IP2X Test Probe for IEC 61032 Compliance with 50N Force

The IP2X Test Probe for IEC 61032 Compliance with 50N Force is a precision-engineered safety testing instrument designed to simulate human finger articulation for evaluating accessibility to hazardous live components in electrical apparatus—ranging from consumer appliances to industrial equipment. This probe incorporates dual pivot joints (capable of 90°±10° deflection in a single plane) to navigate contoured apertures, a heat-treated stainless steel construction with chrome plating for enhanced durability, and a polyamide-insulated handle providing secure grip and electrical isolation. Engineered to satisfy IP2X ingress protection requirements, it delivers calibrated thrust force (adjustable from 10N to 50N, with 50N designated for firm contact validation) to determine whether equipment effectively prevents inadvertent finger contact with energized parts. Compliant with international regulatory standards, this instrument is essential for manufacturers conducting electric shock prevention assessments and safety validation protocols.

Specifications:
Standards: IEC 61032 Figure 2 (Test Probe B)
Probe Material: Heat-treated stainless steel (electrical resistance ≤ 0.1Ω; corrosion-resistant properties; chrome-plated surface for abrasion resistance)
Handle Material: Polyamide (fully insulated construction, resistance ≥ 100MΩ; thermal stability up to 130°C; ergonomic non-slip design)
Joint Characteristics: Two pivot joints; maximum deflection angle: 90°±10° (single plane/unidirectional); maintains structural integrity under 50N applied force
Key Dimensions:
– Finger Diameter: 12mm ± 0.1mm
– Finger Length: 80mm ± 0.2mm
– Baffle Plate Diameter: 50mm ± 0.2mm
– Baffle Plate Thickness: 20mm ± 0.1mm
– Total Length (Probe + Handle): 320mm ± 0.5mm
Applied Thrust: Adjustable force settings (10N/20N/30N/40N/50N) ± 5% measurement accuracy; 50N configuration for IP2X firm contact verification
Core Function: Validates IP2X protection by preventing finger access to hazardous components; simulates human contact through articulated joint movement; conforms to global safety standard requirements

Test Procedures:
1. Inspect the probe for joint play, tip deformation, or insulation compromise; verify conductivity using appropriate measurement instrumentation.
2. Energize the equipment under test (EUT) and configure to standard operating conditions.