Ultrasonic Bubbles Detectors and Sensors , ultrasonic sensors

The smart air bubble sensors are used in diverse fields in the medical, biomedical, biotech and chemical, hotels and restaurants, semiconductor or system control and optimization industries. Based on the actual structure, it defines which specific sensor from which to choose. Ultrasonic detectors use dual methods to identify bubbles, one test involves projecting sound waves from a transducer to another transducer measuring the waves via the water. A second way entails pulse echo, sound waves are sent to the water, mirrored and processed by the same transmitter. For three basic configurations for increasing tube sizes, ultrasonic bubble sensors provide the greatest versatility in air bubble sensor sizes. In conjunction, customization ultrasonic sensors to be used with any tube size are produced using in-house 3D printing technologies for output quality equal.

Sensors are essential components for regulating and tracking infusion pumps in conventional and smart valve implementations. These are equipped to include occlusion detection, track fluid flow, provide motor control input and, in some cases, feel the IV fluid being delivered quality.

Contents hide

1 General features of ultrasonic bubble detectors and sensors

1.1 Related posts:

General features of ultrasonic bubble detectors and sensors

Extremely reliable sweep-frequency design prevents ultrasonic sensor output from drifting under temperature, age or environmental conditions.
Integrated self-testing feature offers 100% single fault coverage
Wide temperature range stable
Dry pairs to PVC, silicone and many other forms of tubing with dense, thin or reinforced walls
The potential pulse width is dependent on the size of the bubble — enabling the consumer to track fission bubbles
Detectors retain accurate sensitivity without calibration
Chemically compatible with common medical grade cleaners
Vibration resistant
Non-invasive design eliminates sterility and fluid compatibility concerns
High noise immunity to EMI/RFI
Acoustic coupling agent not required

Below are some of the air detectors with their specifications

1.Drip Chamber

This is the liquid level sensor

Clear uni-body construction
Credible pulse-type, anti-invasive, ultrasonic technology
Ambient noise resistance to EMI / RFI
Built for various diameters and tapers
Positive drip chamber or tube locking effect
Usable with smooth, squeezable drip chambers and tubing

2. Mini Air Bubble

high resistance from EMI and RFI noise
reduced cost, low energy usage
Compact, unlimited-entry model
diverse range of tube sizes
Integrated electronics
Anti-invasive ultrasonic

3. AD8 /AD9 / ADU

Compact integrated model with “MEC” circuitry
Configurable micro controller extends usability
Dependable pulse-type, non-invasive ultrasonic technology
Client-specified air detection limit or response

4. Ultrasonic Clamp-on, Air Bubble, Air-In-Line & Liquid Level, Detection Sensors

non-invasive, non-contact fluid
BDC clamp-on design comes with supporting base
Multiple user-specific electronics solutions
BDR clamp-on style is assisted by pipe or tube
vibrations resistant.
air sensing limit or user-specific tolerance

5. Integral Ultrasonic Air Bubble, Air-In-Line & Liquid Level Detection Sensors

Robust sensor-type, non-invasive, ultrasonic design
Compact integrated model with BD3 circuits
Vast array of tube sizes from 1/16 “(1.6 mm) to 1.0” (25.4 mm), plus 4 mm OD Infusion tubes
Ambient noise resistance to EMI / RFI
Dry linking gel / No coupling gel required
Air detection level or responsiveness may be defined to the user

6. Point-Air Detection (PAD) Sensor

Modular design includes integrated MEC circuitry
Reliable pulse-type, non-invasive ultrasound
Air detection threshold or bubble volume can be adjusted to the specifications of our customers
Adapts a wide range of replaceable vinyl assemblies integrating fluidic channels.
Customizable microcontroller extends circuit usability