AUD345.45
Note: The price added to the cart is exclusive of GST.
This battery powered sensor:
Body of the unit is billet machine alloy then anodised for marine use:
The base of the Sensor has 2 sets of holes:
This radar tank level sensor is approved with FCC for USA. It is compliant with European commission radio equipment directive 2014/53/EU article 3.1 and 3.2. and is CE and UKCA approved.
AUD26.00
Non invasive tank level sensors have been limited to Ultrasonic up til now. Ultrasonic sensors operate at around 100kHz. If under the tank, the signal may be blocked by solids or material in the water. If above the tank, they are susceptible to foam and general interference from reflection. They are just not suitable for Black Water or Grey Water. and suffer from reflective errors. They have limited accuracy.
Phased Coherent radar operates at 60GHz and penetrates foam with great accuracy. Up until now, Radar has been an expensive choice and used in very high value applications. But the introduction of Phased Coherent Radar to EV’s opened the door for inexpensive tank sensor applications.
In pulsed coherent radar, a series of short-duration radio frequency pulses are transmitted towards the water line from above. These pulses are reflected back and received by the radar system’s antenna. The received signals are then processed and analyzed to determine the depth.
The term “coherent” refers to the radar system’s ability to maintain a constant phase relationship between the transmitted and received signals. This coherence allows for more accurate measurements and improved signal processing techniques, such as coherent integration, which enhances the radar’s sensitivity and range resolution.
Pulsed coherent radar systems are commonly used in various applications, including military surveillance, air traffic control, weather monitoring, and automotive radar systems. They offer advantages such as high accuracy, long-range capabilities, and the ability to distinguish multiple targets in close proximity.
This is the most advanced software development we have developed as there are 3 independent IC’s. fresh libraries had to be created.
This battery powered sensor:
Body of the unit is billet machine alloy then anodised for marine use:
The base of the Sensor has 2 sets of holes:
This radar tank level sensor is approved with FCC for USA. It is compliant with European commission radio equipment directive 2014/53/EU article 3.1 and 3.2. and is CE and UKCA approved.
AUD26.00
Limited Warranty: 1 Year
Non invasive tank level sensors have been limited to Ultrasonic up til now. Ultrasonic sensors operate at around 100kHz. If under the tank, the signal may be blocked by solids or material in the water. If above the tank, they are susceptible to foam and general interference from reflection. They are just not suitable for Black Water or Grey Water. and suffer from reflective errors. They have limited accuracy.
Phased Coherent radar operates at 60GHz and penetrates foam with great accuracy. Up until now, Radar has been an expensive choice and used in very high value applications. But the introduction of Phased Coherent Radar to EV’s opened the door for inexpensive tank sensor applications.
In pulsed coherent radar, a series of short-duration radio frequency pulses are transmitted towards the water line from above. These pulses are reflected back and received by the radar system’s antenna. The received signals are then processed and analyzed to determine the depth.
The term “coherent” refers to the radar system’s ability to maintain a constant phase relationship between the transmitted and received signals. This coherence allows for more accurate measurements and improved signal processing techniques, such as coherent integration, which enhances the radar’s sensitivity and range resolution.
Pulsed coherent radar systems are commonly used in various applications, including military surveillance, air traffic control, weather monitoring, and automotive radar systems. They offer advantages such as high accuracy, long-range capabilities, and the ability to distinguish multiple targets in close proximity.
This is the most advanced software development we have developed as there are 3 independent IC’s. fresh libraries had to be created.
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