Drucegrove IND055 User manual

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IND055 2-Wire™Controller
User Manual
Issue 16 (IND055102 onwards)
CONTENTS
LCD Display Overview 2
Basic Navigation 3
IND055 Controller Functionality 4
IND055 Controller Diagram 4
Sample 2-Wire Installation Diagrams 5
Re-Programming Floors 6
Re-Programming Messages 7
Re-Configuring System 8
Re-Configuring Inputs 10
2-Wire Mk.3 Features 12
Dipswitch Settings 14

Page 2
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LCD Display Overview
Floor-01h G C- L-
Next-02h1A-
∙∙3COT210FFF Bin
.....k......dc.. 1/ 2
$
Current Floor
Designation
may be up to 4
characters
C#
Car Direction
Arrow Status(1)
where # may be
, , , or − for
no direction
L#
Hall Lantern
Arrow Status(2)
where # may be
, , , or − for
no direction
Notes
(1) Car direction arrows may be set to scroll on
indicators by setting dipswitch 8 to ON.
(2) Gongs will sound a single tone for , a double
tone for , and will not sound for .
Next-## $
Next Stop
Floor Address and
Floor Designation
(only shown if enabled) Floor Input Type
(i.e., how the ‘F’ inputs are handled)
Bin Binary Code
Dis Discrete
(wire per floor)
Gra Gray Code
Tst Test mode
(dipswitch 5 on)
2
Input Board Count
1 = Single IND055
2 - 4 = IND055 with Expansion(s)
a to p
Represents the current active
state of inputs 1-16
on the current input board
‘ . ’ when input is not active
‘a’ through ‘p’ when input is active
(‘a’ for input 1, ‘b’ for input 2, etc)
1
Current Input Board
Value indicating which input board’s
input states are currently being
shown on the LCD display
1 = Main IND055 (with LCD display)
2 - 4 = Expansion Board
REFER TO
PAGE 8
“Normal Mode” State (Default when unit is powered up )
A#
Advanced Hall Lantern
Arrow Status
(only shown if enabled)
where # may be , , ,
or − for no direction
Floor-##h
Current Floor Position Address
where ## is a hexadecimal value
Generally the bottom floor is 01h
00h represents no or invalid floor data
REFER TO
PAGE 6
Shows what each of the 16 inputs are configured to represent.
i.e., the right most character represents the type of input 1, and the left
most character the type of input 16.
∙No Assignment
(input is not used)
FCurrent Floor Position input
(right most is LSB/lowest floor)
NNext Stop Floor Position input
(if next stop inputs are enabled, right most is LSB/lowest floor)
0 to 9Scrolling Message input
(lower number takes priority)
Hall Lantern Direction down & up inputs
Car Direction down & up inputs
Advanced Hall Lantern Direction down & up inputs
(if advanced hall lantern inputs are enabled)
C(Front) Doors Closing input
(if door messages are enabled)
O(Front) Doors Opening input
(if door messages are enabled)
RRear Doors Closing input
(if door messages are enabled)
QRear Doors Opening input
(if door messages are enabled)
XDestination Control Hall Call input
(discrete floor signals, if destination inputs are enabled)
TSpeech Trigger for floors
(if speech is enabled)
DSpeech Trigger for door messages
(if trigger is enabled)
HHush input for speech and gongs

Page 3
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Basic Overview of the IND055 Interface
Basic Navigation
The IND055 has five operational “modes”. The controller is in the default “normal” mode (shown below) after
power up and while the lift is in operation. There are then three menu modes for reconfiguring different aspects
of the configuration. All four modes can be cycled between by pressing the black and red buttons together.
Floor-01h G C- L-
∙∙3COT210FFF Bin
.....k......dc.. 0 N
YELLOW BLACKGREENBLUEGREY/WHITERED
Floor-01h G C- L-
Next-02h1A-
∙∙3COT210FFF Bin
.....k......dc.. 1/ 2
Black and Red together once will cycle through menu modes:
Press together once to enter the floor
programming menu:
Press together a second time to enter
the message programming menu:
Press together a third time to enter
the system configuration menu:
Press together a fourth time to enter
the input configuration menu:
To return to normal mode, press Red and Black together a final time.
If Red or Black have been pressed individually to cycle through the system or input
configuration menu items, Black must be pressed repeatedly until the final “Save &
Exit” menu is selected, and then Green must be pressed to return to normal mode.
Floor-01h G 004
Program...Flr..Spc..
BACK < >   NEXT
Message-0 Type:C
Spc:121 Image:012
LIFT OVERLOADED
BACK < >   NEXT
REFER TO
PAGE 8
REFER TO
PAGE 7
REFER TO
PAGE 6
Blue and Green
together once
while in normal
mode will display
software &
firmware version .
Configure System
2-Wire Output Type
2-Wire Mk.3
BACK   NEXT
Configure Inputs
Floor Input Type
Binary
BACK   NEXT
REFER TO
PAGE 10

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Basic Description and Diagram
IND055 Overview
The IND055 is the Master Controller of the 2-Wire™ system, the only system on the market that requires just two wires to
carry both the power and data signals to run and activate indicators, TFT displays, gongs, hall lanterns and speech units.
Up to 127 landings can be addressed with no need to program each unit per floor. By simply setting dipswitches on the
indicators and gongs (or any 2-Wire™ unit) you can select the features you want from one standard program. Up to four
alphanumeric characters (indicator dependent) can be assigned for each floor designation, and up to 255 speech codes
(Digitalker® dependent) can be selected for message and floor announcements.
Floor designations, emergency messages and announcements for the car & hall lanterns can be reconfigured on site from
the IND055 configuration menu independently or together. The floor input coding can be easily converted between any of
the binary, Gray or discrete (wire-per-floor), with sensible floor input coding even segment floor input codes can operate the
system.
Furthermore the arrival floor announcement has a floor trigger delay option, which can be set from 0 to 4 seconds in 0.5-
second steps and is intended for use with faster lifts and/or short floor combinations.
SIGNAL
RETURN
CO
16 15 14 13 12 11 10 987654321
+- +- +- +- +- 0V DAT CK
OUTPUTS
TO DRUCEGROVE
2-WIRE EQUIPMENT
DATA
&
SUPPLY
LEDs
5A
OUTPUT
FUSE
SUPPLY IN FROM
DRUCEGROVE
POWER SUPPLY
MAINS INPUT
85 to 264V AC
47-63Hz
120 to 370V DC
2.2A/115V
1.1A/230V
Floor-01h G C- L-
∙∙3CO T210FFF Bin
.....k......dc.. 1/1
PROGRAMMABLE INPUTS
May be either low voltage
(12 to 35 volts DC / 12 to 24 volts AC)
or high voltage (110 volts AC/DC)†
† Cannot be changed on site. Please specify when ordering.
DIP
SWITCHES
REFER TO
PAGE 14
IND055 Controller Functionality
IND055 Controller Diagram
PSU025

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Common Installation Options
2-Wire System Diagrams
Please refer to individual and site specific wiring diagrams for further information.
2-WIRE SYSTEM
Digitalker® Speech Unit located on the lift car.
EXTERNAL
HALL LANTERN
OUTPUTS TO DRUCEGROVE
2-WIRE EQUIPMENT
DIPSWITCH SETTINGS
1-4 = Floor & Arrow Scrolling
5 = Normal/Test Mode Switch
6 = Message Scrolling Speed
7 = Energy Saving Mode
8 = Static/Scrolling Car Arrow Switch
* if applicable
2-Wire
Indicator
2-Wire
Digitalker
(Contains Speech Library)
2-Wire
Gong / Speech
2-Wire
Indicator
2-Wire
Indicator
Any 2-Wire
Product
EXTERNAL CAR
DIRECTION INDICATOR
Address set by Dipswitches
LANDINGS
LIFT CAR
EXTERNAL
HALL LANTERN
OUTPUTS TO DRUCEGROVE
2-WIRE EQUIPMENT
LOCATED IN MACHINE ROOM
REPROGRAMMABLE INPUTS
FOR FLOOR & MESSAGE
SIGNALS, EG:
Hall Lanterns
Car Direction
Scrolling Messages
Speech Announcements
Discrete / Binary / Gray Code
SIGNAL RETURN
EXTERNAL CAR
DIRECTION INDICATOR
EXTERNAL
HALL LANTERN
LANDINGS
LIFT CAR
2-Wire
Indicator
2-Wire
Gong / Speech
2-Wire
Indicator
2-Wire
Gong / Speech
2-Wire
Indicator
Address set by Dipswitches
2-Wire
Digitalker
(Contains Speech Library)
Floor-01h LG C–L- 432COCCLL10FFFFF Bin ................ 1/1
DIPSWITCH SETTINGS
1-4 = Floor & Arrow Scrolling
5 = Normal/Test Mode Switch
6 = Message Scrolling Speed
7 = Energy Saving Mode*
8 = Static/Scrolling Car Arrow Switch
* if applicable
Floor-01h LG C–L- 432COCCLL10FFFFF Bin ................ 1/1
REPROGRAMMABLE INPUTS
FOR FLOOR & MESSAGE
SIGNALS, EG:
Hall Lanterns
Car Direction
Scrolling Messages
Speech Announcements
Discrete / Binary / Gray Code
SIGNAL RETURN
2-WIRE SYSTEM
Digitalker® Speech Unit located in the motor room.
Speech enabled on landings via Drucegrove GNG2202 Electronic Gong with Speech.
Sample Installation Diagrams

Page 6
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Programming the Floor Designation Characters and Announcements
Re-Programming Floors
From “Normal Mode”, press the Red and Black buttons together once to enter the floor programming
menu:
Floor-01h G 004
Program...Flr..Spc..
BACK < >   NEXT
Coloured menu button functions:
Press Black to move to the next floor address.
Press Red to move to the previous floor address.
Press Blue to move the character selection cursor right.
Press Grey/White to move the character selection cursor left.
Press Green to cycle the currently selected character forwards.
Press Yellow to cycle the currently selected character backwards.
Press Red and Black together three times to return to normal mode.
NOTE: Before pressing Red and Black to move off the floor programming
menu, press the Blue or Grey/White button to move the selection cursor off
any modified character to ensure the change is committed.
Floor Position Address
Hexadecimal value signifying the
current floor being edited.
Generally the bottom floor is 01h.
00h represents no or invalid floor,
but may be configured as a floor.
Press Red to move backwards.
Press Black to move forwards.
Floor Designation Characters
Up to four alphanumeric characters.
With the selection cursor under a character,
press Green or Yellow to cycle through
characters.
Press Grey/White or Blue when new
character is selected to move selection
cursor and commit the change.
Find the floor number that needs editing by using the Red and Black keys (Back and Next).
At the selected floor, the cursor will initially be at the position of the first floor character, move the cursor to the
floor/speech code character position by using the Grey/White and Blue keys (left and right). Edit it by using
the Green and Yellow keys (up and down) to scroll through the available characters; A to Z, 0 to 9, [space], -
and .
For Speech announcements only numbers can be edited (000 to 255).
The Red and Black keys will need to be pressed together & released three times to return to normal mode.
Floor Speech Code
Set to 000 for no announcement.
Maximum is 249.
Please refer to Digitalker®
speech code listing for assigning
announcements.
Edit in the same way as floor
designation characters.
Programming Floors

Page 7
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Programming Message Text, Message Images and Announcements
Re-Programming Messages
Message-0 Type:C
Spc:121 Image:012
LIFT OVERLOADED
BACK < >   NEXT
From “Normal Mode”, press the Red and Black buttons together twice (or once from the floor
programming menu) to enter the message programming menu:
Coloured menu button functions:
Press Black to move to the next message.
Press Red to move to the previous message.
Press Blue to move the character selection cursor right.
Press Grey/White to move the character selection cursor left.
Press Green to cycle the selected character forwards.
Press Yellow to cycle the selected character backwards.
Press Red and Black together twice to return to normal mode.
Message Speech Code
Set to 000 for no announcement.
Maximum is 255.
Please refer to Digitalker® speech
code listing for assigning
announcements.
Edit in the same way as floor
designation characters.
Message Number
Signifies the current message
being edited.
Up to ten messages may be
programmed (0 to 9), where lower
number messages take priority.
Press Red to move backwards.
Press Black to move forwards.
Refer to the program of the indicator for “NO ENTRY” symbol capability. To display a “NO ENTRY” symbol on
a dot matrix indicator for the ‘Landing’ or ‘Both’ message display types the sequence “underscore, space,
space” must be present anywhere in the message content. (i.e., “_ RETURNING TO GROUND FLOOR” or
“RETURNING TO GROUND FLOOR_ ”)
The most convenient insertion place is at the end of the message. When the current floor position matches the
indicator address and the sequence is found, the “NO ENTRY” symbol will replace the scrolling message.
It is recommended that interweave of messages and scrolling floors is switched off.
Message Type
May be set to one of the following:
C = Car only message
L = Landing only message
B = Shown in car and on landings
Edit in the same way as floor
designation characters.
Message Characters
Up to 120 alphanumeric characters.
With the selection cursor under a
character, press Green or Yellow to
cycle through characters.
Available characters are:
A to Z, 0 to 9, [space], _, - and 
The underscore (‘_’) character
represents a line feed on LCD/TFT
displays.
Note
If the first 3 message characters are
blank, no text message will be
displayed.
Message Image Code
Set to 000 for no image.
Maximum is 255.
Please refer to the indicator
image code listing for
assigning images.
Edit in the same way as floor
designation characters.
Programming Messages
Displaying a No Entry symbol

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Re-Configuring the 16 IND055 Inputs
Re-Configuring System
From “Normal Mode”, press the Red and Black buttons together three times (or once from the
message programming menu) to enter the system configuration menu:
Configure System
2-Wire Output Type
2-Wire Mk.3
BACK   NEXT
Coloured menu button functions:
Press Black to move to the next menu option.
Press Red to move to the previous menu option.
Press Green to cycle the option forwards.
Press Yellow to cycle the option backwards.
To proceed to the input configuration menu,
press Black repeatedly until the save menu is
displayed, and then press the Green button to
save and continue.
continued on next page...
The first page in the Configure System menu is used to set the 2-Wire output type.
The 2-Wire Mk.3 protocol only works with the latest 2-Wire devices, and provides additional functionality
over Mk.2, such as next stop floor address, advanced hall lanterns signals, rear door signals, destination
control floor call signals, FireFly TFT configuration overrides, and more.
The 2-Wire Mk.2 mode allows legacy 2-Wire devices to function, but disables all of the features that
require the 2-Wire Mk.3 protocol.
The 2-Wire Mk.2 + Mk3 mode should allow a mixture of latest and legacy 2-Wire devices to function on a
single 2-Wire bus, with all Mk.3 features available to the latest devices. The update response times may be
reduced in this mode however, and so it is not advised for use on fast travelling lifts.
For the rest of the system and input configuration menus, any menu pages shown subsequently in this
manual with the symbol will only be displayed if the 2-Wire Output Mode is set to either “2-Wire Mk.3”
or “2-Wire Mk.2 + Mk.3”.
Configure System Menu
Configure System
2-Wire Output Type
2-Wire Mk.3
BACK   NEXT
Mk.3
2-Wire Output Type
select from: 2-Wire Mk.3
2-Wire Mk.2
2-Wire Mk.2 + Mk.3

Page 9
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Reconfiguring the 16 IND055 Inputs
Re-Configuring System
Continued from previous page...
Based on the 2-Wire Output Type selection, use the flow diagram below to complete the system
programming modifications:
Configure System
2-Wire Output Type
2-Wire Mk.3
BACK   NEXT
Configure System
Car Direction Arrows
Auto (Default)
BACK   NEXT
Mk.3
Set Via Dipswitches
2-Wire Output Type is 2-Wire Mk.2
Configure System
FireFly Config
Set Via Dipswitches
BACK   NEXT
Mk.3
2-Wire Output Type is 2-Wire Mk.3 or 2-Wire Mk2. + Mk.3
Configure System
FireFly Colour
Blue
BACK   NEXT
Mk.3
Override Dipswitches
Configure System
FireFly Background
R:000 G:000 B:000
BACK < >   NEXT
Mk.3
Custom
Configure System
FireFly Foreground
R:255 G:255 B:255
BACK < >   NEXT
Mk.3
Configure System
FireFly Layout
Col Flr and Col LH 
BACK   NEXT
Mk.3
Blue
Black
Green
Red
Yellow
Purple
Brown
Teal
Configure System
Free Car Mode
Auto (Default)
BACK   NEXT
Mk.3
Configure System
Lantern Arrows
Auto (Default)
BACK   NEXT
Mk.3
Configure System
Adv Lantern Arrows
Auto (Default)
BACK   NEXT
Mk.3
Configure System
Adv Lantern PI Mode
Auto (Default)
BACK   NEXT
Mk.3
Configure System
Gong On Adv Lantern
No
BACK   NEXT
Mk.3
Configure Inputs
Save & Continue
BACK SAVE
Press the Red
button to return to
the start of the input
configuration menu
Press the Green
button to save and
continue to the input
configuration menu
Configure System
2-Wire Output Delay
Disabled
BACK   NEXT
REFER TO
PAGE 12
REFER TO
PAGE 12
REFER TO
PAGE 13
REFER TO
PAGE 13
REFER TO
PAGE 13
REFER TO
PAGE 13
REFER TO
PAGE 13
REFER TO
PAGE 13

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Re-Configuring the 16 IND055 Inputs
Re-Configuring Inputs
From “Normal Mode”, press the Red and Black buttons together four times (or once from the configure
system programming menu) to enter the system configuration menu:
Configure Inputs
Floor Input Type
Binary
BACK   NEXT
Coloured menu button functions:
Press Black to move to the next menu option.
Press Red to move to the previous menu option.
Press Green to cycle the option forwards.
Press Yellow to cycle the option backwards.
To return to normal mode, press Black
repeatedly until the save menu is displayed, and
then press the Green button to save exit.
Press Black
Press Black
continued on next page...
1Configure Inputs
Floor Input Type
Binary
BACK   NEXT
Floor Input Type
Input mode for the ‘F’ inputs
Select from: Binary
Discrete
Gray
2Configure Inputs
Number of Floors
(Max 7Fh) 0Bh
BACK   NEXT
Number of Floors
(in hexadecimal)
Select the number of floors required.
3Configure Inputs
Speech Included
Yes
BACK   NEXT
Speech Included
Enables/disables speech announcements.
Configure Inputs Menu

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Yes
Reconfiguring the 16 IND055 Inputs
Re-Configuring Inputs
Continued from previous page...
Use the flow diagram below to complete the input programming modifications:
The new input configuration will be displayed on the final “Save & Exit” page.
If multiple input boards are required, use the gray and blue buttons to scroll between pages.
No
Yes
Yes
No
Yes
No
Configure Inputs
Speech Included
Yes
BACK   NEXT
Configure Inputs
Trigger for GU/GD
No
BACK   NEXT
Configure Inputs
Door Messages
Yes
BACK   NEXT
00 messages
Was trigger for
GU/GD selected?
Configure Inputs
Trig GU/GD from DO
No
BACK   NEXT
Configure Inputs
Trigger for Doors
No
BACK   NEXT
Configure Inputs
Hush Input
No
BACK   NEXT
01 or more messages
Configure Inputs
Floor Trigger Delay
00 (0.5s)
BACK   NEXT
Configure Inputs
Number of Messages
(Max 03) 03
BACK   NEXT
Press the Red
button to return to
the start of the input
configuration menu
Press the Green
button to save and
return to normal
mode
Configure Inputs
Save & Exit
32C0 T10FFFF
BACK SAVE
Configure Inputs
Destination Inputs
No
BACK   NEXT
Configure Inputs
Input Group May Span
No
BACK   NEXT
Configure Inputs
Legacy Input Pos
No
BACK   NEXT
Configure Inputs
Adv Lantern Inputs
No
BACK   NEXT
Enabled
Disabled
Configure Inputs
Demo Mode
No
BACK   NEXT
Configure Inputs
Next Stop Inputs
Disabled
BACK   NEXT
Configure Inputs
Interweave Mes & Flr
No
BACK   NEXT
No
Was speech
included?
Mk.3 Mk.3
Mk.3
REFER TO
PAGE 12
REFER TO
PAGE 12
REFER TO
PAGE 12
Configure Inputs
Disable Lan w/ Msg
No
BACK   NEXT

Page 12
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Advanced 2-Wire Features
2-Wire Mk.3 Features
The next floor stop inputs can be set up as either discrete, binary or Gray code inputs. Certain position
indicators (such as the DragonFly TFT display) can show the next stop floor position. The next stop floor
position may also be used in conjunction with advanced hall lantern signals to illuminate or flash a hall lantern
at a floor before the lift arrives.
The next stop inputs may also be configured as “Discrete Lanterns”. This will provide a discrete set of
advanced hall lantern inputs, and the next stop floor will be selected automatically as the discrete advanced
hall lantern signals are made active.
Next Stop
The following features are only available if the 2-Wire Mk.3 protocol is used:
The advanced hall lantern signals can be used in conjunction with the next stop floor position to illuminate or
flash a hall lantern at a floor before the lift arrives.
If the advanced hall lantern inputs are “Enabled”, then dedicated up and down inputs will be provided for the
advanced hall lantern.
If the advanced hall lantern inputs are “Auto”, then the advanced hall lantern signals will either be taken from
the normal lantern inputs when the current lift floor position does not equal the next stop floor position, or they
will be taken from the discrete lantern signals, depending on the configuration of the next stop inputs.
Advanced Hall Lantern
Discrete destination inputs can be enabled to show advanced hall calls on a DragonFly TFT display or an
IND210 destination annunciator.
Destination Inputs
The display mode of car direction arrows can be configured from the IND055 to either be hidden everywhere,
shown on the car position indicator only, shown on the landing position indicators only, shown on all position
indicators, or “Auto”.
The “Auto” option causes the position indicators to decide themselves whether to show the car direction arrow.
Car Direction Arrow Configuration
The display mode of car direction arrows can be configured from the IND055 to either be hidden everywhere,
shown only on the landing position indicators, shown only on external lanterns, shown everywhere, or “Auto”.
The “Auto” option causes the landing position indicators to decide themselves whether to show the lantern
direction arrow, and external lanterns will always be illuminated.
Lantern Arrow Configuration

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Advanced 2-Wire Features
2-Wire Mk.3 Features
The free car state is when both the up and down hall lantern signals are active, denoting a free lift car.
The free car mode can be set to disabled, which will not show any hall lanterns arrows under the free car state,
or it can be set to show only an up or down direction rather than both directions.
If configured as “Auto”, then both the up and down lantern arrows will be shown for a free car.
Free Car Mode
The following features are only available if the 2-Wire Mk.3 protocol is used:
The display mode of car direction arrows can be configured from the IND055 to either be hidden everywhere,
shown only on the landing position indicators, shown only on external lanterns, shown everywhere, or “Auto”.
The “Auto” option causes the landing position indicators to decide themselves whether to show the lantern
direction arrow, and external lanterns will always be illuminated.
Advanced Lantern Arrows
This setting determines how the advanced hall lantern should be displayed on a position indicator. It can either
be shown as a small (car direction) arrow alongside the floor designation, as a full (hall lantern) arrow, or
hidden altogether.
If configured as a small car direction arrow, the floor designation can be fixed off-centre to leave space for the
arrow when it is not visible. Otherwise, the floor designation will move horizontally as the advanced hall lantern
arrow is shown and hidden.
The “Auto” option causes the position indicators to decide themselves how to show the advanced hall lantern
arrow. Most position indicators will not show the advanced hall lantern arrow by default.
Advanced Lantern PI Mode
Enabling gongs on advanced hall lantern signals will cause gongs on landings to sound before the lift arrives.
Under this mode of operation, to prevent a double gong, gongs will not sound when a normal lantern signal is
provided.
Gong On Advanced Lantern
The FireFly TFT position indicator’s configuration can be overridden from the IND055 if the 2-Wire Mk.3
protocol is used. Normally, a FireFly is configured via an 8-way dipswitch on the back of the indicator. The
colour and layout options can be overridden from the IND055, and in addition to the 8 colour options provided
via the dipswitches, a custom foreground and background colour may also be configured.
Overriding the FireFly configuration will apply the colour scheme and layout mode to all FireFly TFT indicators
on the 2-Wire bus. If individual indicators need to be configured differently, then all FireFly TFTs should be
configured using their respective dipswitches.
FireFly Configuration

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Scroll Speeds, Energy Saving Mode & Test Mode
Dipswitch Settings
In “Normal Mode” the 8-way dipswitch on the IND055 determines the scrolling value (0 to F) for an indicator
floor change, which can be modified by using dipswitches 1 to 4 to give the speeds below:
There is an 8-way dipswitch on the IND055 next to the reprogrammable inputs; it has various different
functions that are described below:
Dipswitch Number Scrolling
Value
1234
00000No Scrolling
00011Fastest Scrolling Speed
00102
00113
01004
01015
01106
01117
10008
10019
1010A
1011B
1100C
1101D
1110E
1111FSlowest Scrolling Speed
If scrolling car direction arrows are required turn dipswitch 8 on. The active scrolling value setting from 1 to 15
will then apply to arrows also.
Dipswitch 5 selects the test mode, with the letters ”Tst” replacing the Floor Input type. During test mode the
floor trigger delay is fixed at 0 seconds to announce the current floor.
Car Mode (dipswitch 5 on, dipswitch 6 off): The test mode will run up & down the programmed floors to the
maximum floor value set by the user, floor positions and car directions being shown on the LCD display. After
every 4th floor change an allocated programmed message will scroll twice and then proceed to the next floor
position. If a Digitalker® speech unit is connected it will announce the relevant pre-programmed floor and
message speech codes. Thus floor designations, Indicators, and Digitalker® speech units can be tested
without using any input signals.
Hall Lantern Mode (dipswitch 5 & 6 on): Whilst in test mode, turning on dipswitch 6 allows the hall lantern
functionality of an indicator to be tested. The car direction signal is taken away at every floor and an
appropriate hall lantern arrow will be set, allowing gongs and hall lanterns to be tested individually for each
floor.
(0 = OFF, 1 = ON)
To disable the energy saving mode (normally active when OFF) for indicators, gongs, hall lanterns &
Digitalker® speech units that have this feature set dipswitch 7=ON.
Floor / Arrow Scrolling
Energy Saving Mode
2-Wire System Test Mode