Industrial Communication & Data processing

WEINTEK ,  cMT-SVR not only communicates with more than 300 devices (e.g. PLCs, Inverters, Motion Controllers, etc.) and executes macro commands, but it can also handle data processing 

Easy Installation , Centralized Data processing & Powerful connectivity with more than 300 devices. Local & Remote access available.

There are 3 Types of model 

1. cMT - CTRL01 

2. cMT - SVR100 / cMT -SVR - 101

3. cMT - SVR200/ cMT - SVR - 202

CMT1106X is a basic HMI model

As Standard and Advanced cMT X Series have earned recognition and trust from customers for their outstanding performance and stability, Weintek is now introducing a new cMT X Basic model, cMT1106X. cMT1106X is priced competitively and designed for those seeking a single Ethernet port model that satisfies general requirements for industrial automation.

High Performance, Large Storage, and Powerful Connectivity

cMT1106X, compared to iP/iE Series HMI, excels in terms of performance, storage capacity, and connectivity. Its quad-core high-performance CPU allows it to overcome the most difficult multitasking challenges. It has built-in 4GB Flash memory to allow support for up to 16 times more storage space for historical data and projects. In addition, it comes with a full suite of connectivity options: Ethernet, RS232, RS485 2W, RS485 4W, and WiFi that is enabled by an expansion module when needed.

Basic but Better

cMT1106X’s safety and protection design include an industrial grade power isolation design, PCB coating and NEMA4/IP66 compliant front panel. On the other hand, cMT1106X supports Weincloud, the latest cloud service which helps users build a remote monitoring system in no time. Meanwhile, with numerous practical feature inclusions such as: EasyWeb 2.0 (configuration over the web), FTP file transfer, PDF Reader and Ethernet printer, cMT1106X delivers an enhanced user experience and sets a high bar for a basic level HMI.

Seamless Upgrade with Minimal Effort

Those upgrading from 10”, iE/iP Series HMI to cMT1106X should find the transition seamless. First, cMT1106X installation requires the same cutout dimensions, meaning that structural modification will not be needed. In terms of project migration, converting an existing project is as simple as opening it, so there is no need for project redesign, which saves plenty of time and manpower. As for selected few features that cannot be automatically converted, update reports and modification guidelines are provided so that upgrade process can proceed with minimal effort.

Weintek strives to make system integration work easier by providing feature-rich, user-friendly, and high-performance HMI products, and we design them from the customer’s perspective. While the latest addition, cMT1106X is categorized as a basic HMI, it contains more than enough software and hardware capabilities that should meet the essential needs for industrial automation.

configures Atmel megaAVR and tinyAVR controllers

 Work with multiple models of microcontrollers from the Atmel megaAVR and tinyAVR lines in the graphical development environment. It features multiple tools for creating functions and program scenarios in the device architecture as well as editing or removing existing ones.

AVR Simulator IDE 1.30 is an application for microcontrollers from the Atmel megaAVR, tinyAVR product lines and mature 90S family which are bundled with emulator, assembler, disassembler, Basic compiler, and debugger.

The application features a smart AVR basic compiler which is bundled with a smart basic source editor. The memory editor tool is available for FLASH memory and EPROM data memory. It also features a stack SRAM viewer. This application can be made compatible with a high level language to access the EPROM memory, A/D converter module, SPI communication, R/C servos and interface character LCDs. The character LCD modules can be accessed using the in-built graphical LCD module simulation interface. The interface can also be used for simulation of 7-segment LED displays.

The application features an oscilloscope and supports external simulation modules. The microcontroller view gives in-depth details of all the values. The stepper motor function includes a graphical view of the simulation. The AVR compiler has features for three basic data types: 1-bit, 1-byte, 2-byte, optional 4-byte data type with 32-bit arithmetic.

AVR Simulator IDE uses real-time simulation and helps the user to debug codes for microcontrollers. It contains color themes for visuals and has many options. The real devices can be attached to serial ports and are compatible with the application. It is user-friendly with full instructions given in the application.