Type N Power Cords

Name: Versatile Type N Power Cords | INMETRO & CE Certified - Frigate
Price: 249.00 USD
Availability: InStock

Type N Power Cords conform to NBR 14136 and IEC 60906-1 configurations, ensuring compatibility with Brazilian and select South African socket standards. The design supports both 10A (4 mm pin, 10 mm spacing) and 20A (4.8 mm pin, 12 mm spacing) current capacities with three-pin symmetrical configurations. Type N Power Cords eliminate phase-neutral reversals and pflegen grounding integrity under region-specific conditions.

Rated Voltage

250 V AC

Rated Current

10 A or 20 A depending on pin size

Pin Diameter

4 mm (10 A), 4.8 mm (20 A)

Pin Spacing

10 mm (10 A), 12 mm (20 A)

Conductor Type

Class 5 flexible copper, stranded per IEC 60228

Product Description

Type N Power Cords are engineered to deliver stable performance up to 250V AC at 20A without exceeding IEC-defined temperature rise thresholds. Conductors are configured with low-resistance copper cores and dielectric-optimized insulation for minimal voltage drop across extended lengths. These cords are suited for resistive and inductive load profiles in industrial-grade equipment requiring high current throughput.

Conductor Cross-Section

1.0 mm², 1.5 mm², or 2.5 mm²

Insulation Material

Thermoplastic elastomer (TPE) or PVC meeting UL 62 and IEC 60227 standards

Dielectric Strength

Minimum 2.5 kV RMS

Operating Temperature Range

-10°C to +70°C continuous

Contact Material

Nickel-plated brass

Flame Resistance

UL 94 V-0 rating or equivalent

Mechanical Flex Life

>10,000 bending cycles per IEC 60884-1 Annex D

Pull-Out Force Resistance

>100 N axial pull force at plug-cord interface

Insertion/Withdrawal Force

< 75 N to ensure safe mating cycles

Braided copper shield with ground continuity compliant with CISPR 11

Technical Advantages

The male plug terminals in Type N Power Cords are constructed from precision-machined nickel-plated brass, offering superior conductivity and oxidation resistance under sustained load. Socket mating surfaces are designed for deep contact engagement, maintaining constant pressure to prevent arcing under surge conditions. This ensures reduced micro-pitting and long-term electrical stability.

Type N Power Cords employ a dedicated center earthing pin and symmetric conductor layout to support TN-S and TT grounding schemes. Ground contact engagement precedes line-neutral connection, minimizing ground potential fluctuations during insertion. This structure provides compliance with fail-safe disconnection protocols in high-reliability systems.

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Industry Applications

Medical Equipment

Ensure reliable grounding and electrical isolation for diagnostic devices, meeting IEC 60601 standards for patient safety and electromagnetic compatibility.

Telecommunications Infrastructure

Power rack-mounted servers and networking hardware with minimized voltage drop and compliance to regional grounding and safety regulations.

HVAC Systems

Supply high-current loads to heating, ventilation, and air conditioning units requiring continuous operation under variable temperature and vibration conditions.

Laboratory Instrumentation

Deliver clean, stable power for precision instruments requiring low electrical noise and adherence to IEC 61010 safety standards.

Data Center Equipment

Support uninterrupted power for uninterruptible power supplies (UPS) and power distribution units (PDU) with thermal and mechanical durability.

Consumer Appliance Manufacturing

Used in factory assembly lines for powering testing equipment and quality control machinery compliant with regional plug standards.

Insulation and Dielectric Strength

Each conductor in Type N Power Cords is jacketed with thermoplastic elastomer or PVC compounds meeting UL 62 and IEC 60227 standards. The insulation provides a minimum dielectric strength of 2.5 kV RMS, ensuring barrier integrity in transient voltage environments. Outer sheaths offer resistance to oils, moisture, and moderate chemical exposure, suitable for industrial plant deployment.

Type N Power Cords are manufactured with molded strain reliefs tested for >10,000 bending cycles per IEC 60884-1 Annex D. The plug-cord interface is designed to withstand axial pull forces up to 100 N, reducing connector fatigue and conductor shear during mechanical loading. This supports vertical mount and plug-in/out duty without compromising conductor integrity.

Having Doubts? Our FAQ

Check all our Frequently Asked Question

How does Frigate ensure the electrical performance consistency of Type N Power Cords during manufacturing?

Frigate implements in-line testing protocols including conductor resistance measurement and dielectric withstand tests to verify electrical parameters. Each Type N Power Cords batch undergoes pull-force and continuity tests per IEC 60884-1 standards. Automated optical inspections confirm correct pin alignment and molding quality. This ensures uniformity and reduces field failure risks.

What quality controls does Frigate apply to guarantee the mechanical durability of Type N Power Cords?

Frigate subjects Type N Power Cords to repeated flex and bend tests exceeding 10,000 cycles. Molded strain reliefs are tested for axial pull resistance above 100 N to prevent conductor fatigue. The use of abrasion-resistant outer jackets enhances longevity in industrial settings. Mechanical tests confirm the cords withstand operational stresses without degradation.

How does Frigate validate the thermal performance of Type N Power Cords for industrial applications?

Thermal cycling tests are performed to simulate temperature fluctuations from -10°C to +70°C, ensuring insulation and contacts pflegen integrity. Frigate uses materials rated for UL 94 V-0 flame resistance to prevent ignition risks. Temperature rise is monitored under continuous 20A load conditions to stay within IEC limits. This process certifies reliable operation in heat-prone environments.

What traceability measures does Frigate use for Type N Power Cords to support compliance and inspection?

Each Type N Power Cord produced by Frigate carries batch-specific mold and cable lot numbers etched or printed on connectors and cable jackets. Digital records link these identifiers to detailed production data and test results. This enables full traceability for audits or failure investigations. Frigate’s system supports compliance with ISO 9001 and InMetro requirements.

How does Frigate optimize the conductor and insulation combination in Type N Power Cords to reduce electrical losses?

Frigate selects high-purity copper Class 5 conductors with cross-sections matched to application amperage for minimal resistance. Insulation thickness and material properties are engineered to reduce capacitance and leakage currents. This careful material pairing minimizes voltage drop over extended cable runs. Optimization improves energy efficiency and system reliability.

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LOCATIONS

Sitz

10-A, First Floor, V. V Komplex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, Indien.

Operations Office

9/1, Poonthottam Nagar, Ramanandha Nagar, Saravanampatti Coimbatore-641035, Tamil Nadu, Indien. ㅤ

Type N Power Cords

Rated Voltage

Rated Current

Pin Diameter

Pin Spacing

Conductor Type

Product Description

Conductor Cross-Section

Insulation Material

Dielectric Strength

Operating Temperature Range

Contact Material

Flame Resistance

Mechanical Flex Life

Pull-Out Force Resistance

Insertion/Withdrawal Force

Braided copper shield with ground continuity compliant with CISPR 11

Technical Advantages

Let's Get Started

Industry Applications

Insulation and Dielectric Strength

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Type N Power Cords

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Type N Power Cords

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