VSE VS Gear Flow Meter

VS positive displacement flow meters are volume rate measuring sensors based on the meshing gear principle and are designed for use with liquids.

Description

VS positive displacement flow meters are volume rate measuring sensors based on the meshing gear principle and are designed for use with liquids. Two precisely matched gear wheels are enclosed in a very accurately machined housing. Gear rotation is sensed
by a non-contacting signal pick-up system. Each tooth produces one impulse.
The space between the gear teeth, when fully enclosed on both sides by the housing, constitutes measuring chambers. Fluid flow causes the gears to rotate and the incoming flow is separated into discrete volumes within these chambers i. e. the volume of liquid passing through the unit will cause rotation of the gears by exactly one tooth pitch.This volume is known as the Volume/Impulse (Vm) and is stated in cc/Imp. It is used to define the size of a flow meter.

Brand

VSE

VSE

VSE Volumentechnik stands for high precision flow measurement technology. We develop and produce flow meters for virtually all pumpable media and the corresponding evaluation electronics. Since 1989 we have been part of the Echterhage Group.

Whether for water or highly viscous adhesive media with filler material, our in-house development and design department produces technically sophisticated flow sensors. The majority of our output is tailored to customer requirements, thereby putting handcraft back into industry. We can utilise modular systems that are adjusted in line with the technical specifications for each individual order. This means that product is carefully optimised for the needs of the customer.

VSE flow meters are used primarily where it is critical to have the most accurate measurements possible. Our flow measurement technology is used worldwide in high-tech processing plants in the plastics, polyurethane, chemical, pharmaceutical, paint and varnish, hydraulic and automobile industries, as well as in 2-component technology.

Features

  • Measuring and dosing technology
  • Hydraulics
  • Monitoring technology
  • Control and regulation technology
  • Process technology
  • Automobile industry
  • Plastics technology

Applications

  • Ranges of Applications In The Automotive Industry
  • Hydraulics
  • Dyes and Paints
  • Plactics Technology
  • Chemical Industry

Specifications

  • Flow range 0.002 to 525 l/min
  • Pressure range up to 450 bar
  • Temperature range -40 to +210°C
  • Frequency range up to 1666.7 Hz
  • Viscosity range 1 to 1,000,000 cSt