Water pressure management refers to monitoring and controlling the pressure within water systems. These systems comprise three components: a sensor, a water pressure datalogger, and a cloud-based platform.
Measuring water pressure helps protect pipes and equipment from damage and supports early detection of leaks. With remote monitoring capabilities, this system allows users to collect and access water pressure data in real time, making it easier to identify issues and respond promptly. It ensures that systems aren’t over-pressurized or leaking, helping maintain safe and efficient operations.
Note: Selecting the correct unit and data logger quantity is important to ensure accurate monitoring.
A water data pressure logger is a type of telemetry device that collects data from connected sensors and transmits it to a central platform for analysis. It typically records information such as pressure levels, flow rates, and temperature, helping operators monitor system performance and detect issues over time.
Water pressure data loggers play an important role in delivering continuous, accurate, and reliable data over time. The information they capture can be used to identify patterns and detect specific events, such as sudden pressure spikes or drops, helping operators monitor system performance and respond to issues more effectively.
Many loggers come with a threaded NPT fitting for secure sensor connections and are supported by PC software for data analysis and configuration.
The Hawk water pressure data logger stands out as a reliable option for water pressure monitoring, offering a multitude of flexible features for superior performance. The Hawk enables superior water pressure data collection, with:
I/O Card Customization: The Hawk offers customizable input/output options, allowing it to interface with various sensors and devices. This flexibility makes it adaptable to different monitoring setups and requirements. Whether you need to connect to pressure sensors, temperature sensors, or other devices, the Hawk can be configured to meet your specific sensor monitoring needs.
Multiple Power Options: The Hawk water pressure data logger can be powered with a large internal rechargeable LiPo battery, connected to external power including solar, or 2 x D Cell LTC batteries.
Customizable Housing: The Hawk water pressure data logger offers waterproof and ultra-rugged housing options, to meet various environmental and operational needs.
Long Battery-Life: The Hawk water pressure data logger offers up to 10 years of battery life, meaning less frequent battery changes. The LiPo housing option offers further versatility with its rechargeable battery.
The Hawk offers unmatched flexibility, being able to integrate with almost all sensors, making it highly versatile.
Here are some common sensor types utilized in water pressure monitoring:
Pressure Sensor:
WNK8010TT Pressure Sensor: Utilizes an I²C interface. This sensor measures tank levels and other pressure-related parameters accurately.
Temperature Sensor:
T9602 Temperature Probe: Uses an I²C interface. It monitors temperature and humidity, providing crucial data for water systems.
Level Sensor:
Flow Below I²C Level Sensor: Utilizes a 60GHz radar to detect tank levels, essential for monitoring water flow and levels in reservoirs or tanks.
A water pressure logger is an essential part of water system management. They support efficient operations, help detect leaks early, and assist with regulatory compliance. The Hawk offers a reliable and precise solution for pressure monitoring, with flexible sensor integration.
To find out how the Hawk can enhance your water pressure monitoring, contact us to discuss your specific requirements.
Water Pressure Data Loggers FAQs
What materials are used in water pressure data loggers?
Water pressure data loggers such as the Hawk feature a high-density, ultra-rugged nylon glass housing. With IP68 and IK07 ratings, the device is both waterproof and impact-resistant. It also includes a Gore vent for pressure equalization, enhancing durability and reliability in harsh conditions.
What temperature ranges can water pressure data loggers handle?
The operating temperature range varies by device. For detailed temperature specifications, please refer to the Hawk datasheet, which outlines its capabilities under various environmental conditions.
Can water pressure data loggers measure vacuum pressure as well?
Yes. The Hawk can connect to multiple sensors, allowing it to measure various factors, including vacuum pressure, depending on the sensor configuration.
How are water pressure data loggers powered?
Water pressure data loggers can be powered in several ways, depending on the installation. The Hawk supports a range of power options, including primary cell batteries, high-energy lithium thionyl chloride (LTC) batteries, lower-energy alkaline batteries, solar panels, or mains power.
How do I detect a leak using a water pressure data logger?
With the Hawk and compatible software, leaks can be identified by monitoring for sudden drops in pressure or continuous flow during times of low or no usage. This helps operators pinpoint abnormal patterns and take action quickly.