Duck & Goose Bell Drinker

The Duck & Goose Bell Drinker is an automatic open-water drinking unit designed for waterfowl and other large poultry requiring convenient access to a wider drinking channel. The suspended bell-shaped structure combines automatic water-level regulation with a circular trough that allows birds to drink from all sides.

Compared with smaller chicken drinkers, waterfowl configurations can use a wider and deeper drinking channel to improve access for larger bills. An automatic mechanical valve replenishes water as birds drink, reducing manual filling requirements and maintaining a consistent drinking level throughout the production cycle.

The drinker can be connected to a regulated low-pressure poultry water line and suspended from the roof structure or dedicated support system. Water level, suspension height, hose configuration and drinker spacing can be selected according to bird size, stocking density, house layout and project requirements.

• Waterfowl-Oriented Trough: Wide circular drinking channel provides convenient access for ducks and geese.
• Automatic Refill: Mechanical valve replenishes water as the trough level decreases.
• 360° Drinking Access: Birds can approach the drinker from all sides, reducing congestion around individual drinking points.
• Adjustable Water Level: Valve and spring settings can be adjusted to achieve the required trough depth.
• Suspended Installation: Drinking height can be raised or lowered according to bird age and body size.
• Ballast Stabilization: Selected large-poultry configurations use a ballast bucket or counterweight to improve stability.
• Low-Pressure Operation: Suitable for regulated poultry water-supply systems.
• Durable Plastic Construction: Corrosion-resistant molded components are suitable for humid livestock-house environments.
• Easy Cleaning: Open trough construction and removable components support routine washing and sanitation.
• No Electrical Power Required: Standard automatic refill operation is fully mechanical.

• Bell-shaped plastic body
• Wide circular drinking trough
• Automatic mechanical valve
• Side-valve or inline-valve configuration
• Water-level adjustment mechanism
• Spring assembly
• Ballast bucket or counterweight
• Suspension cord
• Height-adjustment eyelets
• Hose guide
• Flexible water hose
• Water-line connector
• Optional saddle connector
• Optional inline isolation valve

The drinker is connected to a regulated water supply through a flexible hose. Water enters the automatic valve and flows into the circular trough.

As ducks or geese consume water, the mechanical balance of the drinker changes and the valve allows additional water to enter. When the selected water level is restored, the valve restricts further flow.

The spring or valve adjustment determines the maximum water level in the drinking channel. Proper adjustment provides sufficient drinking depth while helping reduce unnecessary overflow and wet litter.

The suspended structure allows the entire unit to be raised as birds grow. Large-bird configurations can incorporate a ballast bucket or counterweight to keep the drinker stable during contact with heavier waterfowl.

• Commercial duck farms
• Commercial goose farms
• Duck rearing and finishing houses
• Goose rearing and finishing houses
• Breeder waterfowl facilities
• Free-range waterfowl houses
• Floor-reared poultry systems
• Steel structure poultry buildings
• New livestock farm construction projects
• Existing poultry-house drinking-system upgrades

The drinker is suitable for waterfowl facilities where simple automatic refill, open drinking access and easy daily inspection are important management requirements.

For commercial duck and goose projects, multiple drinkers can be connected to a common regulated water-distribution line and coordinated with feeding equipment, drainage, ventilation and other livestock-house systems.

• Duck and goose drinking trough size
• Bell diameter
• Water channel depth
• Side-valve or inline-valve configuration
• Water-level adjustment range
• Ballast bucket configuration
• Counterweight configuration
• Flexible hose diameter
• Suspension cord length
• Drinker spacing
• Number of drinkers per poultry house
• Water distribution pipeline layout
• Connection accessories
• OEM configuration available upon request

The final configuration can be designed according to duck or goose breed, bird age, stocking density, drinking behavior, house dimensions, local climate and project requirements.

Water Supply: Connect the drinker to a clean and correctly regulated low-pressure water source.

Suspension: Hang the drinker vertically from a secure overhead structure using suitable suspension hardware.

Initial Height: Set the drinking channel at a comfortable height for the age and body size of the birds.

Water-Level Adjustment: Adjust the spring or valve mechanism until the required trough water depth is achieved without excessive overflow.

Ballast: Install or fill the ballast component according to the selected model to improve stability when large birds contact the drinker.

Floor Management: Where possible, position waterfowl drinking areas over suitable drainage or moisture-control zones to reduce wet litter.

Daily Cleaning: Remove feed, bedding and organic contamination from the open drinking channel regularly.

Valve Inspection: Check the valve, spring, hose connections and adjustment components for leakage, blockage or wear.

Between Flocks: Thoroughly clean and disinfect the complete bell drinker, hose and water-supply components before reuse.

In a commercial goose house, large-channel automatic bell drinkers can be suspended along the water-distribution line to provide convenient access for adult birds while reducing manual watering labor.

In duck-rearing projects, drinker quantity and water-channel dimensions can be selected according to flock size and bird age, with drainage planning included around high-water-use areas.

For new steel structure waterfowl houses, suspension points, supply piping and drinking zones can be coordinated with the building structure, feeding equipment and drainage layout during project design.

Q1: Can automatic bell drinkers be used for ducks and geese?
Yes. Large-trough bell drinker configurations are suitable for ducks, geese and other compatible poultry when correctly sized and adjusted.

Q2: How does the automatic refill system work?
A mechanical valve responds to changes in the trough water level and allows additional water to enter when required.

Q3: Why is a larger trough useful for geese?
Larger birds have wider bills and greater drinking-space requirements, so a wide drinking channel improves access and reduces crowding.

Q4: What pressure is required?
Comparable LUBING bell drinkers operate at approximately 0.2–0.5 bar, with approximately 0.3 bar recommended.

Q5: Can the water level be adjusted?
Yes. The valve and spring mechanism allows the maximum water level in the trough to be modified.

Q6: How many geese can use one drinker?
The comparable LUBING Art. 8050 configuration is specified for approximately 50–60 turkeys or geese.

Q7: Does the drinker require electricity?
No. Standard bell drinker operation uses a mechanical valve and regulated water pressure.

Q8: Why is a ballast bucket used?
A ballast bucket improves stability and reduces excessive movement when larger birds contact the suspended drinker.

Q9: Is regular cleaning important?
Yes. Because the trough is open, frequent cleaning helps maintain drinking-water hygiene and removes feed or litter contamination.

Q10: Can the system be customized for a complete duck or goose house?
Yes. Drinker size, quantity, spacing, hose connections, suspension components and water-distribution layout can be designed according to project requirements.