Mx Iec Autolock C-13 3 Pin Ac Female To 3 Pin Indian – South Africa Plug Cord With Fuse 10 Amp – 3 X 1.00 Sq. Mm Mx-3545

The MX IEC Autolock C-13 3 Pin AC Female to 3 Pin Indian – South Africa Plug Cord with Fuse: 10 Amp – 3 X 1.00 Sq. Mm (MX-3545) is a high-quality power cord designed to provide a reliable and secure connection for a variety of data communication appliances. With features like Autolock connectors, built-in fuse, and vibration protection, this cord ensures stable power delivery and protects sensitive equipment from unexpected disconnections or electrical surges.

Key Features & Specifications:

• IEC Autolock C-13 3 Pin AC Female Connector: The Autolock feature of the IEC C-13 3 Pin AC Female connector ensures that the cord is securely locked into place and cannot be easily pulled out or vibrated loose. This is particularly useful in environments with equipment that is sensitive to power disconnections.

• 3 Pin Indian – South Africa Plug: The power cord is fitted with a 3-pin Indian – South Africa plug, designed to work with power outlets commonly found in regions like India, South Africa, and some other countries following similar electrical standards.

• Built-in Fuse (10 Amp): The cord comes equipped with a fuse rated for 10 amps, which provides an additional layer of protection to prevent overcurrent conditions. The fuse ensures that the connected equipment is protected from power surges and electrical faults, helping to avoid potential damage to sensitive devices.

• Cable Composition (3 x 1.00 Sq. Mm): The power cord is made with three 1.00 sq. mm conductors, which are capable of handling a safe and reliable power supply to a wide variety of devices, including servers, network switches, and other data communication appliances. The thicker conductors offer enhanced current handling capabilities compared to smaller cables.

• Vibration Protection: The Autolock mechanism and the secure connection design protect the equipment from disconnection caused by vibrations, ensuring that your devices receive continuous, stable power.

• Prevents Accidental Disconnection: Thanks to the Autolock feature, this cord is perfect for environments where accidental disconnections could cause disruptions. It provides a secure connection, ensuring that your equipment stays powered even when there is movement or vibration.

• Suitable for Data Communication Appliances: The MX IEC Autolock C-13 power cord is ideal for devices that require a secure and stable power source, such as servers, network equipment, data communication appliances, and more.

Benefits:

1. Reliable Power Delivery: With the Autolock connector and built-in fuse, the power cord ensures a stable and secure connection for sensitive equipment that cannot afford accidental disconnections or power surges.

2. Vibration Resistance: The Autolock connector prevents the cord from being pulled out or disconnected due to vibrations, making it suitable for environments with moving equipment or constant vibrations.

3. Fuse Protection: The fuse prevents potential damage from electrical surges or overcurrent situations, providing added peace of mind for users with mission-critical devices.

4. 10 Amp Capacity: Rated for 10 amps, the cord is versatile enough to handle a range of devices, including computers, servers, printers, and more. This makes it a reliable choice for demanding applications.

5. Ideal for Data Centers and Network Equipment: The cord is specifically designed for servers, network switches, routers, and other data communication appliances, offering dependable power for mission-critical applications.

Conclusion:

The MX IEC Autolock C-13 3 Pin AC Female to 3 Pin Indian – South Africa Plug Cord with Fuse: 10 Amp – 3 X 1.00 Sq. Mm (MX-3545) is an excellent choice for those looking for a secure, reliable, and high-quality power cord for their equipment. With its Autolock feature, built-in fuse, and vibration protection, it ensures uninterrupted power delivery while safeguarding against potential electrical hazards. Perfect for use in data centers, networking environments, and other settings where equipment cannot afford to lose power.