Quick Terminal Panel (Serial Display) - uk QTP 16Big-H - Housing without keyboard, RTC, 3 Relay

QTP 16Big-H

Quick Terminal Panel - Housing without keyboard, RTC, 3 Relay

QTP 16BigH English Tech. Manual PDF format.

Ver. 5.00 - Rel. 07 December 2006.

LIBRARY Firmware QTP 16Big English Tech. Manual PDF format.

Ver. 5.00 - Rel. 29 November 2006.

QTP 16Big-H basically is an operator interface provided with a large dimension display. Among the most important aims of QTP 16Big-H we can remind the representation of information that are visible even from a long distance, and the siplified input of user selections; moreover the availability of interesting additional features make it the right component to solve many applications in the civil, domestic and/or industrial fields, always by keeping an optimum price/performance ratio.

QTP 16Big-H is available with Alphanumeric displays by 20 characters for 4 lines in two different types: LCD type with LED backlite or Fluorescent.

A pratical and robust metallic container, in aluminium shape with the standard DIN 96x192 size allows a direct mounting in front panel modality. A back side openings allows to reach the connectors that can be used for the required wirings. The enclosed brackets supplied with QTP 16Big-H let the user mount and/or unmount the terminal by performing a simple rectangle digging up, on the support panel, that normally is the front side of the electric box.

The module's asynchronous serial line can be buffered with the most frequently used electric protocols and thanks to this feature the QTP 16Big-H can be connected to each systems available on the market. Furthermore low cost networks of QTPs can be realized where many different Operator Panel can be contemporaneously managed. Alternatively the terminal can be driven through a synchronous I2C BUS line that allows the connection on local networks.
The interconnection with other devices is ensured also by the optional CAN line, that increase the possible applications fields and gives better performance of the cemplete network.

RELAYS OUTPUTS CONNECTION.

CPU section features 16K FLASH with ISP interface for comfortable programming through the asynchronous serial line. This allows an easy development environment for the user application that doesn't require any additional system, with a considerable cost reductions. The user can write the application program with 8051 compatible code, by using one of the numerous high level development tools as the convenient BASIC compiler BASCOM 8051; the efficient C compiler µC/51 or the well known LadderWORK for the users that want contacts programming. With the scope to simplify much more the development phase, there are different ready to use management Firmwares, that are briefly described below.

Hardware features of QTP 16Big-H , including possible options, are as follows:

Overall dimension: 96x192 mm frontal frame size; 9 mm frontal frame depth; 34 mm rear metallic housing depth
Aluminium Container shape with front plastics frame
Front panel with Keyboard and display window protected by Anti Scratch Polyester cover
Case with rear mounting Brackets
Front panel mounting
IP 54 standard protection on front side
2 different models with different displays type:
- QTP 16Big-H-C4: Alphanumeric LCD display, LED Backlite, with 4 lines for 20 characters
- QTP 16Big-H-F4 : Alphanumeric Fluorescent display with 4 lines for 20 characters
Maximum viewing area size: 118x38 mm
Characters dimensionse:
- QTP 16Big-H-C4: LCD display: 4,84 x 9,22 mm
- QTP 16Big-H-F4 : VFD display: 3,65 x 8,8 mm
LED Backlite of LCD display with software management in different modes
Comfortable Regulation of LCD display contrast and VFD display brightness
Membrane keypad with 16 Keys provided of double serigraphy: numeric and function
Panel name personalization Label Slot
Buzzer for acoustic signal and keypressed driven by software
Real Time Clock (RTC) backed by proper Lithium battery
8051 family Microprocessor, with software selectable clock between 14,7 or 29,4 MHz
Different memory types:
- 16K FLASH EPROM
- 0,5K RAM
- up to 64K+2K EEPROM
- 240 bytes backed SRAM
Asynchronous serial line configurable in RS 232, RS 422, RS 485 or Current Loop
Synchronous I2C BUS communication line
CAN communication line provided of proper line driver
3 Relay Outputs, up to 5A
Comfortable Quick Release, Screw Terminal connectors for a fast cablation
Wide range DC or AC power supply from 5 Vdc to 24 Vac
Total power consumption change according with used configuration, from 0,3 to 6 W
On board electronic protection aganist voltage peaks, by TransZorb
Wide range of developement software tools and programming languages, such as: assembler; FORTH; PASCAL compilers (SYS51PW); C compilers (HTC 51, SYS51CW, µC/51); Contacts logic (LadderWORK); BASIC compilers (BXC51, BASCOM-8051); etc.
Supplied with two different management Firmwares: Serial or Library
Customized keyboard and program packages
For specific requirements about consumption, functionality and price, please contact directly grifo®

QTP 16Big-H overall size see below drawing; Complete mounting quotes please refer to user manual.

Mounting Bracket overall size see delow drawing.

QTP 16Big-H
COMMANDS SUMMARIZING TABLE

C O M M A N D

CODE

HEX CODE

MNEMONIC

Home

01

01

SOH

Cursor Left

21

15

NACK

Cursor Right

06

06

ACK

Cursor Down

10

0A

LF

Cursor Up

26

1A

SUB

Carriage Return

13

0D

CR

Carriage Return + Line Feed

29

1D

GS

Absolute Cursor Position

27 89 r c

1B 59 r c

ESC Y

ASCII(r) ASCII(c)

Backspace

08

08

BS

Clear Page

12

0C

FF

Clear Line

25

19

EM

Clear End of Line

27 75

1B 4B

ESC K

Clear End of Page

27 107

1B 6B

ESC k

Cursor Off

27 80

1B 50

ESC P

Steady Cursor On

27 79

1B 4F

ESC O

Blinking block cursor on

27 81

1B 51

ESC Q

Reading of Version Number

27 86

1B 56

ESC V

Reading Card Code

27 160

1B A0

ESC ASCII(160)

Operating Mode Selection

27 65 mode

1B 41 mode

ESC A ASCII(mode)

Fluorescent Display Brightness Setting

27 108 lum

1B 6C lum

ESC l ASCII(lum)

Beep

07

07

BEL

LED and BUZZER activation

27 50 dev attr

1B 32 dev attr

ESC 2 ASCII(dev) ASCII(attr)

Request for EEPROM Writing

27 51

1B 33

ESC 3

Writing of Presence Byte

27 33 78 byte

1B 21 4E byte

ESC ! N ASCII(byte)

Reading of Presence Byte

27 33 110

1B 21 6E

ESC ! n

Write byte on EEPROM

27 164
addl addh byte

1B A4 addl addh byte

ESC ASCII(164)
ASCII(addl) ASCII(addh)
ASCII(byte)

Read byte from EEPROM

27 165
addl addh

1B A5 addl addh

ESC ASCII(165)
ASCII(addl) ASCII(addh)

Definition of User Character

27 66 n.chr
Pat0...Pat7

1B 42 nc.hr
Pat0...Pat7

ESC B ASCII(n.chr)
ASCII(Pat0)...ASCII(Pat7)

Definition and Memorization
of User Character

27 33 66 n.chr
Pat0...Pat7

1B 21 42 n.chr
Pat0...Pat7

ESC ! B ASCII(n.chr)
ASCII(Pat0)...ASCII(Pat7)

Write all Digital Outputs

27 166 out

1B A6 out

ESC ASCII(166) ASCII(out)

Enable Single Digital Output

27 168 bit

1B A8 bit

ESC ASCII(168) ASCII(bit)

Disable Single Digital Output

27 170 bit

1B AA bit

ESC ASCII(170) ASCII(bit)

Reading of Max Message Number

27 110

1B 6E

ESC n

Reading of Last Group and Message Managed

27 33 109

1B 21 6D

ESC ! m

Select Current Message Group

27 33 77 gr

1B 21 4D gr

ESC ! M gr

Message Storage

27 33 67
n. mess.
chr.0 ... chr.19

1B 21 43
n. mess.
chr.0 ... chr.13

ESC ! ASCII(n. mes.) ASCII(chr.0) ... ASCII(chr.19)

Message Reading

27 33 69
n. mess.

1B 21 45 n. mess.

ESC ! E ASCII(n. mess. )

Visualization of "n" Messages

27 33 68
n. mess. n

1B 21 44
n. mess. n

ESC ! D ASCII(n. mess. ) ASCII(n)

Set Automatic Visualization

27 150
255 mess.n.
len shift
r c

1B 96
FF mess.n.
len shift
r c

ESC ASCII(150)
ASCII(255) ASCII(mess.n.)
ASCII(len) ASCII(shift)
ASCII(r) ASCII(c)

Scrolling

Messages Visualization

27 33 83
n mess n.car.

1B 21 53
n mess n.car.

ESC ! S ASCII(n mess) ASCII(n.car.)

Start I2C BUS

27 250

1B FA

ESC ASCII(250)

Stop I2C BUS

27 251

1B FB

ESC ASCII(251)

Transmit Byte on I2CBUS

27 252 byte

1B FC byte

ESC ASCII(252) ASCII(byte)

Receive Byte from I2CBUS

27 253 ack

1B FD ack

ESC ASCII(253) ASCII(ack)

Write Byte on Backed SRAM

27 33 71
addr byte

1B 21 47
addr byte

ESC ! G
ASCII(addr) ASCII(byte)

Read Byte from Backed SRAM

27 33 103
addr

1B 21 67
addr

ESC ! g
ASCII(addr)

Set Clock

27 33 70 hou
min sec day mon yea wee

1B 21 46 hou
min sec day mon yea wee

ESC ! F ASCII(hou)
ASCII(min) ASCII(sec) ASCII(day) ASCII(mon) ASCII(yea) ASCII(wee)

Acquire Clock

27 33 102

11B 21 6

ESC ! f

Show Time

27 33 116
r c frm

1B 21 74
r c frm

ESC ! t ASCII(r)
ASCII(c) ASCII(frm)

Show Data

27 33 100
r c frm

1B 21 64
r c frm

ESC ! d ASCII(r)
ASCII(c) ASCII(frm)

Set Clock Alarm

27 33 65 hou
min sec day mon dton

1B 21 41 hou
min sec day mon dton

ESC ! A ASCII(hou)
ASCII(min) ASCII(sec) ASCII(day) ASCII(mon) ASCII(dton)

Acquire Clock Alarm

27 33 97

1B 21 61

ESC ! a

Entrambi i firmware una volta ricevuto il comando ed i relativi parametri d'ingresso effettano autonomamente la corrsipondente operazione ed al termine restituiscono gli eventuali risultati determinati dall'esecuzione. I firmware, anche se molto simili, si differenziano nelle modalità di utilizzo, come sotto descritto:

Both firmwares, once received the command and the necessary input parameters, perform autonomously the specified operation and at the end they return the possible results established by execution. The firmwares, that are really similar, are different for the user modalities, as below described:

Serial Firmware ( STANDARD ) the QTP 16BH functionality is completely autonomous and the communication occours through the asyncronous serial line (in RS 232, RS 422, RS 485, Current Loop) or the synchronous I2C BUS line, with an external system. The QTP 16BH works as a slave unit that receive commands from a Master unit, and it offers both operator interface and manager of his resources, even at a long distance from the same master. The user doesn't change the QTP program but only the Mater unit (PC, PLC, control card, etc.) program. Among the features of this firmware there is a local setup that allows manual setting of communication parameters (logic protocol, name, Baud rate, Stop Bit, etc.) and the management of QTP 16BH inside a serial network composed by many different units (up to 256). In addition to the firmware is provided a detailed description of the commands and their use tecniques plus some demo programs for PC and grifo® cards, under source and executable format.
Library Firmware ( OPTIONAL ) in this condition the firmware is linked inside the application program for QTP 16BH, developed by the user, and it coincides with a list of Library functions directly called by each low and high level development tools. The library functions can be called by all the console instructions of the selected programming language, as Print, Printf, Kbhit, KeyHit, Input, Getch, Scanf, etc. This choice really simplify the QTP management, reduces the developing time and mantain compatibility with serial firmware. By using this firmware the user must write the application program and he must save, debug and test it directly on QTP 16BH. Certainly the application program can also use the hardware resources directly, without using the library, whenever it is necessary. In addition to the firmware is provided a detailed description of the commands and their integration tecniques plus some demo programs for the most diffused development tools, under source and executable format.

EL 12

The EL 12 module is a complete, low cost, power supply with extremely reduced dimension, that can be used in conjunction with grifo® cards as SDI 02, QTP 12, QTP 16Big, QTP 16, QTP 22, QTP 24, QTP G28, etc.

F L I P

PC-based
FLexible In-system Programmer

A POWERFUL AND USER FRIENDLY SOFTWARE
TOOL TO PROGRAM ATMEL C51 FLASH MCUS

FLIP is a free PC-based software tool that supports the "In-System Programming" (ISP) of Atmel's Flash C51 microcontrollers through various communication interfaces, including RS232, USB and CAN links, both in Windows® 9x/Me/2000/XP, Windows NT® and Linux® environments FLIP can be used through a Graphical User Interface or launched from a DOS command window.
FLIP is a powerful toolset which enables the user to easily embed Atmel's ISP function libraries (DLL) within their applications without having to know the details of Atmel's ISP protocols. FLIP adds flexibility, power and user-friendliness to Atmel Flash C51 devices In-System Programming.

Available Free on Atmel's Web Site!

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 per 8051

The Pascal dialect used is an almost complete version of Wirth's Pascal, extended to, in a simple way, to take advantage of the special hardware facilities contained in the 8051 and 80251 family chips. Versions 5 and 6 furthermore contains objects and separately compiled units.

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 March 15, 2008

Home Cards Categorical Index QTP QTP-Editor

QTP 16Big-H COMMANDS SUMMARIZING TABLE
C O M M A N D	CODE	HEX CODE	MNEMONIC
Home	01	01	SOH
Cursor Left	21	15	NACK
Cursor Right	06	06	ACK
Cursor Down	10	0A	LF
Cursor Up	26	1A	SUB
Carriage Return	13	0D	CR
Carriage Return + Line Feed	29	1D	GS
Absolute Cursor Position	27 89 r c	1B 59 r c	ESC Y ASCII(r) ASCII(c)
Backspace	08	08	BS
Clear Page	12	0C	FF
Clear Line	25	19	EM
Clear End of Line	27 75	1B 4B	ESC K
Clear End of Page	27 107	1B 6B	ESC k
Cursor Off	27 80	1B 50	ESC P
Steady Cursor On	27 79	1B 4F	ESC O
Blinking block cursor on	27 81	1B 51	ESC Q
Reading of Version Number	27 86	1B 56	ESC V
Reading Card Code	27 160	1B A0	ESC ASCII(160)
Operating Mode Selection	27 65 mode	1B 41 mode	ESC A ASCII(mode)
Fluorescent Display Brightness Setting	27 108 lum	1B 6C lum	ESC l ASCII(lum)
Beep	07	07	BEL
LED and BUZZER activation	27 50 dev attr	1B 32 dev attr	ESC 2 ASCII(dev) ASCII(attr)
Request for EEPROM Writing	27 51	1B 33	ESC 3
Writing of Presence Byte	27 33 78 byte	1B 21 4E byte	ESC ! N ASCII(byte)
Reading of Presence Byte	27 33 110	1B 21 6E	ESC ! n
Write byte on EEPROM	27 164 addl addh byte	1B A4 addl addh byte	ESC ASCII(164) ASCII(addl) ASCII(addh) ASCII(byte)
Read byte from EEPROM	27 165 addl addh	1B A5 addl addh	ESC ASCII(165) ASCII(addl) ASCII(addh)
Definition of User Character	27 66 n.chr Pat0...Pat7	1B 42 nc.hr Pat0...Pat7	ESC B ASCII(n.chr) ASCII(Pat0)...ASCII(Pat7)
Definition and Memorization of User Character	27 33 66 n.chr Pat0...Pat7	1B 21 42 n.chr Pat0...Pat7	ESC ! B ASCII(n.chr) ASCII(Pat0)...ASCII(Pat7)
Write all Digital Outputs	27 166 out	1B A6 out	ESC ASCII(166) ASCII(out)
Enable Single Digital Output	27 168 bit	1B A8 bit	ESC ASCII(168) ASCII(bit)
Disable Single Digital Output	27 170 bit	1B AA bit	ESC ASCII(170) ASCII(bit)
Reading of Max Message Number	27 110	1B 6E	ESC n
Reading of Last Group and Message Managed	27 33 109	1B 21 6D	ESC ! m
Select Current Message Group	27 33 77 gr	1B 21 4D gr	ESC ! M gr
Message Storage	27 33 67 n. mess. chr.0 ... chr.19	1B 21 43 n. mess. chr.0 ... chr.13	ESC ! ASCII(n. mes.) ASCII(chr.0) ... ASCII(chr.19)
Message Reading	27 33 69 n. mess.	1B 21 45 n. mess.	ESC ! E ASCII(n. mess. )
Visualization of "n" Messages	27 33 68 n. mess. n	1B 21 44 n. mess. n	ESC ! D ASCII(n. mess. ) ASCII(n)
Set Automatic Visualization	27 150 255 mess.n. len shift r c	1B 96 FF mess.n. len shift r c	ESC ASCII(150) ASCII(255) ASCII(mess.n.) ASCII(len) ASCII(shift) ASCII(r) ASCII(c)
*Scrolling* Messages Visualization	27 33 83 n mess n.car.	1B 21 53 n mess n.car.	ESC ! S ASCII(n mess) ASCII(n.car.)
Start I2C BUS	27 250	1B FA	ESC ASCII(250)
Stop I2C BUS	27 251	1B FB	ESC ASCII(251)
Transmit Byte on I2CBUS	27 252 byte	1B FC byte	ESC ASCII(252) ASCII(byte)
Receive Byte from I2CBUS	27 253 ack	1B FD ack	ESC ASCII(253) ASCII(ack)
Write Byte on Backed SRAM	27 33 71 addr byte	1B 21 47 addr byte	ESC ! G ASCII(addr) ASCII(byte)
Read Byte from Backed SRAM	27 33 103 addr	1B 21 67 addr	ESC ! g ASCII(addr)
Set Clock	27 33 70 hou min sec day mon yea wee	1B 21 46 hou min sec day mon yea wee	ESC ! F ASCII(hou) ASCII(min) ASCII(sec) ASCII(day) ASCII(mon) ASCII(yea) ASCII(wee)
Acquire Clock	27 33 102	11B 21 6	ESC ! f
Show Time	27 33 116 r c frm	1B 21 74 r c frm	ESC ! t ASCII(r) ASCII(c) ASCII(frm)
Show Data	27 33 100 r c frm	1B 21 64 r c frm	ESC ! d ASCII(r) ASCII(c) ASCII(frm)
Set Clock Alarm	27 33 65 hou min sec day mon dton	1B 21 41 hou min sec day mon dton	ESC ! A ASCII(hou) ASCII(min) ASCII(sec) ASCII(day) ASCII(mon) ASCII(dton)
Acquire Clock Alarm	27 33 97	1B 21 61	ESC ! a