The use of insulation tools requires attention to the following aspects to ensure the safety and effectiveness of operation:
1, Tool selection and inspection
Tool selection:
Select suitable insulation tools based on specific job tasks, such as insulated gloves, insulated boots, insulated rods, and voltage testers.
Ensure that the rated voltage of the selected tool meets the voltage level requirements of the actual working environment.
Tool inspection:
Before use, conduct a detailed visual inspection of the insulation tool to confirm that there are no cracks, aging, insulation layer detachment, severe scars, or other phenomena.
Check if the fixed connection part of the tool is loose, corroded, or broken.
Check whether the identification of the tool is clear and complete, and whether the insulation part is exposed.
When necessary, use professional instruments to test the insulation performance of the tool, such as using a shaking table to measure the insulation resistance value.
2, Preparation before use
Personal protection:
Operators should wear appropriate personal protective equipment, such as insulated gloves, insulated boots, safety helmets, etc.
Ensure that hands are dry and avoid electrical shock caused by insulated tools and damp hands.
Environmental inspection:
Check if the working environment is safe and confirm that there are no potential hazards that could cause electric shock.
When using insulated tools in humid, rainy or snowy weather, additional moisture-proof and rainproof measures should be taken, such as installing umbrella shaped covers on insulated rods.
3, Precautions during use
Operating standards:
Strictly follow the operating procedures and safety regulations when using insulated tools to avoid electric shock accidents caused by misoperation.
When using insulation rods and other operations, attention should be paid to avoiding collisions to avoid damaging the surface insulation layer.
The grip should be limited within the allowable range and should not exceed the protective cover or protective ring.
Power isolation:
When using insulated tools for electrical work, the power should be cut off and safely isolated to ensure that the work area is without electricity.
Power control:
When using insulated tools, attention should be paid to controlling the force to avoid excessive force that may cause damage to the tool or a decrease in insulation performance.
4, Handling after use
Cleaning and maintenance:
After use, the dirt on the surface of the insulation tool should be wiped clean in a timely manner and stored properly.
Insulated gloves should be sprinkled with talcum powder to avoid adhesion and kept dry.
Insulated tools should be stored in a dry and ventilated place to avoid moisture and damage.
Inspection and maintenance:
Regularly inspect and maintain insulation tools to ensure their insulation performance and service life.
If the tool is found to be damaged or the insulation performance has decreased, it should be replaced or repaired in a timely manner.
In summary, the use of insulation tools requires attention to tool selection and inspection, preparation before use, precautions during use, and handling after use. Only by strictly following these precautions can the effectiveness of insulation tools and the safety of operators be ensured.