Specification for Diagnostic X-Ray Tube with Rotating Anode Part 3: Type DRA-3 First Revision
Document Title [Hindi] :
रोटेटिंग एनोड के साथ डायग्नोस्टिक एक्स-रे ट्यूब के लिए विनिर्देश भाग 3: टाइप डीआरए-3 (पहला पुनरीक्षण)
Document Type :
Revision
Language :
English
Priority :
3
ICS Code :
31.100
Date of Project Approval :
01-09-2024
Standards to be Revised :
Sl.No.
Is No & Year
1
IS 10961 : Part 3: 1984
Standards to be Superseded :
Sl.No.
Is No & Year
1
IS 10961 : Part 3: 1984
Classification Details
Group :
Electronic and Telecom equipments, components and devices
Sub Group :
Electronic equipments and systems
Sub Sub Group :
Electron tubes and accessories
Aspects :
Product Specification
Risk :
None
Certification :
Voluntary Certification
Short Commom Man's Title :
ITCHS Code :
Ministry :
Ministry of Electronics and Information Technology
Sustainable development Goals :
Degree of Equivalence :
Indigenous
Identical/Equivalent Standards :
Organization Type:
Division Council Chairperson Approval Details
Sl.No.
Synosis Points
1
IS 10961 Part 3 specifies the requirements for diagnostic X-ray tubes with rotating anodes, specifically focusing on the Type DRA-3. This standard outlines the design, performance, and safety criteria essential for ensuring high-quality imaging and patient safety.
2
The Type DRA-3 X-ray tube features a rotating anode mechanism, which enhances heat dissipation during operation, allowing for prolonged exposure times without overheating. This capability is crucial for high-resolution imaging, making it ideal for various diagnostic applications, including radiography and fluoroscopy.
3
Key aspects of the standard include dimensional specifications, electrical performance parameters, and material composition, ensuring durability and reliability. The standard also addresses safety measures, including protective features to minimize radiation exposure to both patients and operators.
4
Incorporating rigorous testing methods, IS 10961 Part 3 ensures that manufacturers meet established benchmarks for performance and safety. Compliance with this standard not only facilitates the effective operation of medical imaging systems but also promotes confidence in the diagnostic process. By adhering to these specifications, healthcare providers can enhance the quality of care and improve patient outcomes in diagnostic radiology.