Related Manuals for Kistler M50616ABM
Summary of Contents for Kistler M50616ABM
- Page 1 Calibration Manual Load Cells Type M50616ABM Six-axial Femur Type M506A6ABM Six-axial Femur M506x6ABM_002-732e-04.15...
- Page 2 Calibration Manual Load Cells Type M50616ABM Six-axial Femur Type M506A6ABM Six-axial Femur M506x6ABM_002-732e-04.15...
- Page 4 Information in this document is subject to change without notice. Kistler reserves the right to change or improve its products and make changes in the content without obligation to notify any person or organization of such changes or improvements.
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Page 5: Table Of Contents
Type M506x6... Calibration Manual Content Introduction ..........................3 Warning Symbols and their Meaning ..................4 Disposal Instructions for Electrical and Electronic Equipment ..........4 Load Cell Specification ......................5 Type M50616ABM/M506A6ABM ..................5 2.1.1 Calibration ......................5 Calibration Fixture Bill of Materials ...................6 Installation Procedure ........................7 Pre-mounting Procedures ....................7 Installation ..........................7... -
Page 6: Introduction
Please read through this manual thoroughly to enable you to fully exploit the various features of your product. To the extent permitted by law Kistler accepts no liability if this instruction manual is not followed or products other than those listed under Accessories are used. -
Page 7: Warning Symbols And Their Meaning
1.2 Disposal Instructions for Electrical and Electronic Equipment Do not discard old electronic equipment in municipal trash. For disposal at end of life, please return this product to the nearest authorized electronic waste disposal service or contact your Kistler sales office for instructions. Page 4 M506x6ABM_002-732e-04.15... -
Page 8: Load Cell Specification
Load Cell Specification 2. Load Cell Specification 2.1 Type M50616ABM/M506A6ABM Equivalent Denton Load Cells: 1914A, 1914A + aluminium end caps. Equivalent FTSS Load Cells: IF-625, IF-631. 2.1.1 Calibration Channel Full-Scale Bridge Re- Sensitivity Range sistance (Ω) (typ.) 13,3 kN 128 µV/V/kN 13,3 kN 128 µV/V/kN... -
Page 9: Calibration Fixture Bill Of Materials
Loading Head 96021929 Part 3 SHSS, Custom 96021929 Part 4 ½ Inch Loading Ball Type M50616ABM/M506A6ABM Load Cell 96021929 Part 1 Cal Base 96021929 Part 2 Loading Head 96021929 Part 3 16*SHSS, Custom 96021929 Part 4 ½ Inch Loading Ball Page 6 M506x6ABM_002-732e-04.15... -
Page 10: Installation Procedure
4.2 Installation 1. To calibrate the Type M50616ABM/M506A6ABM load cells, first the aluminum (Type M50616ABM) or steel end caps (Type M506A6ABM) would need to be dismounted from the load cell (see Fig. 1). Fig. 1:... - Page 11 Type M506x6... Calibration Manual 2. In order to calibrate the load cells Type M50616ABM/ M506A6ABM, please mount the load cell on the cal base (part 1). To do this, please place the load cell on the cal base. Make sure that the sensor cables output is point upwards and to the side of the cal base (see Fig.
- Page 12 Installation Procedure 4. Mount the loading head (part 2) onto the load cell. Make sure that the marking 'Cable' is in the correct position (Fig. 4). Fix with 8 mounting screws (SHSS custom, part 3) onto the sensor. First tighten the screws until finger tight and ensure that loading head edges are parallel to cal base edges.
- Page 13 Type M506x6... Calibration Manual 5. Double check the torque for all mounting screws. Also check if the loading head (part 2) is parallel to the cal base in all directions (see Fig. 6). If this is not the case, please repeat the complete installation procedure. Fig.
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Page 14: Calibration Procedure
Calibration Procedure 5. Calibration Procedure 5.1 Calibration Process 1. Place the 0,5 Inch loading ball (part 4) on the correct detent of the loading head and follow the channel sequence as shown in Fig. 9 ... 14. 2. Position the fixture onto a roller bearing plate (Fig. 7) in your calibration rig. - Page 15 Type M506x6... Calibration Manual 22,2 kN 10,7 kN 31,75 mm Fig. 9: Calibration F – 22 200 N Fig. 10: Calibration M – 340 N·m (10 700 N) SAE J211 Negative output signal SAE J211 Positive output signal 13,3 kN 10,7 kN 31,75 mm Fig.
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Page 16: Total Pages
Calibration Procedure Please pay attention to the maximum load levels as depicted in Fig. 9 ... 14. Exceeding the maximum load as depicted, could lead to permanent deformation of the sensor. M506x6ABM_002-732e-04.15 Page 13...
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