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Iec 61032 Test Probe 41 Iec Accessibility Probe Figure 16 test Probe 41

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • IEC 61032 Compliance Testing: Designed to meet international safety standards (IEC 61032), this probe verifies accessibility and electrical safety by assessing gaps, openings, and hazards in appliances or equipment.
  • Precision Penetration & Measurement: The stainless steel/steel pointed end enables accurate probing of narrow spaces, while the smooth polymer surface ensures safe, non-abrasive contact during inspections.

Key features

  • 1. Corrosion-Resistant Stainless Steel Tip

  • Material Technology

  • 2. Precision-Engineered Access Design

  • Interactive Design

  • 3. Dual-Material Safety Construction

  • Scenario Solutions

  • 4. IEC 61032 Certified Performance

  • Certification Standards

  • 5. Enhanced Conductivity & Durability

  • Performance Parameters

  • Notes:

    • Material Technology: Highlights stainless steel’s corrosion resistance and polymer’s non-abrasive properties.

Product details

Iec 61032 Test Probe 41 Iec Accessibility Probe Figure 16 test Probe 41

The IEC 61032 Test Probe 41 is a precision-engineered tool designed for safety and compliance testing in industrial and medical environments. Its dual-material construction combines a stainless steel pointed tip for penetration accuracy with a polymer body for non-abrasive surface contact, ensuring durability and ease of maintenance.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionStainless Steel (Tip) / Polymer (Body)Penetration testing requiring sharpness and non-abrasive contact
Compliance StandardIEC 61032 CertifiedSafety testing in electrical and mechanical systems
Tip Hardness58HRC (Stainless Steel)Penetrating rigid materials without deformation
Body ResistanceChemical & Heat Resistant PolymerWithstanding harsh chemicals and high-temperature environments

Customization guide

Adjustable parameters:

  • Tip Material: Swap stainless steel for hardened alloys to meet hardness requirements for specialized materials.
  • Body Polymer Type: Customize chemical/heat resistance levels for specific testing environments (e.g., corrosive fluids or high-temperature labs).

Get inspired

This probe’s dual-material design bridges precision and safety, making it ideal for applications where controlled penetration and surface protection are critical. Whether testing electrical components or medical devices, its compliance with IEC 61032 ensures reliability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Tip Hardness58HRC+15% (66HRC)+30% (76HRC)*
Chemical ResistanceBasic (pH 2–12)Enhanced (pH 1–14)Premium (Corrosive Fluids)
Compliance LevelIEC 61032 StandardIEC 61032 + MedicalIEC 61032 + Industrial

Supplier's note

  1. Technical Breakthroughs:

    • Material Contrast: Stainless steel tip + polymer body reduces cross-contamination while maintaining precision.
    • Enhanced Hardness: Pro Model’s 76HRC tip withstands 30% harder materials than traditional probes.
    • Chemical Resistance: Advanced/Pro models handle aggressive chemicals 20% better than industry benchmarks.
  2. Version Selection Guide:

    • Base Model: Ideal for basic penetration testing in standard labs (e.g., electrical component inspections).
    • Advanced Model: Medical or pharmaceutical labs requiring pH 1–14 resistance and IEC 61032 + medical compliance.
    • Pro Model: Industrial environments with extreme conditions (e.g., high-temperature or corrosive fluid testing).

With the Pro Model’s triple-certified chemical resistance, you can safely test aggressive fluids while its hardened tip ensures precision in rugged materials. Pair this with the polymer body’s non-abrasive surface to protect delicate equipment surfaces during inspection.

Frequently asked questions

  • Which IEC 61032 test probe is suitable for electrical safety compliance testing in industrial settings?

  • How do I clean the stainless steel tip of the IEC 61032 Test Probe 41 after repeated use?

  • What materials make the IEC 61032 Test Probe 41 resistant to harsh environments?

  • Can the IEC 61032 Test Probe 41 be customized for specialized accessibility testing?

  • Is the IEC 61032 Test Probe 41 FDA-approved for medical device testing?

  • What makes the IEC 61032 Test Probe 41 preferable over generic accessibility probes?

  • Does the IEC 61032 Test Probe 41 support automated testing systems?

  • How does the IEC 61032 Test Probe 41 ensure repeatability in accessibility tests?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial Testing, Medical DevicesIndustry Standard: 304 Stainless Steel
Our Base: 304 SS ▲
Our Advanced: 316 SS ▲▲ (ASTM G48: 2x corrosion resistance)
Superior corrosion resistance in corrosive environments (e.g., labs)
Customizable tip materials for niche applications
Higher cost for 316 SS in Advanced tier
DurabilityHeavy Machinery, Long-Term UseIndustry Standard: Hardness 200 HV
Our Base: 220 HV ▲
Our Advanced: 250 HV ▲▲ (ISO 6508 Rockwell)
Extended lifespan in abrasive or high-stress environmentsBase version may deform in extreme conditions
PrecisionElectronics Assembly, Surgical ToolsIndustry Standard: ±0.1mm tolerance
Our Base: ±0.05mm ▲
Our Advanced: ±0.02mm ▲▲ (ISO 10360 CMM verification)
Ensures micron-level accuracy for critical applications (e.g., microsurgery)Advanced probes require specialized calibration
Chemical ResistanceChemical Plants, Lab EquipmentIndustry Standard: 10+ chemical exposures (ASTM D543)
Our Base: 30+ exposures ▲
Our Advanced: 50+ exposures ▲▲ (ASTM F739)
Safely handles aggressive chemicals like acetone or sulfuric acidBase version may degrade with prolonged exposure to strong acids
Compliance & SafetyIEC 61032 Testing, Electrical InspectionsIndustry Standard: IEC 61032 Basic Compliance
Our Base: Full IEC 61032 ▲
Our Advanced: IEC 61032 + ISO 13899 ▲▲
Meets global safety standards for electrical testing (e.g., voltage resistance up to 1000V)Advanced compliance adds cost for certification
CustomizationSpecialty Tooling, R&D PrototypingIndustry Standard: Fixed Tip Design
Our Base: Adjustable Tip Angle ▲
Our Advanced: Full Material/Shape Customization ▲▲
Tailored solutions for unique applications (e.g., MRI-compatible probes)Customization requires longer lead times and higher costs

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