- The Micro Sensor is also available as a Methanol Concentration Sensor or MCS. This version of the Micro Sensor is designed to meet the needs of the Direct Methanol Fuel Cell (DMFC) industry.
- The Micro Sensor is also available as a Methanol Concentration Sensor or MCS. This version of the Micro Sensor is designed to meet the needs of the Direct Methanol Fuel Cell (DMFC) industry. It measures the methanol concentration in the water used to feed the cell. Methanol concentration is very important to the operation of the cell for optimal performance. The MCS replaces the previous FC10. Methanol concentration is calculated using fluid density and temperature. A conversion equation is used calculate methanol concentration based on these measurements. This product has standard 0.5 to 4.5 voltage outputs for temperatures of 41 to 158 F (5 to 70 C) and concentration 0 to 10 wt%. Optional ranges are available.
- The Micro Sensors are available in two different versions: the Micro Liquid Density Sensors (LDS) and the Methanol Concentration Sensor (MCS). These sensors are designed to integrate and embed into larger systems and solutions to satisfy the needs of system integrators and OEMs. Currently the Micro Sensors can measure density for liquid materials only.
- The principal of operation is based on the Coriolis effect however, the resonating sensing tube takes advantage of MEMS technology. These devices have MEMS inside. The result is a very accurate density measurement for performance in a very small package. These sensors are designed for use in general purpose electrical environments. The sensors are calibrated to cover a range of 0.6 to 1.3 grams/cc. Voltage outputs are used to communicate measured density and temperature. A RS-232 serial output is also available.