HYDROCLEAN
The HYDROCLEAN_P is a mechanical wiper system designed to fit easily to the numerical sensor of Turbidity NTU & Oxygen OPTOD. Using a regular gentle brushing action, the HYDROCLEAN_P keeps the optical window of the instrument clean from bio-fouling and other unwanted deposits such as mud.
Advantages:
- Automatic cleaning system for numerical sensor NTU & OPTOD
- Ultra-low power consumption for long term deployments
- Easy to install and simple to operate
- Autonomous system or by external triggering
Aqualabo’s NTU optical turbidity probe measurement principle is based on the 90° infrared light-scattering nephelometry. A wide range of 0 to 4000 NTU, ensures accuracy in diverse water quality applications.
Advantages:
- Ranges from 0 to 4000 NTU (in 4 ranges and automatic ranges) or MES: 0 – 4500 mg/L
- Robust and waterproof (IP68)
HYDROCLEAN automatic cleaning option
Assets:
- Open communication protocol (MODBUS RTU RS485 or SDI12)
- Sensor with very low energy consumption
StacSense Probe UV254
As part of its range of analyzers for BOD, COD, TOC and SAC254 measurements, Aqualabo presents the StacSense UV254 probe, a state-of-the-art solution for water quality analysis. Using UV-optical technology, this probe provides accurate measurements without the need for reagents. With multi-parameter capabilities, it efficiently measures SAC254, CODeq, TOCeq, BODeq and Turbidity
Advantages:
- UV 254 spectral absorption without reagent or consumable
- Multiparameter measurement: CAS254, DCOeq, COTeq and DBOeq, Turbidity eq
- Modbus RS-485 digital communication
- Automatic compensation in Turbidity
Assets:
- Open communication protocol (MODBUS RTU RS485 or SDI12)
- Optical measurement technology without consumables
- Automatic cleaning by compressed air
The OPTOD sensor employs luminescent optical technology, adhering to both ASTM and ISO standards. With stainless steel or titanium bodies, it offers precise dissolved oxygen measurement in many applications.
Advantages:
- Optical technology: no membrane or electrolyte
- No drift, reduced maintenance
- Digital communication Modbus RS-485
- Body in stainless steel 316 L or titanium robust and waterproof
- HYDROCLEAN automatic cleaning option
Assets:
- Open communication protocol (MODBUS RTU RS485 or SDI12)
- Sensor with very low energy consumption
OPTOD Plastic sensor
Our DO measurement OPTOD PLASTIC features our high-end luminescent optical technology, offers two different strainers to choose from and an optional antifouling solution. It’s a cost-effective solution for aquaculture applications.
Advantages:
- Optical technology: no membrane or electrolyte
- No drift, reduced maintenance
- Digital communication Modbus RS-485
- Robust and waterproof POMC and PVC body
Assets:
- Open communication protocol (MODBUS RTU RS485 or SDI12)
- Sensor with very low energy consumption
Digital pH Sensor Monobloc
The Monobloc pH sensor delivers measurements of pH, redox potential and temperature. Waterproof, compact and robust it offers a modbus RS485 communication for seamless integration.
Advantages:
Combined sensor: pH, Redox & Temperature
Measurement ranges: pH: 0.00 to 14.00 pH; Redox: – 1000 to + 1000 mV; T°C: 0°c to + 50.00°C
Digital communication Modbus RS-485
Assets:
Open communication protocol (MODBUS RTU RS485 or SDI12)
Sensor with very low energy consumption
CTZN Inductive Conductivity Sensor
The CTZN sensor uses an inductive method with ring-type coils, providing low maintenance and consumable-free technology. Its measurement technology ensures stable and accurate conductivity and salinity readings in demanding environments.
Advantages:
- Temperature controlled induction mounting
- Ranges from 0 to 100 mS/cm
- Modbus RS-485 and SDI12 digital communication
- Compact, robust and waterproof sensor
Assets:
- Open communication protocol (MODBUS RTU RS485 or SDI12)
- Sensor with low energy consumption
C4E Conductivity Sensor
The C4E sensor features a 4-electrode system with alternating current and constant voltage. Its technology ensures accurate conductivity and salinity readings in most water applications, even in challenging conditions.
Advantages:
- Simultaneous measurement of conductivity, salinity, temperature
- 4 measuring ranges and 1 automatic range
- Low energy consumption
- Modbus RS485 digital communication open protocol
Assets:
- Open communication protocol (MODBUS RTU RS485 or SDI12)
- Sensor with very low energy consumption
LowTuS Sensor
Aqualabo’s LowTuS turbidity probe employs an ISO 7027 compliant nephelometric method, ensuring precise turbidity measurements from 0 to 100 NTU. Its unique self-cleaning mechanism guarantees sustained accuracy in time.
Advantages:
- Nephelometric 90 degree light scattering method – ISO 7027
- Ranges 0-10; 0-100 NTU
- Digital communication Modbus RS-485
- Self-cleaning of the optical measuring cell
- Quick check with Tare Solide
Assets:
- Open communication protocol (MODBUS RTU RS485)
- Built-in automatic cleaning option and Tare Solid verification (Premium version)
AquaMod LoRa
Discover our innovative IoT solution for water quality measurement and control: the AquaMod, a cutting edge LoRaWAN module. This compact, autonomous wireless device seamlessly integrates with our range of digital sensors, offering real-time data on vital parameters like temperature, pH, and dissolved oxygen among others.
Engineered for efficiency, AquaMod provides secure communication with a minimum autonomy of 2 years. It simplifies complex monitoring tasks in applications such as aquaculture, water treatment, and environmental monitoring. Taking advantage of LoRaWAN technology the AquaMod solution ensures reliable and hassle-free water quality control at a very competitive cost.
Advantages:
- Wide range of sensors: pH, Redox, Oxygen, Conductivity, Turbidity, MES, Salinity, COD, BOD, TOC, UV254
- Local and independent LoRa radio communication network.
- Secure data transfer and hosting.
- Operation by simple web browser.
- Visualization in real time.
- Autonomy 2 years (depending on sensor)
Assets:
- Very simple to install standalone module
- Possible integration into an existing LoRa network
