Smart Pressure Gauge
An advanced solution for monitoring and controlling industrial systems
Introducing our Smart Analog Pressure Gauge, a revolutionary device that combines the reliability of traditional analog measurement with the innovation of digital technology. This pressure gauge, patented by IOThing, redefines what a pressure measuring instrument can offer.
Our Smart Analog Pressure Gauge not only measures the pressure, but rather Redefine the way you manage and monitor your systems, offering a unique combination of analog simplicity and digital sophistication. With its patented design, it is the ideal choice for those looking for Reliability, precision and connectivity in a single device.
His Robust design and its ability to operate without a battery for pressure measurement making it ideal for applications in demanding environments. Integrated with a monitoring platform, offers a holistic approach to improving efficiency, safety and sustainability across a variety of industries.
Thanks to your digitalization We redefined what a pressure gauge can offer.
KEY FEATURES
Dual functionality: Analog and Digital
He Smart Analog Pressure Gauge It maintains the classic and reliable needle that indicates the pressure in real time, visible at a glance, ideal for applications where simplicity and speed are essential. In addition, it incorporates an advanced digital unit that expands its capabilities beyond conventional ones.
Comprehensive and Multisensory Measurement
This device is not limited to just measuring pressure. It integrates high-precision sensors that also capture temperature, vibrations, sounds and gauge orientation. This functionality allows you to monitor the complete status of your system, identifying potential problems before they become critical failures. Possibility of adding other sensors such as RFID or GPS.
Advanced Connectivity
The digital portion of the gauge is equipped with Wi-Fi connectivity and a SIM card for global mobile data transmission, allowing you to access the device's data from anywhere. Whether you need to check the pressure at a remote site or receive alerts about anomalous conditions, our gauge keeps you informed at all times, thanks to years of mobile connectivity included in the price (request a quote).
Strengthened Cybersecurity
We know that in a connected world, security is a priority. That's why our pressure gauge includes advanced cybersecurity protocols to protect your data and systems, ensuring that critical information is always safe, such as flash encryption, secure boot, and other encryption protocols for communications.
User Friendly Interface
The information captured by the digital part of the pressure gauge is presented through our platform with 3 years of access included in the price. From this platform, you can view data in real time, analyze historical trends and adjust settings according to the needs of your operation in a very simple way. On the other hand, for the more experienced, We have an API so you can connect your device data with your company data.
Durable and Precise Construction
This pressure gauge is designed to operate under the most demanding conditions. Using high-quality materials and precisely calibrated sensors, it offers unparalleled durability and accurate results with every measurement.
Comprehensive and Multisensory Measurement
USE CASE PROPOSALS
APPLICATIONS WITH PRODUCT PRESSURE GAUGE
IMPROVING THE EFFICIENCY OF WATER RESOURCE MANAGEMENT
It simultaneously monitors water pressure, detecting vibrations that may indicate leaks or damage to pipes, and controls water temperature to improve operational efficiency, reduce water losses and optimize the use of water resources.
Monitoring in Air Compressors
Monitors system pressure while detecting abnormal vibrations that could indicate imminent failure, while monitoring temperature to prevent overheating.
Industrial pump monitoring using smart pressure gauge for pressure, vibration and temperature control
The IOThing system monitors industrial pumps using a smart gauge that measures pressure, vibrations and temperature in real time. Prevents failures, reduces downtime and optimizes predictive maintenance to improve operational efficiency
Boiler monitoring
Monitors system pressure while detecting abnormal vibrations that could indicate imminent failure, while monitoring temperature to prevent overheating.
Gas storage tank management
Monitors system pressure while detecting abnormal vibrations that could indicate imminent failure, while monitoring temperature to prevent overheating.
Supervision of oil and gas pipelines
Monitors system pressure while detecting abnormal vibrations that could indicate imminent failure, while monitoring temperature to prevent overheating.
IMPROVING EFFICIENCY IN WATER RESOURCE MANAGEMENT
CUSTOMER NEED
Simultaneously monitor water pressure, detect vibrations that may indicate leaks or damage to pipes, and control water temperature to improve operational efficiency, reduce water losses and optimize the use of water resources.
Description of the system, product and/or project
MONITORING PROCESS
User Interaction
KEY COMPONENTS AND TECHNOLOGY USED
- Pressure gauges distributed throughout the water system to detect fluctuations or drops in pressure.
- Integrated vibration sensors to identify potential leaks or structural damage.
- Temperature sensors to monitor thermal changes that may affect system performance.
- Connectivity (Wi-Fi, 4G/NB-IoT, LO-RA) for real-time data transmission.
- Cloud platform for monitoring, analyzing and reporting on the status of the drinking water system.
RESULTS AND BENEFITS
- Reducing water losses by early detection of leaks and structural damage to pipes using vibration and pressure sensors, allowing intervention before problems become more serious.
- Improving operational efficiency by maintaining system pressure within optimal limits, avoiding overpressures that can cause damage and waste water.
- Optimizing the use of water resources by accurately detecting leaks, minimising water waste and ensuring efficient supply.
- Real-time monitoring which allows a rapid response to any anomaly in the distribution network, reducing downtime and maximizing system availability.
- Predictive maintenance based on continuous pressure, vibration and temperature data, allowing interventions to be scheduled before serious failures occur, improving the lifespan of the water distribution infrastructure.
- Measurable results:
- Reduction in water losses thanks to early detection of leaks and structural damage.
- Improves operational efficiency of the distribution system through precise pressure control.
- Savings in maintenance costs by implementing a predictive approach based on real-time data.
- Reduction in response times to failures or leaks thanks to real-time monitoring and automatic alerts.
MEASURABLE RESULTS
- Reduction in water losses thanks to early detection of leaks and structural damage.
- Improves operational efficiency of the distribution system through precise pressure control.
- Savings in maintenance costs by implementing a predictive approach based on real-time data.
- Reduction in response times to failures or leaks thanks to real-time monitoring and automatic alerts.
