Uji Riksa Angkur Kemnaker
What is Uji Riksa Angkur Kemnaker?
Working at heights in industrial environments—from manufacturing to mining—is often unavoidable.
Uji Riksa Angkur Kemnaker refers to the inspection and testing of anchor devices that serve as critical attachment points for fall protection systems.
These anchors ensure that safety equipment is reliable, effective, and compliant with applicable standards, providing essential protection for workers operating at heights.
Why is it Needed?
Working at heights involves inherent risks. Careful job planning, the right safety equipment, and thorough preparation are vital to prevent accidents.
Without properly tested anchors, workers might face life-threatening falls if the safety devices fail.
Therefore, routine testing and inspection ensure that the anchors can withstand specified loads, meet safety standards, and are free from damage that could compromise their performance during emergencies.
Common Types of Anchors Used in Height Work:
- Anchor Point / Eye Bolt
- Horizontal Lifeline System
- Tripod
- Davits Arm
- And More
SNI 8603 Anchor Classification
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Type A Anchor: A permanent, standalone anchor point that can rotate on its axis or remain stationary to attach fall protection devices (e.g., Eye Bolt).
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Type B Anchor: A non-permanent, standalone anchor point for attaching fall protection devices (e.g., Tripod, Sling, Beam Anchor).
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Type C Anchor: A flexible horizontal anchor track with a deviation of no more than 15 degrees (e.g., Horizontal Lifeline System).
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Type D Anchor: A rigid horizontal anchor track with a deviation of no more than 15 degrees (e.g., Horizontal Lifeline Rail System).
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Type E Anchor: A movable anchor point with a deviation of no more than 5 degrees from the horizontal surface, where the work relies solely on the weight and friction with the surface (e.g., Counter Weight System).
Our Inspection Services
We provide comprehensive inspection and testing services for anchor devices used as attachment points for safety when working at heights.
This process ensures that each anchor complies with safety standards, can withstand the specified load, and is free from any damage that might jeopardize worker safety.
