Measurement-computing WBK Options Manuel d'utilisateur

USER’S MANUAL WBK Options *372187C-01* 372187C-01 489-0902 rev 4.4 Option Cards and

6 Introduction 988397WBK Option Cards and ModulesWBK modules can be stacked using fastener panels, sometimes referred to as

WBK17, pg. 22 987996WBK17, Counter/Encoder ModuleEncoder Wiring DiagramsYou can use up to four encoders with each WBK17 module in your WaveBook system

WBK17, Counter/Encoder Module 987996 WBK17, pg. 23Wiring for 1 or 2 EncodersThe following figure illustrates differential connections for two encoder

WBK17, pg. 24 987996WBK17, Counter/Encoder ModuleThere are other useful encoder options; for example, analog filtering. If the encoders are known to

WBK17, Counter/Encoder Module 987996 WBK17, pg. 25If more timing resolution is needed, the scan period must be shortened. This has an impact when se

WBK17, pg. 26 987996WBK17, Counter/Encoder ModuleApplication Example #2Using Encoder mode to implement Up/Down Counters of any size.The encoder mode d

WBK17, Counter/Encoder Module 987996 WBK17, pg. 27Wiring for 3 EncodersThe following figure illustrates single-ended connections for three encoders.

WBK17, pg. 28 987996WBK17, Counter/Encoder ModuleWith the encoders connected in this manner there is relative positioning information available on two

WBK17, Counter/Encoder Module 987996 WBK17, pg. 29Four Encoders – Example SetupChannel Connection Programming Setup1 Encoder1 – A Encoder Mode, 1X op

WBK17, pg. 30 987996WBK17, Counter/Encoder ModuleDigital OutputsThe WBK17 has 8 fully programmable digital outputs. Each output has an open-drain DMO

WBK17, Counter/Encoder Module 987996 WBK17, pg. 31Pattern Detection and Data MarkersThe WBK17 has a pattern detection feature that can be individuall

WBK10A, Analog Expansion Module 988397WBK10A, pg. 1WBK10A Analog Expansion ModuleImportant Notice! WaveBook/516E Us

WBK17, pg. 32 987996WBK17, Counter/Encoder ModulePattern Detection ModuleNote: OPT bits (see figure) are set by software options.Example: Setpoint D

WBK17, Counter/Encoder Module 987996 WBK17, pg. 33Example Detection: Channel 1 in Totalizing Counter ModeThe detection circuit works on data that is

WBK17, pg. 34 987996WBK17, Counter/Encoder ModuleDetection Example: Channel 4 in Encoder Position Mode, Channel 5 in Period ModeDetect 4 can be route

WBK17, Counter/Encoder Module 987996 WBK17, pg. 35Software SupportWaveView contains special software features for WBK17. These features are discusse

WBK17, pg. 36 987996WBK17, Counter/Encoder ModuleFuse ReplacementThe WBK17 has three user-replaceable fuses as follows:• F1 - Power Output Fuse (for +

WBK17, Counter/Encoder Module 987996 WBK17, pg. 37WBK17 - SpecificationsGeneralPower Consumption: 520 mA @ 15V input, 310 mA @ 25Vinput (assuming no

WBK18 Dynamic Signal Conditioning Module Description…… 1 Current Source with Transducer Fault Detection…… 2 Input Coupli

The WBK18 module includes a built-in programmable voltage excitation source. This source can be used to stimulate dynamic systems for transfer functi

Low-Pass Anti-Aliasing Filter Each channel features a programmable low-pass filter to provide alias protection and to allow for the removal of undesi

TEDS Support TEDS, Transducer Electronic Data Sheet, is a purchased option. The TEDS feature enables a WBK18 module to access the calibration informa

pg. 2, WBK10A 988397 WBK10A, Analog Expansion ModuleThe front panel has the following connectors and indicators:WBK10A Front Panel• 1 Analog Common

Hardware Setup Configuration The WBK18 requires no physical hardware settings. All WBK18 configurations are controlled by software. Reference No

To ensure that the software recognizes all system components, when powering up an Ethernet connected WaveBook system, it is important that the WaveB

Software Setup General Depending on your application, you will need to set several software parameters. Proper settings will allow WaveView to organ

Source Level – Source Level refers to the transducer bias current and is not to be confused with the excitation source that is discussed on pages 4 a

Maximizing Alias Protection What is Aliasing? Aliasing is a phenomenon of sampled data systems wherein a high frequency signal is misrepresented as a

Gain of 8-pole Filter Mode-100-80-60-40-20000.511.522.533.54FIN/FCGain (dB) Gain of 8-pole Filter Mode-14-12-10-8-6-4-200 0.2 0.4 0.6 0.8 1 1.2Gain (

Using the 2-pole Filter and Bypass 2-pole Filter Mode For applications where the signal of interest is entirely AC in nature, the low-pass filter mode

Bypass Mode Bypass mode also provides excellent passband accuracy and provides minimal signal attenuation up to very high frequencies for those applic

DC Accuracy As previously mentioned, the 2-pole and Bypass filter modes are most commonly used in applications where DC signal information is importan

Excitation Source In order to configure the excitation source, click on the Configure Sine Wave Output button in the Module Configuration window. Thi

WBK10A, Analog Expansion Module 988397WBK10A, pg. 3Specifications - WaveBook/516, /516A, /516E, and WBK10AAnalog Spe

Sweep Mode (continued) Example of a Linear Sweep Waveform Example of a Log Sweep Waveform WBK18, Dynamic Signal Input Module

Custom Mode In this mode, the user can create customized waveforms built out of specified sine wave-based components. For example, a waveform could

How to Save or Open Output Sine Wave Configuration Files Within all modes, there is the ability to save and recall waveform configurations, which is

Using Accelerometers Overview A low-impedance piezoelectric accelerometer consists of a piezoelectric crystal and an electronic amplifier. When str

Sensitivity The sensitivity of an accelerometer is defined as its output voltage per unit input of motion. The unit of motion used is “g.” One “g” i

Overload Recovery Recovery time from clipping due to over-ranging is typically less than 1 ms. Recoveries from quasi-static overloads that generate h

Fuse Replacement – for WBK18 CAUTION Turn OFF the power to, and UNPLUG the WBK18 module and all connected equipment. Remove all signal I/O line

1. If you have not already done so, turn OFF the power to, and UNPLUG the WBK18 module and all connected equipment. Remove all signal I/O lines fr

Specifications – WBK18 Specifications are subject to change without notice. General System Connectors: BNC connecto

Excitation Source Channels: 1 Signal Connection: BNC Frequency Range: 1 Hz to 5 kHz Frequency Resolution: 0.01 Hz Amplitude Settings (p-p): 10V,

pg. 4, WBK10A988397WBK10A, Analog Expansion ModulePGA FilterFilter Type: 20KHz low pass, Butterworth, 5-pole filterWBK11A FunctionsInput Voltage Ra

Typical Performance Characteristics WBK18 Frequency Spectrums (typical) Each spectrum was taken from a WaveBook/516A that was sampling at 20kSamples/

Reference to 274-0901 979397WBK20A, page 1WBK20A PCMCIA/EPP Interface CardFor Linking a WaveBook or DaqBook to a

WBK21, ISA/EPP Plug-in Board 948198WBK21, page 1WBK21 ISA/EPP Interface Plug-In BoardFor Linking a WaveBook to a

WBK21, page 2948198WBK21, ISA/EPP Plug-in BoardJP2The JP2 configuration enables (or disables) the parallel port. Enabled is the default.JP3 The JP3

WBK23, PCI/EPP Plug-in Board 988696WBK23, page 1WBK23 PCI/EPP Interface Plug-In BoardFor Linking a WaveBook or Daq

WBK23, page 2988696WBK23, PCI/EPP Plug-in BoardWBK23 is plug-and-play compatible with all versions of Windows® operating systems to automaticallyconfi

WBK25 Ethernet Interface User’s Guide For Connecting a WaveBook, DaqBook, WBK40, or WBK41 to the Ethernet

Description Front Panel The left side of the WBK25 front panel will include a MAC (Media Access Control) Address Label. The label displays the device

Operational Aspects The WBK25 provides an interface for high-speed Ethernet connectivity. The module contains one 10/100BaseT Ethernet port for conn

Connecting a WBK25 to the Ethernet Connecting a WBK25 to the Ethernet Introduction The WBK25 connects directly to an Ethernet port o

WBK10A, Analog Expansion Module 988397WBK10A, pg. 5SequencerOperation: Programmable for channel, gain, and for unip

STEP 1 – Install the Software 1. Remove previous version Daq drivers, if present. You can do this through Microsoft’s Add/Remove Programs feature.

Some network devices such as a wireless access point may act as a DHCP server. If this is the case, follow the instructions for the LAN with DHCP s

STEP 3 – Connect the WBK25 to the Ethernet Reference Note: For examples of system connections, including cable use, refer to the following docume

The power management and power requirements sections of the associated user’s manual(s) should be reviewed prior to powering up a system.  For Daq

Local Area Connection Properties 5. Double-click the “Internet Protocol (TCP/IP)” component (previous figure). The “Internet Protocol (TCP/IP) Prope

Configure the Computer’s TCP/IP settings as follows. Internet Protocol (TCP/IP) Properties 6. Select the “Use the following IP Address” radio button

DaqIPConfig 3. Select the device that is to have the address change. Note: In the above figure there is only one device to select, i.e., WBK25. 4.

STEP 7 - Configure the System using the Daq* Configuration Applet The Daq* Configuration applet, designed for 32-bit Windows 95/98/Me/NT/2000/XP sy

3. Set the properties of the WBK25. In this step you will set the device properties according to one of the following two methods, depending on whet

4. Test the system connections. Before testing the system, make sure the device has been properly installed and powered-on. Make sure all cables are

WBK11A – SSH Card 988396WBK11A, pg. 1WBK11A Simultaneous Sample & Hold CardImportant Notice! W

What does the TCP/IP test tell me? The TCP/IP test provides test results for “Pinging Device” and “TCP Connection Test.” Pinging Device. The Pingin

Fuse Replacement CAUTION Turn OFF the power to, and UNPLUG the WBK25 Ethernet Interface Module and all connected equipment. Electric shock or dam

3. Locate fuse F201 near the Power In DIN 5 Connector (left edge of the rear panel, see figure). 4. While wearing a grounded wrist strap, remove an

Ethernet CE Kit Installation Instructions Introduction The Ethernet CE Kit includes three ferrite clamp-on inductive

WBK30, Memory Options 988296WBK30, pg. 1WBK30WaveBook Memory OptionsImportant Notice for WaveBook/516E Users!For the WaveBook/516E, WBK30 option

WBK30, pg. 2 988296WBK30, Memory OptionsWith exception of the WaveBook/516E, for which the WBK30 option must be factory installed if the optionis sele

WBK30, Memory Options 988296WBK30, pg. 3Software SetupReference Note:Refer to the WaveView Document Module for detailed information regarding Wa

WBK30, pg. 4 988296WBK30, Memory OptionsEnable Overflow Protection Mode — causes WaveView to use Overflow Protection for all acquisitions.Usually, whe

WBK30, Memory Options 988296WBK30, pg. 5WBK30 – Frequently Asked QuestionsQuestion: How does the addition of the WBK30 memory module affect th

WBK30, pg. 6 988296WBK30, Memory OptionsQuestion: When using a WBK30, how do I calculate the length of the acquisition?Answer: Before we answer, consi

pg. 2, WBK11A 988396WBK11A – SSH CardHardware SetupConfigurationAll WBK11A co

WBK40 and WBK41 Thermocouple & Multi-Function I/O Modules For use with WaveBook/516E and WBK25 WBK40 14 Channel Thermocouple Inpu

Front Panel Connectors WBK41 Front Panel WBK41, Front Panel Connectors Note that the WBK40’s Front Panel is identical, except it has no Screw-Termina

WBK40 Front Panel WBK40 Front Panel Connectors The Mini-TC and Analog Common Connectors exist on both the WBK40 and WBK41 Modules. Item Descripti

Rear Panel Connectors WBK41, Rear Panel Connectors Note that WBK40’s Rear Panel is identical, except it has no P2 connector. Page 1 includes a

Setup Reference Note For a quick set up involving connecting a WBK40 or a WBK41 to a WaveBook/516E or to a WBK25, refer to the WBK40 & WBK41 Inst

DIGITAL I/O (2 Terminal Blocks) POWER [Out] COUNTER - TMR D/A (DAC0, DAC1, DAC2, DAC3) WBK41, Front

Open Thermocouple Detection The WBK40, WBK41, and DBK84 modules are equipped with open thermocouple detection for each channel. This means that a bro

Connecting to the Device Interface Side – WBK40 System Examples WARNING Electrical Shock Hazard! To avoid possible injury and equipment damage, turn

DBK84 DBK84 DBK84 WBK40 WaveBook/516E WBK17 WBK10A Note 1 Channel Input Side

What are “T-Cables” and how are they used? CAUTION Turn power OFF to the acquisition devices and to externally connected equipment prior to conne

WBK11A – SSH Card 988396WBK11A, pg. 3Accuracy and Noise SpecificationsWaveBook/516 Series(Alone)WaveBook/516

Connecting to the Device Interface Side – WBK41 System Examples WARNING Electrical Shock Hazard! To avoid possible injury and equipment damage, tu

Channel Input Side Device Interface Side A WaveBook/516A with a WBK25, WBK41, and DBK84 Note 1 DBK84 WB

Setting “Unique” Channel Addresses for DBK84 Modules All DBK84 modules that are connected to WBK40 or WBK41 systems must have unique channel address

Software Setup You will need to use the Daq* Configuration control panel applet to add the WBK40 or WBK41 device to the parent (first level) device,

WBK40 Block Diagram Thermocouple Measurements Each WBK40 and WBK41 module’s internal circuitry includes cold junction compensation (CJC) for direct

In regard to adding thermocouples to WBK40, WBK41, or DBK84 modules, Channels 1 through 7 are used for the first seven thermocouples, and channels 9 t

Counter Input Channels The devices allow synchronous scanning of the 4 16-bit counter input channels. The four 16-bit counter channels can also be ca

Asynchronous I/O Operations - WBK41 The WBK41 allows asynchronous input of any counter or digital channel that is not currently configured for sync

Analog Output Channels (The DBK46 Factory Install Option is Required) When a WBK41 has a DBK46 option installed, the module has the ability to output

DBK46 is installed at the factory. To verify that a DBK46 is installed, simply check the acquisition software’s Analog Output Window for the presence

Programmable Low-Pass Filter Cards 988396WBK12A and WBK13A, pg. 1WBK12A and WBK13A Programmable Low-Pa

CE Compliance Overview CE-compliant products bear the “CE” mark and include a Declaration of Conformity stating the particular specifications and con

For clarification, terms used in some Declarations of Conformity include: • pollution degree: any addition of foreign matter, solid, liquid or gaseo

CE Enhancements for DBKs The following CE enhancements are described in the individual document modules of the DBK Cards and Modules User’s Manual (p

You will need the following: Phillips Screwdriver • • • • • 3AG Fuse Puller, or needle-nose pliers* 3/16-inch hex-nut driver Grounding wrist strap and

5. Locate fuse F201 (see the preceding figure). 6. While wearing a grounded wrist strap, remove and replace the bad fuse. Ensure that the new fuse

P1 DB37 Connector Pinout Analog I/O Pin Signal Name Description for P1 Pin Use 1 +5 VDC Ex

P2 DB37 Connector Pinout (WBK41 Only) Digital I/O P2 does not apply to WBK40. Pin Signal Name Description for P2 Pin

Specifications – WBK40 and WBK41 Power Supply Voltage Range: 10 to 30 VDC Power Out, from P1: +15 VDC @ 500 mA (via pin 21) –15 VDC @ 500 mA (v

TC Accuracy at Measurement Temperature in °C (±°C) Type Min Max -100 0 100 300 500 700 900 1100 1400 J -200 760 0.6 0.5 0.5 0.6 0.7 0.7

Triggering WBK40, Trigger Sources Four, individually selectable for starting and stopping an acquisition. Stop acquisition can occur on a different ch

WaveBook/512A, /516, /516A, /516E 988789 WaveBook User’s Manual iii Warranty Information Your warranty is as stated on the product warranty

pg. 2, WBK12A and WBK13A 988396 Programmable Low-Pass Filter CardsWBK12A and WBK13A Block

Additional Specifications for WBK41 In addition to the preceding specifications, the following apply to WBK41. They do not apply to WBK40. Power Out

Front Panel – Digital I/O Characteristics: Note: The following characteristics apply to the16 Digital I/O lines that connect to the front panel’s rem

Ordering Information Modules 14-channel thermocouple input module for the WaveBook/516E and WBK25 WBK40 Multi-function I/O module for the WaveBook/5

1066-0901, rev 1.0 967896 WBK40 & WBK41 Installation Guide IG-1 WBK40 & WBK41 Installation Guide For connecting to a WaveBook/516

IG-2, WBK40 & WBK41 967896 Installation Guide These instructions begin with the assumption that the following two conditions are satis

1066-0901, rev 1.0 967896 WBK40 & WBK41 IG-3 STEP 2 – Connect the WBK40 or WBK41 to Power What you will need: A power supply with a range

IG-4, WBK40 & WBK41 967896 Installation Guide STEP 3 – Configure and Test the Hardware The Daq* Configuration applet, designed for 32

1066-0901, rev 1.0 967896 WBK40 & WBK41 IG-5 3. Set the Expansion Port number. In our current setup, the WBK40 or WBK41 is a second-level dev

IG-6, WBK40 & WBK41 967896 Installation Guide Performance Tests. These types of tests are intended to check various device functions, u

WBK61 and WBK62, High-Voltage Adapters988296WBK61 and WBK62, pg. 1WBK61 and WBK62High-Voltage AdaptersDescriptionThe WBK61 and WBK62 are single-channe

Programmable Low-Pass Filter Cards 988396WBK12A and WBK13A, pg. 3WBK12A and WBK13A – SpecificationsName

WBK61 and WBK62, pg. 2 988296WBK61 and WBK62, High-Voltage AdaptersHardware SetupRefer to the following steps and figures to connect the high voltage

WBK61 and WBK62, High-Voltage Adapters988296WBK61 and WBK62, pg. 33. If connecting only one WBK61/62, connect the green banana plug/alligator clip le

WBK61 and WBK62, pg. 4 988296WBK61 and WBK62, High-Voltage AdaptersSoftware SetupDepending on your application, you will need to set several software

WBK61 and WBK62, High-Voltage Adapters988296WBK61 and WBK62, pg. 5WBK61 and WBK62 - SpecificationsName/Function: WBK61, High-Voltage Adapter with Pr

Data Acquisition 969597 Glossary G-1GlossaryAcquisitionA collection of scans

G-2 Glossary 969597Data AcquisitionDigitalA digital signal is one of discrete value, in contrast to a varying signal. C

Data Acquisition 969597 Glossary G-3Mapped ChannelIn relation to the WBK17,

pg. 4, WBK12A and WBK13A 988396Programmable Low-Pass Filter CardsAccuracy and Noise Speci

Programmable Low-Pass Filter Cards 988396WBK12A and WBK13A, pg. 5Predicting Amplitude LossThe following

pg. 6, WBK12A and WBK13A 988396Programmable Low-Pass Filter CardsEFx()Fx0 800 1600 2400 3

WBK14, Dynamic Signal Input Module 988396WBK14, pg. 1WBK14Dynamic Signal Input ModuleDescription…… 1Current

WBK14, pg. 2 988396WBK14, Dynamic Signal Input ModuleWBK14 Block DiagramCurrent SourceWB

WBK14, Dynamic Signal Input Module 988396WBK14, pg. 3 Programmable Low-Pass Filter, Switch-CapacitorMost of

WBK14, pg. 4 988396 WBK14, Dynamic Signal Input ModuleHardware SetupCAUTIONCAUTIONCAUTIO

WBK14, Dynamic Signal Input Module 988396 WBK14, pg. 5Software SetupDepending on your application, you will

iv988296WBK Option Cards and ModulesCAUTIONCAUTIONCAUTIONCAUTIONUsing this equipment in ways other than described in this manual can causepersonal inj

WBK14, pg. 6 988396WBK14, Dynamic Signal Input ModuleUsing Accelerometers with WBK14Over

WBK14, Dynamic Signal Input Module 988396WBK14, pg. 7Transverse Sensitivity - An accelerometer is designe

WBK14, pg. 8 988396WBK14, Dynamic Signal Input ModuleConnectorThis parameter specifies t

WBK14, Dynamic Signal Input Module 988396WBK14, pg. 9 WBK14 – SpecificationsName/Function: WBK14, 8-Channel

WBK15, 5B Isolated Signal Conditioning Module 988396WBK15, pg. 1WBK155B Isolated Signal-Conditioning ModuleDescript

WBK15, pg. 2988396WBK15, 5B Isolated Signal Conditioning ModuleHardware SetupConfigurationThe next figure shows the board layout within a WBK15. Note

WBK15, 5B Isolated Signal Conditioning Module 988396WBK15, pg. 35B Pins(×14)Mounting Screw5°angle to facilitate ins

WBK15, pg. 4988396WBK15, 5B Isolated Signal Conditioning ModulePowerLike the WaveBook, WBK15 contains an internal power supply. The unit can be powere

WBK15, 5B Isolated Signal Conditioning Module 988396WBK15, pg. 5Fastener panels will partially block the vents on W

WBK15, pg. 6988396WBK15, 5B Isolated Signal Conditioning ModuleEngineering Units Conversion Using mx + bMost of our data acquisition products allow th

WBK Option Cards and Modules 967896 v Table of Contents An Introduction to WBKs WBK10A – Analog Expansion Module WBK11A – Simultaneous Sample and Hol

WBK15, 5B Isolated Signal Conditioning Module 988396WBK15, pg. 7WBK15 – SpecificationsName/Function: WBK15 Multi-Pu

WBK16 Strain-Gage Module Description...1 Excitati

WBK16, pg. 2 949794 WBK16, Strain-Gage Module Channel Selection The eight independent channels are rou

Front & Rear Panels WBK16’s front panel has the following connectors and indicators as shown: ACTIVEPOWERREADY • 8 DB-9 connectors for bridge inp

Stacking Modules For convenient mounting, the WBK16 has the same footprint as other WBK modules and WaveBooks. Corner brackets (protective ears) pro

A fan draws and exhausts air through vents in the WBK16 enclosure. To maintain sufficient cooling it is important to keep the fan and vents free of

Excitation Connection Remote sense inputs are provided for the excitation regulators. The excitation voltage will be most accurate at points where re

Reference Notes: Schematics of various bridge configurations begin on page 8. DB9 connector information, including use of the optional CN-189 ad

Configuration Diagrams Full-Bridge Configurations The full-bridge has four strain-variable elements and requires no bridge completion components. Quar

Half-Bridge Configurations The half-bridge has two strain-variable elements and requires two internal bridge completion resistors (BCRs). Any bridge

WBK Option Cards and Modules 988397Introduction 1An Introduction to WBKsWhat are WBKs?……

Three-Wire Quarter-Bridge Configurations The three-wire quarter-bridge has only one strain-variable element and requires three bridge completion resi

WBK16, Strain-Gage Module 949794 WBK16, pg. 11 High-Gain Amplifier Configuratio

Connecting to the DB9 Channel Input Connector CAUTION Remove the module from power and disconnect the unit from all externally connected equipment p

CN-189, DB9 Adapter Option CAUTION Remove the WBK16 from power and disconnect the unit from all externally connected equipment prior to connecting c

CN-189 Schematic CN-189 DB9 Adapter for WBK16, Configuration Table Function P3 P4 Resistor Used in R1 1 Internal Excitation Sense Short 1 and

Using the WBK16/LC Load Cell Shunt Cal Option Purpose of the WBK16/LC The WBK16/LC provides a non-committed dry contact on two pins of a single Strai

CAUTION Make the DB9 pin # 2 connection to the “low-side” or the “high-side” of the circuit. BUT NEVER TO BOTH! Doing so will create a short circ

CAUTION Make the DB9 pin # 2 connection to the “low-side” or the “high-side” of the circuit. BUT NEVER TO BOTH! Doing so will create a short circ

Caveats Transducers and load cells, most often employ full bridges with four active strain gages to benefit from inherent temperature compensation an

Calibration Using WaveView Reference Note: The Calibration Parameters Tab Selected section of Chapter 4 includes screen shots and text related to the

2 Introduction 988397WBK Option Cards and ModulesWBK158-Slot 5B Signal Conditioning Module8 channels via 5B ModulesThe WBK15

In the example below CN-115-1 is being used to create a half-bridge configuration with two Bridge Completion Resistors (BCRs) and three Shunt resistor

Note that the two half-bridges previously described are identical [circuit wise] to the one illustrated below, which is being repeated from page 6.

Software Setup WaveView contains special software features for WBK16. The WBK Sensor Configuration aspect of WaveView is discussed in the following

WaveView Configuration Main Window(Top) and Sensor Configuration [Calibration] Window (Bottom) To open the Sensor Configuration [Calibration] w

Sensor Configuration Main Components Sensor Configuration [Calibration] Window Sensor Configuration Toolbar and Pull-Down Menus Control functions

Calibration The Calibration menu provides two functions: Take a Single Reading This command allows the user to take a single reading and display the

Calibration Parameters Tab Selected Sensor Configuration Window Column Description Calibrate? “Yes” enables the selected channel to be calibrated wi

Calibration Parameters Section of Window Two Views Obtained by Scroll Bar Movement Column Description Exc. Volts Used to change the excitation volt

Displaying a Single Reading. In the sensor calibration program, it is possible to take a single reading and display it in the Sensor Configuration [

The Five Methods of Sensor Calibration Before proceeding with calibration, remember to enter your password. The password must be entered before cha

WBK Option Cards and Modules 988397Introduction 3WBK30WaveBook Memory OptionsWBK30 is a D

WBK16, pg. 30 949794 WBK16, Strain-Gage Module 2 Point Manual Calibration In the 2 Point Manual Cali

WBK16, Strain-Gage Module 949794 WBK16, pg. 31 Shunt (Internal Shunt) Calibra

External Shunt Calibration (2 Pt Shunt) This calibration method requires the use of a WBK16/LC option, which is discussed elsewhere in the document.

WBK16, Strain-Gage Module 949794 WBK16, pg. 33 The External Shunt Calibration m

To calibrate this load cell using the sensor calibration program: 1. Enter the 5 necessary parameters (see preceding bulleted list) into the calibrat

Changing Low-Pass Filter Displays To change the LPF display, choose Advanced Features from the System menu item. Enter desired values in the LPF Corn

WBK16, pg. 36 949794 WBK16, Strain-Gage Module WBK16 – User Tips There are some aspects of the WBK16

WBK16, Strain-Gage Module 949794 WBK16, pg. 37 (6) Provide adequate input powe

WBK16, pg. 38 949794 WBK16, Strain-Gage Module WBK16 – Specifications Name/Function: Strain-Gage Mod

WBK17, Counter/Encoder Module 987996 WBK17, pg. 1WBK17 Counter-Input Module with Quadrature Encoder SupportFor use with WaveBook/516, /51

4 Introduction 988397 WBK Option Cards and ModulesHow do WaveBooks and WBKs Interrelate?WaveBooks and WBKs interrelate when

WBK17, pg. 2 987996WBK17, Counter/Encoder ModuleThe WBK17 is an 8-channel multi-function counter/encoder module that can be used with WaveBook/516,/51

WBK17, Counter/Encoder Module 987996 WBK17, pg. 3Hardware SetupConfigurationAll WBK17 configurations are controlled by software. The WBK17 requires n

WBK17, pg. 4 987996WBK17, Counter/Encoder ModuleUsing Fastener Panels to Stack ModulesFor convenient mounting, the WBK17 has the same footprint as oth

WBK17, Counter/Encoder Module 987996 WBK17, pg. 5CMOS output driver with high current outputs used with voltages of up to 15 V. Balanced line driver

WBK17, pg. 6 987996WBK17, Counter/Encoder ModuleComparatorEach channel has its own individually programmable comparator as shown in the figure below.

WBK17, Counter/Encoder Module 987996 WBK17, pg. 7Debounce ModuleEach channel’s comparator output can be debounced with 16 programmable debounce times

WBK17, pg. 8 987996WBK17, Counter/Encoder ModuleTrigger After Stable ModeIn the “Trigger After Stable” mode, the output of the debounce module will no

WBK17, Counter/Encoder Module 987996 WBK17, pg. 9Trigger Before Stable ModeIn the “Trigger Before Stable” mode, the output of the debounce module imm

WBK17, pg. 10 987996WBK17, Counter/Encoder ModuleDebounce times should be set according to the amount of instability expected in the input signal. Se

WBK17, Counter/Encoder Module 987996 WBK17, pg. 11Terms Applicable to Counter ModesThe following terms and definitions are provided as an aid to unde

WBK Option Cards and Modules 988397Introduction 5How are WaveBook Systems Powered?Power s

WBK17, pg. 12 987996WBK17, Counter/Encoder ModuleTiming Mode (see page 19).OPT2: Determines whether the time is to be measured with a 16-bit counter

WBK17, Counter/Encoder Module 987996 WBK17, pg. 13COUNTER: OPT0: This selects totalize or clear on read mode.Totalize Mode – The counter counts up

WBK17, pg. 14 987996WBK17, Counter/Encoder ModulePeriod ModeThis mode allows for period measurement of the channel input. The measurement period is t

WBK17, Counter/Encoder Module 987996 WBK17, pg. 15PERIOD: OPT6: This allows a mapped channel’s period to be measured, instead of the input channel.

WBK17, pg. 16 987996WBK17, Counter/Encoder ModuleEach frequency range given in the previous table-set can be exceded. If the input waveform goes unde

WBK17, Counter/Encoder Module 987996 WBK17, pg. 17Pulsewidth ModeThis mode provides a means to measure a channel’s pulsewidth. The measurement is th

WBK17, pg. 18 987996WBK17, Counter/Encoder ModulePULSEWIDTH: OPT6: This allows the mapped channel’s pulsewidth to be measured instead of theinput ch

WBK17, Counter/Encoder Module 987996 WBK17, pg. 19Timing ModeThis mode provides a means of measuring time between two subsequent events, i.e., the ed

WBK17, pg. 20 987996WBK17, Counter/Encoder ModuleTIMING: OPT2: This determines whether the time is to be measured with a 16-bit (Counter Low), or32-

WBK17, Counter/Encoder Module 987996 WBK17, pg. 21As the encoder rotates, the A (or B) signal is indicative of the distance the encoder has traveled.