The KSONIK I is an Ultrasonic Level Transmitter Capable of Measuring Liquid Level or Solid Applications Up to 50 feet / 15 meters or Flow RateS in all Types of Open Channel Flow Applications. The Transmitter Has a Single 4-20 mADC Analog Output and Three (3) Relay Outputs. A Transducer is Fitted to the Top of a Silo Tank, Facing Down Towards the Material Being Measured. The Transmitter’s Microprocessor Simultaneously Fires an Electronic Pulse to the Transducer and Starts a Timer.  The Transducer Converts This Electronic Pulse to an Acoustic Pulse, Which is Directed Toward the Surface of the Material Being Measured. When the Acoustic Pulse Contacts the Surface of the Material, Energy is Reflected Back to the Transducer, Which Converts this Reflected Energy Back to an Electronic Pulse.  This Pulse is Sent Back to the Microprocessor, Which Stops the Timer and Determines the “Time of Flight” of the Signal.  By Combining the Speed of Sound Through Air and the “Time of Flight” of the Pulse, the Microprocessor Accurately Determines the Level of the Product.  Powerful Software Removes False Echoes From the Signal and Electronic Filters Remove Ambient Noise.

The KSONIK III is an Ultrasonic Level Transmitter Capable of Measuring Two Separate Levels in Liquid or Solid Applications up to 195 ft. / 60 meters, or Flow Rates in all Types of Open Channel Flow Applications. The Unit is Available with Two 4-20 mADC Analog and Five (5) Relay Outputs. A System Can Consist of Up to Two Transducers and a Single Transmitter with the Transducer(s) Installed at the Top of a Silo or Tank, Facing Down Towards the material being Measured. The Transmitter's Microprocessor Simultaneously Fires an Electronic Pulse to the Transducer and Stars a Timer. The Transducer Converts this Electronic Pulse to an Acoustic Pulse, Which is Directed Toward the Surface of the Material Being Measured. When the Acoustic Pulse Contacts the Surface of the Material, Energy is Reflected Back to the Transducer, Which Converts This Reflected Energy Back to an Electronic Pulse. This Pulse is Sent Back to the Microprocessor, Which Stops the Timer and Determines the "Time of Flight" of the Signal. By Combining the Speed of Sound Through Air and the "Time of Flight" of the Pulse, the Microprocessor Accurately Determines the Level of the Product. Powerful Software Removes False Echoes From the Signal and Electronic Filters Remove Ambient Noise.

The KSONIK MICRO Ultrasonic Level Transmitter or Switch is Designed to Measure Liquid (32 ft / 10 m) and Bulk Solids (10 ft / 3 m) Levels. The Range Can Be Configured By the Keyboard and Display. The KMICRO is Mounted on Top of the Vessel or Tank. The Microprocessor in the KMICRO Fires an Electronic Pulse that the Transducer Converts Into an Acoustic Pulse. The Pulse Travels to the Level That is Being Measured and is Reflected Back to the Transducer. The Transducer Then Converts the Energy Back into an Electronic Signal and Stops the Counter in the Microprocessor, Which then Knowing the Speed of Sound Through the Air, Can Accurately Determine the Distance. The Powerful Software Removes False Echoes and the Electronic Filter Removes Ambient Noise.

The KMICRO COMPACT Ultrasonic Level Transmitter is Designed To Measure Liquid (13 ft / 4 m) Levels. The Range Can Be Configured By the Two Touch Buttons and KSCOPE Compact. The KSONIK MICRO COMPACT Is Mounted on Top of the Vessel or Tank. The Microprocessor In the KMICRO COMPACT Fires An Electronic Pulse That the Transducer Converts nto an Acoustic Pulse. The Pulse Travels to the Level That Is Being Measured and is Reflected Back to the Transducer. The Transducer Then Converts the Energy Back Into An Electronic Signal and Stops the Counter in the Microprocessor, Which then knowing the Speed of Sound Through the Air, Can Accurately Determine the Distance. The Powerful Firmware Removes False Echoes and the Electronic Filter Removes Ambient Noise.

The KMICRO LP Ultrasonic Level Transmitter is Designed to Measure Liquid (16 ft / 5 m) Levels. The Range Can Be Configured By the Keyboard and Display. The KMICRO LP is Mounted on Top of the Vessel Or Tank. The Microprocessor In the KMICRO LP Fires an Electronic Pulse That the Transducer Converts Into an Acoustic Pulse. The Pulse Travels To the Level That is Being Measured and is Reflected Back To the Transducer. The Transducer Then Converts the Energy Back Into an Electronic Signal and Stops the Counter in the Microprocessor, Which Then Knowing the Speed of Sound Through the Air, Can Accurately Determine the Distance. The Powerful Software Removes False Echoes and the Electronic Filter Removes Ambient Noise.

The A10 Ultrasonic Flow Switch Detects, Without Contact, Dry Material Flowing In A System. The Unit Can Detect Flow In Spouts, Pipes and Tanks Without Penetrating the Vessel Wall. It Is Sensitive Enough To Work Through Most Standard Bin and Duct Liners, Yet Selective Enough to Ignore Plant Background Noise.l