Micro-Hybrid Electronic hose fittings Germany Micro-Hybrid Electronic model Micro-Hybrid Electronic price

Micro-Hybrid Electronic hose fittings are pipe fittings and pipeline connectors. Also known as tee fittings or three-way fittings, tee joints are used where branch pipes are required from the main pipeline. A tee is a chemical pipe fitting with three openings, i.e., one inlet and two outlets; or two inlets and one outlet. It comes in T shape and Y shape, with equal-diameter ports or reducing ports, used for the convergence of three identical or different pipelines. The main function of a tee is to change the direction of fluid flow.

Micro-Hybrid Electronic hose fitting installation

Cut the pipe using a sawing machine or specialized pipe cutting equipment; fusion cutting (such as flame cutting) or grinding wheel cutting is strictly prohibited. The cut surface must be flat, with a plane flatness not greater than 1 mm, and perpendicularity to the pipe axis not greater than 1 degrees. Remove burrs and chips using files, scrapers, etc. Clean internal debris and floating rust using clean compressed air or other methods. Cold bend using a pipe bending machine; hot bending is not allowed (for large-diameter pipes, right-angle fittings can be used instead of bending). The bending radius must be more than 4 times the pipe diameter. The ovality (change in major/minor axes) at the bend must be less than 10% of the pipe diameter, and no wrinkling is allowed. If there is a fitting at the end of the bent section, a straight pipe segment should connect the pipe end to the fitting to avoid affecting installation. Use tungsten inert gas (TIG) welding or argon arc welding for root pass, followed by arc welding for filling. When pressure exceeds 21mpa, 5l/min argon gas should be circulated inside the pipe simultaneously. When pipe wall thickness is greater than 2mm, cut a 35° bevel on the outer circumference and leave a 3mm gap at the joint. When pipe wall thickness ≤ 2mm, do not cut a bevel, and leave a 2mm gap at the joint. During alignment, the pipe axes must coincide; misalignment must be less than 15% of the wall thickness, and deviation rate less than 1: 200. Pipe clamp backing plates are generally welded directly to structural components or via supports such as angle iron; for concrete floor surfaces or wall sides, supports are fixed with expansion bolts. Ensure leveling during pipe clamp installation, meaning the installation surfaces are at the same height. Pipe clamp spacing: for pipe diameter ≤ φ10, approximately 0.5–1 meters; for pipe diameter φ10–25, approximately 1–1.5 meters; for pipe diameter φ25–50, approximately 1.5–2 meters. However, at right-angle bends, use one pipe clamp on each side. Connect pipe fittings to equipment, and pipes to pipe fittings segment by segment until all pre-installation is complete. For pipe fitting installation methods, see Chapter 4. Meanwhile, weld pipe clamp backing plates to structural components or supports; do not weld pipes to pipe clamps or supports. After pre-installation is completed and inspected as qualified, mark matching numbers on the pipeline, assign a unique number to each piece, and list them in a table for reference. After the pipeline is dismantled and cleaned, restore it according to the numbers.

Micro-Hybrid Electronic hose fitting applications

Elbows are commonly used connecting fittings in plumbing and heating installations, used for connections at pipe bends to change the direction of the pipeline. Other names: 90° elbow, right-angle elbow, union elbow, stamped elbow, pressed elbow, machined elbow, welded elbow, etc. Application: Connect two pipes with the same or different nominal diameters, allowing the pipeline to make 90°, 45°, 180°, and various other degree turns. A bending radius less than or equal to 1.5 times the pipe diameter is classified as an elbow; greater than 1.5 times the pipe diameter is classified as a bend. A commonly used connecting fitting in pipeline installation, connecting two pipes with the same or different nominal diameters to allow the pipeline to turn at a specific angle, with a nominal pressure of 1-1.6Mpa.

Micro-Hybrid Electronic hose fitting classification

Pipe fittings come in many varieties. Commonly used pipe fittings can generally be divided into hard pipe fittings and hose fittings. Based on the connection method between the fitting and the pipe, hard pipe fittings include flared, compression, and welded types, while hose fittings are primarily crimped hose fittings. Pipe fittings are components used in hydraulic systems to connect pipelines or mount pipelines onto hydraulic elements; they are a general term for connectors that can be assembled and disassembled in fluid paths. Types of pipe fittings include: end straight-through fittings, straight-through fittings, tee fittings, elbows, fittings with live nuts, hinged fittings, plugs, transition fittings, double compression fittings, etc.

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