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- Bently Nevada
- SCOUT240IS-05
- Portable Data Collector
- USA
- 130 × 130 x 35 mm
- 0.68 kg
- Xiamen, China
- New & In Stock
- T/T, PayPal, Western Union
- 1 Year
- 1-3 Working Days
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We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.
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Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.
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We provide 7*24 hours service to our customers. We will be there whenever you need us.
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All our products are priced very favorably because we have our own warehouse and supply.
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Product Overview
The Bently Nevada SCOUT240IS-05 is a portable data collector used for field-based machinery condition monitoring and vibration measurement. It allows maintenance personnel to collect measurement data directly from rotating equipment and use the results for machine condition assessment and troubleshooting.
The instrument is suited to routine predictive maintenance programs where technicians inspect multiple machines at different locations. Typical inspection targets include motors, pumps, fans, compressors, gearboxes, and other rotating equipment where changes in vibration behavior can indicate developing mechanical problems.
As a portable diagnostic instrument, the SCOUT240IS-05 can complement permanently installed machinery monitoring systems. Field measurements can be used to investigate abnormal machine behavior, compare current conditions with previous inspection results, and support maintenance decisions.
The unit is particularly useful when vibration data needs to be collected directly at the machine rather than continuously monitored through a fixed protection rack. Its portable form allows technicians to move between measurement points and perform condition checks as part of scheduled maintenance activities.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Bently Nevada |
| Model | SCOUT240IS-05 |
| Product Family | SCOUT Series |
| Product Type | Portable Data Collector |
| Primary Function | Portable machinery data acquisition and condition monitoring |
| System Role | Field-based machinery diagnostic instrument |
| Application | Rotating machinery condition monitoring and predictive maintenance |
| Dimensions | 130 × 130 x 35 mm |
| Weight | 0.68 kg |
Product Features
- Portable data collection for rotating machinery condition monitoring.
- Suitable for field-based vibration measurement and machine inspection.
- Supports routine predictive maintenance activities.
- Allows technicians to collect measurements at multiple machine locations.
- Useful for investigating abnormal vibration or changing machine conditions.
- Suitable for motors, pumps, fans, compressors, gearboxes, and other rotating equipment.
- Can complement permanently installed machinery monitoring systems.
- Compact portable instrument for maintenance and diagnostic work.
- Supports repeatable field measurements for machine condition trending.
Working Principle
The SCOUT240IS-05 operates as the data acquisition point between field measurement sensors and the technician’s machinery condition assessment process. A compatible sensor is positioned at the selected measurement location on the machine, and the instrument collects the resulting measurement signal.
During an inspection, vibration data can be gathered from bearings, housings, or other defined measurement points. The collected information can then be reviewed to identify changes in vibration behavior and determine whether additional investigation or maintenance is required.
Repeated measurements at consistent locations allow maintenance teams to compare machine condition over time. A sudden change from an established vibration trend can be used as an indication for closer inspection of the machine.
Rotating Machinery → Vibration Sensor → SCOUT240IS-05 → Measurement Data → Condition Assessment → Maintenance Action
The quality of the assessment depends on appropriate sensor selection, measurement location, sensor mounting, machine operating condition, and consistency between inspection sessions.
Role in a Portable Machinery Condition Monitoring Architecture
The SCOUT240IS-05 occupies the portable data acquisition layer of a rotating machinery monitoring arrangement. Instead of remaining permanently connected to one machine, it is carried between equipment locations as required for inspection and troubleshooting.
Machine → Vibration Sensor → SCOUT240IS-05 → Collected Data → Condition Monitoring / Maintenance Analysis
| System Element | Function |
|---|---|
| Rotating Machinery | Generates the mechanical condition information being measured |
| Vibration Sensor | Detects machine vibration at the selected measurement point |
| SCOUT240IS-05 | Collects field measurement data |
| Measurement Data | Represents the observed machine operating condition |
| Condition Monitoring System | Supports data storage, trending, or further analysis |
| Maintenance Personnel | Evaluates the results and determines the appropriate action |
The portable collector can therefore be used as a supplementary diagnostic instrument alongside fixed machinery protection and monitoring systems.
Industrial Applications
| Application | Typical Use |
|---|---|
| Electric Motors | Routine vibration inspection and condition trending |
| Pumps | Bearing and mechanical vibration checks |
| Fans and Blowers | Monitoring changes in rotating equipment condition |
| Compressors | Field vibration measurement and troubleshooting |
| Gearboxes | Detection of changing mechanical operating conditions |
| Industrial Machinery | Periodic portable condition monitoring |
| Predictive Maintenance | Collection of repeated measurements for trend evaluation |
| Plant Maintenance | Investigation of abnormal vibration conditions |
| Rotating Equipment Surveys | Multi-machine field data collection |
| Machinery Troubleshooting | Additional measurements following an unexpected machine event |
Installation and Maintenance
- Inspect the SCOUT240IS-05 and measurement accessories before starting a field inspection.
- Select measurement points that correspond with the established machinery monitoring procedure.
- Verify that the selected vibration sensor is suitable for the measurement task.
- Secure the sensor correctly and maintain consistent sensor orientation between inspections.
- Check sensor cables and connectors for damage before collecting measurement data.
- Record machine speed, load, or other relevant operating conditions when required for comparison.
- Collect measurements only after confirming that the machine is operating under an appropriate condition.
- Compare measurements from the same physical location when evaluating vibration trends.
- Investigate significant changes in collected data rather than immediately changing monitoring limits.
- Keep the instrument and measurement accessories clean and protected during field work.
- Store the instrument appropriately after use to reduce the risk of mechanical or environmental damage.
- After corrective maintenance, repeat measurements to confirm whether the machine condition has changed as expected.
Compatible System Components
| Component | Function |
|---|---|
| Bently Nevada Vibration Sensors | Capture vibration from the monitored machine |
| Accelerometers | Provide vibration signals for portable measurement |
| Proximity Sensors | Provide shaft position or displacement information |
| Sensor Cables | Connect measurement sensors to the data acquisition path |
| Portable Measurement Accessories | Support field measurement activities |
| Machinery Monitoring Systems | Provide permanently installed condition monitoring |
| Condition Monitoring Software | Supports data review, trending, and diagnostic assessment |
| Maintenance Database | Stores historical machine condition measurements |
Recommended Related Models
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| Bently Nevada SCOUT Series | Portable Data Collector | Field machinery condition monitoring |
| Bently Nevada SCOUT240IS-05 | Portable Data Collector | Portable machinery measurement |
| Bently Nevada SCOUT140EX | Vibration Data Collector, Analyzer and Balancer | Vibration analysis and balancing |
| Bently Nevada 2300 Series | Machinery Monitoring System | Continuous machinery condition monitoring |
| Bently Nevada 3300 XL Series | Proximity Measurement System | Shaft vibration and position monitoring |
| Bently Nevada 3500 Series | Machinery Protection System | Critical machinery protection |
| Bently Nevada 3500/40M | Proximity Monitor | Position and vibration monitoring |
Key Advantages
- Portable instrument for field-based machinery data collection.
- Supports routine rotating machinery condition inspections.
- Useful for vibration troubleshooting and predictive maintenance.
- Allows measurements to be collected at multiple equipment locations.
- Can supplement permanently installed monitoring systems.
- Supports repeatable measurements for machine condition comparison.
- Suitable for maintenance teams working across multiple rotating assets.
Technical FAQs
How should measurement points be selected when using the SCOUT240IS-05?
Measurement points should follow the machine’s established condition-monitoring route. Bearing housings and other mechanically representative locations are commonly used, with the same locations retained for subsequent inspections so that collected data can be compared consistently.
Can the SCOUT240IS-05 replace a permanently installed machinery protection system?
No. A portable data collector is intended for field measurement and diagnostic work, while a permanently installed protection system can continuously monitor critical machine parameters and initiate configured alarms or trips. The SCOUT240IS-05 is better considered a complementary diagnostic instrument.
Why is measurement consistency important for SCOUT240IS-05 inspections?
Changes in sensor position, mounting method, orientation, machine speed, and operating load can affect measured vibration. Consistent measurement procedures make it easier to distinguish genuine changes in machine condition from differences caused by the inspection method.
What should be done when a new measurement shows a significant increase in vibration?
First verify the measurement location, sensor mounting, sensor cable, and machine operating condition. If the elevated value is repeatable, compare it with historical trends and investigate the relevant mechanical components before deciding on corrective maintenance.