-30°C Extreme Cold Sheep Drinker

The -30°C Extreme Cold Sheep Drinker is an insulated automatic livestock watering system developed for goat-farming-equipment/" target="_blank" class="keylink">sheep farms and other livestock facilities operating under severe winter conditions. The extreme-cold configuration combines a double-walled insulated body, stainless steel drinking areas and a low-voltage heating system to protect both the drinking water and incoming supply line against freezing.

A two-sided drinking arrangement allows animals to approach the unit from opposite directions, making the drinker particularly suitable for installation between pens, along livestock partitions or in compact feeding and watering zones. The automatic high-flow float valve maintains a consistent drinking level and replenishes water according to animal consumption.

For commercial sheep houses, steel structure livestock buildings and cold-region agricultural projects, the drinker can be integrated with insulated water pipelines, electrical protection systems and concrete foundations according to local climate and farm conditions.

• Extreme Cold Protection: Heavy-duty heated configuration designed for frost protection down to approximately -30°C under appropriate installation and operating conditions.
• 24V Low-Voltage Heating: Extreme-cold configuration uses a powerful 24V heating system for safer livestock-area operation.
• 380W Heating Configuration: The reference extreme-cold design combines bowl heating elements with frost-protection heating for the incoming water line.
• Double-Walled Insulated Housing: High-quality polyethylene base construction reduces heat loss and protects internal components.
• Stainless Steel Drinking Areas: Stainless steel bowls and cover provide excellent corrosion resistance, hygiene and long service life.
• Two Drinking Positions: Opposite drinking places allow two animals to access water simultaneously and support space-efficient pen layouts.
• Automatic Float Valve: High-flow valve technology maintains a constant water level and provides rapid replenishment.
• Protected Utilities: Water pipe, electrical cable and heating components are routed inside the housing away from livestock.
• Easy Service Access: Large access openings simplify connection, inspection and routine maintenance.
• Fast Drainage: Large drainage opening supports rapid emptying and cleaning of the drinking area.

• Insulated Polyethylene Base: Double-wall construction forms a protective thermal enclosure around the water and electrical components.
• Stainless Steel Drinking Bowls: Durable drinking surfaces designed for frequent livestock use and convenient cleaning.
• Stainless Steel Valve Cover: Protects the automatic water-control assembly while allowing convenient servicing.
• High-Flow Float Valve: Automatically regulates incoming water according to the preset water level.
• 24V Heating Elements: Installed beneath or around the drinking sections to provide active frost protection.
• Frost-Protection Heating Cable: Helps protect the incoming water line in the critical area beneath the drinker.
• Flexible Armoured Water Connection: Provides a protected connection between the drinker and farm water supply.
• Service Aperture: Large access area allows inspection of water and electrical connections.
• Drainage System: Provides rapid discharge of water during cleaning and maintenance.
• Ground Fixing Points: Multiple mounting locations allow secure anchoring to a suitable concrete base.

The system combines active electrical heating with thermal insulation. Low-voltage heating elements transfer heat to the drinking area while a separate frost-protection heating cable protects the incoming water pipe. The insulated double-wall housing reduces heat loss to the surrounding cold air.

When sheep consume water, the float drops and automatically opens the inlet valve. Fresh water enters until the predetermined level is restored, after which the float mechanism closes the valve. This provides animals with consistent water availability without continuous manual refilling.

Actual frost resistance depends on ambient temperature, wind exposure, installation quality, water supply arrangement, insulation of external pipelines and electrical configuration. For extreme-climate livestock projects, the complete watering system should be designed according to local minimum temperatures and farm conditions.

• Commercial sheep farms in severe winter climates
• Sheep breeding and lamb production facilities
• Cold-region livestock buildings
• Steel structure sheep houses
• Indoor and semi-open livestock pens
• Fence-line watering stations
• Free-stall livestock facilities
• Winter feeding and holding areas
• Livestock farm construction and renovation projects
• Agricultural engineering projects requiring reliable winter water supply

The extreme-cold watering system can be configured according to livestock type, farm layout and winter climate. Available project options may include:

• Heating capacity according to local minimum temperature
• Drinking height for sheep and other livestock
• Single-side or multi-side drinking access
• Water inlet configuration
• Water valve and flow-rate configuration
• Insulation requirements
• Water-line frost-protection system
• Concrete foundation layout
• Drainage configuration
• Anti-spillage arrangement
• Electrical transformer and thermostat configuration
• OEM branding and export packaging

Final specifications can be designed according to local climate and farm conditions.

Foundation: Install the drinker on a stable concrete base and anchor the housing securely through the designated mounting points. Foundation dimensions and height should be selected according to livestock type and project requirements.

Water Supply: Route the incoming water line through the protected bottom connection. In freezing climates, all exposed or vulnerable sections of the supply system should receive appropriate frost protection.

Electrical Installation: Connect the 24V heating system through a correctly sized transformer and protective electrical equipment. Electrical installation should be completed by qualified personnel according to applicable local standards.

Water Level: Adjust the float valve to maintain the required drinking level while avoiding unnecessary overflow.

Cleaning: Use the drainage opening for routine emptying and removal of sediment, feed particles and other contamination.

Winter Maintenance: Before severe cold weather, inspect the heating elements, heating cable, transformer, water valve, internal wiring and insulation. Verify heating operation before temperatures fall below freezing.

Q: Can this sheep drinker operate at -30°C?
A: The extreme-cold reference configuration is designed to provide frost protection down to approximately -30°C when correctly installed and operated. Actual performance depends on installation, water supply protection, wind exposure and local conditions.

Q: What type of heating system is used?
A: The reference extreme-cold configuration uses a 24V system with approximately 380W total heating output, including drinking-area heating and a frost-protection cable for the incoming water line.

Q: Does it maintain the water level automatically?
A: Yes. An automatic float-valve system replenishes the drinking water as animals consume it and maintains a consistent operating level.

Q: Can two sheep drink simultaneously?
A: Yes. The reference structure provides two opposite drinking positions, which is useful for compact pen and partition layouts.

Q: Is a transformer required?
A: Yes. The 24V heating system requires a suitable transformer selected according to the total heating load and local electrical supply.

Q: Is the drinker easy to clean?
A: The drinking area incorporates a large drainage opening to support rapid emptying, cleaning and routine maintenance.

Q: Can the system be customized for colder regions?
A: Yes. Heating, insulation, pipe protection, drainage and installation arrangements can be designed according to local climate and farm conditions.