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SHEWUYOU · Livestock Equipment
Integrated Equipment Solutions for Pig, Cattle & Poultry Farms

Multi-Silo Feed Level Monitoring System

Product Name Multi-Silo Feed Level Monitoring System
Product Image multi-silo feed level monitoring sensor
Product Overview The Multi-Silo Feed Level Monitoring System is a smart livestock equipment solution designed to monitor feed inventory across multiple storage silos without requiring routine visual inspection from the silo roof.

The system uses non-contact laser level sensing to measure the distance between the sensor and the stored material. Data from individual silos can be transmitted through a wireless communication network to a central gateway and online monitoring platform, allowing farm managers, integrators and feed suppliers to access silo status remotely.

By providing timely information on feed availability, the system supports more accurate feed ordering, replenishment planning and delivery-route management. It is particularly suitable for commercial pig farms, poultry operations, feed storage facilities and multi-site livestock production groups.

The reference Silotronic architecture supports real-time silo-level visibility, historical readings, configurable measurement intervals, user management, geolocation, color-coded status displays and alert functions. :contentReference[oaicite:0]{index=0}
Key Features
  • Laser-based, non-contact measurement of feed level inside storage silos.
  • Wireless communication reduces the need for signal cables between silo sensors and the monitoring system.
  • Centralized monitoring of multiple silos from a computer, tablet or mobile device when connected to the selected platform.
  • Real-time or scheduled feed-level monitoring according to system configuration.
  • Historical data can support feed consumption analysis and replenishment planning.
  • Configurable low-level alerts help reduce the risk of unexpected feed shortages.
  • User access can be organized for farm operators, companies, dealers and other authorized users.
  • Feed type, silo information, sensor settings and farm locations can be configured within the monitoring platform.
  • Sealed electronics and sensor housing are designed for demanding livestock environments.
  • Optional gateway and repeater architecture supports larger farm layouts and multiple-silo installations.
  • Easy retrofit installation with limited modification to existing feed silos.
  • Supports digital feed inventory management for commercial livestock operations.

The reference system specifically provides platform customization, user levels, silo and feed configuration, email alerts and anomaly monitoring for temperature, dirt and battery status. :contentReference[oaicite:1]{index=1}
Structural Components A typical Multi-Silo Feed Level Monitoring System consists of the following functional modules:
  • Laser Level Sensor: A roof-mounted non-contact measuring unit positioned above the feed surface.
  • Wireless Communication Module: Transfers measurement data from individual silos to the local communication network.
  • Gateway: Collects data from multiple sensors and provides communication with the remote monitoring platform.
  • Repeater: Optional communication equipment used where additional network coverage is required.
  • Monitoring Platform: Displays silo status, historical data, alerts and configured farm information.
  • Power and Protective Housing: Battery and electronic components are enclosed to protect the sensing system in agricultural conditions.

The reference Silotronic system lists gateway and repeater accessories and uses a dedicated compartment for electronics and batteries to improve enclosure tightness. :contentReference[oaicite:2]{index=2}
Working Principle / Structural Principle The sensor is installed at the upper section of each feed silo and directed toward the surface of the stored material. A laser beam measures the distance from the sensor to the feed surface without physical contact.

When feed is consumed, the material surface moves downward and the measured distance increases. When new feed is delivered, the material surface rises and the measured distance decreases. The system converts the measured distance into silo-level information based on the configured silo dimensions and material parameters.

Measurement data is transmitted wirelessly to a gateway or communication network and then made available through the monitoring platform. Users can view the condition of individual silos, compare multiple storage points and review historical changes.

The reference system supports laser measurement, radio-frequency communication, internet-connected data access and customizable reading intervals. :contentReference[oaicite:3]{index=3}
Technical Specifications
Equipment Type Multi-silo wireless feed level monitoring system
Measurement Technology Laser distance measurement
Reference Measurement Range Up to 25 m
Reference Operating Temperature -20 °C to +60 °C
Measurement Interval Scheduled every two hours; customizable according to system requirements
Communication Radio frequency, with internet connectivity options according to configuration
Reference Communication Range Up to 500 m in open field conditions
Installation Top-mounted; easy installation without dedicated signal cables or a local control cabinet on the reference configuration
Sensor Type Laser level sensor
Monitoring Access Internet-connected computer, tablet or mobile device according to platform configuration
Alerts Low-level and system-condition alerts available according to platform configuration
System Capacity Multiple silos; final network capacity according to project architecture
Customization Customizable according to project requirements

The listed reference values are based on the published Silotronic technical data. Final specifications should be confirmed according to the selected sensor, communication architecture, silo geometry and project requirements. :contentReference[oaicite:4]{index=4}
Applications The Multi-Silo Feed Level Monitoring System is suitable for:
  • Commercial pig and swine farms.
  • Sow farms, nursery facilities and finishing farms.
  • Commercial poultry farms and integrated poultry production facilities.
  • Feed storage areas with multiple silos.
  • Large livestock production groups managing multiple farms.
  • Feed mills and feed distribution operations requiring visibility of customer silo inventory.
  • New pig farm construction and livestock facility modernization projects.
  • Agricultural engineering and farm automation projects.
  • Equipment distributors, dealers and livestock system integrators.

In commercial pig production, centralized silo monitoring can help coordinate feed purchasing with daily consumption, production stages and feed delivery schedules. It is especially useful where several silos or farms must be managed from one operational platform. :contentReference[oaicite:5]{index=5}
Customization Options The monitoring system can be configured according to farm size, number of silos, silo geometry, communication distance and feed management requirements.

Customizable options may include sensor quantity, measurement interval, communication architecture, gateway arrangement, repeater deployment, user permissions, farm grouping, silo identification, geolocation, feed type, alert thresholds and data-access functions.

For multi-site livestock groups, the software structure can be organized by farm, production unit or silo. Different access levels can be assigned to farm managers, corporate users, distributors or feed suppliers according to project requirements.

The system can also be designed for retrofit installations or incorporated into new pig farm construction, poultry house construction and steel structure building projects.

Final configuration should be designed according to local climate, farm conditions, silo arrangement and required communication coverage. :contentReference[oaicite:6]{index=6}
Installation & Maintenance The sensor is installed on the upper cone or suitable top surface of each silo, with a clear measurement path toward the stored feed. The mounting position should be selected to avoid interference from silo structures, filling pipes, ladders or other internal and external obstructions.

For new projects, sensor positions should be coordinated with silo fabrication, roof access, feed delivery pipes, automatic feeding systems, electrical infrastructure and the farm building layout.

For retrofit projects, the top-mounted design allows installation with limited modification to existing storage equipment. The reference system is designed for easy installation without conventional signal cabling or a local control cabinet. :contentReference[oaicite:7]{index=7}

During commissioning, each silo should be identified and configured with the appropriate dimensions, feed type and empty-silo reference. The tare function can be used to establish the empty condition where supported.

Routine maintenance should include inspection of sensor housing, mounting hardware, power supply, communication status and measurement quality. The electronics compartment should remain properly sealed, and sensor surfaces should be kept clean where required for reliable measurement.
Project Integration The Multi-Silo Feed Level Monitoring System can be integrated into a complete livestock feed management solution together with feed silos, silo extraction pipes, automatic auger systems, feed lines and farm management software.

For pig farm construction projects, the monitoring network can be planned together with silo positioning, feed delivery access, steel structure building layout, electrical systems and communication coverage. This helps create a coordinated digital feed inventory system from the beginning of the project.

For established farms, the system can be added to existing silo installations to reduce manual inspections and provide centralized visibility of feed stocks.

The reference system has been used to monitor multiple farms and supports historical readings, feed consumption analysis and low-level alerts, providing a practical basis for improving feed-ordering and delivery logistics. :contentReference[oaicite:8]{index=8}
Product FAQ

Q1: What is a Multi-Silo Feed Level Monitoring System?
A1: It is a digital monitoring solution that uses level sensors, wireless communication and a software platform to monitor feed inventory in multiple silos remotely.

Q2: How does the system measure feed level?
A2: The reference technology uses laser distance measurement. The sensor measures the distance between the top of the silo and the feed surface without contacting the stored material. :contentReference[oaicite:9]{index=9}

Q3: Can multiple silos be monitored from one platform?
A3: Yes. The system is designed around multiple sensor nodes connected through a communication network and central monitoring platform. The final number of silos depends on the selected communication architecture.

Q4: Is the system suitable for pig farms?
A4: Yes. It is particularly suitable for commercial swine farms where several feed silos need to be monitored and feed delivery must be coordinated with livestock consumption.

Q5: Can the feed level be checked remotely?
A5: Yes. With a compatible internet-connected monitoring platform, authorized users can view silo information from computers, tablets or mobile devices. :contentReference[oaicite:10]{index=10}

Q6: Can the system send low-feed alerts?
A6: Yes. Configurable alert functions can notify authorized users when silo levels or selected operating conditions reach predefined thresholds. :contentReference[oaicite:11]{index=11}

Q7: Does installation require signal cables?
A7: The reference configuration uses wireless communication and is designed for installation without conventional signal cables or a local control cabinet. Final installation depends on the project architecture. :contentReference[oaicite:12]{index=12}

Q8: Can it be installed on existing feed silos?
A8: Yes. The top-mounted sensing concept is suitable for retrofit projects as well as new livestock facility construction, subject to silo geometry and installation conditions.

Q9: What information is required for system design?
A9: Recommended information includes the number of silos, silo height and diameter, silo arrangement, feed types, farm layout, communication distance, power conditions, desired alert functions and required software integration.

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