BANKSY Display

(V 1.5)

To check and download all versions of this guide, go at the following link.

Updated to EN81-28:2018 regulation.

Safety and usage cautions

Before installing our products, we recommend you to consult the section about safety and usage cautions at the link below.

Mounting

DB1 – With D1 Screen (frontal mounting)
Frontal mounted on 0,7/3 mm pushbutton panelA) – Cut-out – Compatible with DMG D1 series displays
DB2 – (frontal mounting)
Frontal mounted on 0,7/3 mm pushbutton panel
For easier mounting of the screen, press on the side flaps as indicated by the arrows in the image.

A) – Cut-out
DB3 – (frontal mounting)

A) – Cut-out
DB4 – (frontal mounting)

A) – Cut-out
CTDB3 – Capacity plate

A) – Cut-out
CTDB4 – Capacity plate

A) – Cut-out

Wiring Instructions

Wiring of position and direction inputs

Pitagora 4.0
DMG
3-wires serial
DB1/DB2DB3/DB4A) – Coding

3-wires serial (pre-wiring with JST)
DB3/DB4
A) – Coding
29 floors max. (-9, 0, 19)
Encoder DEUM
For more details please refer to the Encoder DEUM support page.

DMG
3-wires serial
DB1/DB2DB3/DB4
A) – Coding

29 floors max. (-9, 0, 19)
Other Controllers
1 Wire / Floor
DB1/DB2DB3/DB4
A) – Coding
B) – Offset (-3 ÷ 0)
C) – Common (Inputs)

11 floors max.


1 Wire / Segment
DB1/DB2DB3/DB4
A) – Coding
B) – Offset (don’t use the dip-switch to set the offset)
C) – Common (Inputs)

29 floors max. (-9, 0, 19)

LETTERS DISPLAYED



Gray
DB1/DB2DB3/DB4
A) – Coding
B) – Offset (-3 ÷ 0)
C) – Common (Inputs)

23 floors max. (-3, 0, 19)


Binary
DB1/DB2
DB3/DB4
A) – Coding
B) – Offset (-3 ÷ 0)
C) – Common (Inputs)

23 floors max. (-3, 0, 19)

Set up first visualization of lowest floor (Binary coding only)

Set up first visualization of lowest floor (Binary coding only)
DB1/DB2

To show a digit (instead of “blank screen”) at the lowest floor, connect the terminal X11 to the “+” or to the “-” of the power supply, depending on the common setted.

DB3/DB4

To show a digit (instead of “blank screen”) at the lowest floor, connect the terminal X11 to the “+” or to the “-” of the power supply, depending on the common setted.

Service Messages

Car
DB1/DB2
A) – Overload (S1)
B) – Communication established (S2)
C) – Alarm sent (S3)

DB3/DB4

A) – Overload (S1) + enabling the buzzer if the SW6 switch is in the ON position.
B) – Communication established (S2)
C) – Alarm sent (S3)
Floor
DB1/DB2

DB3/DB4

A) – Out of order (S1)
B) – Present (S2)
C) – Alarm (S3)

Datasheet

DimensionsDB1: 55×55 mm (H15,15mm from the plate surface)
DB2: 68,3×70,8 mm (H12,9mm from the plate surface)
DB3: 138,3×76,8 mm (H13,5mm from the plate surface)
DB4:147,0×85,5 mm (H13,1mm from the plate surface)
Power supply12÷24V DC ±10%
Power supply (position input)12÷24V DC ±10%
Power supply (arrows)12÷24V DC ±10% (optoisolated)
AbsorptionDB1/DB2
7mA per segment (12V) – 10mA per segment (24V)
Arrows UP/DW: 14mA (12V) – 20mA (24V)
Inputs S1/S3: 10mA (12V) – 21mA (24V)
Inputs S2: 10mA (12V) – 48mA (24V)
DB3/DB4
7mA per segment (12V) – 9mA per segment (24V)
Arrows UP/DW: 22mA (12V) – 22mA (24V)
Inputs S1: 11mA (12V) – 18mA (24V)
Inputs S2: 10mA (12V) – 17mA (24V)
Inputs S3: 8mA (12V) – 17mA (24V)
Buzzer: 14mA (12V) – 15mA (24V)
Operating temperature-10°C ÷ +50°C
Degree of protectionIP4x

Download

ReferenceVersionLink
1.3Download PDF
(English)
New version DB41.4Download PDF
(English)
Set up first visualization1.5 (current version)Download PDF
(English)
Updated on 2 Settembre 2022

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