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SBL09 SBL10
Prolockey
PRODUCT FEATURES
OVERVIEW
a) Made from transparent PC
b) Fits on press or screw emergency stop button.
c) Easily used and permanently prevent workers from operating carelessly.
d) Fits both 22.7mm-29.8mm diameter switches.
Product Number: | SBL09, SBL10 |
Material: | PC |
Description: | Emergency Stop Lockout |
Brand Name: | Prolockey |
Service Temperature Range °F: | - 20℃-120℃ |
Lock Holes: | 8mm |
Color: | Transparency |
Total Diameter: | 49.5mm |
Inner Diameter: | 44.5mm |
Body Height: | 42mm |
Hole Diameter: | 22.7mm,29.8 |
Product Net Weight: | 0.03kg |
Introduction:
Emergency stop lockout is a crucial safety measure in industrial settings to prevent accidents and injuries. This article will discuss the importance of emergency stop lockout, how it works, and the best practices for implementing it in the workplace.
Importance of Emergency Stop Lockout:
Emergency stop lockout is a vital safety feature that allows workers to quickly and easily shut down machinery in case of an emergency. By cutting off power to the equipment, emergency stop lockout helps prevent accidents and injuries, as well as minimize damage to the machinery.
How Emergency Stop Lockout Works:
Emergency stop lockout typically consists of a red button or switch that is easily accessible to workers. When pressed, the emergency stop lockout cuts off power to the machinery, bringing it to a safe stop. Some systems may also include a lockout feature that prevents the equipment from being restarted until the lockout is released.
Best Practices for Implementing Emergency Stop Lockout:
1. Proper Training: All workers should be trained on how to use the emergency stop lockout system effectively. This includes knowing where the emergency stop buttons are located and how to activate them in case of an emergency.
2. Regular Maintenance: It is essential to regularly inspect and maintain the emergency stop lockout system to ensure it is functioning correctly. Any issues should be addressed promptly to prevent malfunctions during an emergency.
3. Clear Signage: Emergency stop buttons should be clearly marked with recognizable symbols and placed in easily accessible locations. Workers should be able to locate and activate the emergency stop lockout quickly in case of an emergency.
4. Testing: Regular testing of the emergency stop lockout system is essential to ensure it is working correctly. This can be done during routine safety inspections or drills to familiarize workers with the process.
Conclusion:
Emergency stop lockout is a critical safety measure in industrial settings to prevent accidents and injuries. By understanding the importance of emergency stop lockout, how it works, and the best practices for implementing it in the workplace, employers can create a safer work environment for their employees.
PRODUCT FEATURES
OVERVIEW
a) Made from transparent PC
b) Fits on press or screw emergency stop button.
c) Easily used and permanently prevent workers from operating carelessly.
d) Fits both 22.7mm-29.8mm diameter switches.
Product Number: | SBL09, SBL10 |
Material: | PC |
Description: | Emergency Stop Lockout |
Brand Name: | Prolockey |
Service Temperature Range °F: | - 20℃-120℃ |
Lock Holes: | 8mm |
Color: | Transparency |
Total Diameter: | 49.5mm |
Inner Diameter: | 44.5mm |
Body Height: | 42mm |
Hole Diameter: | 22.7mm,29.8 |
Product Net Weight: | 0.03kg |
Introduction:
Emergency stop lockout is a crucial safety measure in industrial settings to prevent accidents and injuries. This article will discuss the importance of emergency stop lockout, how it works, and the best practices for implementing it in the workplace.
Importance of Emergency Stop Lockout:
Emergency stop lockout is a vital safety feature that allows workers to quickly and easily shut down machinery in case of an emergency. By cutting off power to the equipment, emergency stop lockout helps prevent accidents and injuries, as well as minimize damage to the machinery.
How Emergency Stop Lockout Works:
Emergency stop lockout typically consists of a red button or switch that is easily accessible to workers. When pressed, the emergency stop lockout cuts off power to the machinery, bringing it to a safe stop. Some systems may also include a lockout feature that prevents the equipment from being restarted until the lockout is released.
Best Practices for Implementing Emergency Stop Lockout:
1. Proper Training: All workers should be trained on how to use the emergency stop lockout system effectively. This includes knowing where the emergency stop buttons are located and how to activate them in case of an emergency.
2. Regular Maintenance: It is essential to regularly inspect and maintain the emergency stop lockout system to ensure it is functioning correctly. Any issues should be addressed promptly to prevent malfunctions during an emergency.
3. Clear Signage: Emergency stop buttons should be clearly marked with recognizable symbols and placed in easily accessible locations. Workers should be able to locate and activate the emergency stop lockout quickly in case of an emergency.
4. Testing: Regular testing of the emergency stop lockout system is essential to ensure it is working correctly. This can be done during routine safety inspections or drills to familiarize workers with the process.
Conclusion:
Emergency stop lockout is a critical safety measure in industrial settings to prevent accidents and injuries. By understanding the importance of emergency stop lockout, how it works, and the best practices for implementing it in the workplace, employers can create a safer work environment for their employees.
