User's Manual
Table Of Contents
- Home
- Contents
- CSI 2140 Machinery Health Analyzer
- Introduction to the analyzer
- Transfer files with CSI 2140
- AMS Machinery Manager Data Transfer
- AMS Machinery Manager Standalone Data Transfer application
- Communication setup
- Routes and jobs
- Load a route from AMS Machinery Manager into the analyzer
- Load multiple routes from AMS Machinery Manager to the analyzer
- Load a Balance job from AMS Machinery Manager into the analyzer
- Dump a job from the analyzer to AMS Machinery Manager
- Dump a route from the analyzer to AMS Machinery Manager
- Dump a route or job from the analyzer to a folder on a computer
- Analyzer firmware and programs
- Screen captures
- Splash screens
- Printing
- Route
- Route overview
- Manage routes
- Set data collection and display parameters
- Set the plot type for collected data
- Enable or disable Point Advance to automatically move to the next measurement point
- Set High Frequency Detection averages
- Set the route data storage mode
- Set the overlap
- Set the plot type for live data
- Set the overall mode
- Set the integrate mode
- Enable or disable multi-channel group data collection
- Display a summary of data collected for grouped measurement points
- View or hide warning alarms on the Route Data Collection screen
- Restore default values for route data collection and display parameters
- Override the sensor setup for a route
- Enter new speed or load for a measurement point
- Tachometers
- Multiple inputs and measurements
- Collect route data
- Notes
- Plot data
- Run Analyze to collect data for a route measurement point
- View the measurement point setup and history
- Route reports
- Plots
- Analyze and Advanced Analyze
- Analyze overview
- Manage jobs
- Job Setup
- View all saved Analyze jobs
- Create an Analyze job
- Open a saved Analyze job
- Change the job ID
- Edit the equipment ID and description in a job
- Edit the measurement ID and description in a job
- Add a measurement
- Delete a measurement
- Delete data from the current measurement point
- Save a job to equipment in a route
- Set display parameters
- Multi-input measurements
- Sensors and inputs
- Tachometers
- Common data collection parameters
- Collecting data using an Analysis Expert
- Recommended uses of Analysis Experts
- Enable or disable the help text in the Analysis Experts
- High Frequency Analysis
- High Resolution Analysis
- Bearing/Gear Analysis - PeakVue
- Low Frequency Analysis - Slow Speed Technology
- Turning Speed Detection
- Laser Speed Detection
- Bump Tests
- Bump Test Equipment Off
- Bump Test Equipment Running
- Coast Down Peak Hold
- Coast Down Peak and Phase
- Rotor Bar Test Motor Current
- Order Tracking
- Synchronous Analysis
- Synchronous Analysis and Synchronous Averaging
- Orbit Plot
- Cross Channel Amplitude/Phase
- Collect data using Manual Analyze
- Listen to live vibration data in Analyze
- Redo a measurement
- Store data to a route or a job
- Review collected data
- Print an Analyze plot to AMS Machinery Manager
- Print a plot to a memory card
- Reset Analyze defaults
- Advanced Transient
- ODS/Modal
- ODS/Modal overview
- Manage jobs
- Sensors and inputs
- Tachometers
- Set up the plots
- Set up the job
- Collect ODS/Modal data
- Display the data for a measurement point
- Print an ODS/Modal plot to AMS Machinery Manager
- Print an ODS/Modal plot to a memory card
- Balance
- Balance overview
- Manage jobs
- Job Setup
- Sensor Setup
- Measurement Plane Setup
- Weight Plane Setup
- Acquire Data
- Balance correction
- Trim run
- One-run balance job
- Notes
- Balance summary reports
- Review balance data
- Manually enter balance job data
- Calculator Mode
- Determine another location to place weights
- Combine multiple weights on a rotor
- Calculate a new balance solution to use only the available weights
- Calculate weight placement using static and couple components
- Estimate trial weights
- Calculate weight location around the outside rotor circumference
- Calculate new balance solution to use only available locations and weights
- Amplification Factor
- Convert magnitude or frequency values to a different measurement unit
- Tips and additional information
- Balance accessories
- Technical specifications
- Glossary
- Index
As would be expected, both the 2nd and 3rd configurations proved to hold considerably
better than having set screws on only one side. The 3rd configuration usually resulted in
some performance improvement over the 2nd configuration however, it gave less
consistent results (probably due to the difficulty in getting all the set screws torqued
uniformly). The 2nd test of the same trial weight and set screws generally gave better
performance than the first test, however under repeated use, it is expected that the set
screws will eventually lose some ability to set into the rotor surface. Therefore, regular
inspection and periodic replacement of the set screws is recommended.
Trial Weights
Style Length (inches) Approximate
weight*
Max Inch/lbs
torque
Approximate Hold
(lbs)**
A1 0.4 7.4 g/0.25 oz 10 260
A2 1.0 17.4g/0.60 oz 10 515
A3 1.5 24.6 g/0.85 oz 10 530
B1 0.5 19.8 g/0.70 oz 25 690
B2 1.0 39.9 g/1.4 oz 25 1385
B3 1.5 57.1 g/2.00 oz 25 1760
C1 0.5 22.0 g/0.75 oz 30 750
C2 1.0 44.2 g/1.55 oz 30 1900
C3 1.5 63.5 g/2.25 oz 30 1615
*Weight with standard cup opposing cone set screw combination. Style Series A using
0.25 x 0.5 (1/4 - 20 x 1/2) cup and 0.25 x 0.25 (1/4 - 20 x 1/4) cone set screws. Styles B and
C using 0.25 x 0.75 (1/4 - 20 x 3/4) cup and 0.25 x 0.3125 (1/4 - 20 x 5/16) cone set screws.
These weights are approximate and vary slightly, especially if non-standard hardware sizes
are used. Accurate weighing is recommended before each use. Measured pounds of force
required to pull the trial weight off a piece of cold rolled steel in a direction of travel
perpendicular to the set screws.
** Measured pounds of force required to pull the trial weight off a piece of cold rolled steel
in a direction of travel perpendicular to the set screws. Knurled cup point set screws
torqued as shown. Cone point set screws not turned/torqued. Given value is the lower
value of at least two tests.
Balance
252
DRAFT