Mechanics & Gauges

IEC 60529 IP20C Test Probe with 50N Force

Model: SMT-IP2CT
Dedicated tool for verifying electric shock protection, compliant with IEC 60529.

IEC 61032 Articulating Finger Probe with Dynamometer 10N

Model: SMT-IP20T
IEC 61032-compliant articulating finger probe with integrated 10N dynamometer for IP code testing. Features knurled finger: 12mm diameter, 80mm length.

IEC 60529 / DIN 40050 12.5mm Test Probe

Model: SMT-IP20C
IEC 60529/DIN 40050 compliant 12.5mm test probe for electric shock protection testing of household appliances. Verifies hazardous live part accessibility through enclosures.

12.5mm Test Probe for DIN 40050 and IEC 60529 Compliance

Model: SMT-IP20C
Compliant with DIN 40050 and IEC 60529, this probe tests appliance safety by checking access to hazardous live parts.

DIN 40050/IEC 60529 12.5mm Test Probe for Household Appliance Electric Shock Protection Testing

Model: SMT-IP20C
The DIN 40050/IEC 60529 12.5mm Test Probe is a precision safety instrument for evaluating electric shock protection in household appliances. It assesses accessibility of hazardous live parts through enclosure gaps, ensuring compliance with international safety standards.

IEC 61032 Test Sphere Φ50 mm with Dynamometer 50N

Model: SMT-IP10T
IEC 61032 Figure 6 Test Sphere (50mm) with 50N dynamometer verifies hazardous part inaccessibility in electrical equipment per international safety standards.

IEC 60335-2-16 Flat End Test Rod

Model: SMT-F76
IEC 60335-2-16 Clause 22.102 compliant flat end test rod for protective device reset button concealment testing in food waste disposers.

IEC 61032 Test Probe D: IP4X Enclosure Access Verification Tool

Model: SMT-DT1
This IP4X test probe verifies enclosure safety compliance with IEC 61032 Test Probe D specifications, featuring a 1.0mm wire and 35mm baffle for precise 1±0.1N force application. Designed for laboratory and quality control environments.

Gauge for Non-Accessibility Testing with IEC60884 Figures

Model: SMT-CZ12
1N and 20N Test Gauges for Non-Accessibility per IEC60884-1 Figures 9 and 10.
1 7 8 9 10 11 52
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