XP-8000-CE6 Series (Win-GRAF based)
XP-8038-CE6, XP-8138-CE6, XP-8338-CE6, XP-8738-CE6 |
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x86 CPU, 1.0 GHz, dual-core |
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Windows CE 6.0 |
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Embedded Win-GRAF SoftLogic (IEC 61131-3) |
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Hard Real-Time Capability |
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VGA Port Output |
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Modbus RTU/TCP (Master, Slave) |
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Support eLogger HMI |
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Redundant Power Inputs |
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Support Dual PAC Redundant System |
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Operating Temperature: -25 ~ +75 °C |
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| XP-8338-CE6 |
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XP-8738-CE6 |
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The Win-GRAF XPAC-8000-CE6 Series (XP-8038-CE6/XP-8138-CE6/XP-8338-CE6/XP-8738-CE6) is the new generation WinCE 6.0 based Win-GRAF XPAC-CE6 (Programmable Automation Controller) from ICP DAS. Each is equipped with an x86 CPU (1 GHz) dual-core running a Windows CE 6.0 operating system, a variety of input/output ports (VGA, USB, Ethernet, RS-232/485), and a range of I/O slots (0/1/3/7) that can be used to integrate high performance parallel I/O
modules (high profile I-8K Series) or serial I/O modules (high profile I-87K series)
The benefits of running Windows CE 6.0 on a XPAC device include hard real-time capability, achievable deterministic control and allowing PAC can have a PC-like window displays and operating environment. The PACs are capable of running Win-GRAF (IEC 61131-3 Standard) software to develop logic control applications, and also supporting M.S. VS 2008 software (VB .NET, C#) to develop HMI and data management applications that can exchange data with Win-GRAF applications. So the application's design is more convenient and more practical. |
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Win-GRAF is a powerful, PLC-like, softlogic development software.It is installed on PC with windows 7 or 8 (or later version). It supports the international PLC language standard - IEC 61131-3 - Ladder Diagram (LD), Function Block Diagram (FBD), Sequential Function Chart (SFC), Structured Text (ST), Instruction Set (IL), suitable to develop applications for the full range of Win-GRAF PACs from ICP DAS. |
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 IEC 61131-3 Standard Open PLC Syntax (LD, FBD, SFC, ST, IL) |
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| Using ST Syntax in the FBD or LD Program |
| Event Triggered Data Binding (Exchange Data between PACs) |
| Online Debugging/Control/Monitoring, Offline Simulation |
| On Line Change |
| Various Protocols: |
- Modbus TCP/UDP, Modbus RTU/ASCII Master
- Modbus TCP, RTU Slave
- DCON ... |
| Plenty of Functions, Function Blocks, I/O Boards |
| Redundancy (For XP-8x38-CE6 PAC only) |
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Note: Except for specially noted items, all applications are applicable to the Win-GRAF PAC (i.e., WP-8xx8, WP-5xx8-CE7,
WP-8xx8-CE7, WP-9xx8-CE7, VP-x2x8-CE7, XP-8x38-CE6 PAC). |
 Redundant System  |
Schedule Control |
| For XP-8x38-CE6 PAC only. |
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| Only CPU is Redundant |
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| Both CPU and I/O Modules are Redundant |
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| On Line Change |
Modbus Master Ports |
Replace the current running project to a new modified one
without stopping the project. |
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| eLogger HMI |
Modbus RTU/TCP Slave Ports |
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| Event Triggered Data Binding |
DCON Remote I/O |
| Exchange data between PACs. |
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| Intelligent Win-GRAF 3G Solution |
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Only the WG-Communication Server (behavior like a Cloud Server) needs a public IP (support Domain Name).
Other PACs and PCs that connect to this Server no need a public IP. |
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| The user can monitor the remote PAC by using a 3G wireless network or an intranet. |
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The user can use the Win-GRAF Workbench to connect to a remote PAC to debug/update the Win-GRAF program or
update the Win-GRAF PAC Driver. |
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| The PAC can actively send a Log File to a PC (WG-Communication-Server). |
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| Support VS 2008 Development |
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The Win-GRAF PACs support to use VS 2008 (VB.net, C#) to develop user own HMI and data management
programs, and can exchange variables with the Win-GRAF control programs. |
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| Create Your Own Functions and Function Blocks |
For some reason (like business protection, integration with your own product protocol, and etc.), you can develop your
own functions and function blocks by VS 2008. Then, you can use these functions and function blocks in
the Win-GRAF project. |
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| PID Control |
| Can Control more than 200 PID in one PAC. |
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| Models |
XP-8038-CE6 |
XP-8138-CE6 |
XP-8338-CE6 |
XP-8738-CE6 |
| System Software |
| OS |
Windows CE 6.0 |
| .Net Compact Framework |
3.5 |
| Embedded Service |
FTP Server, ASP (Java Script, VB Script), SQL Compact Edition 3.5 |
| SDK Provided |
Dll for Visual Studio .Net 2005/2008 |
| Multilanguage Support |
English, German, French, Spanish, Russian, Italian, Japanese, Simplified Chinese, Traditional Chinese |
| Development Software |
Win-GRAF
Software |
Win-GRAF |
IEC 61131-3 standard |
| Languages |
LD, ST, FBD, SFC, IL |
| Max. Code Size |
2 MB |
| Scan Time |
3 ~ 15 ms for normal program
15 ~ 50 ms (or more) for complex or large program |
| Non-Win-GRAF |
Options: VS.NET 2008 (VB.NET, C#.NET, C) |
| CPU Module |
| CPU |
x86 CPU, 1.0 GHz, dual-core |
| System Memory |
2 GB DDR3 |
| Non-volatile Memory, MRAM |
512 KB (retain memory without battery support) |
| Flash |
32 GB |
| EEPROM |
16 KB (Data Retention: 40 years; 1,000,000 erase/write cycles) |
| CF Card |
8 GB (support up to 32 GB) |
| RTC (Real Time Clock) |
Provides seconds, minutes, hours, day of week, month, year |
| Programmable LED Indicator |
2 |
| 64-bit Hardware Serial Number |
Yes, for Software Copy Protection |
| Dual Watchdog Timers |
Yes |
| Rotary Switch |
Yes (0 ~ 9) |
| DIP Switch |
- |
Yes (8 bits) |
| Audio |
Microphone-In and Earphone-Out |
| VGA & Communication Ports |
| VGA |
Yes, (resolution: 1024 x 768, 800 x 600, 640 x 480) |
| Ethernet |
RJ-45 x 2, 10/100/1000 Base-T (Auto-negotiating, Auto MDI/MDI-X, LED indicators) |
| USB 2.0 |
4 |
| COM 1 |
RS-232 (RxD, TxD and GND); non-isolated |
Internal communication with the high profile I-87K series modules in slots |
| COM 2 |
RS-232 (RxD, TxD and GND); non-isolated |
| COM 3 |
RS-485 |
D2+, D2-; self-tuner ASIC inside |
| Isolation |
3000 VDC |
| COM 4 |
RS-232/RS-485 (RxD, TxD, CTS, RTS and GND for RS-232, Data+ and Data- for RS-485);
non-isolated |
| COM 5 |
RS-232 (RxD, TxD, CTS, RTS, DSR, DTR, CD, RI and GND); non-isolated |
| I/O Expansion Slots |
| Slot Number |
0 |
1 |
3 |
7 |
| Note: For High Profile I-8K and I-87K Modules Only |
| Mechanical |
| Dimensions (W x L x H) |
137 x 132 x 125 mm |
169 x 132 x 125 mm |
231 x 132 x 125 mm |
355 x 132 x 125 mm |
| Installation |
DIN-Rail or Wall Mounting |
| Environmental |
| Operating Temperature |
-25 ~ +75°C |
| Storage Temperature |
-30 ~ +80°C |
| Ambient Relative Humidity |
10 ~ 90% RH (non-condensing) |
| Power |
| Input Range |
+10 ~ +30 VDc |
| Isolation |
1 kV |
| Redundant Power Inputs |
Yes, with one power relay (1 A @ 24 VDC) for alarm |
| Capacity |
20 W |
20 W |
35 W |
35 W |
| Consumption |
12 W
(0.5 A @ 24 VDC) |
16.6 W
(0.69 A @ 24 VDC) |
16.8 W
(0.7 A @ 24 VDC) |
18 W
(0.75 A @ 24 VDC) |
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| Protocols (Note that certain protocols require optional devices) |
| NET ID |
1 ~ 255, for Modbus TCP/RTU Slave, user-assigned. |
| Modbus TCP Master |
A max. of 200 IP links to access/control the devices supporting Standard Modbus TCP Slave protocol. |
| Modbus RTU/ASCII Master |
A max. of 32 ports: COM1 ~ 33 (*) to connect other Modbus Slave devices(Like M-7000).
Recommend connecting no more than 32 devices in each port for better scan rate. |
| Modbus RTU Slave |
A max. of 16 ports: COM1 ~ 33 (*) for connecting SCADA/HMI/OPC Server. |
| Modbus TCP Slave |
Two Ethernet ports (LAN1 & LAN2) support up to 64 connections. If the PAC uses 1 connection to connect each PC/HMI, it can connect up to 64 PCs/HMIs; If the PAC uses 2 connections to connect each PC/HMI, it can connect up to 32 PCs/HMIs; If one of the Ethernet port malfunctions, the other one can still be used to connect the PC/HMI. |
| User-defined Protocol |
Custom protocols can be applied at COM1 ~ 33 (*) by using Serial communication functions or function blocks. |
| DCON Remote I/O |
A max. of 16 RS-485 ports: COM1 ~ 33 (*). Each port can connect max. 50 nos I-7000 series modules or
50 nos I-87xxxW I/O modules in expansion units (I-87K4, I-87K8, I-87K9, RU-87P8, RU-87P4).
Recommend connecting no more than 32 modules in each port for better scan rate. |
| Local I/O Modules |
Supports only high profile I/O modules. Slot 1 ~ 7 supports I-8xxxW parallel I/O modules and I-87xxxW serial I/O modules. (Refer Optional I/O List) |
| App Protection |
Using the unique 64-bit (8 bytes) PAC serial number to generate a protection password by your own algorithm to protect your Win-GRAF application. Then, if someone intend to copy your application in the PAC to another new PAC with the same PAC model, this application will not work properly in that new PAC. |
| Redundancy |
2 XP-8x38-CE6 can set a redundant system, when one is damaged or crashes, the other can still take up
and continue the work. The system offers 3-line communication redundancy, LAN1, LAN2 and Alive Port, as long as one of the three communication lines still connects normally, this redundant system
can normally control the process. The redundant system provides a public IP address that allows SCADA/
HMI software to access it without needing to determine which one is the Active IP. |
| Data Binding |
Exchange data between ICP DAS Win-GRAF PAC via Ethernet ports (LAN1 and LAN2). The data transmission is event triggered. It is much efficient than polling way. Beside, user can setup the Redundant Binding in two ethernet ports by Software, then if one Ethernet port fail, it can switch to use the other port. |
| On Line Change |
For application field that not allowed to stop the Win-GRAF program and wish to run a new program modified a little from the original program. |
| Modbus RTU I/O |
When software enables Modbus RTU Master function, the PAC can connect ICP DAS M-7000 and tM series and LC series I/O modules which support Modbus RTU protocol. |
| Modbus TCP I/O |
When software enable Modbus TCP Master function, the PAC can connect ICP DAS I-8KE4/8-MTCP, PETL-7000, tPET/tET series I/O modules which support Modbus TCP protocol. |
| HART Master |
Support I-87H17W modules in slot 1 to 7 to communicate with other HART devices. |
| Schedule Control |
Supports the "Schedule-Control Utility" (free) to implement schedule control. Each PAC can control max. 10 Targets (devices) with different schedule settings in each day / holiday / special day / season / year. |
| Retain Variables |
Built-in the fast retain memory that can retain up to 12,000 Win-GRAF variables. |
| File Access and Data Log |
The Win-GRAF supports file operation functions to read/write files in the PAC's micro_SD or flash memory to do data log or file access. |
| eLogger HMI |
Support to run HMI program (developed by the eLogger) together with the Win-GRAF logic-control program in the same PAC. |
| Optional I/O List (Go to I-8K, I-87k Selection Guide) |
| Digital Input (DI) |
I-8040W, I-8040PW, I-8046W, I-8051W, I-8052W, I-8053W, I-8053PW, I-87040W, I-87040PW,
I-87046W, I-87051W, I-87052W, I-87053W, I-87053PW, I-87053W-A2, I-87053W-A5, I-87053W-E5 |
| Digital Input/Output (DIO) |
I-8042W, I-8050W, I-8054W, I-8055W, I-87042W, I-87054W, I-87055W |
| Digital Output (DO) |
I-8037W, I-8041W, I-8041AW, I-8056W, I-8057W, I-87037W, I-87041W, I-87057W, I-87057PW |
| Relay Output |
I-8060W, I-8063W, I-8064W, I-8068W, I-8069W, I-87061W, I-87061PW, I-87063W, I-87064W,
I-87065W, I-87066W, I-87068W, I-87068W-2A, I-87069W, I-87069PW |
| AC Input |
I-8058W, I-87053W-AC1, I-87058W, I-87059W |
| Analog Input (AI) |
I-8017DW, I-8017HW, I-8017HCW, I-87017W, I-87017RW, I-87017RCW, I-87017DW, I-87017W-A5,
I-87017ZW, I-87018W, I-87018RW, I-87018PW, I-87018ZW, I-87019PW, I-87019RW, I-87019ZW |
| Analog Output (AO) |
I-8024W, I-87024CW, I-87024UW, I-87024DW, I-87024RW, I-87024W, I-87028CW, I-87028UW,
I-87028VW, I-87028VW-20V |
| Multifunction (DIO, AIO) |
I-87026W |
Temperature
Input |
Thermistor |
I-87005W |
| RTD |
-87013W, I-87015W, I-87015PW |
| T/C |
I-87018W, I-87018RW, I-87018PW, I-87018ZW, I-87019PW, I-87019RW, I-87019ZW |
| Strain Gauge |
I-87016W |
| Counter/Frequency Input |
I-8084W, I-87082W, I-87084W |
| Encoder Input |
I-8093W |
| PWM Output |
I-8088W |
| HART |
I-87H17W |
| GPS |
GPS-721 |
| Communication Module |
I-8112iW, I-8114W, I-8114iW, I-8142iW, I-8144iW |
| Temperature & Humidity Input |
DL-100T485, DL-100T485-W, DL-100T485P, DL-100T485P-W (DCON Protocol)
DL-100TM485, DL-100TM485-W, DL-100TM485P, DL-100TM485P-W (Modbus RTU Protocol) |
* Note: COM6 ~ COM33 ports are located in the expansion boards (I-8142iW, I-8144iW, I-8112iW, I-8114W, I-8114iW)
if they are installed in slot 1 ~ 7 of XP-8x38-CE6.
* The COM1 port on XP-8038-CE6 is RS-232;
COM1 on other Win-GRAF XPAC is for internal communication with I-87K modules installed in slots only. |
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| XP-8038-CE6 CR |
0 I/O slot WinCE 6.0 Based Win-GRAF XPAC (OS: Multi-Language version) (RoHS) |
| XP-8138-CE6 CR |
1 I/O slot WinCE 6.0 Based Win-GRAF XPAC (OS: Multi-Language version) (RoHS) |
| XP-8338-CE6 CR |
3 I/O slots WinCE 6.0 Based Win-GRAF XPAC (OS: Multi-Language version) (RoHS) |
| XP-8738-CE6 CR |
7 I/O slots WinCE 6.0 Based Win-GRAF XPAC (OS: Multi-Language version) (RoHS) |
| XPCE6-GUP-18000 |
Upgrade XP-8x31-CE6 to XP-8x38-CE6 to support Win-GRAF. |
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| Win-GRAF Development Software |
| Win-GRAF Workbench |
Win-GRAF Workbench Software (Large I/O Tags) with one USB Dongle. |
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| Power Supply |
24 VDC Power Supply with DIN-Rail Mounting (RoHS) |
| Ethernet Switch |
5 to 8 Ports Real-time Redundant Ring Ethernet Switch (RoHS) |
| 5 to 16 Ports Unmanaged Industrial Ethernet Switch (RoHS) |
| Converter |
RS-232/422/485 Converter (RoHS) |
| USB to RS-232/422/485 Converter (RoHS) |
| TPM-4100 / TP-4100 |
10.4" (800 x 600) resistive touch panel monitor with RS-232 or USB interface |
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