TFT Marlin - movilift.com · TFT Marlin Ippocampo Pag. 3/12 Ver 2.0 17 gennaio 2019 1. PRODUCT INFO...

TFT Marlin Ippocampo Pag. 1/12

Ver 2.0 17 gennaio 2019

Last modification 17/01/2019

TFT Marlin

IPPOCAMPO

V2.0

Floor and cabin display



SUMMARY

1. INFO PRODOTTO.................................................................................. Error! Bookmark not defined.

2. CONNETTORI ....................................................................................................................................... 3

3. DATI TECNICI ....................................................................................................................................... 4

4. PROGRAMMAZIONE ............................................................................................................................ 4

4.2 Priorità Segnalazioni ........................................................................... Error! Bookmark not defined.

5. DIAGNOSTICA ...................................................................................................................................... 5

6. AGGIORNAMENTO FIRMWARE .......................................................................................................... 5

6.1 Programmazione tramite ATLANTIS ................................................... Error! Bookmark not defined.

7. Scheda di espansione IPPOCAMPO_EXP ............................................................................................ 6

8. MODALITA’ OPERATIVE in Codifica Parallela ....................................... Error! Bookmark not defined.

9. Modo operativo STANDALONE con Sensori Magnetici .......................... Error! Bookmark not defined.



1. PRODUCT INFO

The TFT Ippocampo is a floor and cabin display that shows floor number, direction Up/Down, services

messages and alarms.

It works with MoviLift serial CAN bus. Connection is made by 4 wires (2 data + 2 power supply). The display also can be configured in parallel mode. You can do that with the optional expansion:

IPPOCAMPO_EXP.

Number of floors is from -9 to 31, total 41 floors.

The display can be mounted both vertically and horizontally way. Il display può essere montato sia in

posizione orizzontale che verticale. The choose is made by software ATLANTIS Ippocampo (see later).

In horizontally way the display is 480 pixel wide and 272 pixel high. For mounting, the J1 and J2 connectors

must be on the right if you see the display frontally.

In vertically way the display is 272 pixel wide and 480 pixel high. In posizione verticale il display è largo 272

pixel, e alto 480 pixel. For mounting, you need to see correctly the written OK, UP, DOWN on the back

side.

1.1 CONNETTORS

2 CAN bus

connectors for inputs

and outputs.

1 CAN-L

2 GND

3 CAN-H

4 +12/24V

From right to left.

If display is at terminal of

CAN Bus, set J7-R120 on

ON.

Connettor to

connect

Ippocampo EXP

Micro-SD Slot



J1 e J2 CONNECTION

Yellow : L

White : GND

Brown : H

Green: VCC (12/24V)

2. TECHNICAL DETAILS

DIMENSIONS 4.3 inch

RESOLUTION 480 x 272 pixel – 65K of colors

ORIENTATION Horizontally/Vertically

POWER SUPPLY 12-24 VDC ± 10%

CURRENT 250mA typical – xxx mA max.

CODIFY Serial CAN or parallel (with expansion)

PROGRAMMATION With buttons on the board or Tool ATLANTIS for PC

WORKING TEMPERATURE From -15°C to +50°C

3. PROGRAMMATION

The TFT programmation can be done in two ways:

By UP, DOWN, OK button on the back side of the board.

By ATLANTIS Ippocampo tool for PC.

3.1 Programmation by buttons

This way allows to configure only the main parameters.

Meaning Default

Language Inglese

Expansion board No

Operative mode Serial CAN-bus

Brightness 90 Stand-by (in minutes) 1

First floor (parallel) -1

Scenary 0

Press OK to enter to menu and confirm the values.

Press UP and DOWN buttons to move in the menu.

To quit, wait 10 seconds.

3.2 Reports priority

For reports, if there are contemporary events, they will show in this way: Alarm received -> Allarme

Attivato -> Maintenance -> Out Of Service -> Overload

If Up and Down arrows are active, they will turn off.

Green BrownWhite Yellow



4. DIAGNOSTIC

The firmware version is showed after switching on the display. The message is like “… BOOTLOADER …”

and after “… TFT Ippocampo v1.0 – Jul 21 2017”.

The board have two LED that help the user to diagnostic and programmation. Green led RDY and red led

ERR.

LED RDY

OFF There is an error, reported by LED ERR.

Short blink one time in a second The board haven’t errors.

Long blink one time in a second The board is in demo mode or in programmation mode.

LED ERR

OFF No error

1 blink and one second off self test error

2 blink and one second off No CAN bus activity for more than 5 sec.

3 blink and one second off Transmission error on CAN bus

4 blink and one second off Error of reading EEPROM parameter.

5 blink and one second off Error to writing of parameters or diagnostic data in EEPROM

6 blink and one second off Error: no more resource

5. FIRMWARE UPDATE

The firmware can be updated by a microSD card. How to do:

- Extract the ‘TFTIPROG.HEX’ file contained in the compressed file received.

- Load it in a microSD directory (with formatting FAT32).

- Switch off the display and insert the microSD with files.

- Switch on the display. A message like this will come out:

BOOTLOADER - TFT Ippocampo Program file on SD, press OK to update firmware or wait to continue …

- Press OK button in 5 seconds to confirm the update.

- After one minute will appear the message “Ok, end of firmware update”.

- The display will restarts with new firmware.

- Switch off the display and extract the microSD card.

The update file is provided by furnisher by email. It is tipically contained in a compressed file, like as .RAR

or .ZIP.

5.1 Programmation by using Ippocampo Tool for PC

ATLANTIS Ippocampo tool for PC allows to configure all parameters of display, background images, font,

etc.

You can modify:

Brightness

Demo mode/normal mode

Background (fixed image or fixed color)

Text “badge number”

Text “lift number”



Text “capacity”

Text “people number”

Warnings (3 lines)

The things you can modify on every scenary:

Font number floor (various font)

Arrows type (5 types of arrows)

Background (fixed image or fixed color)

A different image for every floor

Image, dimension and position of company logo

Image and position of CE logo

Image, position and dimension of “no smoking”

Position and dimension of badge number

Position and dimension of lift number

Position and dimension “capacity”

Position and dimension warnings

Procedure

- ATLANTIS tool make the files ‘TFTI.INI’ ‘TFTIIMG.BIN’ ‘MAPI.INI’ in the project’s directory.

- Load files in the main directory of a microSD card (in FAT32)

- Switch off the display and insert the microSD card with files

- Switch On the display. After first BOOTLOADER screen it will show the program message like this:

… TFT Ippocampo Vx.x – Jan 1 2018 Setup file on SD, press OK to update memory or wait to continue …

- Press OK button on the backside in 5 seconds to confirm the update

- Check the messages

- After two minutes appears the message “Ok, setup updated”

- The display will restart automatically with new images and new configuration

- Switch off the display and extract the microSD with files

6. Expansion board IPPOCAMPO_EXP

If you need the parallel mode on your IPPOCAMPO, you need to add the optional expansion board

IPPOCAMPO_EXP. It offers 16 digital inputs. They can be both positive and negative. You can decide that

by the common: if common is positive the inputs must be connected to negative pole, if common is

negative the inputs must be connected to positive pole. There are also other 3 independent digital inputs.

The common is “COM” on J2 connector.

Note: to use the expansion is required the firmware version 2.0 or next.



Next tab shows the different inputs meanings for the operative mode choosed.

J2 CONNETTOR – 9 pin:

Op. Mode Inputs

COM 0 1 2 3 4 5 6 7

1 lpf 0 1 2 3 4 5 6 7

Bin. A B C D E Sign

Bin. Neg. A B C D E Sign

BCD A B C D Decina Sign

GRAY A B C D E Sign

7 SEGMENTS a b c d e f g About ten

STANDALONE A (up) B (low)

J1 CONNETTOR – 8 pin:

Op. Mode Inputs

8 9 10 11 12 13 14 15

1 fpp 8 9 10 MAI OOS FS FD OL

Bin. MAI OOS FS FD OL

Bin. Neg. MAI OOS FS FD OL

BCD MAI OOS FS FD OL

GRAY MAI OOS FS FD OL

7 SEGMENTS Sign MAI OOS FS FD OL

STANDALONE MAI OOS SVR

Next tab shows the meanings of abbreviations used:

MAI Maintenance

OOS OutOfService

FS Up arrow

FD Down arrow

SVR Overload



There is also the connecton J3 on the board, it has 3 independent differential inputs:

PIN INPUT Meaning 1 AA+ Alarm Activated - Positive 2 AA- Alarm Activated - Negative 3 AR+ Alarm received - Positive 4 AR- Alarm received - Negative 5 LE+ Emergency Lamp - Positive 6 LE- Emergency Lamp - Negative

Note: this inputs are active alsBUSo in Serial communication CAN

LE input has the priority on other inputs. When the input is active, the display will lights up in white at

maximum brightness. L’ingresso LE ha la priorità sugli altri segnali. Quando il segnale viene attivato lo

schermo si illumina di bianco alla massima luminosità. The display will power up by inputs LE+ and LE-.

7. OPERATIVE MODE

8. The display manages many operative, they are:

P7 Value

Operative mode

Description

0 1 line per floor Every input is associated with a floor. If there are more than 1 input at the same time, the display will show “—“.

1 Binary It uses only the first five inputs to calculate the floor number in binary. (from 0 to 31). The input 6 is used to change the signs before the floor (Ex. 7 to -7).

2 Negative binary It uses only the first five inputs, in negative logic, to calculate the floor number in binary (from 0 to 31). The input 6, also in negative logic, is used to change the signs before the floor (Ex. -5 to 5).

3 BCD It uses the first 4 inputs to calculate the floor in binary and the input “5” to calculate the tens. The input “6” is used to change the signs.

4 GRAY It uses only the first five inputs to calculate the floor number in GRAY language (from 0 to 31). The input “6” is used to change the signs.

5 Sensor It uses two magnet sensors N.O. in the shaft as shown in the picture “1”

7 7 Segments Every inputs have an accurate segment on display.

The operative mode Binary, Negative Binary, BCD and GRAY use 5 inputs to calculate the floor number,

from 0 to 31. The list show how value changes based on different operative modes.

Input 1, that we call A, is the less important. Input 5, that we call E, is the most significant.

OFF: input disabled (N.O.) - ON: input enabled (N.C.)



Configuration table of inputs from 1 to 5 (binario, binario neg. Gray e bcd)

Inputs Parameters Input 5 Input 4 Input 3 Input 2 Input 1

E D C B A BINARY NEGATIVE BINARY

BCD GRAY

OFF OFF OFF OFF OFF 0 31 0 0

OFF OFF OFF OFF ON 1 30 1 1

OFF OFF OFF ON OFF 2 29 2 3

OFF OFF OFF ON ON 3 28 3 2

OFF OFF ON OFF OFF 4 27 4 7

OFF OFF ON OFF ON 5 26 5 6

OFF OFF ON ON OFF 6 25 6 4

OFF OFF ON ON ON 7 24 7 5

OFF ON OFF OFF OFF 8 23 8 15

OFF ON OFF OFF ON 9 22 9 14

OFF ON OFF ON OFF 10 21 -- 12

OFF ON OFF ON ON 11 20 -- 13

OFF ON ON OFF OFF 12 19 -- 8

OFF ON ON OFF ON 13 18 -- 9

OFF ON ON ON OFF 14 17 -- 11

OFF ON ON ON ON 15 16 -- 10

ON OFF OFF OFF OFF 16 15 10 31

ON OFF OFF OFF ON 17 14 11 30

ON OFF OFF ON OFF 18 13 12 28

ON OFF OFF ON ON 19 12 13 29

ON OFF ON OFF OFF 20 11 15 24

ON OFF ON OFF ON 21 10 15 25

ON OFF ON ON OFF 22 9 16 27

ON OFF ON ON ON 23 8 17 26

ON ON OFF OFF OFF 24 7 18 16

ON ON OFF OFF ON 25 6 19 17

ON ON OFF ON OFF 26 5 -- 19

ON ON OFF ON ON 27 4 -- 18

ON ON ON OFF OFF 28 3 -- 23

ON ON ON OFF ON 29 2 -- 22

ON ON ON ON OFF 30 1 -- 20

ON ON ON ON ON 31 0 -- 21



Autonomous management (Stand-alone)

Electronic circuit – Sensor

The display IPPOCAMPO in sensor Mode (stand-alone) is a universal decoder that allows to control the

display autonomously. It works alone by two N.O. magnetic sensors.

FUNCTIONING

The selector follow the elevator movements controlling correctly the floor number, the arrrow on the display

and the gong trigger. The signal A (top sensor) and B (bottom sensor) must be wired on the input 1-2 on

the board.

Position two N.O. (normally opened) magnetic sensors vertically on a mounting bracket fixed on cabin

roof. The minimal distance between the sensors must be 40mm. (we recommend 120mm magnets).

Connect the sensors on the inputs “1 (A sensor)- 2 (B sensor)” of the board.

Position two magnets on the guide in every floor, so both sensors are decommitted with the cabin. The

magnets distance compared to floor, establish the point which the board refresh the floor number.

Add a third magnet on the main floor to rephasing the system (default is the lower floor, usually 0) so it

commit both cabin sensors.

Between two magnets must need a minimal distance of 80mm.

The gong trigger is automatic: when both sensors crossing the magnet for at least 0.6 seconds, the

cabin is in low speed and so is near the next stop. The trigger has the duration of 2 seconds. Note: this

signal is available only in serial mode.



Selector positioning



Dimensions Break-in for flat mounting

TFT Marlin - movilift.com · TFT Marlin Ippocampo Pag. 3/12 Ver 2.0 17 gennaio 2019 1. PRODUCT INFO...

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Transcript of TFT Marlin - movilift.com · TFT Marlin Ippocampo Pag. 3/12 Ver 2.0 17 gennaio 2019 1. PRODUCT INFO...