DLH Digital Overhead Stirrer Velp Scientifica

DLH Digital Overhead Stirrer Velp Scientifica

Product Description

The DLH Digital Overhead Stirrer is designed for reliable performance with medium to high-viscosity samples. Equipped with a bright and easy-to-read LCD display, it provides clear visualization of essential parameters, including set speed, actual speed, torque, and timer, all at a glance.

Its integrated digital timer allows programming up to 999:59 minutes with automatic switch-off, ensuring precise control over stirring processes. Safety is guaranteed through built-in protections against overload, over-current, and overheating.

Compact, durable, and easy to install, the DLH is ideal for laboratories that need robust and consistent stirring performance with minimal footprint.

Key Features

• Clear LCD display showing speed, torque, and timer simultaneously

• Electronic speed regulation from 50 to 2000 rpm for versatile stirring

• Digital timer programmable up to 999:59 minutes with auto switch-off

• Safety features include overload, over-current, and overheating protection

• Strong construction with technopolymer and epoxy painted aluminum alloy housing

• Small footprint and easy setup for convenient integration into lab workflows

Applications

• Stirring of medium-to-high viscosity samples

• Preparation of chemical and biological solutions

• Laboratory R&D and quality control processes

• Continuous or timed stirring of up to 40 L (H2O equivalent)

Technical Data

• Construction material: Technopolymer and epoxy painted aluminum alloy

• Chuck range: 1 – 10 mm

• Display: LCD

• Electronic protection rating (CEI EN 60529): IP 40

• Power: 190 W

• Weight: 3.0 kg

• Dimensions (WxHxD): 80x230x196 mm

• Electronic speed regulation: 50 – 2000 rpm

• Maximum stirring volume (H2O): 40 L

• Maximum viscosity: 50,000 mPa·s

• Maximum torque: 80 Ncm

• Operating temperature range: 0 – 40 °C

Conclusion

The DLH Digital Overhead Stirrer combines intuitive digital control, high safety standards, and robust design, making it the ideal choice for laboratories handling medium- to high-viscosity applications. Its precision, reliability, and compact size ensure efficient performance for both routine and advanced laboratory stirring tasks.