Bently Nevada 185410-01 Wireless Sensor Interface Module Configured for wireless vibration and temperature data acquisition in the Essential Insight.mesh Wireless...
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Configured for wireless vibration and temperature data acquisition in the Essential Insight.mesh Wireless System, the Bently Nevada 185410-01 (185410-01 Wireless Sensor Interface Module) provides direct physical and data communication execution for ISA100.11a sensor networks.
Hardware Specifications
Parameter
Specification
Model
185410-01
Brand
Bently Nevada
Product Type
Wireless Sensor Interface Module (wSIM)
System Platform
Essential Insight.mesh Wireless System
Wireless Protocol
ISA100.11a compatible
Network Architecture
Self-forming and self-healing mesh network
Origin
United States (US)
Weight
Approximately 0.8 kg
Dimensions
Approximately 16 cm x 16 cm x 12 cm
Operating Temp
Not specified in available technical data
Power Consumption
Battery powered; field-replaceable Zone 0 Battery Power Module
Acceleration, Velocity, Acceleration Enveloping, Temperature
Static Data Rate
Configurable from once per minute to once per day
Dynamic Resolution
Up to 3,200 lines
Frequency Range
0 Hz to 100 Hz up to 0 Hz to 10,000 Hz
Maximum Wireless Range
Up to 200 m clear line-of-sight
Hazardous Area Rating
Zone 0 compatible design
HS Code
85389091
Rotor Dynamics and Wireless Vibration Data Processing
The Bently Nevada 185410-01 collects dynamic vibration signals through four configurable acquisition channels and transfers processed condition monitoring data through the ISA100.11a wireless mesh network. Moreover, the module supports vibration parameters including acceleration, velocity, and acceleration enveloping for machinery trend analysis.
The device operates as a scanning platform rather than a machinery protection shutdown module. Therefore, it performs condition monitoring data collection and waveform transmission without executing automatic trip functions.
The wireless interface architecture maintains mesh communication paths between sensor nodes and System 1 DAQ infrastructure. In addition, the module supports asynchronous waveform acquisition, spectrum analysis, and Data-on-Demand functions for vibration diagnostics.
For Bently Nevada monitoring systems, measurement accuracy depends on correct sensor configuration, signal scaling, and mechanical installation conditions. Furthermore, vibration channel setup must maintain proper signal routing to avoid measurement interference and cross-talk effects between connected sensing elements.
Frequently Asked Questions
Q: How many measurement channels are available on the Bently Nevada 185410-01? A: The module provides four independent simultaneous-sampling channels, and each channel can be configured separately for supported vibration or temperature sensors.
Q: Can the 185410-01 perform automatic machinery shutdown protection? A: No. The module functions as a condition monitoring scanning device and transfers diagnostic data to System 1 software. It does not provide direct machinery trip logic.
Q: Which sensor types can connect to the 185410-01? A: The module supports Bently Nevada 200150, 200155, and 200157 accelerometers, along with K-type 200125 thermocouples and standard J, T, and E-type thermocouples.
Field Installation Guidelines
Install the Bently Nevada 185410-01 on a rigid machine structure location that represents the measured vibration source. Ensure the mounting surface remains clean, flat, and free from loose mechanical contact.
Route sensor wiring separately from high-voltage power cables and strong electromagnetic interference sources. Use proper cable shielding and grounding practices according to plant electrical standards.
Verify wireless network placement before final commissioning. Maintain clear communication paths between wireless nodes whenever possible to improve mesh network performance.
Confirm sensor type configuration, measurement range settings, and acquisition parameters before collecting baseline vibration data. Check mechanical mounting integrity and verify that all connected sensors operate within their specified installation requirements.
