CEI 23-50 V4 Figure 13b Gauge

CEI 23-50 V4 Figure 13b Gauge engineered in strict compliance with paragraph 19.101 specifications. This precision gauge verifies electrical continuity and mechanical retention characteristics of plugs with 12 mm front profile height within P40 sockets. Manufactured with exacting dimensional tolerances and robust construction to satisfy rigorous testing protocols mandated by applicable standards.

Technical Specifications

• Overall dimension: 50 ±0.5 mm
• Dimension: 28 ±0.5 mm
• Dimension: 10 mm
• Dimension: 19 mm
• Dimension: 10.1 mm
• Radius: R 2.0 ±0.01 mm
• Maximum dimension: 1.5 mm
• Dimension: 0.2 mm
• Diameter: 3.94 ±0.02 mm
• Feature: 3 sets of 3.94 ±0.02 mm diameter components
• Front profile height: 12 mm

Standardized Test Procedures

1. Thoroughly clean the gauge and P40 socket surfaces to eliminate contaminants that could compromise measurement accuracy.
2. Verify that the plug under evaluation possesses the specified 12 mm front profile height for gauge compatibility.
3. Precisely align the gauge with the P40 socket’s internal geometry and insert with controlled axial force.
4. Conduct electrical continuity testing using calibrated instrumentation to validate connection integrity.
5. Evaluate plug retention characteristics by analyzing gauge-socket mechanical interaction under standardized conditions.
6. Document all test parameters and results to determine P40 socket compliance with paragraph 19.101 requirements.
7. Extract the gauge from the socket using proper technique to prevent damage to test equipment.

Application Scenarios

• Quality assurance testing during P40 socket manufacturing to validate compliance with electrical continuity and retention standards.
• Periodic inspection and maintenance of electrical systems incorporating P40 sockets across industrial, commercial, and residential installations.
• Compliance verification for electrical products utilizing compatible plugs and P40 sockets to satisfy regulatory requirements.
• Laboratory research and performance evaluation of socket-plug interface characteristics under controlled conditions.