Quick Terminal Panel (Serial Display) - uk QTP G28

QTP G28

Quick Terminal Panel - Graphic 28 keys, 16 LEDs

QTP G28 English Tech. Manual PDF format.

Ver.5.00 - Rel. 05 October 2000.

QTP G28

QTP G28 is a complete IP-65 operator panel, specifically designed for industrial use and for direct mounting on automatic machinery. It is, in every respect, video terminals suitable to be the direct interface between operator and machinery in any of the control or comand operations which could be necessary during running or diagnostic of the same. QTP G28 features a Graphic LCD Display, back lighted by a Cold Cathod Fluorescent lamp, in the format 240x128 pxels corresponding to, in alphanumeric mode, to as much as 30 characters per 16 rows. QTP G28 also features a 28 keys keyboard, key codes are completely reprogrammable by the User, a label slot can be used to insert a name for 5 of these keys; 11 keys are provided with signalation LEDs that can be managed by specific commands sent to the terminal through the serial line.
A second slot allows to attribute a writing to 5 more LEDs, a third slot allows to insert a name or the User's own logo directly on the QTP G28. QTP G28 can be installed inside Phoenix industrial housings CombiCard® serie, obtaining an extremly compact block, featuring protections that can be even IP 65. The basic version of QTP G28 can be expanded utilizing the various options available, as: serial EEPROM up to 8 KBytes; Real Time Clock with Back-Up through Lithium battery; Relays; UART CAN; interface to manage a magnetic strip Badge reader, Manual or Motorized, or Smart Card reader; Several communication protocols; etc. QTP G28 is able to execute an entire range of display commands, including Clear Screen, LEDs Blinking, Position cursor, EEPROM reading or writing, graduated axis drawing, lines and circles drawing,characters zoom, characters horizontal and vertical visualization etc., compatible with the ADDS ViewPoint video terminal. Maximum specifications for QTP G28 are:

Frontal dimensions including bezel: 281x128 mm; Depth to front: 32mm; to rear: 26mm; Surface or flush panel mounting
Surface or flush panel mounting witch protections that can be even IP 65
Mounting direct to Phoenix CombiCard® industrial instrument cases
Professional keypad with maximum 28-key and 16-LED capability
Complete Reconfiguration of all keycodes at User Level
Label Slots for personalization of 5 keys, 5 LEDs and device naming
Direct management of 16 indicator LEDs plus Blinking attribute
11 keys with indicator LEDs; Name personalization slots label for 6 keys
Graphic LCD Display, back lighted through a Cold Cathod Fluorescent lamp, 240x128 pixels, Keyboard regulated Contrast and Brightness
Maximum alphanumeric display: 16 lines of 30 characters each
Graphic Primitives like circumference, rectangle, line, etc.; characters Zoom and tilt
Buzzer for BELL and KeyPressed signalations
Serial EEPROM, up to 8 Kbytes, to store Set-Up, messagges, key codes etc.
Option of RTC including leap year, with Lithium Back-Up battery
Option of 512K FLASH and 512K RAM available to user, with Lthium Back-Up battery
1 Optocoupled CAN line.
2 Optocoupled serial lines in RS 232, RS 422, RS 485 or Current Loop
Generous capacity communication buffer
Software manageable 3 A Relay with normally open and normally closed contacts
User selection of Baud Rate and Octal configuration dipswitch
Interface to manage a Badge reader able to read trace 1, 2 or 3, Manual o Motorizated or Smart-Card reader
On board Power Supply provided with disturb Supressor Filter, also for small external loads
DC or AC supply voltage, up to 24 Vac
Customized keyboard and program packages

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.

QTP G28

COMMAND SUMMARIZING TABLE

COMMAND

CODE

HEX CODE

MNEMONIC

H O M E

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

CR + LF

29

1D

GS

ABSOLUTE CURSOR POSITION with 20H OFFSET

27 89 r c

1B 59 r c

ESC Y

ASCII(r) ASCII(c)

BACK SPACE

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

Static Cursor ON

27 79

1B 4F

ESC O

Blinking Cursor

27 77

1B 4D

ESC M

Request for on EEPROM writing

27 51

1B 33

ESC 3

Writing pf life byte

27 33 78 key

1B 21 4E key

ESC ! N ASCII(key)

Reading of life byte

27 33 110

1B 21 6E

ESC ! n

Writing EEPROM Block

27 6 byte0...byteN

1B 6 byte0...byteN

ESC ASK ASCII(byte0) ...ASCII(byte N)

Reading EEPROM Block

27 7 byte0 byte1 byte2

1B 7 byte0 byte1 byte2

ESC BEL ASCII(byte0) ASCII(byte1) ASCII(byte2)

Key-Click ON Without Memorization

27 53

1B 35

ESC 5

Key-Click OFF Without Memorization

27 54

1B 36

ESC 6

KEY Configuration

27 55 n. key cod.

1B 37 n. key cod.

ESC 7 ASCII(n.key) ASCII(cod.)

Key-Click ON With Memorization

27 33 53

1B 21 35

ESC ! 5

Key-Click OFF With Memorization

27 33 54

1B 21 36

ESC ! 6

Reading of Version Number

27 86

1B 56

ESC V

Display Setting in ALFANUMERIC Mode

27 208

1B D0

ESC ASCII(208)

Display Setting in GRAPHIC Mode

27 209

1B D1

ESC ASCII(209)

Echo Abling of the Chars Received on the 1 Serial Line

27 3

1B 3

ESC ETX

Echo Disabling of the Chars Received on the 1 Serial Line

27 4

1B 4

ESC EOT

SCREEN Visualization

27 122 byte1 byte2

1B 7A byte1 byte2

ESC z ASCII(byte1) ASCII(byte2)

STRING Visualization

27 8 byte0...byteN

1B 8 byte0...byteN

ESC BS ASCII(byte0).. ASCII(byte N)

Characters Show

32 ÷ 125

20 ÷ 7D

"space" ÷ "}"

LEDs Activation

27 50 n. LEDs Attr.

1B 32 n. LEDs Attr.

ESC 2 ASCII(n.LED) ASCII(Attr.)

LEDs Mask Activation

27 52 byte1 byte2 byte3

1B 34 byte1 byte2 byte3

ESC 4 ASCII(byte1) ASCII(byte2) ASCII(byte3)

CLOCK SET-UP

27 33 70 "stringa"

1B 21 46 "stringa'

ESC ! F ASCII("stringa")

CLOCK READING

27 33 102

1B 21 66

ESC ! f

TIME Visualization on the Display

27 33 116 r c

1B 21 74 r c

ESC ! t ASCII(r) ASCII(c)

DATE Visualization on the Display

27 33 100 r c

1B 21 64 r c

ESC ! d ASCII(r) ASCII(c)

Show of REVERSE Attribute

27 48 80

1B 30 50

ESC O P

ABLE Attribute

14

E

SO

DISABLE Attribute

15

F

SI

ZOOM Char Setting

27 201 zoom

1B C9 zoom

ESC ASCII(201) ASCII(zoom)

VERTICAL / ORIZONTAL Setting Elaboration

27 207 elong

1B CF elong

ESC ASCII(207) ASCII(elong)

Visualization pf Chars Writing Direction

27 210 dir

1B D2 dir

ESC ASCII(210) ASCII(dir)

Visualization of Cursor Position at PIXEL Level

27 206 rifa colL colH

1B CE rifa colL colH

ESC ASCII(206) ASCII(riga( ASCII(colL) ASCII(colH)

SHOW RECTANGLE

27 202 byte0...bytr5

1B CA byte0...bytr5

ESC ASCII(202) ASCII(byte0) ...ASCII(byte5)

SHOW a LINE

27 203 byte0...bytr5

1B CB byte0...bytr5

ESC ASCII(203) ASCII(byte0) ...ASCII(byte5)

FILLING UP of a RECTANGLE

27 204 byte0...bytr5

1B CC byte0...bytr5

ESC ASCII(204) ASCII(byte0) ...ASCII(byte5)

SHOW of a CIRCLE or a ARC

27 205 byte0...bytr5

1B CD byte0...bytr5

ESC ASCII(205) ASCII(byte0) ...ASCII(byte5)

SHOW CARTESIAN Plane

27 228 byte0...bytr7

1B E4 byte0...bytr7

ESC ASCII(228) ASCII(byte0) ...ASCII(byte7)

SHOW FILL TRIANGLE on the RIGHT SIDE

27 230 riga colL colH

1B E6 riga colL colH

ESC ASCII(230) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW EMPETY TRIANGLE on the RIGHT SIDE

27 231 riga colL colH

1B E7 riga colL colH

ESC ASCII(231) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW FULL TRIANGLE at the BOTTOM SIDE

27 232 riga colL colH

1B E8 riga colL colH

ESC ASCII(232) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW EMPETY TRIANGLE at the BOTTOM SIDE

27 233 riga colL colH

1B E9 riga colL colH

ESC ASCII(233) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW FULL TRIANGLE on the LEFT SIDE

27 234 riga colL colH

1B EA riga colL colH

ESC ASCII(234) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW EMPETY TRIANGLE on the LEFT SIDE

27 235 riga colL colH

1B EB riga colL colH

ESC ASCII(235) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW FULL TRIANGLE UPPER SIDE

27 236 riga colL colH

1B EC riga colL colH

ESC ASCII(236) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW EMPETY TRIANGLE UPPER SIDE

27 237 riga colL colH

1B ED riga colL colH

ESC ASCII(237) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW FULL CIRCLE (2-PIXELS RAY)

27 238 riga colL colH

1B EE riga colL colH

ESC ASCII(238) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW EMPTY CIRCLE (2-PIXELS RAY)

27 239 riga colL colH

1B EF riga colL colH

ESC ASCII(239) ASCII(riga) ASCII(colL) ASCII(colH)

SHOW PIXEL

27 229 riga colL colH

1B E5 riga colL colH

ESC ASCII(229) ASCII(riga) ASCII(colL) ASCII(colH)

BEEP - BUZZER

07

07

BEL

Page up-dated at December 01, 2004

GRIFO®
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40016 San Giorgio di Piano
Bologna ITALY

Tel: +39 051 892.052 (4 lines)
FAX: +39 051 893.661

Home Cards Categorical Index QTP

QTP G28 COMMAND SUMMARIZING TABLE
COMMAND	CODE	HEX CODE	MNEMONIC
H O M E	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
CR + LF	29	1D	GS
ABSOLUTE CURSOR POSITION with 20H OFFSET	27 89 r c	1B 59 r c	ESC Y ASCII(r) ASCII(c)
BACK SPACE	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
Static Cursor ON	27 79	1B 4F	ESC O
Blinking Cursor	27 77	1B 4D	ESC M
Request for on EEPROM writing	27 51	1B 33	ESC 3
Writing pf life byte	27 33 78 key	1B 21 4E key	ESC ! N ASCII(key)
Reading of life byte	27 33 110	1B 21 6E	ESC ! n
Writing EEPROM Block	27 6 byte0...byteN	1B 6 byte0...byteN	ESC ASK ASCII(byte0) ...ASCII(byte N)
Reading EEPROM Block	27 7 byte0 byte1 byte2	1B 7 byte0 byte1 byte2	ESC BEL ASCII(byte0) ASCII(byte1) ASCII(byte2)
Key-Click ON Without Memorization	27 53	1B 35	ESC 5
Key-Click OFF Without Memorization	27 54	1B 36	ESC 6
KEY Configuration	27 55 n. key cod.	1B 37 n. key cod.	ESC 7 ASCII(n.key) ASCII(cod.)
Key-Click ON With Memorization	27 33 53	1B 21 35	ESC ! 5
Key-Click OFF With Memorization	27 33 54	1B 21 36	ESC ! 6
Reading of Version Number	27 86	1B 56	ESC V
Display Setting in ALFANUMERIC Mode	27 208	1B D0	ESC ASCII(208)
Display Setting in GRAPHIC Mode	27 209	1B D1	ESC ASCII(209)
Echo Abling of the Chars Received on the 1 Serial Line	27 3	1B 3	ESC ETX
Echo Disabling of the Chars Received on the 1 Serial Line	27 4	1B 4	ESC EOT
SCREEN Visualization	27 122 byte1 byte2	1B 7A byte1 byte2	ESC z ASCII(byte1) ASCII(byte2)
STRING Visualization	27 8 byte0...byteN	1B 8 byte0...byteN	ESC BS ASCII(byte0).. ASCII(byte N)
Characters Show	32 ÷ 125	20 ÷ 7D	"space" ÷ "}"
LEDs Activation	27 50 n. LEDs Attr.	1B 32 n. LEDs Attr.	ESC 2 ASCII(n.LED) ASCII(Attr.)
LEDs Mask Activation	27 52 byte1 byte2 byte3	1B 34 byte1 byte2 byte3	ESC 4 ASCII(byte1) ASCII(byte2) ASCII(byte3)
CLOCK SET-UP	27 33 70 "stringa"	1B 21 46 "stringa'	ESC ! F ASCII("stringa")
CLOCK READING	27 33 102	1B 21 66	ESC ! f
TIME Visualization on the Display	27 33 116 r c	1B 21 74 r c	ESC ! t ASCII(r) ASCII(c)
DATE Visualization on the Display	27 33 100 r c	1B 21 64 r c	ESC ! d ASCII(r) ASCII(c)
Show of REVERSE Attribute	27 48 80	1B 30 50	ESC O P
ABLE Attribute	14	E	SO
DISABLE Attribute	15	F	SI
ZOOM Char Setting	27 201 zoom	1B C9 zoom	ESC ASCII(201) ASCII(zoom)
VERTICAL / ORIZONTAL Setting Elaboration	27 207 elong	1B CF elong	ESC ASCII(207) ASCII(elong)
Visualization pf Chars Writing Direction	27 210 dir	1B D2 dir	ESC ASCII(210) ASCII(dir)
Visualization of Cursor Position at PIXEL Level	27 206 rifa colL colH	1B CE rifa colL colH	ESC ASCII(206) ASCII(riga( ASCII(colL) ASCII(colH)
SHOW RECTANGLE	27 202 byte0...bytr5	1B CA byte0...bytr5	ESC ASCII(202) ASCII(byte0) ...ASCII(byte5)
SHOW a LINE	27 203 byte0...bytr5	1B CB byte0...bytr5	ESC ASCII(203) ASCII(byte0) ...ASCII(byte5)
FILLING UP of a RECTANGLE	27 204 byte0...bytr5	1B CC byte0...bytr5	ESC ASCII(204) ASCII(byte0) ...ASCII(byte5)
SHOW of a CIRCLE or a ARC	27 205 byte0...bytr5	1B CD byte0...bytr5	ESC ASCII(205) ASCII(byte0) ...ASCII(byte5)
SHOW CARTESIAN Plane	27 228 byte0...bytr7	1B E4 byte0...bytr7	ESC ASCII(228) ASCII(byte0) ...ASCII(byte7)
SHOW FILL TRIANGLE on the RIGHT SIDE	27 230 riga colL colH	1B E6 riga colL colH	ESC ASCII(230) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW EMPETY TRIANGLE on the RIGHT SIDE	27 231 riga colL colH	1B E7 riga colL colH	ESC ASCII(231) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW FULL TRIANGLE at the BOTTOM SIDE	27 232 riga colL colH	1B E8 riga colL colH	ESC ASCII(232) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW EMPETY TRIANGLE at the BOTTOM SIDE	27 233 riga colL colH	1B E9 riga colL colH	ESC ASCII(233) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW FULL TRIANGLE on the LEFT SIDE	27 234 riga colL colH	1B EA riga colL colH	ESC ASCII(234) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW EMPETY TRIANGLE on the LEFT SIDE	27 235 riga colL colH	1B EB riga colL colH	ESC ASCII(235) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW FULL TRIANGLE UPPER SIDE	27 236 riga colL colH	1B EC riga colL colH	ESC ASCII(236) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW EMPETY TRIANGLE UPPER SIDE	27 237 riga colL colH	1B ED riga colL colH	ESC ASCII(237) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW FULL CIRCLE (2-PIXELS RAY)	27 238 riga colL colH	1B EE riga colL colH	ESC ASCII(238) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW EMPTY CIRCLE (2-PIXELS RAY)	27 239 riga colL colH	1B EF riga colL colH	ESC ASCII(239) ASCII(riga) ASCII(colL) ASCII(colH)
SHOW PIXEL	27 229 riga colL colH	1B E5 riga colL colH	ESC ASCII(229) ASCII(riga) ASCII(colL) ASCII(colH)
BEEP - BUZZER	07	07	BEL