Sensor-Controlled Lactating Sow Feeder

• Sensor-Controlled Feeding: The sow activates a pendulum sensor to request additional feed.
• Individual Feed Allocation: Daily ration and feeding curves can be managed for individual lactating sows.
• Small Fresh Portions: Feed is dispensed repeatedly in smaller quantities instead of remaining in the trough for long periods.
• Precision Rotary Dosing: A rotary valve or comparable dosing mechanism provides controlled feed discharge.
• Supports Higher Feed Intake: Frequent access to fresh feed is particularly valuable as feed demand increases during lactation.
• Reduced Feed Residues: Demand-based feeding helps minimize old feed remaining in the sow trough.
• Flexible Feeding Times: Multiple feeding blocks and adjustable feeding times can be configured according to management requirements.
• Retrofitting Capability: The dosing unit can be installed beneath compatible volumetric dispensers in existing dry-feeding systems.
• Remote Management: Compatible control configurations can provide feed monitoring and adjustment through computers or mobile devices.

• Volumetric Feed Dispenser: Stores or meters dry feed from the main feeding line.
• Motorized Dosing Unit: Controls the release of individual feed portions.
• Rotary Valve: Provides precise mechanical feed dosing.
• Transition Funnel: Guides feed from the dosing unit into the outlet pipe and facilitates cleaning.
• Outlet Pipe: Directs each portion toward the sow trough.
• Pendulum Sensor: Positioned where the sow naturally searches for additional feed.
• Connection Box: Links the dosing components to the control system where required.
• Sow Trough: Receives individual portions for immediate consumption.
• Optional Status Indicator: A visual indicator can show feeding or animal-monitoring status.
• Optional Water-Level System: Can be integrated to combine controlled water addition with dry-feed dosing.

• Lactating sow feeding
• Farrowing crates and farrowing pens
• Individual sow dry feeding
• High-performance commercial sow farms
• Automatic farrowing-house feeding systems
• New steel-structure pig houses
• Existing dry-feeding system upgrades
• Smart livestock feeding projects

• Individual feeding curves
• Daily feed allowance settings
• Number and timing of feeding blocks
• Portion size according to management requirements
• Pendulum sensor configuration
• Volumetric dispenser compatibility
• Feed outlet and transition funnel arrangement
• Automatic dry-feed line connection
• Visual status indicator
• Water-level or feed-moistening option
• Local or centralized computer control
• Remote mobile monitoring

• Confirm the farrowing-pen layout, existing feed line and volumetric dispenser configuration.
• Install the dosing unit directly below the compatible dry-feed dispenser.
• Install the transition funnel and outlet pipe toward the sow trough.
• Position the pendulum sensor where the sow can naturally reach it with her snout.
• Connect the dosing motor and control components according to the electrical design.
• Program the initial feed curve, daily ration and feeding blocks.
• Test sensor response and portion delivery before introducing animals.

• Inspect the pendulum sensor regularly for free movement.
• Keep the feed outlet and funnel free from compacted feed.
• Remove the dosing unit or funnel when deeper cleaning is required.
• Inspect the rotary valve and motor for smooth operation.
• Keep electrical and control components protected from moisture and aggressive barn conditions.
• Review feed-consumption reports regularly to identify abnormal intake patterns.
• Adjust the feeding curve as lactation progresses.

Q: How does the sow request additional feed?
A: The sow touches a pendulum sensor beneath the feed outlet with her snout. If additional feed remains within her programmed allowance, another portion is released.

Q: Why feed lactating sows in small portions?
A: Multiple fresh portions can improve access to feed during the day while reducing long-term feed residues in the trough.

Q: Can each sow have a different feeding curve?
A: Yes. Compatible control systems can manage individual feed allowances and feeding curves according to lactation requirements.

Q: Can feeding frequency change during lactation?
A: Yes. Feeding frequency and portion strategy can be adjusted as the sow's intake requirements increase during the lactation period.

Q: Can the system retrofit an existing dry feeding line?
A: Yes. Compatible dosing units can be installed beneath existing volumetric dispensers without replacing the complete feed transport system.

Q: Can feed intake be monitored remotely?
A: Yes. Depending on the selected controller, feeding data and ration settings can be monitored or adjusted through a farm computer or mobile interface.

Q: Can water be added to the feed?
A: Optional controlled water-level or feed-moistening systems can be integrated according to project requirements.

Q: What information is required for quotation?
A: Recommended information includes number of farrowing pens, feed type, existing feed-line design, volumetric dispenser type, trough arrangement, control requirements and project quantity.