DATENBLATT ADI16-4(USB) HABEN SIE FRAGEN ODER WÜNSCHEN SIE EIN INDIVIDUELLES ANGEBOT? Unser Team berät Sie gerne persönlich.

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1 DATENBLATT ADI(USB) HABEN SIE FREN ODER WÜNSHEN SIE EIN INDIVUELLES ANGEBOT? Unser Team berät Sie gerne persönlich. TELON 9 () / 9 TELAX 9 () / 9 info@plugin.de ADRESSE Am Sonnenlicht D9 Alling bei München Erwähnte Firmen und Produktnamen sind zum Teil eingetragene Warenzeichen der jeweiligen Hersteller.

2 Isolated high precision analog input module for USB. ADI(USB) This product is a USB. compatible terminal module that extends the analog input function of USB port of Ps. This product features ch bit analog input and is isolated from the bus line to the P. The signal lines can be connected directly to the terminals on this product. To simplify use in embedded applications, this product includes a bracket for attaching to a mm DIN rail. The number of input channels can be increased by purchasing an optional device module. Windows driver is bundled with this product. * Specifications, color and design of the products are subject to change without notice. Features onversion speed voltage : μsec/chμsec, current : μsec/chμsec, bit resolution, differential input ch This product includes analog inputs (voltage : μsec/chμsec, current : μsec/chμsec, bit resolution, differential input ch). ompatible to USB./USB. and capable to achieve high speed transfer at HighSpeed ( Mbps). Selectable input ranges common to channels: Bipolar input from to V and current input from to ma. The range is set by software and switch. Isolated from the bus by a digital isolator This product is isolated by a digital isolator which improves the noise performance with respect to the P. Equipped with the buffer memory (K data) which can be used in either FIFO or ring format This product includes buffer memory (K data for analog input) which can be used in either FIFO or ring format. You can perform analog input in the background, independent of software and the current status of the P. Windows compatible driver libraries are attached. Using the attached driver library APIUSBP(WDM) makes it possible to create applications of Windows. In addition, a diagnostic program by which the operations of hardware can be checked is provided. Sampling can be driven by a clock or by various triggers Sampling can be started and stopped by software and level comparison (compares the level of a specified channel with a specified compare level value) triggers. The sampling period can be controlled by the internal clock (highprecision timer included on the board). Easy to increase the input channels using an expansion module Adding optional modules (up to units) can easily increase the input channels. The unique structure for connection by stacking enables easy and compact system configuration. apable of being mounted on mm DIN rails This product is equipped with an attachment for mounting on mm DIN rails on the back, allowing the module to be attached onto and detached from DIN rails. LabVIEW is supported by a plugin of dedicated library Using the dedicated library makes it possible to create each application for LabVIEW. Specification Hardware Specification Item Specification Analog input Input format Busisolated voltage / current input Input range Voltage: Bipolar ±V urrent: ma Maximum input rating Voltage: ±V urrent: ma Input impedance Voltage: MΩ (Min.) urrent: Ω (Typ.) Input channel Different input channels Resolution bits Nonlinear error Voltage: ±LSB(±.% of FSR) * urrent: ±LSB (±.% of FSR) * onversion rate Voltage: μsec/ch μsec * urrent: μsec/ch μsec * Data buffer K data (, data) Internal sampling timer μsec,,,μsec * ommunication USB transmission speed Mbps(full speed), Mbps(high speed) * urrent consumption VD ma (Max.) * Others Number of modules used modules (Max.) * at the same time Use condition, 9%RH(No condensation) Physical dimensions (mm).(w) x.(d) x 9.(H) (exclusive of protrusions) Weight of the module itself g Module installation method Expansion module onnectors Onetouch connection to mm DIN rails (standard connection mechanism provided in the system) ADI(FIT)GY : modules (Max.), urrent consumption per one module : VD ma(max.) FRONTM,/STF,(made by PHOENIX ONTAT).mmpitch nominal current: A(Max.) Applicable wire AWG Bundled A adapter 9 VA.VD±%.A (Max.) (POA) Length of cable is about.m. Length of A cable is about.m. * For this product, as the analog signal is input to A/D converter without being processed in order not make the frequency characteristics to deteriorate, if the connection cable is affected by noise, correct analog input may not be achieved. * onverting speed of A/D converter. The minimum executable sampling period is depending on internal processing time and is about msec (using one channel) msec (using channels). (Measured values: The period may be longer due to factors such as the load on the USB link.) * It takes the unit of msec (msec, msec, msec,...) when expansion module being used. * USB module executes API function by USB communication. The executing time of API function by USB communication is about several msec in practice (Depending on the contents handled by API function, it may be longer than that). The responding speed of USB module is based on the environment of the host P being used. * Always use the supplied A adapter or unit (option). * The USB interface can accommodate up to devices on the bus. As a USB hub itself is counted as one device, however, USB modules cannot be connected together. ADI(USB)

3 Windows Driver Specification Item Support OS Specification <bitos> Microsoft Windows 9 or Second Edition Microsoft Windows Me Microsoft Windows Professional Microsoft Windows XP Professional, Home Edition Microsoft Windows Server Microsoft Windows Vista Microsoft Windows Server Microsoft Windows Support language Microsoft Visual Ver., Ver. Microsoft Visual.NET,, (*), (*) Microsoft Visual Basic Ver., Ver. Microsoft Visual Basic.NET,, (*), (*) Microsoft Visual #.NET,, (*), (*) Borland Delphi Ver., Ver. Borland Builder Ver., Ver. System requirement P (IBM P/AT compatibility, DOS/V) with USB port DROM drive smoothly *: Supports Express Edition. Recommend the environment on which the using language can run Block Diagram V D D GND USB onnector USB onnector A/D onverter Instrument Amplifier Flash ROM (KB) Isolator DRAM (MB) Module Micro Processor ontrol ircuit Stack onnector Support Software Driver Library APIUSBP(WDM) (Bundled) It is the library software, and which supplies command of hardware produced by our company in the form of standard Win API function (DLL). Using programming languages supporting WinAPI functions, such as Visual Basic and Visual etc., you can develop highspeed application software with feature of hardware produced by our company. In addition, you can verify the operation of hardware using Diagnostic programs. ONTE provides download services (at to the updated drivers and differential files. Further details may be found in the help within supplied DROM or the homepage of our company. < Operating environment > OS Windows, Vista, XP, Server,, Me, 9 Adaptation language Visual Basic, Visual, Visual #, Delphi, Builder Accessories Accessories (Option) Isolated analog input module : ADI(FIT)GY (Expansion module for ADI(USB)) A adapter (input: 9 VA, output: VD.A) : POA AD unit (input: VA, output: VD.A) : POWAGY AD unit (input: VA, output: VD.A) : POWADGY DD unit (input: VD, output: VD.A) : POWDDGY DD unit (input: VD, output: VD.A) : POWDDGY * heck the ONTE s Web site for more information on these options. Packing List USB module [ADI(USB)] First step guide DROM * [APIUSBP(WDM)] Interface connector (plugs) FRONTM,/STF, A adapter (.m) A cable (.m) USB cable (.m) Rubber feet Magnet channel Multiplexer with Voltage Protection Interface onnector H to H D/D onverter Point The of the USB module ADI(USB) is fixed at. *. Physical Dimensions (.) (.) D D.. Signal Layout (.) 9 (.) [mm]. * shows the center position of DIN rail. ( ) shows the referring dimension. The Module can be connected to an external device using a pin ( group) connector that is provided on the Module face. H H H H 9 H [] H [] H [] H [] H [] H [] H [] H [] Analog Input ch [] Analog Input ch [] Analog Input ch [] Analog Input ch [] Analog Input ch [] Analog Input ch [] Analog Input ch [] Analog Input ch [] * The DROM contains the driver software and User s Guide. ADI(USB)

4 When connecting the Module to an external device, you can use the supplied connector plug. When wiring the Module, strip off approximately 9 mm of the covering for the cable, and insert the bare wire by pressing the orange button on the connector plug. Releasing the orange button after the wire is inserted fixes the cable. ompatible wires are AWG. AUTION Removing the connector plug by grasping the cable can break the wire. D onnection Method D 9 mm onnector used:.mm pitch pin type of rated current A M,/GF, (made by Phoenix ontact orp.) ompatible plug : Frontoperable spring gauge type FRONTM,/STF, (made by Phoenix ontact orp.) ompatible wires : AWG Making a connection using the differential input format This is a method of measuring the voltage of signal source by connecting the wires ( signal wires plus input pin[] and minus input pin[], analog ground[]) of the module. How to connect: () onnect the analog ground to the signal source ground. () onnect [] input to signal source plus pin (Point A). () onnect [] input to signal source minus pin (Point B). Minus pin and ground are both connected to a same point for the signal source. In this case, connect both module s minus input and analog ground to signal ground. You must connect wires to take an accurate measurement. Even when the module ground and the signal source have a potential difference in between, using a wire connection eliminates its effect from the measurement results. In addition, the wire input offers better noise immunity than the wire input (singleend input). H[] H[] H[] H[] ADI(USB) Point A Point B Potential difference between grounds:.v Point A Signal source () Signal source ground() Signal source () Point B Potential difference between grounds:.v Signal source ground() As shown in the image above, when several signal sources are measured, the potential differences between the module s ground and signal source s ground may be different, such as.v or.v..v offset voltage higher than the voltage of the signal source is added on H[] and.v on H[]. Similarly, the offset voltage of the potential difference between grounds is added on H[] and H[] individually. However, with the connecting of wires differential input, the value of voltage to be converted is the value between point A and point B, the potential difference between grounds can be canceled, so the measuring without error can be performed. Although the maximum value of voltage on each input pin is ±V, you should use the module with the potential difference of ±V between grounds. Measuring voltage Set the range setting switch and software setting to voltage input. Voltage Input The figure below shows an example of using flat cable to connect a reference voltage generator. As a twowire connection is used when measuring a device such as a battery that only has positive and negative terminals, connect the negative terminal to H () and. Also connect unused channel inputs to analog ground. H[] H[] H[] H[] Reference voltage generator Dry battery Moreover, you should connect the module by using a core shielded cable in situations where the signal source is at a considerable distance from the module or the noise immunity must be increased. H[] H[] H[] H[] Reference voltage generator AUTION When an analog ground is not connected, the conversion data can be unpredictable. In situations where the connecting cable is subject to noise, accurate analog input can fail to occur. To avoid this problem, the connecting cable should be installed away from any sources of noise. An excessively long connecting cable can fail to ensure accurate analog input. The connecting cable should be as short as possible. The analog signals that are input into the [] input or [] input should not exceed the maximum input voltage relative to the module analog ground. A voltage greater than the input voltage can damage the equipment. If either the [] or [] input pin is not connected, the resulting conversion data can be unpredictable. If a channel is not connected to a signal source, both its [] input and [] input pins must be connected to the analog ground. ADI(USB)

5 Measuring current Set the range setting switch and software setting to current input. urrent Input RANG The following figure shows an example of flat or shielded cable connection. The figure below shows an example connection using a flat cable. onnect the positive terminal of the current source to the channel's [] input and the negative terminal to the [] input. Also connect the module's analog ground to ground on the signal source. If using more than one current source, you need to connect GND on each current source so that no potential difference is generated. Although the PU in the ADI(USB) module is isolated from external devices, there is no isolation between analog input channels and a common analog ground is used. If the measurement is affected by the potential difference between channels, use an isolating transformer or similar to provide interchannel isolation. Beside the A adapter, a for installation on a DIN rail is also available (as an option). Use the appropriate depending on the operating environment and application. Type Model Input Output Physical dimension (mm) A POA adapter (Bundled) AD AD DD DD 9 VA.VD±%.A(Max.) POWADGY VA.VD±%.A(Max.) POWADGY VA.VD±%.A(Max.) POWDDGY VD POWDDGY VD Output A Input POWER VD VD VA Vo Vo Vi Vo Vo A(N) A(L) POWAD.VD±%.A(Max.).VD±%.A(Max.).(W) x.(d) x.(h).(w) x.(d) x 9.(H).(W) x.(d) x 9.(H).(W) x.(d) x 9.(H).(W) x.(d) x 9.(H) M,/ST, (Phoenix ontact) DIN rail orresponding orresponding orresponding orresponding POWER H[] H[] H[] H[] D Input Vo VD Vo *VD Vo Vo POWDD AUTION When an analog ground is not connected, the conversion data can be unpredictable. In situations where the connecting cable is subject to noise, accurate analog input can fail to occur. To avoid this problem, the connecting cable should be installed away from any sources of noise. The analog signals that are input into the [] input or [] input should not exceed the maximum input voltage relative to the module analog ground. A voltage greater than the input voltage can damage the equipment. If either the [] or [] input pin is not connected, the resulting conversion data can be unpredictable. If a channel is not connected to a signal source, both its [] input and [] input pins must be connected to the analog ground. onnecting an External Power Supply This module must be connected with an external (in a selfed state). onnect the external to the VD input terminal. VD Vi Vi Vi Power (V) Power (GND) Frame ground When using the supplied A adapter [POA], please connect directly to the input terminals. POA For the for installation on a DIN rail, use the connector M,/ST, (Phoenix ontact). onnecting method To connect the external and USB cable to the unit, take the steps below: () onnect the external connector to to the USB module. () Use the USB cable to connect the USB module to the P. To remove the external and USB cable from the unit, take the steps below: () Unplug the USB cable. () Remove the external connector to stop to the USB module. AUTION To use the A adapter, connect it to the USB module first, then plug the A adapter's connector into a wall outlet. When the USB module is not used, leave the A adapter unplugged. ontinuously using the A adapter heated affects its life. Use the A adapter not in a closed place but in a wellventilated place not to be heated. The A adapter heats up itself when loaded heavily. If the A adapter is exposed to high temperature or used continuously, you should keep the load at about % of the maximum load (at. A for the POA). ADI(USB)

6 H H H H H H H H H H H H H H H H When lacking of analog input channel used to connecting external device, you have to purchase a new same module, and thus it not only increases cost but also doubles installation space. At the same time, adding channels is considered when designing this module, and additional module can be connected by the connector on module side, so that not only the cost but also the installation space is controlled. Up to modules ADI(FIT)GY can be connected when adding channels. In the case of combination of the USB module ADI(USB) and three expansion modules ADI(FIT)GY, it is possible to control channels input by way of one USB port. Type Input channel urrent consumption ADI(FIT)GY VD ma (Max.) Function Expansion module for ADI(USB) onnecting with Expansion Accessories ADI ADI ADI ADI With the same name Point Up to modules can be connected. Up to expansion modules can be connected. Please use the supplied A adapter when adding modules. Modules with different function from the USB module can not be connected. The analog grounds of both USB module and expansion module are isolated from each other. ADI(USB)