Micro Movements M1000-6USB Signal Conditioning
Contents
1. 2 amp 5 x 20mm fuselink DC Power In 3 pin Lemo connector e AC Power In standard IEC socket AC Fuse 0 5 amp 5 x 20mm fuselink SIGNAL INPUTS N Beeeee SUPPLEMENTARY 1 0 24V 250V D C POWER 12V 15V ic 00000000 D C A C 4 1 1 1 0000000 O N POWER gt USB A D C FUSE A C FUSE 2 AMP 0 5 AMP Eo tc AS A C POWERIN N 1 639 Micro Movements Ltd Made in England Type No M1000 6 Ser No E 63 L L Figure 4 2 M1000 6 USB Rear Panel Controls 2006 Micro Movements Ltd Page 19 M1000 6 USB User Guide Issue 01 Page 20 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 Section 5 Installation Guide M1000 6 USB and Snap Master 5 1 1 Introduction This document is to guide those users who are using a Micro Movements M1000 6 USB and wish to install the drivers and Snap Master software on their own computer You can always send your computer to us and we will install these for you 5 1 2 Overview The M1000 6 USB contains an 8 Channel USB powered data acquisition unit This requires hardware drivers to be loaded so that the computer can communicate The basic hardware driver is Universal Library Instacal If you are writing your own applications in Delphi C or Visual Basic there are driver interfaces and example code available when insta2. Power Supply 115 230V 45 440Hz selectable via rear panel control 1224VDC Power Consumption 25VAmaximum Operating Temperature 0 C to 40 C Storage Temperature 20 C to 70 C Digital Monitor 3 1 2 digits Range 1 1 999 volts Range 2 19 99 volts Calibration 1mV through 10 V continuously variable Four switched attenuator ranges and Fine interpolation control Attenuator accuracy 0 5 Stability 200 p p m C Transducer Power Supply 3 12VDCin1Vsteps alternative ranges available on request Analog to Digital Configuration 1 x 8 channel Analog to Digital Converters Resolution 12Bit 16 bit optional Sample Rates 48 K Samples Sec maximum throughput for each 8 channel A D Typical 7 K Samples Sec on each channel for 6 channels Maximum on 1 channel 48 K Samples Sec Overall System Accuracy Using Zero and Gain controls on Signal Conditioning can typically achieve Zero offset and 0 1 total accuracy Bandwidth Dependant on Signal Conditioning Module up to 20 KHz 3 dB Signal Outputs VOLTAGE Standard 15 Pin D Special As required subject to space limitations USB USB 2 0 connector Form A 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 2 5 Signal Conditioning Modules The following signal conditioning modules are available for use with the M1000 Series M1020 Designers Module A matrix pattern printed circuit card contained within a standard amplifier module which enables non standard cir
3. Select Device 1 as shown and from the pull down arrow list double click on PMD 1208FS SE For this application Devices 2 onwards are not relevant and can be left at default If you are using more than one M1000 6 USB consult the factory for further information Select Close On the A2D Settings menu the view should look as above Close the Settings menu Page 28 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 5 4 3 Getting Started You have now completed the initial configuration of Snap Master together with the hardware drivers These steps should not need to be performed again Instacal need never be opened again Each time you plug in your M1000 6 USB Instacal will automatically detect and configure in the background You will not see anything displayed The configuration of Snap Master was to tell it which hardware to work with and allocate the correct settings It also stores this information in an internal config file which will function automatically in the background To complete the steps to a functional Virtual Instrument drag a Display element onto the work area and join the elements together using the Pipe from the top menu It should now look like the picture above Press the Start Button Channels and 6 of the M1000 6 USB will be displayed on graphs Referto the M1000 6 USB User Guideand the Snap Master User Guide for further information Both of these will be in PDF format on your Snap Master CD
4. The settings are DC 12V and24V AC 115V and230V 45 400 Hz c Connect the power source to the appropriate socket on the rear panel The left hand 4 pin socket is for the DC supply the right hand 3 pin socket for the AC supply see Section 4 2 for further details d Connect the 7 pin connectors to the signal input connectors see Section 3 3 for connection details e Connecta D type output connector to the voltage ifrequired see Section 3 3 for connection details f Connect the USB lead from the USB port on the cabinet to the USB port on your computer This connection can be made before or after the M1000 6 USB has been switched on or after The USB connection is completely hot swappable NOTE See Section 5 to install drivers and software on your computer before the first connection 3 2 3 Operating Controls Set the operating controls on the front panel to suit the requirement see section 4 for the use of controls 3 2 4 Switchingon Set the power switch to the ON position The system should now be ready for use When the M1000 6 USB is powered and switched on the front LED display will be illuminated 3 3 Connection Details The rear panel connector layouts are shown in Figure 3 1 3 3 1 Mains Input This is a fixed socket with moulded free lead conforming to IEE regulations Europe Brown connects to Live Blue connects to Neutral Green Yellow connects to Earth Page 14 2006 Micro Movements Ltd
5. 01 Thenextscreen asks which components you wish to install Usually this will be all ofthe components onthe CD The default automatically checks all items you need to uncheck any that you do not wish to install Select Components The installation will now request which hardware interfaces are required This relates to the hardware contained within the M1000 6 USB and interfaces with the Universal Library drivers previously loaded Select only the Measurement Computing item Any others selected will not interfere with the functioning but may add confusion and will waste hard disk space Hardeace Divers The installation will now automatically complete and provide a termination message It will be necessary to shut down your computer and restart Depending on the software version this may be automatic Page 24 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 5 3 2 National Instruments Lab View The hardware in the M1000 6 USB is Lab View compatible If you wish to use this hardware with Lab View please request the free CD containing Lab View interface drivers and examples 5 4 Initial Configuration 5 4 1 Configuring Instacal Hardware Drivers When all the above drivers are installed it is necessary to perform a once only configuration Firstly with your computer switched on connect the M1000 6 USB from the rear panel USB port to an unused USB port on your computer Windows XP should automatically detect new
6. 2006 Micro Movements Ltd Page 29 M1000 6 USB User Guide Issue 01 Page 30 2006 Micro Movements Ltd
7. 5 M1000 6 USB User Guide Issue 01 Page 6 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 SECTION 2 DESCRIPTION 2 1 General Description The M1000 6 USB signal conditioning cabinet is a multi channel system that can accept signals from mosttypes of transducers These signals are conditioned amplified and digitised allowing the direct connection to a computer via a USB port and also provides high level analogue outputs for each channel The following features are included in all systems Selectable Power supply for transducers Configuration switches e g full half or quarter bridge Individual gain and balance controls A digital monitor with channel selector An accurate calibration facility 2 1 1 Signal Conditioning Cabinet The M1000 6 USB contains internally all the necessary facilities to condition and acquire analogue signals in digital form and transfer these in real time to acomputer The cabinet can be used in a stand alone mode with direct high level conditioned analogue outputs The cabinet does not require programming the control of data acquisition is performed in application software resident on the computer MICRO MOVEMENTS LTD ENGLAND Q CAL BRATE FINE MODE Mb MICRO MOVEMENTS LTO M1000 6 tad nd M1 D60 Figure 2 1 M1000 6 USB Front View 2006
8. flowmeters displacement transducers etc The controls described in this section are adjusted in conjunction with the conditioning module controls to set the system for use Their operation in most cases is self evident however some details need explanation For further details of the conditioning controls calibration and set up refer to the individual conditioning module User Guides 4 1 Front Panel Controls Figure 4 1 shows the front view of the M1000 6 MICRO MOVEMENTS LTD ENGLAND Ext CALIBRATE 100mV 1V 10mV 1 JOV ON je d FA F 7 OF 8 PT 6 9 54 10 4 11 3 12 VOLTS FINE h d MICRO MOVEMENTS LTD M1000 6 Figure 4 1 Front panel of M1000 6 USB 2006 Micro Movements Ltd Page 17 M1000 6 USB User Guide Issue 01 Monitor The monitor displays one line of data A 3 1 2 digit voltmeter with auto polarity which is used to monitor either the voltage output from any signal conditioning module or the output from the calibrator 1 999 19 99 This is the Voltmeter Range Selector switch The maximum value that can be displayed is represented by the two switch positions 1 999 and 19 99 Channel This switch is used for channel selection and displaying the Calibration Voltage value A rotary switch to select channels 1 to 6 and CAL Bridge The two switches in the BRIDGE box control the output of the Transducer Power Supply The ro
9. D does not Autorun then using Window Explorer go to the root directory of the CD and double click on INSTALL EXE The installation will now commence and you will be presented with an Options screen If you are installing Snap Master or Lab View then you do not require any of the install options shown below and should Clear All before proceeding You should follow all on screen instructions and accept defaults unless you are certain you require some alternative Re boot the computerifand when requested Universal Library is now installed lr alltime Cons LU a F gt Page 22 02006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 5 3 Software Installation 5 3 1 Installing Snap Master Software Switch the computer on and load the CD containing your Snap Master license This CD will be provided containing the elements you have ordered The three possible elements are SM DA Data Acquisition Software SM WA Waveform Analyser Software and SM FA Frequency Analyser Software Ifthe CD does not Autorun then using Window Explorer go to the root directory of the CD and double click on SETUP EXE The installation should now begin The first entry screen requests information to be entered about the user These fields must be completed This screen also requests the entry of the License Serial number which can be found on the front of the installation CD 2006 Micro Movements Ltd Page 23 M1000 6 USB User Guide Issue
10. M1000 6 USB User Guide Issue 01 M1000 6 USB Signal Conditioning and Data Acquisition System User Guide 2006 Micro Movemen ts Ltd Page 1 M1000 6 USB User Guide Issue 01 Page 2 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 CONTENTS SECTION 1 INTRODUCTION 5 SECTION 2 DESCRIPTION 7 2 1 General Description 7 2 1 1 Signal Conditioning Cabinets 7 2 1 2 Signal Conditioning 7 2 2 System Operation 8 2 3 Applications 9 2 4 Specifications 10 2 5 Signal Conditioning Modules 11 SECTION 3 SET UP 13 3 1 Installation 13 3 2 Preparing for use 13 3 2 1 Computer 13 3 2 2 Basic set up 14 3 2 3 Operating Controls 14 3 2 4 Switching on 14 3 3 Connection Details 14 3 3 1 Mains Input 14 3 3 2 Signal Input 15 3 3 3 Computer 16 3 3 4 Optional Supplementary I O Connections 16 3 3 5 A6Inverter 16 SECTION 4 OPERATION 17 4 1 Front Panel Controls 17 4 2 Rear Panel Controls 19 PTO for continuation 2006 Micro Movements Ltd Page 3 M1000 6 USB User Guide Issue 01 SECTION 5 INSTALLATION GUIDE M1000 6 USB AND SNAP MASTER 21 5 1 1 Introduction 21 5 1 2 Overview 21 5 1 3 System Requirements 21 5 1 4 Technical Support 21 5 2 Hardware Driver Installation 22 5 2 1 Installing Universal Library 22 5 3 Software Installation 23 531 Installing Snap Master Software 23 5 3 2 National Instruments Lab View 23 5 4 Initial Configuration 25 541 Configuring Instacal Hardware Drivers 25 5 4 2 Configuring Snap Master Driver
11. M1000 6 USB User Guide Issue 01 North America Black connects to Live White connects to Neutral Green connects to Earth Note Set voltage selector to position for local supply with fuse value as follows 220 260 VAC 0 5 amp SLO BLO 100 130 VAC 1 amp SLO BLO SIGNAL INPUTS N SUPPLEMENTARY 1 0 A ce ra D C POWER I ON IN 00000000 D C A C gt 0 1 o o Bd POWER A gt VA N USB A D C FUSE A C FUSE 2 AMP 0 5 AMP MA EO 2 A C POWER IN A amp Micro Movements Ltd Made in England Type No M1000 6 Ser No EN 63 LJ L Figure 3 1 M1000 6 USB Rear View 3 3 2 Signal Input The 7 pin connections for the input signals to the conditioning modules must be correctly wired Signal input pin connections are Pin Connection 1 Transducer Supply ve 2 Transducer Supply ve 3 Not connected 4 Input LO 5 Input HI 6 Auxiliary Supply Input 7 Chassis when powered from mains viaand IEC connector the chassis is Earth Note The above connections only apply if there is a signal conditioner fitted to that particular channel 2006 Micro Movements Ltd Page 15 M1000 6 USB User Guide Issue 01 3 3 3 3 3 4 3 3 5 Page 16 Computer The computer should be connected via the USB cable provided to a suitable USB port Optional Supplementary I O Connections Supplementary 1 0 Connector 15 Wa
12. Micro Movements Ltd Page 7 M1000 6 USB User Guide Issue 01 2 1 2 Signal Conditioning Standard plug in modules are available to condition Pressure Temperature Acceleration and Flow transducers etc Also available is a wide range of modules that have been designed for special customer requirements see section 2 5 2 2 System Operation Signal Input 1 Signal Input 2 Signal Input 6 Page The block schematic of the signal paths is shown below in Figure 2 2 Each of the 6 standard inputs isviaarear panel 7 Pin DIN connector The input signal is fed internally to a Signal Conditioner which is individual for each channel The Signal Conditoner outputs a high level analogue signal 10 volts This output is fed to a 15 way D type socket on the rear allowing user access to these signals as an costed option This same high level signal is also fed internally to an 8 channel Data Acquisition units DAQ The interface with the DAQ is via a rear panel mounted USB connector An optional facility of Digital I O is available on the rear panel The sofware installation and hardware drivers that are supplied can be loaded on to a host computer see Section 5 This allows the setting of channels and sample rates to be acquired to the computer M1000 Signal Conditioners OPTIONAL i Analogue Voltage Outputs from M1000 Signal Conditioners 10 volts 8 8 Channel H Ana
13. ara 1 00 Exit from Instacal as it is now configured The values previously entered are now stored in a config file This file is used by Snap Master to access the hardware devices and their settings Page 26 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 5 4 2 Configuring Snap Master Driver Interface It is now necessary to perform an initial configuration of Snap Master From the Programs menu select HEM Data and Snap Master For additional information on the use of Snap Master refer to the User Guide which is provided in PDF format on the Snap Master CD From the top menu select File New Instrument You will be presented witha blank work area Point the mouse at the green A D element in the leftmost column third down from the top Hold down the left mouse button A small display should appear by the mouse pointer showing the installed hardware drivers Measurement Computing A D should be checked Drag this element onto the work area Now double click on this element and a dialogue page should open as shown below A Device 1 A2D Settings Untitled Ele Edt leew gaiis eke Hepi ESET eS OCT E 02006 Micro Movements Ltd Page 27 M1000 6 USB User Guide Issue 01 From the menu select Device Hardware Overview which should result in the following screen Device Overview Device 1 PMD 1208FS SE Dame OEE e y Ya DOUT CTIN CTOUT i ires Yes Yes
14. cuits specials etc to be utilised within the system Input output power supplies calibration etc are all accessed via the module connector M1043 Synchro Resolverto DC Converter Double width module for monitoring Synchro Resolver outputs and providing DC proportional to angle Rate output also available May require external isolating or Scott transformers M1049 Oscillator Amplifier Demodulator Filter For energising and conditioning of variable reluctance transducers differential transformers AC excited LVDTs etc With built in continuously variable stored calibration facility M1060 High Gain DC Amplifier Differential Amplifier for use with most types of low level transducers e g strain gauges in 1 2 or 4 active arm configuration bonded and unbonded strain gauge transducers and load cells M1061 Thermocouple Amplifier Foruse with thermocouples and similar low level devices Full scale output for 1mV to 100mV input Internal reference junction compensation with C1061K C1061 K Connector Special connector with integral cold junction compensation for above M1064 High Bandwidth Amplifier Differential Amplifier for use with most types of low level transducers e g strain gauges in 1 2 or 4 active arm configuration bonded and unbonded strain gauge transducers and load cells High gain bandwidth 100 KHz at gains of up to 1000 M1070 Attenuator Amplifier General purpose unit for medium to high level input
15. hardware indicate that it is finding and loading drivers for a Human Interface Device and advise when it has completed loading with a message that the new hardware is now ready for use Once this has occurred select the Programs menu and open Instacal from the Measurement Computing group Instacal will load and automatically detect the USB devices attached and display the following message Plug and Play Board Detection The following plug and play devices have been detected MUSB 1208FS serial 1 Check those devices you wish to have added to the configuration file Click on OK to accept these devices which are internal to the M1000 6 USB It is now necessary to configure the devices 02006 Micro Movements Ltd Page 25 M1000 6 USB User Guide Issue 01 This is done from the main Instacal screen as shown below Ine tat al Bose I GS L20GFS queria Bi Point the mouse at one of the two boards and click the right button Select Change Board Number and alter the value so that USB 1208FS serial 1 is Board 1 This provides a unique system reference for application software Now select Board and from the right click menu select Configure From the No of Channels element select 8 Single Ended then OK Do not adjust any other values Board Comfigurabion US8 1200 5 Factory Gestal Mo 3427 Custom Seia Mec No oichami TRS Ext Clock Type Contirucus Flash LED Firea V
16. he correct position for the local supply voltage and that the appropriate fuse has been fitted The supply voltage is selected by means of a rotary switch located on the rear panel of the cabinet b The top cover should not be removed except by qualified personnel c It is essential that the air vents around the cabinet are not blocked while it is in operation as adequate ventilation is required to prevent overheating The following items are supplied with each cabinet 1 Mains power lead with moulded socket e 1x7pinlocking DIN connector is supplied with each signal conditioning amplifier ordered with the mainframe e 1 set of manuals e 1 x2 metre USB lead form A to A 1 set software installation CD s 3 2 Preparing for use 3 2 1 Computer See Section 5 for details of how to set up your computer This section includes installation of hardware drivers installation ofapplication software and the configuration ofhardware drivers The computer setup and configuration only needs to be performed once before the first use All settings are then retained on the computer in configuration files which automatically restore these settings each time the computer is switched on 02006 Micro Movements Ltd Page 13 M1000 6 USB User Guide Issue 01 3 2 2 Basic set up a Ensure the power switch is in the OFF position located on the rear panel b Select the voltage of the power source using a screwdriver on the rear panel selector
17. interface 27 5 4 3 Getting Started 29 Page 4 02006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 SECTION 1 INTRODUCTION This manual has been produced to allow the User to make full use of the Micro Movements M1000 Series Signal Conditioning System It is not intended that the User should undertake major maintenance for which the System should be returned to Micro Movements Consequently some of the technical descriptions and maintenance procedures are not explained in full For further details on Maintenance and Fault Finding please refer to the Service Manual This manual is divided into 5 sections which cover Introduction Description Set Up Operation Software Installation WARNING HEALTHANDSAFETY ATWORK MICRO MOVEMENTS LIMITED HAVE ENSURED THAT AS FAR AS PRACTICABLE ANY PERSON CARRYING OUT NORMAL MAINTENANCE OPERATIONS ON THE ABOVE SYSTEM IS NOT EXPOSED TO ANY UNDUE HAZARD FROM ELECTRIC SHOCK OR PERSONAL INJURY HOWEVER MAINTENANCE AND OR SERVICING OPERATIONS MAY INVOLVE REMOVAL OF COVERS OR DISASSEMBLY OF COMPONENTS UNDER SUCH CONDITIONS THE INTEGRITY OF THE EQUIPMENT MAY BE IMPAIRED MICRO MOVEMENTS THEREFORE RECOMMEND THAT MAINTENANCE IS ONLY CARRIED OUT BY A COMPETENT PERSON OR PERSONS CONVERSANT WITH THE HAZARDS OF WORKING WITH ELECTRO MECHANICAL SYSTEMS TRADEMARKS All copyright and trademarks are respected and acknowledged to belong to their legitimate owners 2006 Micro Movements Ltd Page
18. lling Universal Library If you are writing your own application in Lab View there is a separate driver CD available UL for Lab View which needs to be installed If you are using Snap Master software then this will need to be installed from the CD provided Once all the required driver and application elements are installed it is necessary to configure the hardware drivers and the application software to interface correctly This does not require any programming and only needs to be done once on the first install After this your equipment will function without the need to reset any drivers or interfaces as all the initial settings are stored automatically internally in cfg or cnfor ini files which are reloaded when you switch your computer on 5 1 3 System Requirements A computer Laptop Desktop or Industrial with Windows XP operating system As long as the computer is configured optimally for Windows XP this shouldcoverthe requirements for performance Must have one spare USB 2 0 Port 5 1 4 Technical Support For technical support on this product contact Micro Movements Ltd 44 0118973 0200 or e mail info micromovements co uk 2006 Micro Movements Ltd Page 21 M1000 6 USB User Guide Issue 01 5 2 Hardware Driver Installation 5 2 1 Installing Universal Library It is first necessary to install Universal Library Switch your computer on and put the CD marked Universal Library into the CD DVD carriage If the C
19. logue USB a Lo to Digital i ff Converter i o z i i Computer and i Application Software ol i i j M1000 6 USB i Signal Block i gt OPTIONAL i Digital 1 0 Schematic Figure 2 2 M1000 6 USB Signal Path Schematic 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 2 3 Applications The cabinet has been designed to be used in conjunction with a computer This could be desktop laptop or industrial This allows application software to run on the computer and gather digitised data on the computer hard drive and or screen for real time or post processing analysis The cabinet also has optional facilities for high level analogue output allowing it to be connected to a secondary data gathering system such as a DAT recorder or visual display although usually these functions can be incorporated in the application software on the computer Micro Movements can provide application software Standard solutions with Snap Master or bespoke applications in Lab View If assistance is required with the selection of an appropriate computing device Micro Movements Technical Supprt team is available to provide advice Itshould be noted that if Snap Master software is being used the computer must have a Windows XP operating system 2006 Micro Movements Ltd Page 9 M1000 6 USB User Guide Issue 01 2 4 Specifications Page 10 Signal Input 7 pin locking DIN connector one for each channel
20. s e g potentiometric transducers DC DC LVDTs servo accelerometers tape replay amplifiers C1070 H Adaptor High impedance adaptor for operation of M1070 with piezo electric sensors or signals with very high 2006 Micro Movements Ltd Page 11 M1000 6 USB User Guide Issue 01 source impedance C103 High Voltage Connector With 60dB balanced attenuator network for measuring high input voltages up to 1000V RMS C104 High Voltage Connector With 80dB balanced attenuator network for measuring high input voltages up to 1000V RMS C NA Shunt Connector For current measurement N specifies the current Range 0 1 to 10 amps M1073 RMS DC Converter Precision rectifier unit for monitoring amplitude changes in AC waveforms M1080 Frequency DC Converter For use with impeller flowmeters magnetic or photo electric RPM pickups tachometers vibration pickups M1085 Oscillator Module Nine calibrated ranges from 20Hz to 10kHz crystal controlled for calibration of M1080 Page Blank Page 12 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 SECTION 3 SET UP 3 1 Installation The M1000 Series Signal Conditioning System cabinets are portable and therefore not dedicated to one installation point During use there are some simple precautions to follow if the system is to operate safely and correctly a Supply voltage Before connecting the cabinet to the power supply check that the voltage has been set to t
21. tary switch selects the voltage of the power supply between 3 and 12 volts in 1V increments and the toggle switch is an ON OFF control Calibrate In the CALIBRATE box there are two switches and a potentiometer to control the M1016 calibrator The range switch is a four position rotary switch with the ranges 10mV 100mV 1 V and 10 volts The three position toggle switch gives three values of calibration Positive OFF and Negative The fine gain potentiometer allows adjustment of the calibration voltage to any value The calibration can be set utilising the monitor in the CAL position To set a small voltage accurately adjust the value on a higher range of the rotary switch and then turn to the lower range e g Ifa value of 4 32 volts is set on the 10V range and the rotary switch is turned to the 10mV range a voltage of 4 32mV will appear at the input to the amplifiers More details can be obtained from the calibration section contained within the indiviual module User Guides Page 18 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 4 2 Rear Panel Controls Input Connectors 7 pin DIN See section 3 for connection details e Supplementary I O Option Female D connector contains high level voltage from each of the signal conditioning channels and Digital I O See section 3 for connection details Voltage Selector Rotary switch for selection of required supply voltage 12VDC 24VDC 115VACor230VAC e DC Fuse
22. y D type Female connector fitted to rear panel 8 7 6 5 Pin1 Ch 1 output hi Pin9 DIO1 Pin2 Ch 2 output hi Pin 10 DIO2 OOO Oro Pin5 Ch 5 output hi Pin13 DIO5 Pin6 Ch 6 output hi Pin 14 DIO6 Pin 7 Ov Common Pin 15 DIO7 15 14 13 12 Pin3 Ch3outputhi Pin 11 DIO3 OO Co OO Pin4 Ch 4 output hi Pin12 DIO4 11 Pin 8 DIOO Figure 3 2 Analogue Signal Output Connector A6Inverter The A6 Inverter is a factory installed option whichis available onall models allowing DC operation of the systems The connections and precautions listed below should be followed i Ensure that the mains lead is disconnected and set the Voltage Selector to the correct position ii Connect the DC supply Battery to the cabinet using the cable supplied Cable Specifications Nominal Area 6 sq mm 10 sq mm 16 sq mm 35 sq mm Supply Voltage Range Nominal 12 VDC Nominal24VDC Nominal Current 12V lamp 24V 0 5 amp Maximum Length 2M each lead 5M each lead 10M each lead 25M each lead 11 14V 22 29V 2006 Micro Movements Ltd M1000 6 USB User Guide Issue 01 SECTION 4 OPERATION The M1000 Series of instruments are configured to accept a range of plug in signal conditioning modules and data amplifiers and can thus be used as completely self contained data acquisition systems with a very wide range of transducers such as load cells thermocouples strain gauges pressure transducers accelerometers
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