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Summary of Contents for Kistler KiDAQ 5500A
- Page 1 Instruction Manual KiDAQ Data Acquisition Type 5500A for use with KiStudio Lab Type 2911A 5500A_002-943e-04.24...
- Page 3 Information in this instruction manual is subject to change any time, without notice. Kistler reserves the right to improve and modify its products in the course of technical advancement, without any obligation to inform any persons or organizations of such changes.
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Page 4: Table Of Contents
Type 5500A Content Introduction and Important Notes ..................... 3 Disposal Instructions for Electronic Devices ............... 3 Software Upgrades and Updates ..................3 Repairs at Kistler ......................... 3 KiDAQ User Documentation Overview ..................4 System Overview ......................... 5 Components ........................5 3.1.1 KiStudio/jBEAM Lab Software Package .............. -
Page 5: Introduction And Important Notes
Kistler Instruments sales office for return instructions. Software Upgrades and Updates Kistler may from time to time supply upgrades or updates for PC software and device firmware. Such upgrades or updates must always be installed. -
Page 6: Kidaq User Documentation Overview
• Information about dimensions and weights of components Please note: All documents are available on the Kistler website (login required for Manual and Quick Start Guide) and will be updated from time to time. Please check occasionally for new versions. -
Page 7: System Overview
System Overview 3. System Overview With the KiDAQ data acquisition system, Kistler offers engineers, researchers, measurement technicians and students the opportunity to combine everything they need for their measurement task in one setup. Various measurands and sensors can be used with different data acquisition hardware and be combined to a unified logical measurement system –... -
Page 8: Connectivity With Kiconnect
10 kSps data rate or a combination). LabAmp family The test setup can be extended as needed together with other high-quality signal conditioning and data acquisition systems from Kistler like LabAmp and – in future – with selected devices from third-party manufacturers. Page 6 5500A_002-943e-04.24... -
Page 9: Kidaq Hardware Overview
System Overview • LabAmp Type 5165A for dynamic charge measure- ments (piezo-electric sensors), IEPE- or voltage- measurements. 1 or 4 channels. • LabAmp Type 5166A for differential charge measurements (piezo-electric sensors). 4 channels. • LabAmp Type 5167A for quasi-static and dynamic charge measurements (piezo-electric sensors). - Page 10 Type 5500A Universal measurement module Type 5501A • 2 analog input signals o Voltage up to 60 V o Current o Resistance o Potentiometer o Resistance thermometer (Pt100, Pt1000) o Thermocouples (types B,E,J,K,L,N,R,S,T,U) o Strain gauges o IEPE sensors (Piezotron) •...
- Page 11 System Overview Measurement module for voltage and status Type 5506A • 8 analog input signals o Voltage up to 60V • 2 digital input signals o Status • A/D conversion: 20 kSps (per channel), 24 bit • Galvanic isolation (channel to channel to power supply and to interface), isolation voltage: 500 VDC Measurement module for transmitters, voltage and current...
- Page 12 Type 5500A Measurement module for MEMS capacitive sensors Type 5514A • Up to 8 analog input signals o 4 single-axis or 2 triaxial MEMS capacitive sensors (K-Beam) o Temperature signals o IEPE sensors (Piezotron) • A/D conversion: 20 kSps (per channel), 24 bit •...
- Page 13 System Overview Measurement module for RTD or resistance Type 5522A • 4 analog input signals o Resistance o Resistance thermometer (Pt100, Pt1000) • A/D conversion: 10 Sps (per channel), 24 bit • Galvanic isolation (channel to channel to power supply and to interface), isolation voltage: 500 VDC Measurement module for non-insulated thermocouples at high potential...
- Page 14 Type 5500A Measurement module for high voltage Type 5529A • 4 analog input signals o Voltage up to 1200 V • A/D conversion: 100 kSps (per channel), 24 bit • Galvanic isolation (channel to channel to power supply and to interface), isolation voltage: 1200 VDC / 858 VACrms Please see also safety instructions in chapter 9.1 below.
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Page 15: Kidaq Accessories
System Overview Measurement module for differential digital signals Type 5535A • Up to 6 digital input signals o Frequency o Pulse width o Counter signal o Time o Status • Frequency measurement up to 1 MSps • Galvanic isolation (channel to channel to power supply and to interface), isolation voltage: 500 VDC 3.1.5 KiDAQ Accessories... -
Page 16: Parametrization Of Kidaq Device And Channels
Type 5500A 4. Parametrization of KiDAQ Device and Channels Use of different Sampling Rates reduce amount recorded data recommended to select different sampling rates for different types of input signals. As a rule of thumb, we recommend a sampling rate, which is about 5 to 10 times higher than the expected signal bandwidth. -
Page 17: Time Settings
Parametrization of KiDAQ Device and Channels The Nyquist-Shannon sampling theorem applies to every digitization 0.5 x f is called the Nyquist frequency. sampling Signal components with a frequency higher than half of the sampling frequency must be filtered out of the signal with a low-pass filter before digitization;... -
Page 18: Parametrization Of Kidaq Channels
Type 5500A Method Use cases Comments Synchronizes device’s clock with external time Network or cloud setup server. Please Note: • Use an NTP time server close to your setup (preferred within your own network) • For use cases with multiple devices it may take several hours until all devices are synced down to a level of several 10 ms. - Page 19 Parametrization of KiDAQ Device and Channels Current with external shunt (accessory) • Shunt resistor value is 4 x 100 Ω. Applies to KiDAQ module 5505A and module 5507A with Shunt • To measure signals from a sensor with e.g. 4 … 20 Terminal 5584A1.
- Page 20 Type 5500A Thermocouples • Thermocouples require a cold-junction compensation Applies to KiDAQ modules 5501A, 5502A and 5521A. which is available as an accessory for mentioned modules. Please refer to the module datasheet for details. • Thermocouple sensors have a color coding for the plus (+) and minus (–) terminal.
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Page 21: Configuration Examples
Configuration Examples 5. Configuration Examples Torque Sensor 4503B with KiDAQ Module 5534A Measurement Setup Sensor + Cable: KiDAQ: Laptop: 4503B + 180008943 Module 5534A KiStudio/jBEAM Lab Package 2910B Sensor Tool 4706 (for initial setup only) 5.1.1 Sensor Settings Initial Setup of Torque Sensor with Sensor Tool 4706 •... -
Page 22: Cabling
Type 5500A 5.1.2 Cabling Cable Art. No. 180008943 for 12 pin connector is used in this example. Please be aware that the color code may be different and check carefully before connection. Function Cable Color Module 5534A Connector / Pin Supply Voltage 11…30 Vdc Supply GND violet... - Page 23 Configuration Examples are used internally; channel 2 is deactivated automatically). • Pulse Factor equals the frequency change related to the measured value. • Zero Point Correction equals the frequency at zero output. Example: using a sensor with range of 10 Nm and frequency output of 100 kHz ±...
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Page 24: Hardware Setup With Multiple Measurement Devices
Type 5500A 6. Hardware Setup with multiple Measurement Devices Multiple KiDAQ or LabAmp devices can be used in one setup with KiStudio Lab Professional. For precise time synchronization between the devices a switch with PTP support (Precision Time Protocol, IEEE 1588) is highly recommended. -
Page 25: Configure Hirschmann Switch To Run As Ptp Master
Hardware Setup with multiple Measurement Devices 1. Download HiView tool: https://catalog.belden.com/index.cfm?event=pd&p=PF _HiView (needs a login) 2. Configure the physical Ethernet port of your PC to static IP address 192.168.103.3 (Netmask 255.255.255.0). Don’t forget to note your current settings to set them back after the procedure. 3. -
Page 26: Set The Switch Address And Time And Save The Settings
Type 5500A Set the entry to be: IP Address: 192.168.103.101 Last IP Address: 192.168.103.130 Default Gateway: 192.168.103.31 DNS: any valid DNS server IP (e.g. 8.8.8.8) Activate the pool Set the changes Set the Switch Address and Time and save the Settings 1. - Page 27 Hardware Setup with multiple Measurement Devices 5. Add devices to your project in KiStudio Lab and set the PTP Domain to 0 for every KiDAQ device in the setup (Measurement Device Settings). 6. Check in ► System Settings ► Device Management if devices are synchronized (Clock Sync Mode Status).
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Page 28: Maintenance
USB, as described in chapter or 7.2. KiDAQ Controller 5551A Firmware Update via USB Required tools: • Empty USB memory stick (min. 2 GB) • KiDAQ Controller firmware from Kistler website ► just enter the device type number ‘5551A’ into the search field Procedure: 1. -
Page 29: Kidaq Measurement Module Firmware Update
Kistler Service for support. for > 2 minutes 7.2.1 KiDAQ Measurement Module Firmware Update Required tools: • KiDAQ Controller 5551A firmware from Kistler ► just enter the device website: www.kistler.com type number into the search field. • KiDAQ Toolbox (software included in KiDAQ... -
Page 30: Change Of Battery In Kidaq Controller 5551A
4 years latest. • Device not powered (used only occasionally): battery should be replaced after 2 years latest. Please contact your Kistler sales or service for further instructions. Required Tools: For KiDAQ Portable and DIN Rail please have following tools ready: •... -
Page 31: Troubleshooting
If both LEDs are solid on (no flashes) for Blue illuminated longer than approx. two minutes, then it is likely the firmware update process LED B could or has failed. Please contact Kistler Orange illuminated Service for technical support. KiDAQ measurement LED A: Normal operation. -
Page 32: Unstable Connection From Pc To Measurement Devices
Type 5500A LED 1…4: KiDAQ measurement Charge amplifier is in ‘Measure’ mode Blue illuminated module 5509A Charge amplifier status Blue flashing Charge amplifier is in ‘Reset’ mode (continuously) Red illuminated Charge input was in overload Unstable Connection from PC to Measurement Devices Possible issues •... -
Page 33: Appendices
Appendices 9. Appendices Safety Information for High Voltage Modules 5525A … 5528A Modules 5525A, 5526A 5528A and 5529A are high voltage (HV) devices. Please always follow the safety instructions (based on European standard EN61010-1): • Attention high voltage device, danger for life and health in case of non-regular use. -
Page 34: Schematics Of Accessories
Type 5500A Schematics of Accessories 9.2.1 Cold Junction Compensation Type 5582Ax 5582A1: Cold Junction Compensation for 5501A 5582A2: Cold Junction Compensation for 5521A 5582A3: Cold Junction Compensation for 5502A Page 32 5500A_002-943e-04.24... -
Page 35: Bridge Completion Type 5583Ax
Appendices 9.2.2 Bridge Completion Type 5583Ax 5583A1: Bridge Completion for 5501A (2) populated on Type 5583A1R120 only (3) populated on Type 5583A1R350 only Resistor specifications: 120R: 0.01% TK2 350R: 0.01% TK2 0.02% TK0.1 5583A2: Bridge Completion for 5518A 5500A_002-943e-04.24 Page 33... - Page 36 Type 5500A 5583A3: Bridge Completion for 5502A Page 34 5500A_002-943e-04.24...
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