Advantech ECU-P1706 Manual de instalación y operación
STARTUP MANUAL
ECU-P1706 Startup Manual 1
ECU-P1706
250 kS/s 16-bit Simultaneous 8-ch Analog Input PCI-104 Card
Packing List
Before you begin installing your module, please make
sure that the following materials have been shipped:
ECU-P1706 card
Energy Series Driver and Utility DISC
Quick Start User Manual
1 x Front Panel (for ECU-P1706)
2 x 18 pin plug-in-blocks
6 x M3 bolts
1x ROHS list
1 x Warranty card
If any of these items are missing/damaged, contact
your distributor or sales representative immediately.
Notes
For more information on this and other Advantech
products, please visit our websites at:
http://www.advantech.com
http://www.advantech.com/eAutomation
For technical support and service:
http://www.advantech.com.tw/eservice
This manual is for ECU-P1706.
Part No: 2003I70601 2nd Edition
December 2013
User Manual
For more detailed information on this product, please
refer to the ECU-P1706 user manual on the CD-ROM
(PDF format). CD:\ ECU-P Cards\ECU-P1706\User's
Manual.
Declaration of Conformity
FCC Class A
This equipment has been tested and found to
comply with the limits for a Class A digital device,
pursuant to part 15 ofthe FCC Rules. These limits
are designed to provide reason-able protection
against harmful interference when theequipment
is operated in a commercial environment. This
equipment generates, uses, and can radiate radio
frequency energy and, if not installed and used in
accordance with theinstruction manual, may cause
harmful interference to radio communications.
Operation of this equipment in a residential area is
likely to cause interference in which case the user is
required to correct interference at his own expense.
CE
This product has passed the CE test for environmental
spec-ifications when shielded cables are used
for external wiring.We recommend the use of
shielded cables. This kind of cable is available from
Advantech. Please contact your local representative.
Overview
The ECU-P1706 is an advanced high-performance
multifunction card based on the Universal PCI-104
bus.The maximum sampling rate of ECU-P1706 is
up to 250 kS/s with 8 A/D converters simultaneously
sampling on each channel, With a large FIFO of
8K Sample.The ECU-P1706 has two 32-bit Time/
counter channels so that it can provide specic
functions for different application requirements.
2 ECU-P1706 Startup Manual
PIN Assignment
I/O Connector Signal Description
Signal
Name
Reference Direction Description
AI<0..7>+ AGND Input Analog positive input
channels 0 through 7.
AI<0..7>- AGND Input Analog negative input
channels 0 through 7.
AIGND,
AOGND
- Analog GND
AO0_VOUT
AO1_VOUT
AGND Input Analog voltage output
channels 0/1
AO0_IOUT
AO1_IOUT
AGND Input Analog current output
channels 0/1
DIO<0:15> DGND Inout Digital inout channels,
direction can be set by
software
DGND - Digital GND
CNT0_CLK
CNT1_CLK
IGND Input Counter clock external
Input. External (1 Hz
to 1 MHz) or internal
(20MHz), set by
software
CNT0_OUT
CNT1_OUT
IGND Output Counter out
CNT0_
GATE
CNT1_
GATE
IGND Input Counter gate
EXT_
SCAN_CLK
DGND Input Scan clock external
Input. External (up to
250 K) or internal (up
to 10 M)
EXT_
CONV_CLK
DGND Input Convert clock external
Input. External (up to
250 K) or internal(up
to 10 M)
EXT_AI_Tri DGND Input AI Trigger external
Input. External, Analog,
software, as set by
software
Specifications
General
Power Consumption: Typical: 5V @ 850mA
Bus Type: PCI-104
I/O Connector: Plug-in Terminal Block
Operating Temperature: -20 ~ 70°C (-4 ~
158°F) @ 5 ~ 85% RH
Storage Temperature: -40 ~ 80°C (-40 ~176°F)
Storage Humidity: 5 ~ 95% RH, non-
condensing (IEC 60068-2-3)
Analog Input
Channels: 8 differential
Resolution: 16 bits
Sampling Rate: 250 KS/s
FIFO Size: 8 K samples
Overvoltage: 30 VP-P Protection
Input Impedance: 18 Mohm
Sampling Mode: Software, onboard
programmable pacer and external (TTL Level)
Trigger Mode: Delay to Start trigger, Delay to
Stop trigger
Trigger Source: Analog Trigger, External
Trigger
Input Range: (V. Software Programmable)
Bipolar ±10 ±5 ±2.5 ±1.25
Accuracy % of
FSR±1LSB
0.04 0.04 0.06 0.08
Timer Counter
Channels: 2
Resolution: 2 bits
Mode In: Event counting, Frequency/PWM In
Compatibility: Isolated 24 VDC
Max. Input Frequency: 1 MHz
Max. Output Frequency: 1 MHz
ECU-P1706 Startup Manual 3
Connections
Instant AI & Buffered AI Channel
Figure 1 - Differential Input Channel Connection
Buffered AI Trigger & CLK Source
The ECU-P1706 has a double-clock system, with a
SCAN clock and CONV clock, to generate efcient
A/D conversion clocks at specific times. A/D
conversion clocks come from internal clock sources
or external signals on a connector. The CLK has
several sources.
Internal A/D clock derived from 32-bit divider
External A/D clock from terminal board
With ECU-P1706, user can dene the type of trigger
source as rising-edge or falling-edge. The Trigger has
several sources.
External digital (TTL) trigger from terminal
board
Soft trigger
Threshold trigger
Figure 2 - Trigger Source and CLK Source
Connection
Counter - Event Counter
Figure 3 - Event Counter Connection
Frequency Measurement
Figure 4 -Frequency Measurement Connection
Time Pulse
Figure 5 -Pulse Connection
One-shot Connection
When the Gate pin receives a trigger, Counter begin to
count using internal clock or external clock. The Out
pin output a pulse or Toggled signal after the counter
count the number of delay count that can be set by user.
Figure 6 -One shot Connection
PwMeter Connection (PWM_IN)
Figure 7 -PwMeter Connection (PWM_IN)
PwModulator (PWM_OUT)
Figure 8 -PwModulator Connection (PWM_OUT)
ECU-P1706 Startup Manual 4
Dimension DiagramInstallation
Software Installation
For more detailed Software Installation information on
this product, please refer to the ECU-P1706 Manual
on the CD-ROM (PDF format). CD:\ ECU-P Cards\
ECU-P1706\User's Manual.
Hardware Installation
1. Turn the PC’s power off. Turn off the power
of any peripheral devices such as printers and
monitors.
2. Disconnect the power cord and any other cables
from the back of the computer.
3. Remove the system unit cover (see the user’s
guide for your chassis if necessary).
4. Remove the CPU card from the chassis (if
necessary) to gain access to the card’s PCI-104
connector.
5. Attach the ECU-P1706 card to the PCI-104
connector. Carefully align the pins with the
PCI-104 connector. Slide the module into the
connector. The module pins may not slide all the
way into the connector; do not force the pins into
place, or the module may be damaged.
6. Fasten the module to the CPU card by using the
included brass screw. Screw the brass spacer
into the threaded hole on the CPU card. Do not
tighten too much, or the threads may be damaged.
7. Reinstall the CPU card and replace the system
unit cover. Reconnect the cables you removed in
step 2.
8. Attach the two green 18 PIN terminals
connection line(refer to chapter 3 Pin for
denition) accessories to the ECU-P1706.
9. Plug in and turn on the power. This completes the
hardware installation. Install the software driver
as described in the following section.
Exploded Diagram
This is an exploded view of the ECU-P1706 mounted
to the ECU-1871, and is useful for customers to
understand the installation of the card.
ECU-P1706-
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