool designed for precision and efficiency in cell production systems. Engineered with a focus on space-saving design, this torque driver is not only compact but also lightweight, making it an ideal choice for tight workspaces. With its ergonomic start lever and precision holder, it ensures a smooth and accurate operation, reducing bit movement and improving overall productivity.

Key Features and Specifications

The Delvo DLV5840U boasts a clear disengagement of the clutch, ensuring a shock-less mechanism for safe and comfortable use. It complies with the EN1000015-1 standard, guaranteeing its high quality and reliability. The grounded bit system standard, featuring a built-in 1 Mega ohm resistor, ensures electrical safety in sensitive environments. This torque driver offers a torque range of 1.3 to 3.5 In/lb (0.15 - 0.40 Nm) and a free speed of 450 to 600 RPM, making it versatile for various applications. It operates on a power consumption of 10 W and requires the Delvo DLC0350LU controller for optimal performance.

Practical Uses and Target Audience

The Delvo DLV5840U Compact ESD Torque Driver is perfect for professionals in the cell production industry, as well as for individuals working in electronics, automotive, and aerospace sectors. Its precision and efficiency make it an invaluable tool for tasks that require precise torque control. With its lightweight design, it offers ease of use and reduces fatigue during prolonged work sessions. The optional accessories, such as the vacuum pickup and torque adjustment ring cover, further enhance its versatility, making it a versatile tool for a wide range of applications. Invest in the Delvo DLV5840U and experience the benefits of a high-quality, space-saving torque driver that meets the demands of today's modern work environments.