Kaman SMU9200 Bedienungsanleitung

User Manual SMU-9000 EC DECLARATION OF CONFORMITY This apparatus, when installed and operated per the manufacturer’s recommendations, confor

SMU-9000 User Manual 7 •••• Part II: Setting Up the System Sensor Installation The sensor(s) for the SMU-9000 is connected to the electronics via

SMU-9000 User Manual 8 •••• Part II: Setting Up the System Figure 6. Offset and Measuring Range Sensor range, linearity, or stability can be

SMU-9000 User Manual 9 •••• Part III: Calibration Part III: Calibration System Calibration Record All systems are factory calibrated and supplied

SMU-9000 User Manual 10 •••• Part III: Calibration calibration process. The non-linearity of a system is calculated using the least square method

SMU-9000 User Manual 11 •••• Part III: Calibration Interaction between the controls should decrease with each iteration. To calibrate the system:

SMU-9000 User Manual 12 •••• Part III: Calibration from the target, the second sensor would therefore be positioned at minimum displacement respe

SMU-9000 User Manual 13 •••• Part III: Calibration Laser Calibration for Small Ranges The SMU-9000 can be used to measure ranges as small as 0.001

SMU-9000 User Manual 14 •••• Part III: Calibration Figure 11. Bipolar Calibration Charts (Output vs. Displacement)

SMU-9000 User Manual 15 •••• Part III: Calibration Basic Bipolar Calibration Method 1. Position the target at the minimum displacement from the se

SMU-9000 User Manual 16 •••• Part IV: System Performance Part IV: System Performance Linearity and Temperature Performance Typically, the SMU

PROPRIETARY INFORMATION Any reproduction, disclosure or other use of this information is expressly prohibited exc

SMU-9000 User Manual 17 •••• Part IV: System Performance Figure 12. Calibration Record with Polynomial correction Resolution Resolution for

SMU-9000 User Manual 18 •••• Part IV: System Performance SMU 9000-15N (10KHz Bandwidth) Offset: .004” Range: .002” Output: 10V Target: Aluminum

SMU-9000 User Manual 19 •••• Part IV: System Performance SMU 9000-15N 2KHz Bandwidth Offset: .010” Range: .022” Output: 10V Target: Aluminum S

SMU-9000 User Manual 20 •••• Part IV: System Performance SMU 9000-25U W/1 KHz Low Pass Filter Offset: .040” Range: .200” Output: 10V Target: N

SMU-9000 User Manual 21 •••• Part IV: System Performance Applications Summary The SMU-9000 is versatile enough to satisfy the most demanding OEM

SMU-9000 User Manual 23 •••• Part IX: Warranty Part IX: Warranty Kaman Precision Products Standard Limited Warranty Products of Kaman Precision P

SMU-9000 User Manual 24 •••• Customer Service Information Customer Service Information Should you have any questions regarding this product, ple

SMU-9000 User Manual 23 •••• Part IX: Warranty Part IX: Warranty Kaman Precision Products Standard Limited Warranty Products of Kaman Precision P

SMU-9000 User Manual 1 •••• Part I: Welcome Part I: Welcome Introduction Ka SMU-9000 measuring systems use inductive (eddy current) technology t

SMU-9000 User Manual 2 •••• Part I: Welcome Features Summary / Advantages • Extremely high resolution, to 1Å • Signal-to-noise ratio: 1 PPM •

SMU-9000 User Manual 3 •••• Part I: Welcome SMU-9000 Configurations The SMU-9000 measuring system is available in several configurations. These c

SMU-9000 User Manual 4 •••• Part I: Welcome Figure 3. Outline Drawing, 3 Channel SMU-9000 Figure 4. Outline Drawing, 4 Channel SMU-9000

SMU-9000 User Manual 5 •••• Part II: Setting Up the System Part II: Setting Up the System Power Supply Requirements The critical circuit voltages

SMU-9000 User Manual 6 •••• Part II: Setting Up the System Power and Output Connections The standard SMU-9000 power and output connection consi