Yoke Plate

Yoke plate is a type of string hardware used for coupling the electrical clevis and the insulators or the socket tongue on the transmission line. During the yoke plate installation process, the insulators that are connected to the cross arm will be on one side and the conductor termination is on the other side.

Triangular yoke plate: In power and communication facilities, triangular yoke plate can be used to support and fix cables, wires or other transmission lines to ensure that they can operate stably and safely under various environmental conditions.

Adjustment plate: The adjustment plate plays a key role in electrical hardware. They are mainly used in overhead power lines and substations to precisely adjust the length of insulator strings and conductors. This kind of adjustment plate, especially the DB adjustment plate and PT adjustment plate, is a plate-shaped connection fitting with adjustable connection length. By adjusting the connection length, it can effectively make up for the work calculation error and form a virtuous and effective cycle mode.

Parallel clevis plate: Parallel clevis plate is a plate-shaped connecting hardware, mainly used for connecting single board to single board, single board and double board. Its characteristic is that it can only change the length of the assembly, but not the connection direction. This kind of hardware is mostly made of steel plates through stamping and shearing processes, and its structure is simple and practical.

1. Reasonable layout

When using a triangular yoke plate, you must first pay attention to the rationality of its layout. The layout location and quantity of the triangular yoke plate should be reasonably planned according to the work requirements and site conditions. Ensure that its layout can not only meet the needs of the operation, but also ensure sufficient operating space and smooth operation. At the same time, avoid installing the triangular yoke plate on unstable or easily sliding ground to avoid safety accidents such as tipping or sliding.

2. Material selection

Material selection is critical to the performance and service life of the triangular yoke plate. When purchasing, priority should be given to materials with high strength, wear resistance, and corrosion resistance. These materials are able to withstand large amounts of pressure and impact while maintaining good stability and durability. In addition, you should also pay attention to the environmental protection of materials and avoid using materials that are harmful to the environment or easily release harmful substances.

3. Stability considerations

The stability of the triangular yoke plate is the key to its safe use. During use, make sure that the support surface of the triangular yoke plate is in good contact with the ground and there is no hanging or shaking. At the same time, you should regularly check whether the connection parts are tight to prevent loosening or falling off, which may affect stability. During operation, overloading or violent vibration operations should be avoided to avoid affecting the stability of the triangular yoke plate.

4. Environmental assessment of use

Before using the triangular yoke plate, the operating environment should be fully evaluated. Understand site conditions, climate conditions, and possible risk factors such as wind, temperature, etc. Based on the evaluation results, select the appropriate type and specification of the triangle linkage, and take necessary protective measures, such as adding windproof facilities or adjusting the support position, to cope with the challenges under different environmental conditions.

5. Safety operating regulations

Safe operation is the key to ensuring the use of triangular yoke plate. During use, relevant safety operating procedures should be followed to ensure that operators have the necessary skills and knowledge. Before operation, necessary inspections and preparations should be carried out, such as confirming the integrity of the triangular yoke plate, adjusting the support position, etc. During the operation, stable speed and strength should be maintained, and sudden starts or stops should be avoided to prevent impact or damage to the triangular yoke plate.

6. Make timely adjustments

When using the triangular yoke plate, its position and height should be adjusted in time according to the actual situation. For example, if it is found that the support position is unstable or the height is inappropriate during the operation, adjustments should be made in time to ensure the smooth progress of the operation. In addition, after long-term use, the triangle connecting wrench should be fully inspected to ensure that it still meets the usage requirements, and it can be adjusted or replaced if necessary.

1. Equipment inspection and maintenance

Before using the triangular yoke plate, be sure to conduct a detailed equipment inspection to ensure that its structure is complete, the components are complete, the connections are tight, and there is no damage or wear. Pay special attention to the integrity of supporting parts and connecting parts to avoid potential safety hazards.

2. Qualifications of operating personnel

Personnel working on the triangular yoke plate must have corresponding qualifications and skills, and be familiar with the structure, performance, operating procedures and safety requirements of the equipment. It is strictly prohibited for new employees or untrained personnel to operate the triangular yoke plate independently.

3. On-site safety signs

At the job site, obvious safety signs should be set up to indicate important information such as the location, range of use, and load-bearing capacity of the triangular yoke plate. At the same time, warning signs or isolation measures should be set up for potentially dangerous areas or equipment to remind workers to pay attention to safety.

4. Operation process specifications

When operating the triangular yoke plate, standard operating procedures should be followed to ensure that every step of the operation meets safety requirements. When placing the triangular yoke plate, you should choose a flat, solid ground to ensure stable support; when adjusting the height or position, follow the correct operating methods to avoid tilting or shaking; when disassembling or moving the triangular yoke plate, ensure that There is no one around or protective measures have been taken to avoid accidental injuries.

Periodic inspection
• Appearance Inspection: Periodically inspect the appearance of the yoke for cracks, deformation, wear, or other signs of damage.
• Fastener Inspection: Check that the fasteners (e.g., bolts, nuts, pins, etc.) used to secure the yoke are tight and not loose or damaged.

Cleaning
• Daily cleaning: After each use, remove oil, chips, dust and other debris on the surface of the yoke plate to keep it clean.
• Deep cleaning: Regular deep cleaning of the yoke plate, such as the use of appropriate solvents or cleaners, to completely remove the difficult to remove the dirt.

Lubrication
• Lubrication Point Inspection: Check the lubrication points on the yoke plate to make sure that the grease is adequate and not contaminated.
• Periodic Lubrication: Lubricate the yoke plate periodically as required by the equipment or machine to minimize friction and wear.

Maintenance and replacement
• Repair: If damage or wear is found on the yoke, repair or replace the damaged parts to prevent further deterioration of the problem.
• Periodic Replacement: Replace the yoke periodically with wearable or fast wearing parts to ensure the overall performance of the yoke.

Storage and custody
• Proper Storage: Store the yoke in a dry, ventilated, dust-free place, away from direct sunlight and humidity.
• Prevent deformation: Avoid heavy pressure or impact on the yoke to prevent deformation or damage.

Caution
• Avoid overloading: Avoid overloading the yoke during use to prevent damage to the yoke beyond its load capacity.
• Correct operation: The operator should be familiar with the use of the yoke and operating procedures to ensure correct use and avoid improper operation.

1.Cleaning and inspection: Before storage, the triangular yoke plate should be cleaned first to remove dirt and dust on the surface. At the same time, check whether there are any damaged or worn parts, and repair or replace them if necessary.

2. Placement: The place where the triangular yoke plate is stored should be dry, ventilated and away from direct sunlight. Sunlight and moisture may cause damage to the material and structure of the triangular joint. At the same time, ensure that it is stored in a stable location and is not easily impacted or squeezed.

3. Avoid pressure from heavy objects: When storing the triangular yoke plate, avoid placing heavy objects on top of it to avoid oppression and deformation.

4. Labeling and recording: In order to facilitate management and search, the place where the triangular yoke plate is stored can be labeled or recorded, indicating its name, quantity, storage time and other information.