GPC® 553

General Purpose Controller, Philips 80C552

GPC® 553 English Tech. Manual PDF format.

Ver. 5.20 - Rel. 08 July 2000.

GPC® 553: Optional plastic mount for connection to Omega rails

The GPC® 553 is a powerful control Low-Cost module capable of operationg in stand-alone mode or as an intelligent peripheral, and/or remoted, in a wider telecontrol or aquisition network. The GPC® 553 module is secured in a plastic mount for connection to Omega rails DIN 46277-1 and DIN 46277-2, thereby dispensing with the need of rack and allowing a less costly mounting direct to the electrical control panel. The GPC® 553 card supports the different versions of 80C552 and 87C552 chips all of them compatible with the 8051 INTEL. A selection of software developement Tools can be obtained, allowing the use of the module as a system for its own developement, both in Assembler and in other evoluted languages. Noteworthy among these are the developement Tools as the Compilators C, the FORTH and the handy BASIC 553.This latter is compatible with the widespread MCS® BASIC-52 of INTEL to which have been added new commands. Noteworthy among the new ones, are the ones regarding the A/D, I2C-BUS, RTC, Serial EEPROM, Stepper-Motor, direct managing of Display LCD or Fluorescent and of a Matrix Keyboard etc. For an immediate use of this new command, KDL-224 boards are available, or if you need a finished object, there is the Operator Panel QTP 16P or QTP 24P. (See the Application Note). This Operator Panel, offered in the open frame version, bears the same aesthetic as QTP 24, but, as the local intelligence is not furnished, it is driven directly by GPC® 553, allowing a notable cost reduction. The BASIC 553 affords truly notable debug facilities, and allows to program directly on board a EEPROM with the user program. To speed the applicative system, or to make it unreadable to intrusive eyes, the BASIC Compiler BXC51, provided with libraries that accept as source what has been generated and debugged with BASIC 553, is available. The GPC® 553 is equipped with a series of standard Abaco® connectors allowing immediate use of the many BLOCK I/O modules available, or enabling a simple and inexpensive means of connections to equipment interfaces made by the user or by third parties.

Abaco® I/O BUS connector allows to drive directly ZBR 84, ZBR 168, ZBR 246, ZBR 324, ZBT 84, ZBT 168, ZBT 246, ZBT 324, and through ABB 03, ABB 05 it is possible to manage all the peripheral cards available on Abaco® BUS.

• 100x149 mm size, Intelligent module of the Abaco® BLOCK 3 series
• Optional plastic mount for connection to DIN 46277-1 and DIN 46277-2 rails
• CPU 80C552, 22 or 30MHz,with maximum address 96KBytes,
• Sockets for 32K EPROM, 32K RAM, 32K EEPROM, RAM or EPROM
• Back-up circuit for 32K RAM, through external LITHIUM battery
• Serial EEPROM, from 128 to 2048Bytes
• RTC clock, LITHIUM battery, RAM 256 Bytes. Maximum 1024 Bytes serial EEPROM in conjunction with RTC
• 8 lines 10-bit A/D Converter with range + 2.5 V; 0÷20 or 4÷20mA
• Conversion time 27µs at 22MHz or 20µs at 30MHz
• 16 TTL I/O lines settable via software
• 2 PWM independent outputs of 8 bits
• 1 software-readable 4-way Dip Switch
• Dip for RUN/DEBUG Mode
• 16 bits Timer-Counter having 4 Capture registers and 3 Comparable registers
• 6 outputs Set-Reset connected to the Comparator T2, plus 2 Toggle outputs
• Standard 16-bit timer-counter register
• Watchdog, configurable by software
• 2 serial lines in RS232, one configurable in RS422,RS485 or Current Loop
• 26 pins expansion connector for Abaco® I/O BUS
• 1 standard Abaco® 20 pins I/O connector
• 1 standard 20 pins A/D Abaco® connector
• Facility of operation in Idle-Mode or Power-Down Mode
• Built-in power supply or external 5Vdc, 120mA power supply
• On-board protection aganist voltage peaks by TransZorb
• Wide range of developement software such as: Monitor Debugger, MO52, Assembler, GET-51 and BASIC Interpreter, BXC51, BASIC Compiler, NoICE, C Compiler, HTC-51,
• , BASCOM, BASCOM-8051, MO52, FMO52, LadderWORK, CMX-RTX, FMO53, DDS, PLM 51, etc. No development system is required in order to operate; it is sufficent the card and a software tool: i.e BASIC and the connection through the serial line to any PC using our GET-51: nothing more.

Mounting on DIN Rails (ZBR-246 + GPC®-883)

A C C E S S O R I E S
	CCR Plug 9 Communication Cable RS 232 - Plug Communication cable RS 232 witch DB9 connector and 6 pin RJ12.
	CCR Plug 25 Communication Cable RS 232 - Plug Communication cable RS 232 witch DB25 connector and 6 pin RJ12.
	Option,LITIO LITHIUM Battery with cable and conector
	WM3 - WM4 Housing for DIN Omega Rail Cards, 3 Type, or 4 Type.

BASCOM-8051

W95/NT 8051-BASIC Compiler

BASCOM-8051© is a Windows BASIC COMPILER for the 8051 family It is designed to run on W95/NT and has all the features of BASCOM LT. In addition it has full support for arrays and the single floating point type.

µ C / 5 1

ANSI C Compiler for 8051

Develop high quality software for any 8051 in ANSI C. µC/51 comes with an incredible optimizing compiler, you can even write software in ANSI C on 8051's with 1kB of code memory! µC/51 is absolutely complete: user friendly multi file Editor, Compiler, Assembler, Downloader, Source
Level Debugger. You will not need anything else.

PASCAL 51

Pascal compiler for 8051

The Pascal 51 is a compiler capable to generate code for the I51 family of microcontrollers, that use almost all the instructions defined in Wirth's Pascal. Thanks to his integarted developmen environment it is really simple to use and offers advantages in hardware resources management, available in the microcontrollers. Moreover objects and precompiled units can be used too.

LadderWORK

The LadderWORK Integrated Development Enviroment (IDE)

The picture below, represents the apperance of the program LadderWORK on your computer. LadderWORK has an integrated enviroment feature, allowing you to draw schematics, compile programs and upload code to PLC always working on the same window. The integrated enviroments are composed by several parts described below. 

Page up-dated at May 31, 2006

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