The Unjointed Test Finger Probe 11, crafted according to Figure 7 of the renowned IEC 61032 standard, plays a pivotal role in simulating human interaction with electrical appliances and machinery. This precision tool mimics the dimensions and behavior of a human finger, allowing manufacturers and engineers to test for accessibility to hazardous live parts effectively. By adhering to stringent international regulations such as CSA, IRAM, UL, and EN 60335-1, this probe ensures that products meet the highest safety benchmarks. Its design integrates an ∅50 mm polyamide washer and a 4 mm connection socket, enabling comprehensive contact and continuity testing while maintaining structural integrity.
Constructed from durable stainless steel and featuring a polyamide handle, the Rigid Test Finger Probe delivers unparalleled reliability during rigorous testing procedures. With a length of 80 mm, it precisely aligns with the specifications outlined in EN 61032 for the movable test finger BND-B. Additionally, its integrated compression spring complies with EN 60335-1 standards, providing force measurements ranging from 0-75 N in 5 N increments. This capability makes it indispensable for determining the mechanical strength of touchable components within various devices. Whether used for product development or quality assurance, the probe’s robust build guarantees consistent performance over time.
In today’s safety-conscious world, ensuring compliance with global standards is not just a requirement but a necessity. The Unjointed Test Finger Probe 11 underpins this commitment by offering precise simulation capabilities essential for safeguarding end-users. Designed for versatility, it caters to multiple applications across industries reliant on safety verification processes. From verifying accessibility barriers to assessing component resilience, this probe remains a cornerstone of modern engineering practices. Embrace advanced testing solutions with confidence using tools engineered to meet and exceed industry expectations.
