Information of Measurement, Equipment, Mechanical, Electrical & Control
Information of Measurement, Equipment, Mechanical, Electrical & Control
Description Bamo Measures Sas has been founded in 1978. Its capital is now 400 000 Euros. Since the beginning, the company has undergone a rapid development centring on industrial pH-meters and conductivity meters. Bamo is now well-known as a leader on the French market. Since 1990, new developments in the Level Measure have given a […]
Description Bamo MEMPRO Hydrostatic Level Transmitter works according to the hydrostatic pressure measuring principle. The output signal corresponds to the pressure of the atmosphere inside the measuring tube; The ceramic sensor is not touched by the liquid. Bamo MEMPRO Hydrostatic Level Transmitter Features Continuous level measurement The sensor is not in contact with liquid Reliable […]
Description Bamo BAMONIV TPS Hydrostatic Level Transmitter is designed for hydrostatic level measurement in aggressive media that is clear or slightly contaminated. Wet parts are of PVDF or PP, the seal of FPM and the cable of FEP. It measures the level according to the principle of hydrostatic pressure measurement. The probe is suspended with […]
Description Bamo PVDF BAMONIV Hydrostatic Level Transmitter is designed for level measurement on aggressive, viscous or contaminated liquids in non-pressurized tanks. It operates according to the principle of hydrostatic pressure measurement. The pressure on the sensor increases proportionally with the depth of immersion. BAMONIV integrates ceramic cell and delivers a 4-20 mA signal proportional to […]
Description Bamo NIVAPRESS SGE-25 Hydrostatic Level Transmitter is simplified by the use of a fastening system, such as a suspension clip (a) or/and a BJSC holder (b). The probe can hang freely at the end of the cable or lie down at the bottom of the tank. The junction box BJSC with pressure compensation, allows to […]
Description Bamo RTM Continuous Level Transmitter consists of a Reed chain (REED contacts connected by resistors) switching when magnetic float passes in front. The resulting resistor value is directly in correspondence with the level. The necessary magnetic field is created by the MNR 6/7, MAGTOP floats or SFA counterweight. The T2F transmitter in the head […]
