IEC 60601 Figure 6 Articulated Finger Probe with 30N Force
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The IEC 60601 Figure 6 Articulated Finger Probe with 30N Force is a precision safety testing instrument engineered to simulate human finger articulation for evaluating accessibility to hazardous components in electrical equipment. This probe features articulated joints that articulate 90°±10° in a single direction, replicating natural finger motion, with a chrome-plated stainless steel probe body for durability and a polyamide handle providing electrical insulation and ergonomic grip. By applying a controlled 30N thrust force, it accurately simulates accidental human contact scenarios, ensuring compliance with IEC, CSA, and UL safety standards essential for manufacturers to validate equipment safety and prevent electrical shock or mechanical injury.
Specifications:
Tool Type: Articulated Finger Probe (IEC 60601 Figure 6 compliant; for hazardous component accessibility assessment in medical, household, and IT equipment)
Probe Material: Stainless steel (heat-treated for structural rigidity; chrome-plated surface finish for corrosion resistance; smooth profile to prevent equipment damage)
Handle Material: Polyamide (electrically insulated; resistance ≥ 100MΩ; thermal resistance up to 110°C; ergonomic non-slip grip design)
Joint Characteristics: Dual articulated joints; articulates 90°±10° in unidirectional motion; maintains integrity under 30N thrust application
Applied Thrust: 30N ± 2N (simulates accidental human contact forces; aligns with IEC 60601 safety validation requirements)
Key Dimensions & Tolerances:
– Angles (14°, 37°): ±15′
– Radii: ±0.1mm
– Linear Dimensions: ≤15mm (0mm tolerance); 15–25mm (±0.1mm); >25mm (±0.3mm)
– Total Length: Conforms to IEC 60601 Figure 6 specifications (typical 300mm ± 0.3mm)
Core Function: Simulates human finger articulation for hazardous component accessibility testing; applies 30N thrust force for real-world safety validation; ensures compliance with international safety standards including IEC, CSA, and UL
Test Procedures:
1. Inspect the probe for loose joints, bent sections, cracked handles, or worn plating; confirm joint bending range (90°±10°).