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A steam head and a water distributor make up the water collector, which is a device for distributing and collecting water flow. While the steam head outputs numerous channels of water through a container, the water separator separates a single input of water through a container into several output channels. The majority of the branch pipes it administers are DN350-DN1500, composed of carbon steel or stainless steel plate, and belong to the professional fabrication of pressure vessels. These pipelines need the installation of pressure gauge thermometers.
In order to ensure that the flow of the branch loops in each area satisfies the load demand, it distributes the water flow of the main pipe according to needs on the one hand, and simultaneously collects the water flow of each branch loop and inputs it into the main pipe of the return water to realize cyclic operation. Reusing the return water can result in greater energy savings and simultaneously satisfy the demands for heating and cooling. It is utilized in hot water systems, boilers, central air conditioners, and industrial circulating cooling water systems.The design of the Beite brand water collector complies with all applicable national and industry technical standards. The installation interface of each branch pipe as well as the length and shape of the takeover may be customized to meet user requirements.
Therefore, a portion of the heat lost by the boiler's continual blowdown may be recovered and the boiler's efficiency increased by using secondary steam and waste hot water as heat sources.
Variety of Applications
2. Distribution and concentration of cold water in the air-conditioning room; 1. Distribution and concentration of steam, condensed water, cold, and hot water in steam or hot water boiler rooms;
3. High and low pressure steam, condensed water, hot water, and cooling circulating water distribution and concentration in industrial facilities.
Design Description
The diameter, number, and arrangement order of the nozzles needed by the process design are shown in the table, and the center distance between adjacent nozzles is used to compute the overall length of the water collector.
To lessen the stress on the cylinder and make installation and maintenance easier, the biggest steam connection is linked from the center of the head for cylinders with a diameter of DN 400mm.
Each loop heating pipe's intake and outlet should be linked to the water distributor and the water collector, respectively. The large-section tassel of the water distributor and water collector should not be greater than 0.8m/s, and the inner diameter of the water distributor and water collector shall not be smaller than the inner diameter of the total supply and return pipes.Each branch loop's supply and return pipes must have lockable valves.
Valves, filters, and drain pipes need to be put on the water supply connection pipeline before the water distributor in the direction that the water is flowing.
A drain pipe and a balancing valve or other closed regulating valve should be fitted on the return water connection line that comes after the water collection. A heat metering device must be offered for systems having heat metering requirements.
A steam head and a water distributor make up the water collector, which is a device for distributing and collecting water flow. While the steam head outputs numerous channels of water through a container, the water separator separates a single input of water through a container into several output channels. The majority of the branch pipes it administers are DN350-DN1500, composed of carbon steel or stainless steel plate, and belong to the professional fabrication of pressure vessels. These pipelines need the installation of pressure gauge thermometers.
In order to ensure that the flow of the branch loops in each area satisfies the load demand, it distributes the water flow of the main pipe according to needs on the one hand, and simultaneously collects the water flow of each branch loop and inputs it into the main pipe of the return water to realize cyclic operation. Reusing the return water can result in greater energy savings and simultaneously satisfy the demands for heating and cooling. It is utilized in hot water systems, boilers, central air conditioners, and industrial circulating cooling water systems.The design of the Beite brand water collector complies with all applicable national and industry technical standards. The installation interface of each branch pipe as well as the length and shape of the takeover may be customized to meet user requirements.
Therefore, a portion of the heat lost by the boiler's continual blowdown may be recovered and the boiler's efficiency increased by using secondary steam and waste hot water as heat sources.
Variety of Applications
2. Distribution and concentration of cold water in the air-conditioning room; 1. Distribution and concentration of steam, condensed water, cold, and hot water in steam or hot water boiler rooms;
3. High and low pressure steam, condensed water, hot water, and cooling circulating water distribution and concentration in industrial facilities.
Design Description
The diameter, number, and arrangement order of the nozzles needed by the process design are shown in the table, and the center distance between adjacent nozzles is used to compute the overall length of the water collector.
To lessen the stress on the cylinder and make installation and maintenance easier, the biggest steam connection is linked from the center of the head for cylinders with a diameter of DN 400mm.
Each loop heating pipe's intake and outlet should be linked to the water distributor and the water collector, respectively. The large-section tassel of the water distributor and water collector should not be greater than 0.8m/s, and the inner diameter of the water distributor and water collector shall not be smaller than the inner diameter of the total supply and return pipes.Each branch loop's supply and return pipes must have lockable valves.
Valves, filters, and drain pipes need to be put on the water supply connection pipeline before the water distributor in the direction that the water is flowing.
A drain pipe and a balancing valve or other closed regulating valve should be fitted on the return water connection line that comes after the water collection. A heat metering device must be offered for systems having heat metering requirements.
