Provide safe and cost-effective equipment evaluation
In many inspection and testing situations, accessing equipment located at extreme heights is a challenging proposition. Temporary scaffolding has been the standard approach for accessing such locations, but fixed scaffolding is expensive and time-consuming to install, and often doesn’t provide the flexibility necessary to ensure uncompromised access and worker safety.
Rope access technology involves the application of specialized techniques to safely place workers in hard-to-reach job locations. Technicians use ropes and descend, ascend, and traverse open spaces to access equipment. Rope access technology represents a proactive approach to hazard identification and risk management, producing a safe and compliant system for work at any height.
Rope access technology is currently used for a wide range of inspection tasks involving hard-to-reach locations. Almost all nondestructive inspection and testing services can be conducted using rope access technology, including real-time radiography, time of flight diffraction (ToFD) , manual ultrasonic shear wave (UTSW), alternating current field measurement (ACFM) and other methods.
Rope access has an exemplary safety record as a result of comprehensive guidelines for technique, training and supervision. The Society of Professional Rope Access Technicians (SPRAT) guidelines are the recognized industry standards. As such, rope access is a legitimate access alternative in many inspection and testing scenarios.
Conducting plant and facility inspections using rope access technology offers a number of important advantages, including the following benefits:
TÜV SÜD inspection professionals hold SPRAT Level II and Level III Technician certification for rope access work, and are also certified to Level II and Level III requirements of the American Society of Nondestructive Testing (ASNT). These credentials enable us to provide our clients with efficient and accurate testing and analysis of equipment, regardless of location.