BENNING merací adaptér Schuko konektor samec na 4 mm lamelové konektory samica, bezpečný pri dotyku, 300 V CAT III, 16 A, čierny 044142

Unlike ordinary mains adapters that expose live contacts during testing, the BENNING 044142 measuring adapter provides a fully touch-proof interface between a Schuko plug and 4 mm safety sockets. It grants safe access to line, neutral, and protective earth conductors for precise electrical measurements on 230 V installations. The double-insulated housing and nickel-plated contacts ensure durable, reliable performance in daily field service.

Highlights

• Touch-proof design prevents accidental contact with live parts
• Three 4 mm safety sockets for L, N, and PE conductors
• Rated for 300 V CAT III and 16 A continuous current
• Double insulation and high-impact plastic housing for rugged use
• Complies with IEC/EN 61010-031 safety standard

In daily use

Electricians and service technicians can quickly connect a multimeter or installation tester to a standard Schuko outlet without opening junction boxes or using improvised leads. The adapter's compact black body fits comfortably in a tool bag, while the clearly labelled sockets reduce the risk of misconnection. It is ideal for loop impedance, RCD, and voltage measurements in residential and commercial settings.

Full specifications

• Adapter type: Measuring adapter
• Input connector: Schuko plug (CEE 7/7)
• Output connectors: 3 x 4 mm safety sockets (L, N, PE)
• Rated voltage: 300 V AC
• Rated current: 16 A
• Measurement category: CAT III 300 V
• Insulation: Double insulation
• Housing material: High-impact plastic
• Contact material: Nickel-plated brass
• Colour: Black
• Protection class: IP20
• Operating temperature: -10 °C to +50 °C
• Storage temperature: -20 °C to +70 °C
• Standard compliance: IEC/EN 61010-031
• Application: Electrical testing, mains voltage measurement

Final note

For safe and efficient mains testing, the BENNING 044142 offers a professional-grade solution that prioritises user protection without compromising measurement accuracy.