S-Node is an IoT-driven predictive maintenance tool that is designed for measuring the various parameters of equipment to predict its health.
S-Node is the flagship product of Dotcom IoT LLP, and it is created for Industry 4.0 to make predictive maintenance simple without prior knowledge of IoT and machine learning.
S-Node is a tiny, truly plug-and-play sensor node designed to enable predictive maintenance at a fingertip.
Misalignment, unbalance, bent shafts, cavitation, triaxial vibration, temperature, and other defects can be measured using the S-Node.
A compact, low-power sensor node communicates with each other via a mesh network to transfer raw data to the cloud via a gateway.
S-Node device offers accurate and real-time information, ensuring the health of the machine.
Sensing elements:
Neodymium Magnet
32-bit ARM® Cortex TM -M4
Mbed TLS (AES-EBC,ECJ-PAKE, and SHA256)
Over The Air Update
500mAh / 3.7V, LiPo battery
2 to 3 Years
MQTT
Open Thread
S-Node can sense various parameters based on industry needs.
To detect the misalignment, imbalance, looseness.
To detect the mechanical faults of machines.
To measure the variation in distance between a shaft and its support bearing.
To detect the mechanical vibrations in a solid material of equipment.
To detect the leaks and moisture, temperature, humidity.
To detect the position of rotating equipment and speed.
To detect the temperature inside the equipments.
To detect gas emissions in several industries.
To monitor the environment around individual.
S-Node can detect various parameters of several pieces of equipments. Several equipments are supported by S-Node.
Unbalance, misalignment, and resonance failures can be entified.
Of the most diverse types, identify problems like the mechanical looseness and foundation failures.
The vibration analysis detects wear and overload on the shaft, among others.
The sensors detect signs of excess temperature and balance.
Detect heating and engine defects.
Misalignment of belts and bearing defects can be noted.
Identify failures in the servo motors, steering wheels, and friction in joints.
Unbalance, misalignment, and bearing issues are automatically detected.
Detect unbalance and interlocking.
