Bently Nevada 16710 Series is a family of high-performance, armored interconnect cables engineered for reliable signal transmission in demanding industrial vibration monitoring applications. These cables serve as critical connections between accelerometers, seismic transmitters, and monitoring systems such as the 3300 series, 3500 series, and other Bently Nevada machinery protection equipment.
Unlike non-armored alternatives such as the 16925 Series, the 16710 Series features stainless steel armor construction, providing superior mechanical protection against crushing, abrasion, and physical damage in harsh industrial environments. This makes them the preferred choice for installations where cables may be exposed to high-traffic areas, sharp edges, or extreme conditions typical in oil & gas, power generation, and chemical processing facilities.
Key Features & Benefits
1. Rugged Armored Construction
The defining feature of the 16710 Series is its stainless steel armor that wraps around the internal conductors . This armor provides:
Maximum protection against crushing and impact damage
Resistance to abrasion from vibration and movement
Protection from sharp edges and mechanical wear
Enhanced durability in high-traffic industrial areas
2. Superior Signal Integrity
The cable utilizes 3-conductor shielded construction with 22 AWG (0.5 mm²) tinned copper conductors . Key specifications include:
Shielding Type: Braid shield for excellent EMI/RFI protection
Conductor Material: Tinned copper for corrosion resistance
Insulation: High-grade PVC or polyurethane for temperature resistance
3. Standardized Termination
The 16710 Series features consistent termination across all models:
Sensor End: 3-socket MIL-C-5015 style plug for secure connection to Bently Nevada accelerometers
Monitor End: Terminal ring lugs for reliable termination at monitoring systems, PLCs, or DCS
4. Wide Operating Temperature Range
Designed for extreme industrial environments, the 16710 Series operates reliably across a broad temperature spectrum:
Standard Range: -40°C to +85°C (-40°F to +185°F)
Alternate Range: -40°C to +70°C depending on jacket material
5. System Compatibility
The 16710 Series is engineered for seamless integration with:
3300 XL Series monitoring systems
3500 Series monitoring systems
330400 and 330425 Accelerometers
177230 Series seismic transmitters
Various proximity probe systems
Technical Specifications
Parameter Specification
Series 16710 Armored Interconnect Cable
Conductor Type 3-conductor shielded
Wire Gauge 22 AWG (0.5 mm²)
Conductor Material Tinned copper
Shielding Braid shield for EMI/RFI protection
Armor Type Stainless steel armor
Connector End A 3-socket MIL-C-5015 style plug
Connector End B Terminal ring lugs
Jacket Material PVC or Polyurethane
Operating Temperature -40°C to +85°C
Minimum Length 3.0 ft (0.9 m)
Maximum Length 99 ft (30 m)
Country of Origin USA
Bently Nevada 16710 Series Model List
The 16710 Series is available in various lengths to accommodate different installation requirements. Below is a comprehensive list of models within this series:
Model Number Length Key Features / Application Source
16710-06 6 feet Armored, 22 AWG, 3-conductor shielded with 3-socket plug
16710-08 8 feet Armored interconnect cable, 3-conductor shielded
16710-10 10 feet Standard length; M12 connector option available; -40°C to +85°C rating
16710-15 15 feet Armored interconnect cable, 3-socket plug termination
16710-17 17 feet 20 ft (approx. 6.1m); designed for 3300 series accelerometers; shielded 3-conductor
16710-20 20 feet 3-conductor shielded, 22 AWG, armored, 3-socket plug
16710-25 25 feet Armored interconnect cable; 22 AWG, 3-conductor shielded
16710-26 26 feet Armored; 3-conductor shielded; -40°C to +70°C; twisted pair shield
16710-30 30 feet Armored; 3-conductor shielded; 22 AWG; 3-socket plug; max length option
16710-35 35 feet Armored; 3-conductor shielded; 22 AWG; extended length configuration
16710-45 45 feet Armored; extended length for remote installations
16710-99 99 feet (30 m) Maximum length; armored; 3-conductor; 22 AWG; for long-distance sensor connections