Description Bamo OPTIFLUX ECFV Flow Indicator shows the circulation of a liquid through the transparent glass tube. For flow rates above the last half of range, the indicator can be mounted either horizontally or vertically. For lower flow rates (first half of range) vertical mounting is recommended with rising fluid. Bamo OPTIFLUX ECFV Flow Indicator […]
Description Dinel RFLS–35 High-frequency Limit Level Sensor is designed for industrial use for limit sensing of the level of liquid and paste-like media. The high-frequency level sensor may be a direct replacement of a vibrating level sensor or a capacity level sensor in case of more demanding applications. The media may be electrically conductive or […]
Description Of Dinel DLS–35 Capacitive level sensors Capacitive level sensors DLS® are designed for limit sensing of the level of liquid and bulk solids in tanks, sumps, tubes or, hoppers, silos, etc. The sensors are manufactured in several modifications of sensing electrodes (rod and rope). The electrodes can be given an insulating coating, a useful […]
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 new […]
Bamo CDP 57 Paddle Flow Controller The flow of liquid drives the paddle which actuates a Reed contact via a magnet mounted on top of the paddle. The second magnet in opposition pushes back the paddle when the flow is decreasing. This design allows the controller to be mounted in any position. Bamo CDP 57 […]
Bamo CDP Paddle Flow Controller operates a switch outside the liquid: The flow drives the paddle. A magnet on top of the paddle actuates a Reed contact, located outside the fluid. The reverse movement of the paddle is generated by a leaf spring. These controllers offer a simple, reliable, and inexpensive solution for flow monitoring […]