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ASL02
Prolockey
PRODUCT FEATURES
OVERVIEW
a) Made from 304 stainless steel, corrosion resistance.
b) Prevents pneumatic fitting from being connected to pressurized air source.
c) Fits virtually all male pneumatic fittings found in manufacturing facilities.
d) Measures 1-3/8″ wide x 7-3/4″ x 1/8″ thick (3.5cm x 19.6cm x 0.3cm).
e) Suitable for 2 padlocks ,lock shackle diameter ≤8.5mm.
Product Number: | ASL02 |
Material: | Stainless Steel |
Description: | Air Source Lockout |
Brand Name: | Prolockey |
Service Temperature Range °F: | - 50℃-270℃ |
Lock Holes: | 8.5mm |
Color: | Silver |
Total Length: | 196mm |
Body Width: | 34mm |
body Thickness: | 4mm |
Air Source Keyhole Diameter:(mm) | 7, 8.5, 10, 12, 13, 15, 20 |
Product Net Weight: | 0.0647kg |
Introduction:
Air source lockout is a crucial safety measure that must be implemented in any workplace where pneumatic equipment is used. This article will discuss the importance of air source lockout, the steps to properly lockout an air source, and the benefits of implementing this safety procedure.
Importance of Air Source Lockout:
Air source lockout is essential to prevent accidental start-up of pneumatic equipment during maintenance or repair work. By isolating the air supply, workers can safely service the equipment without the risk of unexpected activation. This helps to protect workers from serious injuries and ensures a safe working environment.
Steps to Properly Lockout an Air Source:
Properly locking out an air source involves a series of steps to effectively isolate the equipment from its power source. The first step is to identify the air source and locate the shut-off valve. Once the valve is located, it should be turned off to stop the flow of air to the equipment. Next, the residual air pressure should be released by activating the equipment's controls. Finally, a lockout device should be applied to the shut-off valve to prevent it from being turned back on.
Benefits of Implementing Air Source Lockout:
Implementing air source lockout procedures can have numerous benefits for both workers and employers. By following proper lockout procedures, workers can avoid serious injuries and accidents while working on pneumatic equipment. This can lead to a decrease in workplace incidents and improved overall safety. Additionally, employers can avoid costly fines and penalties for non-compliance with safety regulations by ensuring that air source lockout procedures are followed.
Conclusion:
In conclusion, air source lockout is a critical safety measure that should be implemented in any workplace where pneumatic equipment is used. By following proper lockout procedures, workers can protect themselves from accidents and injuries, while employers can ensure a safe working environment and avoid potential fines. It is essential for all workers to be trained on air source lockout procedures and for employers to enforce these safety measures to prevent workplace incidents.
PRODUCT FEATURES
OVERVIEW
a) Made from 304 stainless steel, corrosion resistance.
b) Prevents pneumatic fitting from being connected to pressurized air source.
c) Fits virtually all male pneumatic fittings found in manufacturing facilities.
d) Measures 1-3/8″ wide x 7-3/4″ x 1/8″ thick (3.5cm x 19.6cm x 0.3cm).
e) Suitable for 2 padlocks ,lock shackle diameter ≤8.5mm.
Product Number: | ASL02 |
Material: | Stainless Steel |
Description: | Air Source Lockout |
Brand Name: | Prolockey |
Service Temperature Range °F: | - 50℃-270℃ |
Lock Holes: | 8.5mm |
Color: | Silver |
Total Length: | 196mm |
Body Width: | 34mm |
body Thickness: | 4mm |
Air Source Keyhole Diameter:(mm) | 7, 8.5, 10, 12, 13, 15, 20 |
Product Net Weight: | 0.0647kg |
Introduction:
Air source lockout is a crucial safety measure that must be implemented in any workplace where pneumatic equipment is used. This article will discuss the importance of air source lockout, the steps to properly lockout an air source, and the benefits of implementing this safety procedure.
Importance of Air Source Lockout:
Air source lockout is essential to prevent accidental start-up of pneumatic equipment during maintenance or repair work. By isolating the air supply, workers can safely service the equipment without the risk of unexpected activation. This helps to protect workers from serious injuries and ensures a safe working environment.
Steps to Properly Lockout an Air Source:
Properly locking out an air source involves a series of steps to effectively isolate the equipment from its power source. The first step is to identify the air source and locate the shut-off valve. Once the valve is located, it should be turned off to stop the flow of air to the equipment. Next, the residual air pressure should be released by activating the equipment's controls. Finally, a lockout device should be applied to the shut-off valve to prevent it from being turned back on.
Benefits of Implementing Air Source Lockout:
Implementing air source lockout procedures can have numerous benefits for both workers and employers. By following proper lockout procedures, workers can avoid serious injuries and accidents while working on pneumatic equipment. This can lead to a decrease in workplace incidents and improved overall safety. Additionally, employers can avoid costly fines and penalties for non-compliance with safety regulations by ensuring that air source lockout procedures are followed.
Conclusion:
In conclusion, air source lockout is a critical safety measure that should be implemented in any workplace where pneumatic equipment is used. By following proper lockout procedures, workers can protect themselves from accidents and injuries, while employers can ensure a safe working environment and avoid potential fines. It is essential for all workers to be trained on air source lockout procedures and for employers to enforce these safety measures to prevent workplace incidents.
