Welcome to our stock! We are excited to introduce the Bently Nevada 16925-99 Interconnect Cable, a high-quality cable for various applications.
Product Introduction
The Bently Nevada 16925-99 Interconnect Cable is designed to facilitate efficient signal transmission.
Features
1. High-quality copper conductors ensure optimal signal integrity.
2. Shielded design minimizes interference and ensures accurate data transmission.
3. Durable construction guarantees long-lasting performance even in demanding environments.
4. Various length options provide flexibility for different installation requirements.
Applications
The Bently Nevada 16925-99 Interconnect Cable is suitable for a wide range of applications, including:
1. Industrial automation systems for connecting sensors and control devices.
2. Data acquisition systems to transfer signals from sensors to monitoring equipment.
3. Instrumentation and measurement setups requiring reliable signal transmission.
4. Electrical and electronic equipment interconnections in commercial and industrial settings.
Technical Specifications
The Bently Nevada 16925-99 Interconnect Cable offers the following specifications:
1. Cable Type: Shielded twisted pair
2. Conductor Material: Copper
3. Conductor Size: 22 AWG
4. Insulation Material: PVC
5. Operating Temperature: -40°C to +85°C
Benefits
1. Reliable signal transmission ensures accurate data acquisition and monitoring.
2. Minimized interference guarantees data integrity and optimal system performance.
3. Durable construction extends cable lifespan and reduces maintenance requirements.
4. Various length options offer flexibility in installation and system design.
Conclusion
The Bently Nevada 16925-99 Interconnect Cable is a high-quality cable designed for efficient signal transmission. With its reliable performance, durability, and various length options, this cable is well-suited for industrial automation systems, data acquisition setups, and instrumentation applications. Invest in the Bently Nevada 16925-99 Interconnect Cable to ensure optimal signal integrity and reliable data transmission in your systems.