China overhead line fittings, crafted from iron or aluminum, secure and support conductors in power lines. Various hardware types include clamps for wire installation, hanging rings for insulator strings, crimping and repair tubes for wire connections, and spacer bars for split wires. In addition, cable fittings for pole towers are utilized. These components not only fix and support wires but also assemble suspension insulators into strings, connecting and hanging them on tower cross arms. Design and manufacturing considerations prioritize strength, stiffness, and wear resistance for long-term use. Selection and configuration of hardware must align with specific line conditions to ensure the safe and stable operation of overhead lines. Installation Guide for Overhead Power Line Accessories There are 5 steps for the installation of electrical overhead line fittings: Preparation and Planning: Conduct a comprehensive site assessment considering terrain, weather, and load requirements. Assembly and Inspection: Assemble fittings according to manufacturer guidelines, ensuring all bolts and connections are securely tightened. Lifting and Attachment: Lift and position assembled fittings onto poles or towers, using appropriate lifting equipment. Alignment and Tensioning: Verify alignment and adjust if necessary. Final Checks and Documentation: Conduct thorough quality checks, addressing any issues identified during the inspection. The components of an overhead line, a crucial element in power transmission and distribution, consist of a well-coordinated system of essential elements designed to efficiently transport electrical energy from generation sources to end-users. At its core, an overhead line typically comprises conductors, supporting structures, insulators, and associated hardware. Conductors form the backbone of the overhead line, serving as the pathway for electricity to flow. These conductors are often made of aluminum or copper, chosen for their excellent conductivity and durability. Supporting structures, such as poles or towers, play a critical role in elevating the conductors above the ground and maintaining the required clearance. The design and placement of these structures are essential to ensure the stability and reliability of the overhead line. Insulators, often made of ceramic or composite materials, are strategically placed to electrically isolate the conductors from the supporting structures, preventing unintended paths for current flow. This is crucial for maintaining the integrity and safety of the system. Additionally, associated hardware such as clamps, connectors, and fittings are employed to secure and connect various components of the overhead line, ensuring a robust and reliable transmission network.
Condition: New Place of Origin: Germany Capacity:1000L Dimension(L*W*H):1200*1000*1150(�±5) mm Weight:56�±1 kg Max. Working Pressure(MPa):0.1 MPa Material: HDPE & galvanized steel Shape: Square Color: White Certification: UN/ISO Filling opening:DN150 Discharge opening:DN50 Type of valve:DN50 ball valve or DN50 butterfly valve
We can Supply Clinker with long term contract with minimum order 400.000 Mt, We Accept All,Cash,L/C,..... With Competetive Price
Introduction： The TP-serie are machines describing fully automatic vision SMT pick and place machines, which can mount a variety of components through the vacuum nozzle. The TP66V is suitable for most of the SMD components such as 0402, SOICs, PLCCs and QFP ICs. With the vision position system it is able to mount 0.5mm of QFP ICs or BGAs. Beside the standard circle reference point, also a square point, which is not the PCB solder paste screen printing pad ring perforated pad, can be chosen as a reference point. Features: 1. Using imported precision square rail, effectively improve the placement accuracy. 2. Using an unique high-definition optical prism industrial camera to complete mount high-precision components. 3. With the vision position system, it can automatically identify the MARK point to improve effectively your SMT production efficiency and placement accuracy. 4. Automatic visual programming. There is no need of a manual input the coordinates of components. 5. Standard configuration of automatic nozzle replacement system. 6. Able to configure a variety of different feeders to meet your needed requirements for mounting. 7. Easy to input CAD data of the PCB. 8. The software can display all PCB coordinates, which you can adjust by fine tuning some of the coordinates to assure a high precision placement. Standard Configuration: 1. Industrial Computer: 1 piece 2. Mounting head: 1 groups 3. Nozzles: 9 pcs 4. GFTA-48 feeder table: 2 sets 5. MARK cameras: 2 sets 6. QFP high precision industrial camera: 1set 7. QFP high clear light source: 2 set Optional: 1. Automatic feeder: 8mm, 12mm, 16mm and 24mm 2. IC Disc Feeder（GFQN） 3. Components bulk disk（GFSN） 4. Nozzles 5. AQ38 end mirror system（25MM-38MM QFP） 6. AQ45 end mirror system（38MM-45MM QFP） 7. Industrial air pump Technical Parameter: Mounting head: 2 units - 12 heads Max size of PCB: 1500 x 316mm Min width of PCB: 40mm Max moving range: 670 x 620mm Max thickness of components: 15mm Typical speed: 14.000 - 17.000cph Max speed: 32.000cph X, Y-axis precision: 0.002mm Mounting precision: +/- 0.03mm Available components: > 0402 and < 38mm pitch; > 0.5mm IC Positioning: Visual positioning Program method: Automatic data import/ video learning/ keyboard input Transmission: X, Y-axis high precision ball screw with precision guide rail Tape feeder: Optional 8mm, 12mm, 16mm, 24mm, 32mm, 44mm Number of Feeders: Possibility of 96 feeders of 8mm GFTA-08S feeder, 48 feeders for the front and 48 for the back side. Number of IC feeder: Max 2 pcs Operation system: Windows XP Compressed air: 80psi (0.5Mpa - 0.7Mpa) Power supply: 220V, 50Hz, 5kW Weight: 14000kg Dimension: 1650 x 1485 x 1400mm
We can offer you clinker for the production of cement. From a quantity of 4000 MT CIF or FOB. The clinkers are delivered via Oman. Our partner is a well known producer of clinkers:
