How about the practice of anti static overhead raised flooring?

When laying the floor, level with a blister level block by block, the height of the movable floor is adjusted by the adjustable bearing, and the laying process should be handled gently to prevent scratching the floor and damaging the edge strips, and at the same time, it should be cleaned while laying to avoid leaving debris and dust under the floor.

1. Carefully check the flatness of the ground and the verticality of the wall, and if there are major defects or local transformations are found, they should be proposed to the relevant departments of Party A; Place the stand.

2. Pull the horizontal line, and bounce the floor installation height to the wall with an ink line to ensure that the floor is laid at the same level, measure the length and width of the empty space and select the reference position, and pop up the network grid line of the installation support on the ground to ensure that the laying is neat and beautiful, and at the same time minimize the cutting of the floor;

3. Adjust the bearing to be installed to the same required height and swing the bearing to the intersection of the ground grid line;

4. Fix the beam to the support with the installation screw, and use the level ruler and rectangular ruler to correct the beam one by one, so that it is not only in the same plane, but also perpendicular to each other.

5. Place the raised floor on the assembled truss beam with a suction device;

6. If the remaining size near the wall is less than the length of the raised floor, it can be patched by cutting the floor;

7. When laying the floor, level with a blister level block by block, the height of the raised floor is adjusted by the adjustable bearing, and the laying process should be handled gently to prevent scratching the floor and damaging the edge strips, and at the same time, it should be cleaned while laying to avoid leaving sundries and dust under the floor;

8. When setting up heavier equipment in the computer room, a bearing can be installed under the floor of the equipment base to prevent the floor from being deformed;

9. When the HPL decorative board needs to be cut or opened for processing, 6 8 anti-crack holes should be made at the concave corner of the opening to prevent the processed floor from being installed.

The practice requires professional personnel to install, and it is not recommended to install it yourself.

Presumably, clean the ground, pop out the 600*600 grid, install the bracket and measure. Then after the shelves are erected, the floor can be put into the erected shelves and flattened with a level.

An anti-static floor, also known as a dissipative static floor, is a type of floor that, when it is grounded or connected to any lower potential point, enables electrical charge to be dissipated, characterized by a resistance between 10 to the 5th power to 10 ohms to the 9th power. Section 20 of the GB50174-2008 Code for the Design of Electronic Information System Computer Room stipulates that the surface resistance or volume resistance of the anti-static floor or ground shall be.

As much as possible, choose floors produced by large factories to ensure quality, such as Shen Fei, Baroco, Huifeng, etc. Among them, the commonly used anti-static floor in the computer room is an all-steel floor.

Advantages of anti-static flooring: conducive to the repair and maintenance of the bottom of the equipment; It eliminates the harm of cable exposure to the human body; It can make the electrostatic charge leak to the ground and reflect electromagnetic radiation; It can protect all kinds of cables, wires, data cables and sockets from damage.

Features of anti-static flooring:

1.After the installation of anti-static flooring, we can most intuitively see the convenience of our wiring, convenient wiring, in the field of communication and network constantly updated leakage today, it is necessary to change the cable, IT data, voice wiring system from time to time to meet the adjustment of employee workstations, reduce the embedded pipeline of the building structure of the integrated wiring, which is easy to achieve for the overhead anti-static floor floor.

2.It is easy to clean, when you need to clean the inside of the raised floor or clean the end device of the air supply, you only need to move the device out, which is easy to operate and has a small impact range.

3.Anti-static raised floors have lifelong anti-static properties, reducing damage to mechanical equipment caused by static electricity. Rolling friends.

If you install anti-static flooring at home, you need to understand the construction process and steps. How to construct the anti-static floor? PChouse will take you to find out.

Preparation of construction materials: professional cutting saws, levelers, tape measures, etc. The specific construction steps are as follows:

1. Clean the ground.

The ground of the original base source should be flat, and there should be no obvious unevenness, and the debris on the ground should be removed with a shovel blade and cleaned up.

2. Positioning of the baseline.

According to the shape of the room and the reasonable arrangement of the equipment, according to the number of movable floor beam cracks, the scheme and method of laying are designed. If there is a control cabinet or other equipment in the room, and the size is consistent with the modulus of the movable floor plate, the laying method from the inside to the outside can be adopted.

3. Installation of brackets and beams.

Adjustable brackets should be placed according to the elevation control line drawn on the wall around the room and the sub-grid position that has been bounced on the ground of the base layer, and the beam should be erected, and the height of the support should be adjusted to the same height of the whole room with a small line and a level. Each nut of the floor support should be tightened after leveling to form a networked bracket. After all the installation is completed, adjust it again with the spirit level to make it firm.

4. Laying of raised floors.

According to the design of the laying method, if the modulus is insufficient, it can be inlaid according to the actual size of the cut, and the corresponding support and beam are configured, and the cutting must be carried out according to the requirements of the design, and there can be no local deformation.

5. Anti-static grounding.

After the successful installation of the raised floor, the grounding connection must be carried out, and the technical performance must meet the design requirements and acceptance specifications.

Shenzhen Licai antistatic all-steel elevated machine room floor is produced by advanced integrated production line. The floor surface is flat, the bearing strength is large, the conductivity is good, the impact resistance is anti-corrosion, and the service life is 3-5 times longer than that of ordinary floors. It is widely used in all kinds of large-scale computer rooms, various electrical program-controlled computer rooms, public security, post and telecommunications, and traffic command centers.

1 All-steel flooring is generally divided into light, medium and heavy according to the required bearing capacity, and can withstand the pressure of 800 pounds, 1000 pounds and 1250 pounds respectively. The phenotype of disfigured HPL is melamine antistatic fireproof board, and PVC is conductive floor tile.

2 Durability: Excellent abrasion, water and chemical resistance.

3 Uniform specification and color maintenance.

4. Anti-loading performance: It is not affected by mechanical movement, automobile driving and moving Buling preparation bed.

5. Permanent electrical conductivity: The conductor material is evenly distributed throughout the floor tile, making it permanently conductive.

6. Non-flammable.

Anti-static flooringAccording to the substrate, it can be divided into: wood-based (particleboard), inorganic (Calcium sulfate anti-static flooring), steel (All-steel anti-static flooring), aluminum(Aluminum alloy anti-static flooring), resins, and others.

Anti-static flooring is divided into ultra-light (CQ), light (Q), ordinary (P), standard (B), heavy (Z), and super heavy (CZ) according to the load-bearing.

Common anti-static flooring:

All-steel anti-static flooringIt is divided into: all-steel PVC anti-static flooring, all-steel HPL anti-static flooring, all-steel ceramic anti-static flooring, and all-steel permanent PVC anti-static flooring.

Calcium sulfate anti-static flooringThe land is divided into: calcium sulfate PVC anti-static flooring, calcium sulfate HPL anti-static flooring, calcium sulfate ceramic anti-static flooring.

Aluminum alloy anti-static flooringIt is divided into: aluminum alloy PVC anti-static flooring, aluminum alloy HPL anti-static flooring, and aluminum alloy ceramic morning cover porcelain anti-static flooring.

The web floor is divided into:OA network flooring, GRC network flooring, six-bread steel network flooring, four-bread steel network flooring socks.

Anti-static flooring is a kind of flooring that can dissipate electrical charge, which will be more common in some special medical places and computer rooms, but because this kind of flooring is more special, more attention must be paid when installing. So, what are the steps for laying anti-static flooring? Let's take a brief look at it together.

1. Before installing the anti-static floor, it is necessary to check the installation site to ensure the flatness of the ground and the vertical angle between the ground and the wall.

2. Pull the horizontal line at the construction site, including the height of the floor, so as to ensure that after the ground is installed, all are on the same horizontal plane, and then measure the length and width of the room, and draw the grid line according to the floor specifications and Kai, so that the effect of the floor will be more beautiful, and at the same time, it can also reduce the probability of cutting the floor and save materials.

3. Prepare all the materials, fix all the floor supports at the same height, and align the grid lines drawn before.

4. Use special nails to fix the truss beam on the floor support, pay attention to the installation, and must be corrected one by one with a level to ensure that it is in the same horizontal plane.

5. Use a suction device to place the anti-static floor on the truss.

6. If the remaining size is not enough to install an anti-static floor, it is necessary to use a special cutter to cut and make up for it.

7. Make anti-cracking holes at the cutting position of the anti-static floor to avoid cracking after processing.

8. When the anti-static floor is officially laid, it must be leveled with a blister level, and the uneven place can adjust the height of the floor support seat, if it is found that there are debris and dust under the floor, it needs to be cleaned up before installation, in addition, in the process of paving, it is necessary to pay attention to handling it gently to prevent damage to the floor.

9. If heavyweight equipment needs to be placed on the anti-static floor, it is recommended to install a bracket on the base of the equipment to avoid bending and deformation of the floor.

Summary: The above steps for laying electrostatic floors are introduced here.