WIKA’s model MTF-1 pressure sensor module is a simple and flexible option for integrating pressure measurement into a wide variety of applications.
The pressure value is digitally processed in the module and output as a standardised digital or analog signal. Thus, the MTF-1 module delivers precise data for applications with pressures of up to 1000 bar. The compact module can be easily adapted to the requirements of the respective application thanks to individual configuration of the process connection and electrical connection. Adjustment of the output signal is carried out by WIKA at the factory, meaning time and cost expenditure for calibration during integration is eliminated.
The model MTF-1 pressure sensor module is designed for energy-saving operation. The digital I2C signal transmits data extremely efficiently thanks to low basic energy consumption and fast switch-on times. The energy-efficient sleep mode further reduces energy consumption. This makes the module particularly suitable for battery-operated solutions, ensures long cycles between battery changes and thus reduces maintenance costs.
Differential pressure measurement in gas extraction and power generation project VEGA Controls SA
Pressure Measurement & Control
Methane exploration and extraction in Lake Kivu in the East African Rift Valley has primarily focused on gas composition analysis. The VEGABAR 82 pressure transmitter was used for differential pressure measurement, the key to monitoring gas levels within the lake.
Read more...Don’t buckle under pressure VEGA Controls SA
Pressure Measurement & Control
In Africa, urban populations are increasing and infrastructure is expanding at an unprecedented pace. This makes sustainable water management and treatment more crucial than ever. By investing in VEGA pressure instrumentation, water utilities and municipalities are equipping themselves with pressure sensors that facilitate sustainable water management focused on efficiency, reliability and resilience.
Read more...VEGA handles the pressures of water treatment systems VEGA Controls SA
Pressure Measurement & Control
A water treatment system for a major metropolitan area in the Midwestern United States demands careful monitoring and management of processes across its sprawling network. Choosing VEGA for its process automation needs meant more than just obtaining precise and reliable pressure sensors.
Read more...Monitoring the health of systems SA Gauge
Pressure Measurement & Control
Pressure and temperature gauges are vital instruments in various industries. However, they are susceptible to failures that can compromise their accuracy and reliability. When these gauges fail, the consequences can be severe.
Read more...Enhancing beer brewing precision VEGA Controls SA
Pressure Measurement & Control
Brewing beer is a complex process that requires utmost precision in every step. To ensure precision, it is crucial to measure and control the pressure and point levels in the wort kettle and hops dissolver. Using VEGA instrumentation can offer numerous benefits to breweries.
Read more...Greener mining through water management strategies VEGA Controls SA
Pressure Measurement & Control
Water scarcity is a pressing concern in South Africa, leading to the establishment of stricter regulations on water discharge and management. To promote greener mining operations that minimise environmental impact and optimise resource utilisation, responsible dewatering practices are essential.
Read more...Pressure sensors for hydrogen applications Instrotech
Pressure Measurement & Control
Keller manufactures isolated piezoresistive pressure sensors. The great advantage of the piezoresistive measuring principle is its high stability.
Read more...A new approach to milk processing VEGA Controls SA
Pressure Measurement & Control
Ensuring the quality and safety of milk throughout the production process is of the utmost importance in the dairy industry. Process instrumentation plays a vital role in this stage by providing accurate measurements of level, pressure and point level to guarantee optimal storage conditions.
printer friendly version