Products Description
BENTLY NEVADA 330500-03-CN Velomitor Piezo-velocity Sensor
The BENTLY NEVADA 330500-03-CN Velomitor Piezo-velocity Sensor is crafted for industrial engineers needing reliable velocity information from critical rotating machinery. Its design prioritizes mechanical stability and predictable output in environments exposed to vibration, heat, and industrial contaminants. The sensor delivers immediate velocity-proportional signals, enabling teams to evaluate machine behavior without reliance on external signal integration or complex calculations.
With over 50 million in inventory, PLC EXPORT delivers only brand-new, authentic components- ready to ship,
rigorously tested, and backed by professional technical support.
Our address
32D Guomao Building, Siming District, Xiamen, Fujian, China
Phone Number(Whatsapp)
+86-18020714492
sales1@askplc.com
Advantages / Value Highlights
■ Provides consistent velocity measurements for long-term machinery evaluation
■ Robust stud-mounted interface prevents mechanical drift over time
■ Durable housing resists oil, dust, and environmental stressors
■ Simplifies maintenance planning by providing repeatable data across multiple assets
■ Reduces the risk of downtime due to signal inconsistencies
■ Supports uniform benchmarking of equipment within the facility
Installation / Handling
Mount the sensor on a rigid surface representative of the machine's vibration behavior. Ensure proper torque when fastening the stud to prevent loosening. Route cables away from moving components, sharp edges, or high-temperature zones. Once installed, the sensor functions reliably without calibration, allowing teams to focus on inspection and preventive maintenance rather than field adjustments.
Product Identification
| Item | Specification |
|---|---|
| Model Number | 330500‑03‑CN |
| Product Type | 330500 Series Proximity Probe |
| Mounting Thread Adaptor | 1/4‑28 UNF |
| Agency Approval | Multiple approvals (CSA, ATEX) |
| Typical Applications | Shaft vibration and position monitoring on turbines, compressors, pumps, and motors |
| Mounting Note | Compact industrial installation; suitable for hazardous and non-hazardous areas |
Key Features / Functional Capabilities
■ Piezoelectric element optimized for continuous velocity measurement
■ Stud-mount design for stable mechanical contact
■ Sealed housing engineered for industrial durability
■ Velocity-proportional output ready for immediate use in decision-making
■ Low maintenance with consistent long-term performance
■ Electrical compatibility with Bently Nevada monitoring interfaces
Application Areas / Typical Use Cases
- Long-term condition monitoring of motors, pumps, and compressors
- Equipment where velocity-based assessment is critical for maintenance scheduling
- Facilities standardizing vibration evaluation across multiple machines
- Machinery performance audits in high-duty industrial plants
- Sites requiring reliable vibration data in harsh operational conditions
Supply & Warranty Information
The BENTLY NEVADA 330500-03-CN Velomitor Piezo-velocity Sensor is supplied as a new industrial component.
It includes a One-year warranty, covering manufacturing and material defects under normal operating conditions.
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Common problems
Q1 How does this sensor ensure consistent velocity readings over time?
Its mechanically stable stud-mount and robust piezoelectric element provide repeatable measurements without recalibration.
Q2 Can it operate in oil, dust, or high-temperature environments?
Yes, the sealed housing protects the sensor from contaminants and environmental stressors.
Q3 Is field calibration required after installation?
No, the sensor delivers stable velocity output immediately after proper mounting.
Q4 How does it support facility-wide standardization of vibration monitoring?
By providing uniform velocity output across machines, it allows consistent comparison and benchmarking.
Q5 What is the recommended mounting approach for optimal performance?
Mount on a rigid, representative surface with proper torque to ensure accurate vibration energy transfer.
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