VSE Signal Converter FU210-28

Description

The FU210-28 converter processes the speed information from the output signals of the VSE flow meters. The device can convert the frequency of the HTL signals into a freely scalable analogue measurement variable (current/voltage) with almost no delay. With an analogue resolution of 16 bit, or as a digital measured value via Modbus RTU or RS232, these converted signals are then available for further data processing. To increase accuracy a linearization with
up to 24 control points can be programmed. In addition to quadrature signals with HTL signals, the converter can process the formats RS422, TTL and HTL differential formats, as well as single-channel signals from other measuring systems such as incremental encoders.
The FU210-28 also has pulse counting mode, which enables conversion of the total flow rate (volume). Linearization can also be programmed in this
operating mode. Various applications and functions can be implemented via 6 available inputs and outputs

Brand

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.