testo 6444 - Compressed Air Meter (DN50) for 2.3 to 700 m3/h

Details

• Transmitter with selectable signal outputs: analog output, pulse output, 2 switching outputs

• Integrated totalling function (totaliser) for calculating the total consumption

• High accuracy: defined inner diameter (DN50) enables adjustment to standard volumetric flow

• Easy to install and to operate

Keep your compressed air consumption in check: with the testo 6444 compressed air meter, you can carry out compressed air measurements in order to locate leaks, enable usage-based allocation and reduce costs. Particularly useful: the compressed air meter is easy to install.

Product Description

In industrial companies, compressed air is an important source of energy, but one which can also incur high costs. Precise measuring and control technology creates transparency when it comes to compressed air consumption and can help you save energy, reduce costs and implement a targeted environmental management system (e.g. as per ISO 50.001 or ISO 14.001).

Overview of the technical advantages offered by the testo 6444 compressed air meter

• Ultimate flexibility with a variety of signal outputs: analog output, pulse output, 2 switching outputs. You will therefore be equipped for any kind of application, whether that is consumption measurement, consumption or leak monitoring or even flow measurement
• Integrated totalling function: the practical totaliser means that no additional analysis units are needed to calculate the total consumption
• Ultimate accuracy: the precisely defined inner diameter (DN50) enables adjustment to standard volumetric flow, providing a high degree of measuring accuracy. This is an advantage compared with standard penetration probes, which calculate volume flow on the basis of measured flow and indicated pipe diameter – a procedure that is more vulnerable to error than measurement using the compressed air meter
• Easy operation with a high degree of flexibility: parametrization of signal outputs, switching of physical units, signal delay, signal attenuation are all possible
• Measurement according to the calorimetric principle: no pressure loss during measurement
• Other advantages: no temperature compensation required, quick response time, robust sensor, optimized accuracy thanks to integrated inflow and outflow sections

Delivery Scope