Sliding Inlet Guide

1. 20 years of guide series production and design experience, to improve the wear, heat, hardness of the guide has a deep insight.

2. The product has good lethality, good oxidation resistance, corrosion resistance, low processing cost, non-stick steel, can greatly improve the surface quality of high-speed steel.

Sliding Inlet Guide includes a box body and a conduit assembly; The box body comprises a base, the box body body is arranged above the base, the center of the box body is arranged with a through hole, the box body is arranged above the ring, the right side of the ring is arranged with a water nozzle; The pipe assembly comprises a conical pipe and a cylindrical pipe, the inner hole of the conical pipe is arranged in a trumpet shape, the cylindrical pipe and the conical pipe are arranged in the same straight line, and the pipe wall of the cylindrical pipe is evenly distributed with a number of water guiding holes; The cylindrical conduit passes through the through hole of the box body body and is connected and fixed with the box body body through a bolt. The utility model has the advantages of simple structure, good stability, convenient installation and disassembly, long service life, high production efficiency, greatly reducing the maintenance frequency and saving cost.

A Sliding Inlet Guide is a mechanical device used to regulate and direct fluids into industrial equipment such as pumps, fans, or compressors. Its main function is to optimize hydrodynamic performance, improve energy efficiency, and reduce equipment wear.

1. Adjustable blades: The core feature of the Sliding Inlet Guide is the linear moving blades or guides that can slide open and close as needed to change the direction and flow of fluid into the device.

2. Structural material: Usually made of corrosion-resistant and wear-resistant materials, such as stainless steel or special alloys, to ensure durability and reliability under various harsh conditions.

3. Precision technology: The high-precision processing technology ensures the sealing between the blades, prevents fluid leakage, and ensures smooth operation.

4. Integrated design: An integrated design that fits the shape of the equipment inlet helps to reduce pressure losses and improve fluid dynamics.

Functional advantages:

1. Flow control: By adjusting the position of the blade, the fluid flow into the equipment can be accurately controlled to meet the needs of different working conditions.

2. Improved efficiency: Optimized fluid guidance reduces turbulence and unnecessary drag, improving the efficiency of the entire system.

3. Energy saving: Energy consumption is reduced because the additional energy demand caused by incorrect direction is reduced.

4. Reduce wear: Proper fluid guidance reduces the impact and wear of the internal parts of the equipment, extending the service life of the equipment.

5. Noise reduction effect: Smoother fluid flow also means less noise generation, improving the comfort of the working environment.

6. Easy maintenance: The modular design makes the Sliding Inlet Guide easy to install and maintain, allowing it to be serviced without downtime.

Application field:

1. Industrial production: used at the inlet of all kinds of pumps and fans, especially in occasions requiring variable flow operation.

2. HVAC industry: Used in air conditioning systems to regulate air volume and maintain efficient operation of the system.

3. Water facilities: in water turbines and water pumping stations, used for water flow control and guidance.

4. Chemical process: In the complex chemical process, to ensure the correct delivery of raw materials and products.

5. Energy generation: such as the inlet of the boiler blower in the thermal power plant, adjust the air flow to adapt to load changes.

Sliding Exit Guide