Features The Tokyo Keiki Flat Radar Level Sensor MRF-10 is a loop-powered radar level gauge, which can be installed easily in a variety of applications. The MRF-10 employs a non-contact radar level gauging principle based on pulsed microwave signals and is suitable for level measurement in applications such as liquids, pastes and slurries. Tokyo Keiki […]
Microwave level gauge The radar pulse is virtually unaffected by the contents and atmosphere of the tank, temperature or pressure. Thus radar measurement is proven to be the most reliable gauging method in most applications. Furthermore, maintenance requirements are practically zero because no part of the gauge is in physical contact with the liquid. These […]
Description Tokyo Keiki KRG-10 Non-Contacting Radar Level Gauge measures liquid level by transmitting low energy radar pulses toward liquid surface and receiving the radar echoes. The travel time for the radar pulse is proportional to the distance between the gauge and the surface. Tokyo Keiki KRG-10 Non-Contacting Radar Level Gauge Features ±2mm High Accuracy Advanced […]
Overview Katronic KATflow 170 provides a corrosion-resistant option as part of a fully ex-certified package for applications where harsh environmental conditions demand a more rugged instrument. The flow meters is intended for permanent operation in Zone 1 and 2 hazardous areas and is an economical choice for a variety of metering applications. The KATflow 170 […]
MRF-10 radar level meter is a level sensor with HART protocol and current loop power supply. The measuring principle is based on radar technology, measuring the transit time of the signal reflected from the measured medium. The TOKYO KEIKI MRF-10 radar level meter is a loop powered liquid level gauge. The MRF-10 radar level sensor […]
Tokyo Keiki MRG-10 General Descriptions Tokyo Keiki MRG-10 radar pulse is virtually unaffected by the contents and atmosphere of the tank, temperature or pressure. Thus radar measurement is proven to be the most reliable gauging method in most applications. Furthermore, maintenance requirements are practically zero because no part of the gauge is in physical contact […]