iComTech QEC-M-150T 15 Inch Open Frame Touch Panel PC User Guide
- June 15, 2024
- iComTech
Table of Contents
iComTech QEC-M-150T 15 Inch Open Frame Touch Panel PC
Product Usage Instructions
- Powering Up the QEC-M-150T
- To power up the device, connect the power input within the specified range of +12 to +50VDC. Ensure the power source is stable.
- Connecting to LAN
- Connect the Ethernet RJ45 cable to the LAN port for network connectivity. Use the appropriate cables for desired network speeds.
- Using the LCD Display
- If applicable, connect the LCD power according to the provided specifications. Adjust display settings as needed.
- Expansion and I/O Connectivity
- Utilize the various I/O connectors and expansion slots for connecting additional peripherals or devices as required.
- Software Support
- Utilize the 86Duino Coding IDE for programming and interfacing with the device. Refer to the user manual for detailed software usage instructions.
FAQs
- Q: What is the difference between QEC-M-150T and QEC-M-150TP?
- A: The main difference is that QEC-M-150TP includes Power over Ethernet (PoE) capability, allowing power and data to be transmitted over a single Ethernet cable.
- Q: Can I expand the memory on the QEC-M-150T?
- A: The memory on the QEC-M-150T is onboard and not user-expandable. It comes with either 512MB or 1GB DRI onboard memory.
- Q: What software is supported on the QEC-M-150T?
- A: The QEC-M-150T supports the 86Duino Coding IDE, which is based on Java and Arduino IDE, Processing, DJGPP, and other open-source software.
Features
- DM&P Vortex86EX2 Processor, Master 533MHz/Slave 400MHz
- EtherCAT Master Core runs on a dedicated CPU
- Hardware/Software Real-time
- 86Duino Integrated Development Environment (IDE)
- Up to 128 axes support motion control
- 15-inch TFT 1024×768 Resolution LCD with Restive touchscreen
- Internal Monitoring Hardware Information
- Operating temperature 0 to +50°C/-20 to +60°C (Option)
- 3LAN/3USB/MicroUSB/VGA/MiniPCIe/Arduino Pins
Specifications
| CPU | DM&P Vortex86EX2 Processor, Master 533MHz/Slave 400MHz |
|---|---|
| Memory | 512MB/1GB DRI Onboard |
| Storage | 32MB SPI Flash/2GB SLC eMMC |
| LCD Display | 15-inch TFT 1024×768 Resolution LCD with Restive touchscreen |
| LAN | 1Gbps Ethernet RJ45 x1 & 10/100MbpsEthernet RJ45 x2 for EtherCAT |
| Expansion | MiniPCIe x 1 with Micro SIM Card Holder |
I/O Connector
| 2.54mm 2-pin header for Power Connector 1.25mm 4-pin wafer for Line-Out
Power DC Input/Output Connector x1 Micro USB (Type-B) x1 (Upload/Debug only)
VGA Connector (10-pin) x1
| 1.25mm 4-pin header for EXT I2C TFT Driver Micro SIM Card Holder x1
MiniPCIe slot x1 USB Host x3
RJ45 x3
Arduino Compatible Connector
| 2.54mm 10-pin female header for I2C0, MCM, GPIO 2.54mm 8-pin female header for MCM, GPIO, COM1(TTL) 2.54mm 8-pin female header for Power source
2.54mm 6-pin female header for ADC/GPIO
| 2.54mm 6-pin female header for CAN0 and CAN1 bus 2.54mm 6-pin female header for GPIO, VCC and GND 2.54mm 10-pin header for SPI, RESET-
2.54mm 10-pin header for SPI, RESET-, RS485
Protocol| EtherCAT (EtherCAT Master Functions: PDO, CoE, DC, Cable-redundancy,
etc.)
Ethernet Standard| IEEE 802.3
Control Cycle Time| 125 µs (min.)
Power Connector| 6-pin Power Input/Output
Power Requirement| +12 to +50VDC Power Input (Typ. +24VDC)
LCD Display Power| DCM-12V: Input 15~36Vdc and Output 12V@Max. 2.5A.
Power Consumption| 10W
Operating Temperature| 0 to +50°C/-20 to +60°C (Option)
Dimension| 246 x 185.33 x 32.83mm
Weight| 2.3 Kg
Internal Monitoring| Temperature, Voltage, Current
Software Support| 86Duino Coding IDE
(The environment is written in Java and based on Arduino IDE, Processing, DJGPP, and other open source software)
Ordering Information
QEC-M-150T| Vortex86EX2 Processor 533MHz-based EtherCAT Master System with
15-inch LCD
---|---
QEC-M-150TP| Vortex86EX2 Processor 533MHz-based EtherCAT Master System with
15-inch LCD/PoE
For detailed ordering information, please contact our sales staff or view the user manual.
Dimension
- Last Updated: November 1, 2023