Products Description
Material advantage
The water pipes are made of high quality rubber material, which has excellent wear resistance. Even in complex scenes, they are not easily damaged even if they frequently rub against the ground, buildings, etc., greatly extending their service life. Its excellent corrosion resistance makes it unafraid of the erosion of various chemical substances. Whether it is the possible leakage of chemical liquids at the scene or the potential corrosive factors in the daily storage environment, it will not cause damage to the water pipes. Moreover, rubber material also has excellent anti aging properties. Even after long term use or storage, it can still maintain good performance, always safeguarding your safety.
Pressure and flow performance
The test pressure of 16bar means that this it can handle high pressure fighting operations with ease. In actual rescue operations, high pressure water flow can more effectively penetrate the source, reach the core area of the, and quickly extinguish the flames. A flow rate of 44 liters per minute ensures that there is sufficient water sprayed out within a unit of time. Combined with high pressure, it significantly enhances the fighting efficiency, buying precious time to control the fire and reduce losses.
Strong adaptability
The water pipe can be easily connected to various 1-inch imported brass and plastic nozzles. The brass nozzle is sturdy and durable, wear resistant and corrosion resistant. It can withstand the impact of high pressure water flow and is not prone to deformation during long term use, ensuring stable and precise water jet. Plastic nozzles are characterized by their light weight and flexible operation, facilitating fighters to quickly adjust the spray Angle and water flow pattern in various scenarios and meeting diverse fighting needs. No matter which material of nozzle you choose, this it can be perfectly matched and perform at its best.
The application scenarios are extensive
It is applicable to the protection systems of various buildings, such as shopping malls, office buildings, hotels, residential buildings, etc., and is an ideal matching water pipe for indoor hydrant systems. In industrial Settings such as factories and warehouses, in the face of possible large scale fires, its high pressure and large flow rate characteristics can quickly control the fire and reduce property losses. In addition, in some outdoor fighting scenarios, such as protective facilities at the edge of forests and field operation sites, it can also provide reliable protection for safety with its excellent material properties and flexible length specifications.
Installation
The installation of the product is very simple. Both professional firefighters and property management staff who have received simple training can quickly get started and complete the installation.
Preparations before installation
Before installation, carefully inspect the appearance of the rubber it for any damage or cracks to ensure that the it has no quality issues. At the same time, prepare the required connected equipment, such as hydrants, brass or plastic nozzles, etc., and check whether the equipment interfaces are clean and free from debris blockage.
01
Connect the fire hydrant
Align the interface at one end of the water pipe with the water outlet of the hydrant. Slowly rotate and tighten it clockwise in the direction of the thread of the interface to ensure a tight connection without any looseness. During the connection process, avoid excessive force to prevent interface damage.
02
Connect the nozzle
Select a 1-inch imported brass or plastic nozzle of the appropriate material according to the usage requirements, and connect the interface at the other end of the water pipe to the nozzle. Also, tighten it by rotating clockwise to ensure a firm connection and prevent the nozzle from falling off when water is sprayed.
03
Overall inspection
After the connection is completed, inspect the entire pipeline system to ensure that there is no loosening or leakage at each connection point of the water pipes. If any problem is found, retighten or adjust the connection in time.
04
Maintenance Instructions
After each use, rinse the inside of the water pipe with clean water to remove residual sand, impurities, etc., to prevent pipe blockage and affect water flow. When rinsing, you can connect the water pipe to the water source, maintain a certain water pressure, and continue rinsing for several minutes.
Regularly (it is recommended to check the surface of the water pipes at least once a month) to see if there are any signs of wear, aging or damage. Pay special attention to inspecting the areas that are frequently bent and rubbed, such as near the interfaces and at the bends. If slight wear is found, it can be repaired with rubber repair agent. If there is severe damage or aging, the water pipe should be replaced in time.
Inspect the connection interfaces between water pipes and hydrants, nozzles and other equipment to ensure that the sealing gaskets at the interfaces are not aged, deformed or fallen off. If there are any problems, replace the sealing gasket in time and retighten the interface. Meanwhile, apply a small amount of anti rust lubricant to the interface threads regularly to prevent rusting and facilitate subsequent disassembly and connection.
When not in use, drain the water in the water pipe, coil it neatly, and store it in a dry, well-ventilated and cool environment, avoiding direct sunlight and high-temperature baking to prevent the rubber material from aging faster. During storage, avoid heavy objects from pressing on the water pipes to prevent them from deforming or getting damaged.
Conduct a pressure test at least once a year. Connect the water pipe to the pressure test equipment, slowly increase the pressure to the test pressure (16bar), maintain the pressure for several minutes, and observe whether the water pipe shows any abnormal conditions such as leakage, expansion, or deformation. If any problems are found during the test, the test should be stopped immediately. The water pipes should be inspected and repaired, and replaced if necessary.
FAQ
Q: What should I do if it is difficult to connect to the fire hydrant or nozzle?
A: Check if there is any debris blocking the interface or if the thread is damaged. If there is any debris, it can be cleaned up with a brush. If the thread is slightly damaged, you can try to repair it by gently grinding it with fine sandpaper. When connecting, apply a small amount of lubricant (such as silicone oil) at the interface to make the connection smoother. At the same time, make sure the connection direction is correct and slowly tighten it in a clockwise direction.
Q: How to deal with the slight water seepage at the interface after connection?
A: First, check whether the sealing rubber ring is in good condition. If the rubber ring is aged, deformed or fallen off, a new sealing rubber ring should be replaced in time. After replacement, retighten the interface. If there is still water seepage, you can appropriately increase the tightening force, but be careful not to apply excessive force to avoid damaging the interface.
Q: What could be the reason for feeling insufficient water flow pressure when in use?
A: It might be that the water source pressure itself is insufficient. You can contact the water supply department to check the water pressure situation. It could also be that there is a blockage inside the water pipe. The pipe needs to be disassembled and thoroughly rinsed with clean water. If necessary, a special unblocking tool can be used for cleaning. In addition, check whether the connected nozzles match. Unsuitable nozzles may affect the water flow pressure.
Q: If there is slight wear on the surface, does it need to be replaced immediately?
A: No need. For minor wear and tear, rubber repair agent can be used for repair, and the repair will not affect normal use. However, it is necessary to continuously monitor the condition of the worn area. If the wear further worsens, the water pipe should be replaced in a timely manner.
A: Q: Can it be used to convey other liquids?
This model is mainly designed for the transportation of fighting water. If other liquids need to be transported, it is necessary to ensure that the liquid is non corrosive and will not react chemically with rubber. In cases of uncertainty, it is recommended to conduct compatibility tests on a small scale first. Only after confirming there are no issues should it be used; otherwise, it may be damaged and affect its protection performance.
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