ASSURED SYSTEM DPK-AIO Multi Channel High Speed Analog I O Family
Introduction and Installation
This guide describes the DAQ-PACK M Series of Enclosed Multi-function Data Acquisition Models. These are fully factory configured and integrated into a rugged steel enclosure. This guide provides all of the information most users will need. For full technical details and specifications, refer to the following comprehensive manuals:
- USB-AIO Series.PDF USB Multi-Channel High-Speed Analog I/O Family Models USB-AIO16-xxx and USB-AIO12-xxx
- USB Software Reference.pdf USB Software Reference Manual
As the DAQ-PACK M Series is factory-integrated into the enclosure, there should be no need for users to open the box. Doing so may void your warranty. For technical assistance, please contact us toll-free at 800-326-1649 and a technician will be happy to help you.
Included with your DAQ-PACK M Series Module
The following components are included with your shipment depending on model and options ordered. Please take time now to ensure that no items are damaged or missing.
- DAQ-PACK M Series Module installed in an enclosure with an anti-skid bottom
- 6’ USB 2.0 Type A to B cable
- Software Master CD (PDF reference manuals installed with product package)
- Printed DAQ-PACK Series User Guide
Optional Mounting Accessories
Drawings of these accessories are in Chapter 2 of this guide.
- DPK-DIN-CLIP DIN rail mounting clip w/3 x 8/32 FHP 3/8″ SS screws
- DPK-MOUNT Panel mounting plate w/3 x 8/32 FHP 3/8″ SS screws
Mechanical Drawings
USB Address Information
Use the provided driver to access the DAQ-PACK M Series. This driver will allow you to determine how many supported USB devices are currently installed, and each device’s type. This information is returned as a Vendor ID (VID), Product ID (PID) and Device Index. The VID is “0x1605″ and the PID is listed in the following table.
| 8045 | USB-AI16-64MA |
| 8046 | USB-AI16-64ME |
| 8047 | USB-AI12-64MA |
| 8048 | USB-AI12-64M |
| 8049 | USB-AI12-64ME |
| 8145 | USB-AIO16-64MA |
| 8146 | USB-AIO16-64ME |
| 8147 | USB-AIO12-64MA |
| 8148 | USB-AIO12-64M |
| 8149 | USB-AIO12-64ME |
Table 3-1: Product ID to Model Number
Programming
- The driver software provided with the board uses a 32-bit .dll front end compatible with any Windows programming language. Samples provided in Borland C++Builder, Borland Delphi, Microsoft Visual Basic, and Microsoft Visual C++ demonstrate the use of the driver.
- The easiest way to begin taking analog input data is using the following API call, but often can’t achieve more than several hundred Hz, slower depending on options.
- unsigned long ADC_GetScanV( – This simple function takes one scan of A/D data and converts it to voltage. It also averages oversamples for each channel. The array must contain one entry per A/D channel on the board, though only entries [start channel] through [end channel] are altered. On boards with A/D that don’t support
- ADC_SetConfig(), it scans all channels, without oversampling.
- unsigned long DeviceIndex – number from 0-31 indicating from which device you wish to get a scan of data double *pouf – a pointer to the first of an array of double precision IEEE floating point numbers which will each receive the value read from one channel
- For full programming details see the USB Software Reference Manual installed on your system along with the product software package.
Connector Pin Assignments
The DAQ-PACK M Series is available in five basic flavors, always consisting of the USB interface and A/D board and one AIMUX-64 multiplexer board. The A/D board may also have two 16-bit analog outputs (specify at the time of ordering). Signals present on these connectors are as follows:
Connectors
| Pin | Signal Name | Pin | Signal Name |
| 1 | CH0(SE) / CH0+(DIFF) | 20 | CH32(SE) / CH0-(DIFF) |
| 2 | CH1(SE) / CH1+(DIFF) | 21 | CH33(SE) / CH1-(DIFF) |
| 3 | CH2(SE) / CH2+(DIFF) | 22 | CH34(SE) / CH2-(DIFF) |
| 4 | CH3(SE) / CH3+(DIFF) | 23 | CH35(SE) / CH3-(DIFF) |
| 5 | CH4(SE) / CH4+(DIFF) | 24 | CH36(SE) / CH4-(DIFF) |
| 6 | CH5(SE) / CH5+(DIFF) | 25 | CH37(SE) / CH5-(DIFF) |
| 7 | CH6(SE) / CH6+(DIFF) | 26 | CH38(SE) / CH6-(DIFF) |
| 8 | CH7(SE) / CH7+(DIFF) | 27 | CH39(SE) / CH7-(DIFF) |
| 9 | AGND | 28 | CH40(SE) / CH8-(DIFF) |
| 10 | CH8(SE) / CH8+(DIFF) | 29 | CH41(SE) / CH9-(DIFF) |
| 11 | CH9(SE) / CH9+(DIFF) | 30 | CH42(SE) / CH10-(DIFF) |
| 12 | CH10(SE) / CH10+(DIFF) | 31 | CH43(SE) / CH11-(DIFF) |
| 13 | CH11(SE) / CH11+(DIFF) | 32 | CH44(SE) / CH12-(DIFF) |
| 14 | CH12(SE) / CH12+(DIFF) | 33 | CH45(SE) / CH13-(DIFF) |
| 15 | CH13(SE) / CH13+(DIFF) | 34 | CH46(SE) / CH14-(DIFF) |
| 16 | CH14(SE) / CH14+(DIFF) | 35 | CH47(SE) / CH15-(DIFF) |
| 17 | CH15(SE) / CH15+(DIFF) /
LM335+ term. |
36 | AGND |
| 18 | AGND / LM335- terminal | 37 | AGND(AI) / DAC0 (AIO) |
| 19 | AGND |
Table 5-1: J1 Connector Pin Assignments (DB37F)
| Pin | Signal Name | Pin | Signal Name |
| 1 | CH16(SE) / CH16+(DIFF) | 20 | CH48(SE) / CH16-(DIFF) |
| 2 | CH17(SE) / CH17+(DIFF) | 21 | CH49(SE) / CH17-(DIFF) |
| 3 | CH18(SE) / CH18+(DIFF) | 22 | CH50(SE) / CH18-(DIFF) |
| 4 | CH19(SE) / CH19+(DIFF) | 23 | CH51(SE) / CH19-(DIFF) |
| 5 | CH20(SE) / CH20+(DIFF) | 24 | CH52(SE) / CH20-(DIFF) |
| 6 | CH21(SE) / CH21+(DIFF) | 25 | CH53(SE) / CH21-(DIFF) |
| 7 | CH22(SE) / CH22+(DIFF) | 26 | CH54(SE) / CH22-(DIFF) |
| 8 | CH23(SE) / CH23+(DIFF) | 27 | CH55(SE) / CH23-(DIFF) |
| 9 | AGND | 28 | CH56(SE) / CH24-(DIFF) |
| 10 | CH24(SE) / CH24+(DIFF) | 29 | CH57(SE) / CH25-(DIFF) |
| 11 | CH25(SE) / CH25+(DIFF) | 30 | CH58(SE) / CH26-(DIFF) |
| 12 | CH26(SE) / CH26+(DIFF) | 31 | CH59(SE) / CH27-(DIFF) |
| 13 | CH27(SE) / CH27+(DIFF) | 32 | CH60(SE) / CH28-(DIFF) |
| 14 | CH28(SE) / CH28+(DIFF) | 33 | CH61(SE) / CH29-(DIFF) |
| 15 | CH29(SE) / CH29+(DIFF) | 34 | CH62(SE) / CH30-(DIFF) |
| 16 | CH30(SE) / CH30+(DIFF) | 35 | CH63(SE) / CH31-(DIFF) |
| 17 | CH31(SE) / CH31+(DIFF) /
LM335 + terminal |
36 | AGND |
| 18 | AGND / LM335 – terminal | 37 | AGND (AI) / DAC1(AIO) |
| 19 | AGND |
Table 5-2: J2 Connector Pin Assignments (DB37F)
| Signal Name | I/O | Description |
| Ch0 thru Ch31(SE)/Ch0+ thru Ch31+ (DIFF) | I | Channel 0 through Channel 31 single-ended or
Channel 0 through Channel 31 differential non-inverting input |
| Ch32 thru Ch63(SE)/Ch0- thru Ch31- (DIFF) | I | Channel 32 through Channel 63 single-ended or Channel 0 through Channel 31 differential inverting input |
|
LM335 + terminal |
I |
Temperature sensor + lead for reference junction or cold-junction compensation. When this option is ordered, Channel 1 is factory configured to provide a + bias to a provided LM335 precision temperature sensor, which should be connected to the also provided screw terminal adapter model
UTBK-50. |
| LM335 – terminal | I | When this option is ordered, connect the – lead of the provided LM335 precision temperature sensor to the also provided screw terminal adapter model UTBK-50. |
| AND | x | Analog Ground, All single-ended AND differential signals must have a ground reference connected on one of these pins. |
| TEMP+ (LM335) (CH8+) | I | Temperature sensor input circuit (LM335 + lead) when TEMP1 jumper
is installed. Connected to channel 8 differential non-inverting input |
| DAC0 / DAC1 | O | Digital to Analog Output 0 / 1 |
| AGND / DAC0 / DAC1 return | x | DAC0 or 1’s ground when installed. Otherwise, Analog Ground |
Table 5-3: J1 and J2 Signal Names and Descriptions
| Pin | Signal Name | Pin | Signal Name |
| 1 | DIO0 | 14 | DIO12 |
| 2 | DIO1 | 15 | DIO13 |
| 3 | DIO2 | 16 | DIO14 |
| 4 | DIO3 | 17 | DIO15 |
| 5 | DIO4 | 18 | GND |
| 6 | DIO5 | 19 | External Trigger |
| 7 | DIO6 | 20 | A/D Start Enable |
| 8 | DIO7 | 21 | Counter Gate |
| 9 | GND | 22 | Counter Clock |
| 10 | DIO8 | 23 | Counter Output |
| 11 | DIO9 | 24 | GND |
| 12 | DIO10 | 25 | GND |
| 13 | DIO11 |
Table 5-4: J3 Connector Pin Assignments (DB25F)
| Signal Name | I/O | Description |
| DIO0 – DIO15 | I/O | Digital Input and Digital Output lines (SW configurable, pulled-up) |
| AND | x | Analog Ground |
| GND | x | Ground (power and digital signaling) |
| Counter Gate | I | External A/D Enable / Counter Gate Input (pulled-up, active-high) |
| External Trigger | I | Ext A/D Conversion Start Trigger (pulled-up, SW selectable for rising or falling edge) |
| A/D Start Enable | I | External A/D Conversion Start Enable (pulled-up, active-high) |
| Counter Clock | I | 8254 Counter/Timer Clock Input (pulled-up) |
| Counter Output | O | 8254 Counter/Timer Output (pulled-up) |
Table 5-5: J3 Signal Names and Descriptions
Primary Specifications
Customer Comments
If you experience any problems with this manual or just want to give us some feedback, please email
us at: manuals@accesio.com. Please detail any errors you find and include your mailing address so that we can send you any manual updates.
Notice
The information in this document is provided for reference only. ACCES does not assume any liability arising out of the application or use of the information or products described herein. This document may contain or reference information and products protected by copyrights or patents and does not convey any license under the patent rights of ACCES, nor the rights of others. IBM PC, PC/XT, and PC/AT are registered trademarks of the International Business Machines Corporation. Copyright by ACCES I/O Products, Inc. 10623 Roselle Street, San Diego, CA 92121. All rights reserved.
- WARNING
ALWAYS CONNECT AND DISCONNECT YOUR FIELD CABLING WITH THE COMPUTER POWER OFF. ALWAYS TURN POWER OFF BEFORE CONNECTING AND DISCONNECTING CABLES, FAILURE TO DO SO MAY CAUSE DAMAGE TO THE DAQ-PACK AND WILL VOID ALL WARRANTIES, IMPLIED OR EXPRESSED. - CAUTION
THE DAQ-PACK SERIES IS A FULLY FACTORY CONFIGURED AND INTEGRATED INSTRUMENT, DO NOT OPEN THE ENCLOSURE, DOING SO WILL VOID YOUR WARRANTY
Warranty
Prior to shipment, ACCES equipment is thoroughly inspected and tested to applicable specifications. However, should equipment failure occur, ACCES assures its customers that prompt service and support will be available. All equipment originally manufactured by ACCES which is found to be defective will be repaired or replaced subject to the following considerations.
Terms and Conditions
- If a unit is suspected of failure, contact ACCES’ Customer Service department. Be prepared to give the unit model number, serial number, and a description of the failure symptom(s). We may suggest some simple tests to confirm the failure. We will assign a
- Return Material Authorization (RMA) number which must appear on the outer label of the return package. All units/components should be properly packed for handling and returned with freight prepaid to the ACCES designated Service Center, and will be
- returned to the customer’s/user’s site freight prepaid and invoiced.
Coverage
- First Three Years: Returned unit/part will be repaired and/or replaced at ACCES option with no charge for labor or parts not excluded by warranty. Warranty commences with equipment shipment. Following Years: Throughout your equipment’s lifetime,
- ACCES stands ready to provide on-site or in-plant service at reasonable rates similar to those of other manufacturers in the industry.
- Equipment Not Manufactured by ACCES Equipment provided but not manufactured by ACCES is warranted and will be repaired according to the terms and conditions of the respective equipment manufacturer’s warranty.
General
- Under this Warranty, liability of ACCES is limited to replacing, repairing or issuing credit (at ACCES discretion) for any products which are proved to be defective during the warranty period. In no case is ACCES liable for consequential or special damage
- arriving from use or misuse of our product. The customer is responsible for all charges caused by modifications or additions to ACCES equipment not approved in writing by ACCES or, if in ACCES opinion the equipment has been subjected to abnormal use.
- “Abnormal use” for purposes of this warranty is defined as any use to which the equipment is exposed other than that use specified or intended as evidenced by purchase or sales representation. Other than the above, no other warranty, expressed or implied,
- shall apply to any and all such equipment furnished or sold by ACCES.
CONTACT
Assured Systems
Assured Systems is a leading technology company with over 1,500 regular clients in 80 countries, deploying over 85,000 systems to a diverse customer base in 12 years of business. We offer high-quality and innovative rugged computing, display, networking and data collection solutions to the embedded, industrial, and digital-out-of-home market sectors.
US
- sales@assured-systems.com
- Sales: +1 347 719 4508
- Support: +1 347 719 4508
- 1309 Coffeen Ave
- Step 1200
- Sheridan
- WY 82801
- USA
EMEA
- sales@assured-systems.com
- Sales: +44 (0)1785 879 050
- Support: +44 (0)1785 879 050
- Unit A5 Douglas Park
- Stone Business Park
- Stone
- ST15 0YJ
- United Kingdom
- VAT Number: 120 9546 28
- Business Registration Number: 07699660
- www.assured-systems.com
- sales@assured-systems.com
- 10623 Roselle Street, San Diego CA 92121
- Tel. (858)550-9559 FAX (858)550-7322
- www.accesio.com
- contactus@accesio.com
Documents / Resources
 |
ASSURED SYSTEM DPK-AIO Multi Channel High Speed Analog I O Family [pdf] User Guide DPK-AIO, DPK-AI-XX-XXXX, DPK-AIO Multi Channel High Speed Analog I O Family, DPK-AIO, Multi Channel High Speed Analog I O Family, Channel High Speed Analog I O Family, High Speed Analog I O Family, Speed Analog I O Family, Analog I O Family |
