Imagine a bustling construction site under pressure to meet tight deadlines. The team depends on a network of cables to power machinery and ensure communication. Suddenly, a critical cable fails under harsh conditions, halting progress and causing costly delays. This scenario is common, as many companies face challenges with complex systems prone to failure in demanding environments. Amphenol LTW aims to prevent such disruptions by offering customized ruggedized cable assemblies specifically designed for heavy-duty construction projects. With extensive industry experience and innovative solutions, we ensure operations run smoothly and efficiently, even in the most challenging situations by using high-quality conductors.

Construction sites and industrial applications require reliable and safe electrical systems, which depend on the quality of cables and wires. Here’s why our durable cables and wires stand out:

• Engineered for Harsh Conditions: Built to endure tough environments and heavy usage, ensuring consistent performance.
• Armored Cables: Provide robust protection, ideal for demanding scenarios.
• Building Wire: Designed for structural integrity, meeting the highest industry standards.
• Industrial-Grade Quality: Our range of wires and cables exceeds industry expectations, ensuring peace of mind.
• Versatile Applications: Suitable for construction sites and industrial facilities, offering dependable service where it matters most.
• Computer Applications: Tailored to meet the specific requirements and safety standards necessary for computer setups, ensuring reliable power and data transmission for computer equipment.

For more information or assistance with your specific needs, please get in touch with our expert support team. We are committed to exceptional customer service and readily available to help you with your construction projects.

Heavy Duty Shielded Connectors

Amphenol LTW’s Heavy Duty Shield is designed according to IEC standards and offers rugged and reliable solutions in specific markets and applications. It can transmit signals up to 5A / 250V and power up to 10A/20A & 250V/300V.

• IP68 (mated)
• Salt spray up to 500h
• Current rating up to 40A
• Shielded design for reliable data transmission
• Sealing nut with a cable cover to ensure better cable holding
• Flammability UL94V-0
• Meets IEC standard

X-Lok Series
Amphenol LTW’s X-Lok Series connectors are presented in various sizes for power, signal, and hybrid applications for fast, simple, and reliable connections. Featuring a push lock mechanism for intuitive mating with audible and tactile feedback. 

The X-Lok Series provides less mating failure and quicker installation than traditional threaded solutions.  With UL1977 & 2238+50e certification, ALTW's X-Lok is your ideal solution for outdoor applications.

• Spring-loaded push lock design
• Power AC/DC, data, signal, hybrid
• Saving on-site installation time & costs
• Exponentially increase installation outputs
• Eliminating workmanship errors

EMC Cable Gland
Amphenol LTW's Cable Glands are applied with cable or wiring for power or electrical purposes.

The cable glands are attached to the end equipment and act as a sealing tool for terminating housing to protect electrical equipment and enclosures. This is the most cost-effective waterproof solution available in different sizes and materials.

USB Waterproof Connectors
Amphenol LTW’s complete range of waterproof USB connectors offers the ideal data/power transfer solution in harsh or demanding environments. 

This USB family of connectors consists of Type-A, Type-B, Type-C, Mini USB, and Micro USB and meets USB 2.0, 3.2 (Gen 1), and 3.2 (Gen. 2) standards. This wide range of products provides convenience to our customer evaluating their USB connectors with multiple selections of connecting interfaces.

• IP67 / IP68 mated or unmated
• Plastic or metal
• Comprehensive product line
• Wide assembly style options
• High-speed transmission up to 10Gbps
• Various mating styles
• Flammability UL 94V-0

MPronto-12 (M12 Push Pull)

Amphenol LTW offers the world's first connector that is truly backward-compatible with any M12*1.0 threaded socket, requiring no mating pair in a smaller dimension than the existing push-pull M12. The MPronto-12 plug mates with all M12*1.0 sockets and complies with IEC 61076-2-101, regardless of the manufacturer. It meets IP68 ingress protection and supports M12 A, B, C, D, H, I, P, S, T, X, and Y codes. (S and T code available in over-molded non-shielded version and field installable crimp type) 

Our cables and wires are crafted from premium materials such as high-grade steel and copper conductors, ensuring superior conductivity. Advanced insulation protects against environmental challenges, enhancing durability. Precise manufacturing and rigorous testing ensure each product meets high standards, delivering reliable performance in harsh conditions.

We utilize state-of-the-art testing equipment and skilled staff for thorough assessments. We offer efficient services to enhance product quality, complying with safety and regulatory standards. Recognized by UL WTDP and TAF, ALTW provides third-party independent evaluations for your convenience.

Amphenol LTW (ALTW) is dedicated to providing tailored interconnect solutions that meet the unique requirements of our clients across various industries. Our commitment to customization and support ensures that each product is optimized for its specific application, delivering unparalleled performance and reliability.

Customization Services

• Tailored Designs: We offer customized connector and cable solutions to meet specific application requirements, ensuring optimal performance and integration.
• Flexible Configurations: Our products are available in various configurations, including different pin counts, orientations, and mounting options, to suit diverse application needs.
• Material Selection: We provide a range of material options to meet specific environmental and mechanical requirements, ensuring durability and performance in harsh conditions.

Support Services

• Technical Assistance: Our team of experts is available to provide technical support, including product selection guidance, application engineering, and troubleshooting assistance.
• Documentation and Resources: We offer comprehensive documentation, including datasheets, installation guides, and 3D models, to support product integration and application development.
• Customer Feedback: We value customer feedback and provide channels for clients to share their experiences and suggestions, enabling us to improve our products and services continuously.

At ALTW, we understand that each project presents unique challenges. Our customization and support services are designed to provide solutions that precisely meet your needs, ensuring success in even the most demanding environments. Please contact us for tailored solutions and expert support to discuss your particular needs.

What types of construction cables are most commonly used on building sites?

The most commonly used construction cables on building sites include armored cables for protection against mechanical damage, building wires for structural integrity, and specialized cables for efficient data and power transmission.

How do armored cables benefit construction projects?

Armored cables offer superior protection against mechanical damage, moisture, and chemical exposure, making them ideal for the demanding conditions found on construction sites. Their robust construction ensures longevity and reliability, reducing the risk of costly disruptions and enhancing overall project safety and efficiency.

What is the difference between THHN and THWN wires?

THHN (Thermoplastic High Heat-resistant Nylon-coated) and THWN (Thermoplastic Heat and Water-resistant Nylon-coated) wires provide excellent insulation and durability. However, THWN is precisely engineered to resist water exposure, making it ideal for wet environments often encountered in construction projects.

Why is choosing the right insulation material crucial for construction cables?

• Ensures cables withstand environmental challenges such as temperature fluctuations, moisture, and chemical exposure.
• Directly impacts the cable's integrity, functionality, and longevity, particularly in harsh construction site conditions.
• Protects cables from external elements, guaranteeing consistent electricity flow.
• Reduces the risk of failures or accidents, enhancing safety.
• Ensures compliance with industry standards and regulations, maintaining system efficiency.