Related Manuals for Kistler DTI375.12
Summary of Contents for Kistler DTI375.12
- Page 1 Instruction Manual Data recorder Type DTI375.12, Type DTI375.08 DTI375_002-871e-07.19...
-
Page 2: Data Recorder
Instruction Manual Data recorder Type DTI375.12, Type DTI375.08 DTI375_002-871e-07.19... - 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.
-
Page 5: Table Of Contents
Data recorder Type DTI375 Content Introduction ..........................3 Disposal instructions for electrical and electronic equipment ..........4 Warning symbols and their meaning ..................4 1.2.1 Conventions ......................4 1.2.2 General safety instructions ..................5 1.2.3 Protection rating ....................6 Installation and operation ......................7 System overview ........................7 How to connect the data recorder Type DTI375 ..............9 2.2.1 Power supply requirements .................10... -
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: 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 pro- duct to the nearest authorized electronic waste disposal service or contact your Kistler sales office for instructions. 1.2 Warning symbols and their meaning 1.2.1 Conventions This manual uses the following conventions: Possibility of personal inury or death if a procedure is not performed exactly as described in the instruction. -
Page 8: General Safety Instructions
Introduction 1.2.2 General safety instructions Be careful touching the DTI375 device during operation. The DTI375 may warm up to temperatures causing inju- ry to persons touching it (warming-up phase can be less than 1 hour). Avoid covering the DTI375 device with insulating materi- al during operation. The DTI375 device may warm up to temperatures causing possible burning of the insulation material (warming-up phase can be less than 1 hour). -
Page 9: Protection Rating
Data recorder Type DTI375 In order to prevent equipment damage when using the DTI375 system components with long cable, the system should not be used in case of lightning during storm. Any interconnection cables longer than 30 m or exiting the test building shall be disconnected to prevent possible dama- ge caused by indirect lightning effects. -
Page 10: Installation And Operation
Fig. 1: Data recorders Type DTI375.12 and DTI375.08 The DTI375 data recorder can be used for the data acqui- sition of up to 144 measuring channels. The digitization of... - Page 11 Data recorder Type DTI375 Each DTI port has an individual RS-485 transceiver for the data transfer on the bus. This setup is very secure against interferences and emits only very low interferen- ces itself, which means that the achieved signal quality is better than conventional analog technology.
-
Page 12: How To Connect The Data Recorder Type Dti375
2.2 How to connect the data recorder Type DTI375 Fig. 2 shows the location of all external connectors and LEDs of the DTI375.12 data recorder. The pin assignment of the different connectors is explained in detail in the fol- lowing section. -
Page 13: Power Supply Requirements
DTI375 device. If the supply voltage exceeds 70 V, damage to your data recorder Type DTI375 device will result. The DTI375.12 has internal DC/DC converters that will operate from a power supply voltage of 20 ... 60 V. How- ever normal operation is only specified from a voltage of 36 V upwards. - Page 14 Installation and operation Fig. 3: Front view plug ODU SX2LAC-P19KF00-0001 Connector at the recorder SX2LAC-P19KF00-0001 Counterpart at the cable KX2LAC-P19NF00-0001 Table 1: Characteristics Signal Remarks 1 Ethernet RX+ 2 Ethernet RX– 3 Ethernet TX+ 4 Ethernet TX– 5 1 kHz RS-485+ 6 1 kHz RS-485–...
-
Page 15: Dti Bus Connectors On The Data Recorder
304.26 blink LED module. The 304.26 blink LED module provides optical status information of the data recorder. The Lemo connector named ꞌBꞌ provides 2 extra connec- tions for a service port used by Kistler Tech Centers. The Type DTI375.12 data recorder provides two Lemo 3F connectors at its front. Each connector hosts 6 DTI ports, summing up to a total of 12 DTI ports. -
Page 16: Pin Signal
Installation and operation Pin Signal Connector A Connector B 1 0V/GND DTI 1 DTI 7 2 DTI‒ DTI 1 DTI 7 3 DTI+ DTI 1 DTI 7 4 +PWR DTI 1 DTI 7 5 0V/GND DTI 2 DTI 8 6 DTI‒ DTI 2 DTI 8 7 DTI+... - Page 17 Data recorder Type DTI375 The Type DTI375.08 data recorder provides two Lemo 2F connectors at its front. Each connector hosts 4 DTI ports, summing up to a total of 8 DTI ports. Each DTI port can be connected via DTI bus with up to 12 DiMod channels. Fig.
-
Page 18: Connecting And Disconnecting The Ups With The Type Dti375 Recorder
Fig. 7 (left side) shows how to disconnect the UPS from the Type DTI375.12 connector, respectively from the Type DTI375.08 connector (Fig. 7, right side). First unbolt the two TX8 M2.5x10 screws (1). Pull the UPS connector up a little in the direction as shown in Fig. 7 (2). Then the connector can be lifted up (3) and disconnected from the Type DTI375.01 UPS. -
Page 19: Functional Description
Type DTI375.01 UPS as power supply. So a functional Type DTI375 system will always contain 2 components: ƒ Type DTI375.12 or DTI375.08 data recorder ƒ Type DTI375.01 UPS power supply Fig. 8 depicts a block diagram with the 2 major compo- nents and their connection. -
Page 20: Power Save Mode
Installation and operation The DTI ports 1 ... 6 (1 ... 4 for Type DTI375.08) are pre- sent on Lemo connector A, ports 6 ... 12 (5 ... 8 for Type DTI375.08) at Lemo connector B. Each DTI port of the data recorder has its own short cir- cuit-protected regulator for the power supply to the DiMod modules (including sensor system) connected to the DTI bus and can provide a maximum of 500 mA. To ensure that the maximum voltage drop of 0.5 V on the DTI cable is not exceeded, the cable length must be limited accor- ding to its cross-section. - Page 21 Data recorder Type DTI375 In case of test execution interruption, it might happen that the recorder is powered but idle for a long time. In order to minimize the heating of the dummy during idle times, the Type DTI375.01 UPS which is attached to the Type DTI375 recorder is equipped with a Power Save Mode for reducing the power consumption of the Type DTI375 by more than 80 %.
-
Page 22: Handling Of The Battery
Installation and operation intervals. Therefore the latency for recovering a DTI375 recorder from Power Save Mode depends on the configu- red power down time. The average power consumption of the DTI375 recorder in this mode can be estimated as follows: 10 �������� �������� × 1.5 �������� + 0.3 �������� ��������... - Page 23 The DTI375.01 UPS internal battery is not intended to be changed by the user. Only trained Kistler service staff should open the DTI375.01 to avoid possible damage of the electronic components and safety hazards.
-
Page 24: Synchronization
Installation and operation 2.3.3 Synchronization The DTI375 data recorder supports an optional 1 kHz in- put clock for synchronization with all of the systems in the crash test, including the high-speed cameras. The syn- chronization signal is in RS-485 format for reasons of in- terference. -
Page 25: Trigger Features
Data recorder Type DTI375 2.3.4 Trigger features 2.3.4.1 Digital trigger T0 and SR The DTI375 recorder has two digital trigger signals (T0 and SR) each connected through the main system con- nector using an RS-485 bus. The signal can be generated by an RS-422 or RS-485 dri- ver. The idle state (no trigger) of trigger lines is T0+ at ap- proximately 0 V and T0–... -
Page 26: Trigger Modus
Installation and operation 2.3.5 Trigger modus In this chapter you will learn about ring buffer mode (also called "transient mode") and recorder mode. The modes do not have to be explicitly selected, but rather depend on the usage of the two trigger signals SR and T0. By default the DTI375 recorder will always run in ring buffer mode which behaves like a DTI304 series recorder. -
Page 27: Recorder Mode
Data recorder Type DTI375 If the trigger signal at time T0 fails for any reason, impor- tant measurement data could be overwritten, if the recor- der is not stopped manually in time. In order to minimize this risk, the recorder mode should be used which requi- res two trigger events but it will prevent overwriting any measurement data even if the trigger signal of the impact fails. -
Page 28: How To Estimate The Acquisition Time
Installation and operation You may use the recorder mode if you are sure that after starting the acquisition, your trigger event (for example: impact) will lie in the span of the post-trigger time. See chapter 2.4. After arming the recorder, measurement data is conti- nuously written into the flash memory (ring buffer) while waiting for the first trigger event start record (SR in Fig. - Page 29 Data recorder Type DTI375 Thus, the total recording time depends on the amount of measured channels. Please keep in mind that 1 system channel is always switched on. Flash memory can have up to 10 % block errors. These blocks cannot be used for measured data. The DTI375 recorder takes care about these blocks and avoids sto- ring measurement data in them.
-
Page 30: Network Settings And Firmware Update
DTI375 recorder. Its network configuration can be reviewed or changed if necessary. For further information and assistance please contact your local Kistler support office. 2.5.3 Firmware update Upgrading the DTI375 recorder firmware is possible via the Kistler DeviceMaintenaceTool. Please refer to the cor- responding software manual. DTI375_002-871e-07.19 Page 27... -
Page 31: Eeprom Organization
ƒ The sorting sequence within a keyword group is ran- Do not modify any manufacturer TEDS entries ($MANUF, $MDATE, $MTYPE, $MSERI, $MSPEC, @MPSER, @MMODS). They are intended to be modified by Kistler Service or Production Centers only. The recorder will recognize unauthorized modifications on these TEDS entries and will report an error. Page 28... -
Page 32: System And User Keywords For The Data Recorder
Installation and operation 2.6.2 System and user keywords for the data recorder Only the identifiers listed in the following table for the key- words are permitted. 2.6.2.1 List of system keywords The system keyword with the identifier for the checksum STCHK must always be present, the others are exemplary. Tag identifier Explanation Given numeric values are examples $STCHK = 255 8 bit unsigned modulo checksum for system tag space exclusive this tag. -
Page 33: List Of User Keywords
Data recorder Type DTI375 2.6.2.2 List of user keywords The user keyword with the identifier for the checksum UTCHK must always be present, the others are exemplary. Tag identifier Explanation @RCNAM = String Recorder name @MYTAG = String My comment @MPSER = SerialNo Serial number of the internal processor @MMODS = 1 HW Modification state of the device... -
Page 34: User Tags List
Installation and operation 2.6.3.2 User tags list The user keyword with the identifier for the checksum UTCHK must always be present, the others are exemplary. Tag identifier Explanation @PSNAM = String Ups name @MYTAG = String My comment @MMODS = 1 HW modification state of the device @UTCHK = 123 8 bit unsigned modulo checksum for user tag space exclusive this tag. -
Page 35: Technical Data
Data recorder Type DTI375 3. Technical data Data recorder Type DTI375.08 Type DTI375.12 DTI ports Measuring channels Recording time >300 >200 Trigger T-Zero T-Zero Start recording (SR) Start Recording (SR) Max. trigger input voltage (with –8 ... 13 –8 ... 13 respect to GND) Synchronization input frequency 1 000 1 000... - Page 36 Technical data Technical data, continuation UPS power supply Type DTI375.01 Supply voltage 36 ... 60 Power consumption (max.) Buffer time >5 Rechargeable battery Type Lithium-Polymer Voltage Capacity Power (nom., max.) Weight grams Dimensions (LxWxH) 58x50x25 Operating temperature range °C 5 ... 40 Storage temperature range Long term °C ‒20 ... 25...
-
Page 37: Mechanical Overview
Data recorder Type DTI375 3.1 Mechanical overview Fig. 13 shows the mechanical dimensions of the Type DTI375.12 casing. The DTI375.12 data recorder can be mounted using four M4 screws. Each one located at the corner of the casing. Fig. 13: Type DTI375.12 mechanical drawing Page 34 DTI375_002-871e-07.19... - Page 38 Technical data Fig. 14 shows the mechanical dimensions of the Type DTI375.08 casing. The DTI375.08 data recorder can be mounted using three M4 screws. Each one located at the corner of the casing. Fig. 14: Type DTI375.08 mechanical drawing DTI375_002-871e-07.19 Page 35...
-
Page 39: Total Pages
Data recorder Type DTI375 Fig. 15 shows the mechanical dimensions of the Type DTI375.01 UPS casing. The DTI375.01 UPS as well can be mounted using four M4 screws. Each one located at the corner of the casing. The UPS connector is mounted using two M2.5x10 screws.
Need help?
Do you have a question about the DTI375.12 and is the answer not in the manual?
Questions and answers