16710-26 Interconnect Cable

Overview

Place of Origin:	USA
Brand Name:	Bently Nevada
Model Number:	16710-26
Minimum Order Quantity:	1
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Quick Detail

Description

The Interconnect Cable 16710-26 is a purpose-built industrial cable engineered to deliver stable, accurate, and low-noise signal transmission in demanding monitoring and automation environments. Designed with precision for proximity probe systems, accelerometers, and machinery protection devices, the Interconnect Cable 16710-26 provides exceptional electrical consistency and mechanical durability across a wide range of applications. Its controlled 50-ohm impedance ensures optimal compatibility with vibration monitoring hardware, guaranteeing efficient signal transfer with minimal distortion.

To maintain integrity in harsh industrial settings, the Interconnect Cable 16710-26 is constructed with a dual-layer shielding system consisting of both foil and braided shields. This configuration offers robust EMI and RFI protection, allowing sensitive vibration and displacement signals to reach monitoring systems without interference. With a typical capacitance of 90–100 pF/m and extremely low conductor resistance below 100 mΩ/m, the cable delivers clean and stable transmission even across long distances. Its overall length of 2.6 m and cable diameter of 4.0–5.2 mm make it suitable for installations requiring compact routing and reliable mechanical support.

Engineered for reliability in extreme environments, the Interconnect Cable 16710-26 operates within a broad temperature range from –40°C to +85°C, with a storage capability extending down to –50°C and up to +135°C. This resilience ensures consistent performance in hot machinery zones, cold outdoor installations, and fluctuating industrial climates. The cable also features IP65/IP67 moisture resistance, offering protection against dust, oil, humidity, and direct water exposure. Its flexible design supports a bend radius of at least 10 times the cable diameter, making it ideal for tight control panels, machinery housings, and cable trays.

Physically, the Interconnect Cable 16710-26 has a compact footprint with dimensions of 27 × 27 × 3 cm and a total weight of 0.64 kg, making it easy to handle and install. Despite its lightweight structure, it maintains high durability and long service life—attributes essential for rotating machinery, petrochemical systems, power generation units, and high-precision monitoring networks.

Overall, the Interconnect Cable 16710-26 is engineered for environments that demand accurate sensor-to-monitor communication, stable electrical characteristics, and long-term operational reliability. Its advanced shielding, robust mechanical construction, and broad environmental tolerance make the Interconnect Cable 16710-26 a trusted choice for industrial automation, predictive maintenance, and vibration analysis applications.

Applications

The 330400-02-05 Accelerometer is engineered for high-precision vibration monitoring across a wide range of industrial environments. Its combination of mechanical robustness, advanced shielding, and stable electrical performance makes it ideal for applications that require accurate detection of dynamic machine behavior. With features such as dual-layer EMI/RFI shielding, 50-ohm impedance, IP65/IP67 moisture resistance, and a broad operating temperature range from –40°C to +85°C, the 330400-02-05 Accelerometer delivers dependable performance even under harsh operating conditions.

1. Rotating Machinery Health Monitoring

The accelerometer is widely used in turbines, compressors, pumps, motors, and industrial fans for continuous vibration measurement. Its stable electrical characteristics, combined with low conductor resistance and precise output, enable early detection of imbalance, misalignment, shaft looseness, and other mechanical faults.

2. Bearing Condition Assessment

The device’s low-noise design and strong shielding allow it to capture subtle vibration signatures associated with bearing wear, rolling-element defects, lubrication failures, and cage instability. This makes it suitable for predictive maintenance programs where accurate trending is essential.

3. High-Speed and High-Frequency Equipment Diagnostics

Thanks to its compatibility with low-noise interconnect cables (4.0–5.2 mm diameter, 90–100 pF/m capacitance), the accelerometer supports high-frequency vibration monitoring required for spindles, gearboxes, and fast-rotating machinery. This capability helps detect tooth wear, gear mesh anomalies, and resonance issues.

4. Harsh-Duty Field Installations

With a compact form factor (27 × 27 × 3 cm) and lightweight construction (0.64 kg), the accelerometer is suitable for portable monitoring solutions, field inspections, and installations where space constraints or mobile configurations are required.

Specifications

Competitive Advantage

1 Wide Operating Temperature Range

The accelerometer operates reliably from –40°C to +85°C, and can be stored at temperatures ranging from –50°C to +135°C, making it suitable for extreme environmental conditions and harsh industrial applications.

2 Robust Electrical Performance

With a nominal impedance of 50 Ω and a voltage rating up to 30 V DC, the device ensures stable and accurate signal transmission even under fluctuating electrical conditions.

3 High EMI/RFI Immunity

The dual-layer shielding (foil + braided) offers exceptional protection against electromagnetic and radio-frequency interference, ensuring signal integrity in noisy industrial environments.

4 Durable and Flexible Cable Design

The accelerometer features a cable bend radius ≥10× its diameter and cable diameter of 4.0–5.2 mm, allowing flexible installation without compromising durability. Its overall length of 2.6 m provides versatility for various setups.

5 Low Conductor Resistance and Optimal Capacitance

The conductor resistance <100 mΩ/m and capacitance of 90–100 pF/m support precise signal transmission and reduce potential losses, which is critical for high-accuracy monitoring.