Mts SWIFT 40 Sensor Manual de usuario Pagina 17
- Pagina / 170
- Tabla de contenidos
- SOLUCIÓN DE PROBLEMAS
- MARCADORES
Valorado. / 5. Basado en revisión del cliente
Non-spinning Applications (Simulation Lab)
SWIFT 40 Sensors Hardware Overview
17
Non-spinning Applications (Simulation Lab)
The SWIFT sensor can be fully integrated into the simulation process, since it is
an optimal feedback transducer for use with MTS Remote Parameter Control
®
(RPC
®
) software. The transducer takes data at points where fixturing inputs are
located rather than at traditional instrumentation points along the vehicle’s
suspension. Using the SWIFT sensor saves you instrumentation time, and fewer
iterations are required to achieve good simulation accuracy.
Measuring spindle loads allows engineers to generate generic road profiles.
Generic road profiles are portable across various vehicle models, do not require
new test track load measurements for each vehicle, and eliminate additional
RLDA tasks.
Four of the six loads measured by the transducer directly correlate to the MTS
Model 329 Road Simulator inputs: vertical force, longitudinal force, lateral force,
and braking input.
The same transducers used to collect road data at the test track can be mounted
directly in the wheel adapters of the MTS Model 329 Road Simulator. For
durability testing, an aluminum SWIFT sensor can be used for iterations within
the RPC process. The aluminum SWIFT sensor should then be removed for the
durability cycles, to preserve its fatigue life. It can be replaced by an adapter
plate, available from MTS, to duplicate the mass and center of gravity of the
actual SWIFT sensor. If a SWIFT sensor is to be used during full durability tests,
we suggest using the titanium model, which has a higher fatigue rating.
In a typical non-spinning application, a SWIFT sensor is mounted on a road
simulation test fixture, as shown in the following figure.
Non-spinning Application (Laboratory Simulation)
12 Vdc Power Supply
(with 4 connections)
Customer Supplied
Data Recorder
Transducer Interface
(TI)
Transducer Signals
Output
Signals
PC
Communication
S40-27
- SWIFT® 40 Sensor 1
- Product Information 1
- Publication information 2
- Contents 3
- Analyzing SWIFT Data 105 4
- Maintenance 117 5
- Troubleshooting 121 5
- Assembly Drawings 135 5
- If You Contact MTS by Phone 9
- SWIFT 40 Sensors 10
- Technical Support 10
- Before You Begin 11
- Conventions 12
- SWIFT 40 Sensors Preface 13
- Hardware Overview 15
- Construction 18
- Non-spinning 20
- Additional 21
- Design Features 22
- Coordinate System 23
- Specifications 25
- Transducer Center-of-Gravity 26
- ALUMINUM TITANIUM 26
- ARAMETER SPECIFICATION 27
- ARAMETER SPECIFICATION 28
- Calibration 29
- Checking the 30
- TI Front Panel 34
- AngleFixed=0 35
- LGORITHM 36
- of range) occurred on 39
- AIL INDICATOR STATE 40
- TI Rear Panel 41
- TI Jumpers 42
- Interfacing with RPC 43
- Software Utilities 45
- Introduction 46
- More about TIXFER 49
- Error Status,” on page 58 51
- Error Messages 57
- Shunt Error Status 58
- Select a Zero Method 60
- Calibration File Elements 61
- Zero Algorithms 62
- Upload the Calibration File 64
- Edit the Calibration File 65
- UTPUTS MZ MY MX FZ FY FX 66
- Z MY MX FZ FY FX 66
- Description 67
- Download the Calibration File 69
- Test Track Vehicle 72
- OLT SIZE 77
- ORQUE INCREMENT M8 M10 M14 77
- Considerations for 82
- Choosing a Zero 83
- Axes Icon 85
- Angle Zero 86
- Switch and Indicator 86
- Bridge Zero 86
- SWIFT 40 A (Aluminum) 91
- SWIFT 40T (Titanium) 91
- Effect of Zero 92
- Reference on SWIFT 92
- Collecting Data 94
- Road Simulator 100
- Installing the Transducer 100
- Communication Configurations 102
- Cable Configurations 103
- Termination Jumper 104
- Analyzing SWIFT Data 105
- The Data 106
- Fx Data (Longitudinal Force) 107
- Fx Offset=165N 108
- Fz Data (Vertical Force) 109
- Mx Data (Overturning Moment) 110
- My Data (Brake Moment) 113
- Slalom Curve Driving Example 116
- Maintenance 117
- Transducer 118
- Transducer Interface 119
- Troubleshooting 121
- Signal Outputs appears to 124
- TI electronics have been 124
- One or more 126
- Troubleshooting Guide 127
- Assembly Drawings 135
- Cable Drawings 136
- SWIFT 40A Mechanical Drawings 151
- SWIFT 40T Mechanical Drawings 155
- Common Parts 161
Relacionado con productos y manuales para Hardware Mts SWIFT 40 Sensor
Hardware Mts SWIFT 45 GLP Sensor Manual de usuario
(106 paginas)
(106 paginas)
Hardware Mts SWIFT 50 GLP Sensor Manual de usuario
(70 paginas)
(70 paginas)
Hardware Mts SWIFT 10 ATV Sensor Manual de usuario
(144 paginas)
(144 paginas)
Hardware Mts Series 249 Swivels Manual de usuario
(40 paginas)
(40 paginas)
Hardware Mts SWIFT 10 MC Sensor Manual de usuario
(144 paginas)
(144 paginas)
Hardware Mts Acumen Electrodynamic Manual de usuario
(42 paginas)
(42 paginas)
Hardware Mts Criterion Series 40 Manual de usuario
(48 paginas)
(48 paginas)
Hardware Mts Criterion Series 60 Manual de usuario
(42 paginas)
(42 paginas)
Hardware Mts Criterion Series 40 Manual de usuario
(142 paginas)
(142 paginas)
Hardware Mts Criterion Series 60 Manual de usuario
(146 paginas)
(146 paginas)
Hardware Mts 85X Damper Manual de usuario
(56 paginas)
(56 paginas)
Hardware Mts Landmark Tabletop Manual de usuario
(122 paginas)
(122 paginas)
Hardware Mts Material Test Systems Manual de usuario
(80 paginas)
(80 paginas)
Hardware Mts TestLine Manual de usuario
(132 paginas)
(132 paginas)
© 2020, manymanuals.es. Todos los derechos reservados | 0.034 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Comentarios a estos manuales