IEC 61032 Figure 2 Compliant Test Finger Probe for Electrical Enclosures: Precision Testing Tool with Adjustable Design and Sensitive Contact for Thorough Safety Evaluation
Purpose and Significance: The HT - I02 test finger probe is a precision tool for electrical safety testing. It is crucial in ensuring the safety and compliance of electrical products across multiple industries.
Standards Compliance: Adheres to IEC 61032 figure 2, IEC60950 figure 2A, IEC60884, IEC60335, UL507, and UL1278 figure 8.4, guaranteeing accurate and consistent testing in line with international norms.
High Precision: Engineered with precision to realistically simulate human finger access to electrical enclosures, yielding reliable test results.
Durability: Constructed from high - quality materials, it can endure repeated use and harsh testing conditions.
Ease of Use: Ergonomic design enables convenient handling and operation, suitable for users with varying levels of experience.
Specific Design: Tailored as a test finger probe, it is essential for evaluating the safety of electrical equipment.
Electrical Appliance Manufacturing: Used to test the safety of household appliances like refrigerators, washing machines, and air conditioners.
Industrial Equipment Testing: Ensures the safety of industrial machinery and electrical control panels.
Quality Control and Inspection: A vital tool for quality control departments to verify product compliance.
Laboratory Testing: Widely employed in laboratories for electrical safety research and testing.
Parameters(mm):
Model | HT-I02 |
Name | Standard Test Finger |
Joint 1 | 30±0.2 |
Joint 2 | 60±0.2 |
Finger length | 80±0.2 |
Fingertip to baffle | 180±0.2 |
Cylindrical | R2±0.05 |
Spherical | R4±0.05 |
Fingertip cutting bevel angle | 37° |
Fingertip taper | 14° |
Test finger diameter | Ф12 |
A-A Section diameter | Ф50 |
A-A Section width | 20±0.2 |
Baffle diameter | Ф75±0.2 |
Baffle thickness | 5±0.5 |
Force | ---- |
Applied standard | IEC61032-1 |
Function: Simulates human finger access to assess the accessibility of electrical enclosures and ensure product safety.
Durability: Made of high - quality materials for repeated use in tough testing environments.
Versatility: Suitable for a wide variety of electrical products.
Usability: Its ergonomic design makes it user - friendly.