Кормушка для бройлеров Roxell Haikoo (00901645)

How the Roxell Control pan Haikoo sensor-equipped control feeder works

The Roxell Haikoo sensor-equipped control feeder (item no. 00901645) is the final element in an automated broiler feeding system. It is equipped with a sensor that monitors the feed level in the feeder.

When the feed in the feeder runs out, the sensor sends a signal to the feed supply system, activating it to refill. This ensures continuous and efficient feeding of the birds, reducing feed losses and optimizing the rearing process.

Design advantages:

• Oval shape of the feeder: provides up to 14% more feeding space compared to standard round feeders, allowing for more birds per feeder.
• Low panel edge: facilitates access to feed for young birds.
• Special grid design: prevents young birds from entering the feeder after 10 days of rearing.
• 360° feed filling: ensures even distribution of feed throughout the feeder.
• Durable materials: made of impact-resistant plastic, resistant to UV rays and disinfectants. Proultry Images

Who is the Roxell Control pan Haikoo sensor feeder suitable for?

• Poultry farms that raise broilers.
• Farms with automated feeding systems.
• Manufacturers seeking to optimize the feeding process and reduce feed losses.

Installation and maintenance of the Roxell Control pan Haikoo control feeder

Installation of the Roxell Haikoo control feeder involves installing it at the end of the feed line, where it controls the feed level using a built-in sensor. The feeder is attached to a piping system compatible with a diameter of 45 mm and connected to the feed control system. It is important to adjust the height correctly according to the age of the birds for easy access to the feed. Maintenance of the feeder includes regular cleaning of the bowl from feed residues, checking the functionality of the sensor, checking the integrity of the connections, and possible washing with high-pressure water (up to 100 bar), as the design is resistant to such loads. This ensures stable system operation and equipment durability.

Features of installing the Roxell Control pan Haikoo sensor feeder

• Installation at the end of the feeding line: the feeder is installed as the last element of the system.
• Sensor connection: the sensor is connected to the feed controller.
• Height adjustment: carried out using a cable system according to the age and size of the birds.
• Compatibility with Ø 45 mm pipes: ensures easy integration into existing systems.

Features of the Roxell Control pan Haikoo sensor-controlled feeder

• Regular cleaning of the bowl: prevents feed residue from accumulating.
• Sensor check: ensures correct operation of the feed delivery system.
• Inspection of electrical connections: avoids contact faults.
• Pressure washing: the design withstands cleaning with a water jet (up to 100 bar).

Frequently asked questions for the Roxell Control pan Haikoo control feeder with sensor

What is the maximum number of birds per feeder?

Up to 91 broilers with good ventilation and rearing conditions.

Can Haikoo be used with other Roxell systems?

Yes, the feeder is compatible with most Roxell systems and can be easily integrated into existing lines.

How often does the sensor need to be serviced?

It is recommended to check the sensor before each new rearing cycle.

Can the feeder be washed under pressure?

Yes, the design allows cleaning with a high-pressure washer up to 100 bar.

Technical documentation

Official technical documentation for Roxell Control Pan Haikoo is available in PDF format on the manufacturer's website. This manual contains detailed instructions for installation, operation, maintenance, and troubleshooting for the Haikoo feeding system.

Main sections of the documentation:

• General information: description of the feeder design, purpose, and scope of use.
• Safety instructions: rules for working with electrical components, recommendations for avoiding injury to personnel.
• User manual: instructions for operating the system and configuring settings.
• Maintenance: recommendations for regular cleaning, checking the sensor, and electrical connections.
• Troubleshooting: table of typical problems, possible causes, and solutions.