Views: 15233 Author: Phoenix Publish Time: 2023-12-06 Origin: Phoenix Breeding Equipment
Water issues are very important for chickens, especially mechanized chicken raising that must be equipped with reliable automatic drinking water equipment. The normal operation of drinking water equipment is inseparable from the water supply system, and it must be matched with a good water supply system to achieve satisfactory results. The water supply system consists of filters, pressure reducing devices and pipelines.
The function of the filter is to filter out impurities in the water and improve the water quality. It requires a large water passing capacity and a certain filtration capacity, so that the pressure reducing device and the drinking fountain can work normally. The filter consists of a shell, a release valve, a sealing ring, an upper gasket tube, a lower gasket tube, a spring and a filter element. The filter housing is made of ABS plastic (or aluminum). The upper cover and the housing are connected by trapezoidal threads. A foam plastic filter element is installed in the center of the inner cavity. Both ends of the upper cover adopt tapered pipe threads with good sealing performance, and there is a release valve on the top for installation and release.
The water source of chicken farms is generally tap water or water from water towers. The water pressure is about 49 to 392kPa, which is suitable for sink-type drinking water equipment. However, nipple-type, cup-type, gravity-flow (pendant-type), and bell-shaped drinking water equipment all require relatively large amounts of water. Low water pressure. Moreover, the pressure must be controlled within a certain range, which requires a pressure reducing device at the front end of the drinking water pipeline to achieve the technical requirements of automatic pressure reduction and pressure stabilization. Pressure reducing devices are divided into two types: water tank type and pressure reducing valve type.
The water tank type pressure reducing device is the simplest and most commonly used device, consisting of a box body, a tank cover, a float valve assembly, etc. The box body and lid are generally made of non-toxic plastic (fiberglass, steel plate and other materials can also be used). There are holes on both sides of the box. One side is the water inlet hole, and the float valve assembly is installed. The other side is the overflow port. The bottom of the box There is a water outlet. The characteristics of the water tank type pressure reducing device are: easy to use, small water level fluctuations, and stable pressure. Suitable for nipple-type, cup-type, and pendant-type (self-flowing) drinking water equipment. The advantage is that it can be equipped with a dosing system that slowly releases the medicinal solution, which not only functions to reduce and stabilize the pressure, but also has the function of dispensing the medicinal solution to facilitate the drinking of medicine, disease treatment and epidemic prevention of the breeder flocks.

The pressure reducing valve type pressure reducing device consists of a pressure reducing valve, a buffer, a union, a gate valve and a water pressure gauge. The main component is a pressure reducing valve. The pressure reducing valve consists of a valve body, a valve cover, a connecting seat, a spring sleeve, a valve cap, a piston, a bellows, a spring, etc. Its working principle is that when water with a certain pressure enters the pressure reducing valve, through the action of bellows, springs, pistons, etc., when the pressure is reduced to the required value, it flows out from the other port into the drinking fountain. When the chickens drink water, the flow of water in the pipeline increases and the water pressure decreases. The pressure reducing valve maintains stable pressure in the water supply pipe through the adjustment of springs and bellows.
The main parameters of the pressure reducing valve: pressure adjustment range 30~70kPa; applicable water pressure range, the pressure in front of the valve is 100~600kPa; pressure fluctuation range: when the pressure in front of the valve changes within 100~600kPa, the pressure setting behind the valve The variation range is ±25kPa.
If you are looking for quality poultry breeding equipment visit PHOENIX - they will cater to all your poultry farming needs.
For more poultry equipment products visit our directory.
Phoenix Breeding Equipment Co., Ltdis a professional manufacturer and exporter that is concerned with the design, development and production of livestock breeding equipment. which can provide all kinds of poultry farm equipment, such as automatic feeding and drinking line, poultry nipple drinker, rabbit nipple drinker, poultry feeder, poultry drinkier, ventilation fan. Cooling pad , egg incubator,pvc pipe ,ss pipe etc. Check out our site to find the latest in poultry equipment. We hope you’ll fine the right products for you,, and how it allows you to scale up to the next level when you're ready.
Whatsapp/Wechat:+86 18233772617
Email:linda@goldphoenixa.com
This article focuses on various types of poultry feeder equipment for modern poultry farming, covering automatic poultry feeder, poultry feeder pan and chick turbo poultry feeder. It elaborates their unique feeding functions for different poultry growth stages, explains how professional poultry feeder devices improve feeding accuracy, reduce feeding waste and realize standardized automatic feeding. It also introduces scientific poultry feeder maintenance methods to stabilize feeding performance, helping poultry farms optimize overall feeding efficiency and achieve cost-effective feeding management.
This article focuses on professional poultry feeding line equipment for modern intensive poultry farming. It comprehensively explains the scientific layout and operating principles of automatic feeding line systems, detailing the core functions and matching methods of key equipment including chicken feeder pipe, poultry feeder pan, chick turbo feeder, and automatic chicken feeder. The content elaborates how complete poultry feeding line equipment adapts to full-cycle feeding of young chicks and adult poultry, effectively reducing feed waste, avoiding feed contamination, and lowering labor and breeding costs. It also summarizes practical daily maintenance techniques for poultry feeding line equipment, helping large-scale poultry farms stabilize automatic feeding operation, improve flock health, and enhance overall breeding efficiency.
This article provides a comprehensive guide to professional poultry feeding line equipment for modern and backyard poultry farming. It breaks down the core components of the automatic feeding system, including the main feeding line, durable chicken feeder pipe, standard poultry feeder pan, dedicated chick turbo feeder, and intelligent automatic chicken feeder. It elaborates the unique functions of each accessory, explains how matched poultry feeding line equipment solves common breeding pain points such as feed waste and contamination, and highlights the advantages of full-automatic feeding in saving labor, improving feed utilization, and supporting full-cycle feeding for chicks and adult chickens. The article also shares practical daily maintenance methods for feeding line systems and accessories, helping poultry farms stabilize the operation of automatic chicken feeder equipment, reduce breeding costs, and achieve efficient and hygienic poultry feeding management.
This article focuses on performance optimization of poultry drinking line and chicken drinking line for modern poultry farms. It illustrates how nipple drinker quality affects the overall operation effect of the farm water line, and compares the functional differences between ordinary nipple drinkers and upgraded nipple drinker with cup. It highlights the core strengths of equipping poultry drinking line with nipple drinker with cup, including effective water saving, dry and hygienic coop environment, full-cycle poultry adaptability and stable water line operation. The article also provides standardized specification matching, installation layout and daily maintenance guidelines for water line systems, and summarizes the long-term economic and breeding benefits of optimized chicken drinking line equipment. It offers practical guidance for all-scale poultry farms to upgrade and stabilize automatic watering systems.