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Leading pH sensors
Revolutionizing pH sensing by providing smart, cost-effective, self-calibrating sensors
Why is ANB so unique?
The ANB sensor is an economical, efficient, intelligent, self-calibrating, low-maintenance pH sensor that can be used in all sensing platforms, including marine monitoring and water management, and can be networked for use in the Internet of Things at an operating cost of 70% less than existing sensors.
No calibration required
Unlike other pH sensors, which require frequent recalibration, the patented technology of the ANB means that the sensors can be calibrated on-site without the need for manual intervention, thus significantly reducing operating costs.
Highly adaptable
The solid-state pH sensor can be mounted on any vehicle or detector and can be retrofitted into any reference chamber with glass electrodes.
Wise and strong
The solid-state pH sensor can be stored in wet or dry conditions without any degradation in performance. As a smart, calibration-free sensor, it is suitable for networking and the Internet of Things.
Pain Points of Existing pH Sensors
Existing pH technology, known as glass electrodes, has been around for nearly 100 years. Millions of glass electrodes are sold each year to fulfill pH measurement needs in areas such as pharmaceuticals, water management, food and beverage, as well as environmental and marine monitoring. While glass electrodes are recognized as the sensor of choice for pH measurements, they suffer from a fundamental operational problem that requires manual calibration due to reference electrode drift. Reference electrode drift reduces the accuracy of the sensor and increases the operating cost of the 70%'s sensor.
ANB's pH Sensor Solution
No calibration required
ANB is a new electrochemical sensor technology that uses commercially available, ubiquitous glass electrodes, but allows for the electrodes to beAutonomous on-site calibration. No manual calibration is required, providing the following values:
- Operating and maintenance costs are reduced by at least 701 TP3T.
- It can be deployed for long periods of time for autonomous sensing.
- It can be deployed in autonomous sensor networks to expand its use to new areas.
solid state
Our technology opens up entirely new markets based on solid-state sensors. Solid-state pH technology offers further value based on field calibration, including:
- Eliminate storage problems with glass electrodes because, unlike glass electrodes, our solid-state sensors can be stored in a dry environment.
- Strong and durable because we don't use glass, which means no special handling conditions.
Product Parameters
ANB Sensors offers a range of pH sensors in different sizes and specifications for calibration-free monitoring of the world's oceans and waterways. They are solid state, can be stored in dry or wet conditions and are easily adapted to any enclosure and application.
AQ Series
Calibration-Free pH Sensor for Aquaculture and Freshwater Monitoring
AQ5
Suitable for rivers, ponds and RAS facilities
AQ50
Coastal, estuarine and sea cages
Main Parameters
pH range
2-10
pH range
2-10
Resolution
0.01
Resolution
0.01
PH Accuracy
+/- 0.05 pH
PH Accuracy
+/- 0.05 pH
Response
Real-time
Response
Real-time
Working Salinity pH
0.05 - 40 ppt
Working Salinity pH
0.05 - 40 ppt
temperature sensor
0.1°C
temperature sensor
0.1°C
Depth Level
5 m
Depth Level
50 m
operating temperature
-5 °C to 40 °C
operating temperature
-5 °C to 40 °C
sizes
41 x 191 mm
sizes
41 x 191 mm
air weight
0.26 kg
air weight
0.3 kg
Quality in Water
0.04 kg
Quality in Water
0.08 kg
Physical Communication
RS232/485
Physical Communication
RS232/485
Protocols
Modbus, Terminal
Protocols
Modbus, Terminal
USB Power Voltage
5 - 42 VDC
USB Power Voltage
5 - 42 VDC
Power Consumption
90 mA
Power Consumption
90 mA
Storage
8 GB
Storage
8 GB
paradigm
Timed, rotating, continuous
paradigm
Timed, rotating, continuous
OC Series
Uncalibrated pH Sensors for Marine and Coastal Monitoring
OC300
For buoy, vehicle and profile measurements
OC1250
For deepwater buoy, vehicle and profile measurements
Main Parameters
pH range
2-10
pH range
2-10
Resolution
0.01
Resolution
0.01
PH Accuracy
+/- 0.05 pH
PH Accuracy
+/- 0.05 pH
Response
imminent
Response
Real-time
Working Salinity pH
0.05 - 40 ppt
Working Salinity pH
0.05 - 40 ppt
Temperature Sensor
0.1°C
Temperature Sensor
0.1°C
Depth Level
300 m
Depth Level
1250 m
operating temperature
-5 °C to 40 °C
operating temperature
-5 °C to 40 °C
sizes
41 x 191 mm
sizes
41 x 191 mm
air weight
0.3 kg
air weight
0.6 kg
Quality in Water
0.08 kg
Quality in Water
0.38 kg
Physical Communication
RS232/485
Physical Communication
RS232/485
Protocols
Modbus, Terminal
Protocols
Modbus, Terminal
USB Power Voltage
5 - 42 VDC
USB Power Voltage
5 - 42 VDC
Power Consumption
90 mA
Power Consumption
90 mA
Storage
8 GB
Storage
8 GB
paradigm
Timed, rotating, continuous
paradigm
Timed, rotating, continuous
Hi-Tech Integration Kit
Calibration-free pH sensor that can be integrated into probes or vehicles
Main Parameters
pH range
2-10
Resolution
0.01
PH Accuracy
+/- 0.05 pH
Response
Real-time
Working Salinity pH
0.05 - 40 ppt
temperature sensor
0.1°C
operating temperature
-5 °C to 40 °C
sizes
41 x 191 mm
Physical Communication
RS232/485
Protocols
Modbus, Terminal
USB Power Voltage
5 - 42 VDC
Power Consumption
90 mA
Storage
8 GB
paradigm
Timed, rotating, continuous
additional functionality
pH Sensor Accessories
Our battery enclosures include unique power and sensor management systems for both sensors and batteries, but theBatteries not includedThe
For batteries, we offer cases suitable for one or two lithium-ion 14.8V, 15.6Ah or lithium-ion 22.2V, 28Ah batteries.
Our battery enclosure features:
-Depth rating of 900 meters
- Unique built-inPower Management SystemThe battery life of the battery can be extended by reducing current consumption when sampling is not in progress.
- haveBattery Voltage MonitorThe voltage is maintained above its charging minimum.
- haveOn-Board SD CardThe SD card can be used to retrieve data quickly after deployment by ejecting the SD card and retrieving the data directly from the device, eliminating the need to download data from the sensors.
To find the best battery pack for your deployment, review the table below as a guide to how long each battery pack will last at various sensor measurement frequencies.
| Continuous (23 seconds) | Every 15 minutes | Every 1 hour | Every 2 hours | Every 3 hours | Every 4 hours | |
|---|---|---|---|---|---|---|
| BP14V8S | 7 days | 19 days. | 77 days | 152 days | 226 days | 298 days |
| BP22V2S | 12 days | 35 days | 138 days | 274 days | 406 days | 535 days |
| BP14V8D | 13 days | 39 days | 154 days | 305 days | 452 days | 596 days |
| BP22V2D | 23 days | 70 days | 277 days | 547 days | 812 days | 1070 days |
Professional technical support from HONGKEI to help you succeed in your project.
As a provider specializing in machine vision and optoelectronic inspection solutions, Avision is also committed to providing you with a range of paid technical services related to this product, aiming to help you succeed in your project in the most cost-effective way. Please contact us if you need technical services related to this product!
