Diginet LEDsmart MMDM/PB User manual

Installation Guide
MMDM/PB
DIGINET.NET.AU
Push Button Dimmer with built in on / off switch and multi-way control
Suitable for one-way, two-way, three-way and multi-way dimming
MultiMate™technology allows multi-way dimming / switching with no extra wires
Suitable for both retrofit and new installations
Programmable minimum level, maximum level, kick-start, off state indicator and more
Active only ‘two wire’ connection - no neutral required
Push and hold to dim up/down
No separate switch required - built in tap on / tap off switch
Quiet, soft press button –no harsh click
Illuminated halo with interchangeable coloured bezels (blue/green/orange/clear)
Dim to OFF with most LED light sources
Kid’s bedroom mode – double tap when on to dim down over 30 minutes
Wake up mode –double tap when off to dim up over 30 minutes
Selectable fall-back LED Indicator level
1W minimum load
Patent Pending
Registered Design
Designed in Australia to meet
Australian Standards and
installation conditions

Push Button Dimmer/Switch
2
Product Item
This guide provides installation, setup and specification information for the LEDsmart+Push Button Dimmer/Switch, item number
MMDM/PB.
Product summary and capabilities
Designed in Australia to provide optimised dimming of LED based lamps and drivers, this high quality, two-wire phase control
dimmer can be connected in parallel to other LEDsmart+devices to provide a simple solution to multi-way control.
Although optimised for LED lighting loads, the dimmer also provides excellent compatibility with other common lamp types such
as incandescent lamps, 12V halogen (dichroic) lamps and dimmable CFL’s.
Programmable setup functions
Setup functions
Description
Minimum Brightness
If an LED or CFL lamp becomes unstable at low dimming levels, it can flicker or pulse on/off. The
dimmer’s minimum brightness can be set to a level above the point at which a lamp flickers/pulses
Maximum Brightness
The maximum brightness level provided by the dimmer can be set to suit customer requirements
Kick Start
This function is only required when dimming some LED and CFL lamp’s. To ensure these lamps
switch on, they require the dimmer output to be set to 50% for 0.2 of a second when the lamp is
turned on.
Default: The Kick Start feature is switched off
LED indicators
The dimmer’s white LED indicators can be set to glow on or turn off when the dimmer is switched
off
Default: The white LED indicators are set to glow on when the dimmer is turned off
Separate Switch Mode*
Some lamps, such as non-dimmable CFL’s, can flicker when switched OFF using the dimmer’s
integrated switch. In these cases, the dimmer can be used in ‘Separate Switch Mode’ and
combined with a separate mechanical switch
Default: Separate Switch Mode is switched off
Toggle / Memory
Dimmer
The dimmer has the option to turn on at the brightness level set when the lights were turned off
(memory dimmer), or to turn on at the maximum brightness level (toggle dimmer).
Default: the dimmer is setup as a toggle dimmer
MultiMate™ON/OFF
MultiMate™functions can be switched ON or OFF
Default: MultiMate™features are switched on
*Note: Separate Switch Mode is suitable for single LEDsmart+installations only. For multi-way installations, see the note below.
There are a wide range of LED and CFL lamps available from different manufacturers. The following issues are
occasionally seen when used in conjunction with 2-wire dimmer/timer/switch products.
When switched off, the LED/CFL lights flicker, pulse on/off or do not switch off completely
When switched off, the LEDsmart+LED indicators flicker
When switching on, the LED/CFL lights have difficulty switch on and the dimmer indicators flicker or pulse
It is recommended to install a Diginet ‘Load by-pass’ device (Diginet item number MMBP) across Load and
Neutral terminals to provide improved performance of these lamps.

Push Button Dimmer/Switch
3
Multimate™technology
MultiMate™is a technology inside Diginet’s range of high quality LEDsmart+dimmers, timers and electronic light switches. It
allows multi-way control of lighting without the need for an expensive control system. MultiMate™technology is suitable for both
new and retrofit installations.
MultiMate™technology enables multiple LEDsmart+two-wire devices to be wired in parallel when two-way, three-way or multi-
way dimming and switching is required. When connected in parallel LEDsmart+dimmers allow dimming (and switching) of
connected lighting loads from multiple locations without any additional wiring. No strapper wires, dedicated remote switch
wiring or ‘control bus’ is required.
MultiMate™is a patented technology, developed in Australia by Gerard Lighting.
The wiring example below shows three LEDsmart+dimmers connected in parallel to provide three-way dimming and switching of
four downlights without any additional wiring.
Products with MultiMate™technology included
The following products all include MultiMate™ technology and can therefore be connected in parallel to allow multi-way control.
Note that different types of MultiMate™ products can be connected in parallel. For example, switches and dimmers can be
connected in parallel to control the same group of lights from different locations and/or provide additional functionality.
Product Range
Item Number
Type
Description
LEDsmart+
MMDM/RT
Dimmer
Rotary Dimmer with built in on / off switch and multi-way control
LEDsmart+
MMDM/PB
Dimmer
Push Button Dimmer with built in on / off switch and multi-way control
LEDsmart+
MMSW/PB
Switch
Push Button Switch for LED lighting with built in multi-way control
LEDsmart+
MMTM/PB
Timer
Push Button Minute Timer programmable between 1 minute and 30 minutes
with built in multi-way control
LEDsmart+
MMTH/PB
Timer
Push Button Hour Timer programmable between ¼ hour and 7½ hours with built
in multi-way control

Push Button Dimmer/Switch
4
Dimmer installation
WARNING –This product must be installed by a suitably qualified installer
Electric shock may result in serious injury or death. Follow all warnings in this guide and on the product while
working in accordance with the latest electrical safety practices for mains-powered electrical equipment.
The terminal block included with the dimmer should be used to carry out the electrical connections, as shown below
Once the connections have been made, the terminal cover is closed to ensure the screw terminals are not exposed
The terminal block can then be cable-tied to the rear of the dimmer housing utilising the two loop holes

Push Button Dimmer/Switch
5
Wiring for one-way dimming and switching
The dimmer has a built in tap on / tap off switch. Therefore, to provide both dimming and on/off control, no separate switch is
required.
New Installation –one-way dimming and switching
Replacing existing one-way switch with one-way switching/dimming
Existing one-way switching
Replacement one way dimming/switching

Push Button Dimmer/Switch
6
Wiring for two-way dimming and switching
To achieve two-way dimming and switching using LEDsmart+dimmers, the two dimmers are connected in parallel. Note that the
dimmers have an integrated switch, therefore no separate switches or additional strappers are required for two-way on/off
control.
New Installation –two-way dimming and switching
Two-way dimming and switching using LEDsmart+dimmers. Note the two-wire
dimmers are simply wired in parallel.
Replacing existing two-way switching with two-way dimming/switching
When replacing existing two-way switching with two-way dimming/switching using LEDsmart+, the existing two-way ‘strapper’
wires can be re-used. No new wiring is required. See the wiring diagrams below.
Existing two-way switching
Replacement two-way dimming/switching
Traditional two-way switching using standard rocker switch
mechanisms and strappers between the switches.
Rocker switches replaced with LEDsmart+ dimmers using
the existing strapper wires. No new wiring required.

Push Button Dimmer/Switch
7
Wiring for multi-way (three-way or more) dimming and switching
To achieve multi-way dimming and switching using LEDsmart+dimmers, the required number of dimmers can be connected in
parallel. Note that each LEDsmart+dimmer has an integrated switch, therefore no separate switches or additional strappers are
required to provide multi-way dimming and on/off control.
The diagram below shows the required wiring for three-way dimming and switching using LEDsmart+dimmers. If more than
three-way control is required, further LEDsmart+devices are simply wired in parallel.
New Installation –multi-way (three-way or more) dimming/switching
Three-way dimming and switching using LEDsmart+dimmers. Note that each two-wire LEDsmart+
dimmer is simply wired in parallel.
Replacing existing multi-way switching with multi-way dimming and switching
Existing three-way switching
Replacement three-way dimming/switching
Traditional three-way switching using two rocker switches
and one intermediate switch, with strappers between the
switches.
Rocker switches and intermediate switch replaced with
LEDsmart+dimmers. The existing strappers are used to connect
the dimmers in parallel. No new wiring is required.

Push Button Dimmer/Switch
8
Rocker and flat push buttons
Two different styles of push buttons are included in the dimmer packaging, rocker and
flat push button styles. These are interchangeable, depending on customer preferences.
Coloured Bezels
The dimmer’s LED indicators are white and the pre-fitted bezel provides a white glow
around the dimmer button. Interchangeable blue, green and orange bezels rings are also
included with the dimmer. These can be used to change the colour of the LED indicators
to match customer colour preferences and/or to more easily identify different
LEDsmart+devices on the same grid plate.
Installing LEDsmart+devices into Clipsal Saturn™ or Clipsal Saturn Zen™ wall plates
Adaptor kits are available separately to enable LEDsmart+ devices to be installed into Clipsal Saturn™ or Clipsal Saturn Zen™ wall
plates. Order codes are as follows.
DGACCESSPK2
Adaptor kit for LEDsmart+Push Button devices
DGACCESSPK3
Adaptor kit for LEDsmart+Rotary dimmers
Dimmer Setup
The LEDsmart+push button dimmer has a number of useful functions which can easily be set up by entering setup mode and
following three easy steps.
It is recommended that the MINIMUM BRIGHTNESS is always setup. The other settings are optional, depending on the dimmer
application. To set the minimum brightness now, go to the next page.
Dimmer Setup Functions
Function
See Part
Entering Setup Mode
See page 9
Setting Minimum Brightness
See page 10
Setting Maximum Brightness
See online guide
Setting the Kick Start Feature
See online guide
Setting Off State LED Feature
See online guide
Setting Separate Switch Mode
See online guide
Setting Toggle / Memory Dimmer
See online guide
Setting MultiMate™Mode
See online guide
Factory Defaults Reset
See online guide

Push Button Dimmer/Switch
9
A: Entering Setup Mode
If the dimmer has been powered up for LESS THAN 30 MINUTES see A1 below.
If the dimmer has been powered up for MORE THAN 30 MINUTES see A2 below.
Once in Setup Mode, options are selected by a series of ‘clicks’ of the dimmer push button. Each ‘click’ should be
approximately 1 second after the previous click.
A1: Dimmer has been powered up via mains 240Vac for LESS THAN 30 MINUTES
Step 1
Press and hold the dimmer push button for 10 seconds
Note: Connected lights will dim up or down, this is normal
Step 2
The white LED Indicators will blink ON/OFF twice per second. This indicates that
the dimmer is now in Setup Mode
Note: If more than one LEDsmart+device is connected in parallel (see pages 5-7),
all these devices will now enter setup mode. The blink ON/OFF will also be seen on
all other LEDsmart+devices connected in parallel
Step 3
The dimmer is ready for the settings to be adjusted as required. Go to the relevant
setup function instructions
A2: Dimmer has been powered up via mains 240Vac for MORE THAN 30 MINUTES
Step 1
Press and hold the dimmer push button for 30 seconds
Note: This resets the Setup Entry time back to 10 seconds (for the next 30 minutes)
Note: Connected lights will dim up or down, this is normal
Step 2
The white LED Indicators will blink ON/OFF with twice per second. This indicates
that the dimmer is now in Setup Mode
Note: If more than one LEDsmart+device is connected in parallel (see pages 5-7),
all these devices will now enter setup mode. The blink ON/OFF will also be seen on
all other LEDsmart+devices connected in parallel.
Step 3
The dimmer is ready for the settings to be adjusted as required. Go to the relevant
setup function instructions

Push Button Dimmer/Switch
10
B: Setting Minimum Brightness
The minimum brightness level provided by the dimmer can be set to suit specific lamps and/or customer requirements.
For the majority of lamps a minimum level as low as 0% can be set if required. However, some lamps can become unstable at
low dimming levels, in particular CFL’s.
If lamps become unstable at low dimming levels, they typically flicker or pulse on/off. The dimmer allows the minimum
brightness to be set to a level above the point at which the lamp flickers/pulses.
Step 1
Enter into the dimmer Setup Mode - See PART A (page 9)
Step 2
Click the dimmer push button twice
Step 3
LED will blink 2 times
Note: To cancel/exit do nothing for 30 seconds
Note: If more than one dimmer is connected to the same load (see pages 5-7), all
dimmers connected to this load will now blink 2 times
Step 4
Adjust dial to required MINIMUM brightness level
Note: If more than one dimmer is connected in parallel (see pages 5-7), wait for 3
seconds for the other connected dimmer to learn the new minimum level
Note: To cancel/exit do nothing for 30 seconds
Step 5
Click once to save & exit
Note: If more than one LEDsmart+device is connected in parallel, the minimum
brightness levels only needs to be set in one device. The setting is automatically
saved to all other devices connected in parallel

Push Button Dimmer/Switch
11
Specifications
Nominal Line Voltage Amplitude Range
220-240Vac
Line Voltage Frequency
50Hz Nominal (47 –53Hz)
Load Brightness Control Range
0% to 100% (typical for LED loads)**
Rated Load
Refer Compatible Loads table (below)
Minimum Load
1W
Maximum cable distance from any
LEDsmart+device to the parallel
junction point
50m (for example, two dimmers can be separated by up to 100m provided that the
maximum distance from the furthest dimmer to the parallel junction point is no
more than 50m).
** Some LED lights do not turn off completely when used with two wire devices such as LEDsmart+. This is due to
the small amount of current which flows through the device to the load when switched off. The result with some
LED light sources can be a small amount of light output when the LEDsmart+is in the off position. If this occurs, it
is recommended that a Diginet ‘Load by-pass’ device (Item MMBP) is added to the lights / dimmer installation.
Compatible Load Types
Load Symbol
Load Types
Max. Load
Notes
Dimmable LED
Lamps
400W
The LED driver must be dimmable. Maximum permitted number
of drivers is 400W divided by the driver nameplate power rating.
Due to variety of LED lamp designs, maximum number of LED
lamps is also dependent on power-factor result when connected
to dimmer.
Electronic
Transformers
400W
Standard iron-core
transformers
250W
Due to variety of transformer designs, max LV lighting load is also
dependent on transformer efficiency.
Toroidal iron-core
transformers
300W
Incandescent
350W
Dimmable CFLs
400W
Due to the variety of CFL designs, the maximum number is
make/model dependent.
Incompatible Load Types
Ceiling Sweep Fans and Exhaust fans.
Multi-Gang De-Rating
Number of times per plate
De-rating factor
In applications where multiple dimmers are installed in a
multi-gang plate, a de-rating factor is applied to the
maximum load as follows.
1
No de-rating
2
0.85
3
0.7
De-rating Example
4
0.55
Two LEDsmart+devices installed in a wall plate. The
maximum LED load which can be connected to each device =
400W x 0.85 = 340W per device.
5
0.4
6
0.25

DIGINET.NET.AU
Product of Gerard Lighting Pty Ltd
ABN 94 122 520 307
96-112 Gow Street
Padstow NSW 2211
Contact
General Enquiries: 1300 95 DALI (3254) or [email protected]
Technical Services: 1300 95 3244 or supp[email protected]
Fax: [phone]
Diginet is a brand of the Gerard Lighting Group
Version: Issue 1 June 2016
Item 14-14-013D-03-01
Warranty
This product is covered by a two-year warranty against manufacturing defects. This warranty is provided in addition to consumer
guarantees covered by Australian Consumer Law.
Trademarks
The identified trademarks and copyrights are the property of Gerard Lighting unless otherwise noted.
Clipsal Saturn™ and Clipsal Saturn Zen™ are trademarks of Schneider Electric (Australia) Pty Ltd.
© Copyright
This user and installation guide is copyright to Gerard Lighting. Except as permitted under relevant law, no part of this user and
installation guide may be reproduced by any process without written permission of and acknowledgement to Gerard Lighting.
Gerard Lighting Pty Ltd (Gerard Lighting) reserves the right to alter the specifications, designs or other features of any items and
to discontinue any items at any time without notice and without liability. While every effort is made to ensure that all
information in this user and installation guide is correct, no warranty of accuracy is given and Gerard Lighting shall not be liable
for any error.
Printed on recycled paper

LEDsmart+ / MultiMate™
Troubleshooting Guide
13-14-031D-20-01 –Issue 1 October 2020 Page 1 of 4
INTRODUCTION
LEDsmart+ dimmers, timers, switches and occupancy sensors include MultiMate™technology. These
devices have revolutionised multiple point control of lighting whilst using conventional wiring practices.
Even when not used for multi-way control, their superior compatibility with LED lighting loads makes them
the best wall plate lighting controls in the market.
MULTIMATE™ TECHNOLOGY
MultiMate™ is the technology inside the
range of high quality LEDsmart+ dimmers,
timers, switches and occupancy sensors. It
allows multi-way control of lighting loads
without the need for an expensive control
system. MultiMate™ technology is suitable
for both new and retrofit installations.
MultiMate™ technology enables multiple
LEDsmart+ two-wire devices to be wired in
parallel when two-way, three-way or
multi-way dimming and switching is
required.
When connected in parallel, LEDsmart+
dimmers, timers, switches and occupancy
sensors allow dimming and switching of
connected lighting loads from multiple locations without any additional wiring. No strapper wires,
dedicated remote switch wiring or control bus is required.
HOW MULTIMATE™WORKS
MultiMate™products use a patented method of communicating with each other using the mains wiring. By
this means dimmers, timers, switches and occupancy sensors can communicate on/off, level, and settings
to other LEDsmart+ products on the same circuit.
INSTALLATION
In normal cases, existing switches can be removed and replaced by MultiMate™dimmers, timers, switches
and occupancy sensors. Please refer to the installation instructions for common wiring methods used for 1-
way, 2-way, 3-way and other configurations.
TROUBLESHOOTING
Like all products, sometimes there can be problems caused by the electrical behaviour of the building
wiring, or that of the lighting loads. This document describes some cases found from real-world product
experience and their solutions.
Each of the following pages describes a problem and solution. In some case additional product(s) may be
required.
APPLICABLE PRODUCTS
Dimmers: MMDM/PB & MMDM/RT
Timers: MMTM/PB & MMTH/PB
Switches: MMSW/PB
Occupancy Sensors: MMSE/PR
Neutral
Neutral
Active
Active Load
Load Load
Active
Active
Neutral

LEDsmart+ / MultiMate™
Troubleshooting Guide
13-14-031D-20-01 –Issue 1 October 2020 Page 2 of 4
FLICKERING OR FLASHING WHEN OFF OR AT LOW DIMMING LEVELS
Modern LED lighting has revolutionised high brightness low power
lighting.
Unfortunately, some LED loads can have problems with dimmer
compatibility. This can be observed when lamps flicker or flash
when set to low dimming levels or when a MultiMate™device is
set to the OFF condition.
The MMBP load bypass is wired across the lamp. It will resolve
almost all issues associated with dimming of LED lighting,
including:
-Lamp glow when turned off;
-Flickering or pulsing of the lamp when turned off or to low
dimming levels; and
-Flickering or pulsing of the dimmer LED status indicators.
Solutions for lamp flickering at low dimming levels
Solution 1: Use the setup functions of the dimmer, timer, switch or occupancy sensor to adjust the
MINIMUM dimming level to a higher value. Refer to the product installation guide for details.
Solution 2: Fit a load bypass device –order code MMBP.
Solution 3: In extreme cases, both the MMBP and a raised minimum level may be needed.
Solutions for flickering or pulsing of dimmer LED status indicators.
Solution 1: Fit a load bypass device (MMBP).
Solution 2: Newer model dimmers introduce CLM mode. Use the setup guide for your product and activate
CLM mode.
Solution 3: In extreme cases, both the MMBP and enabling CLM mode may be needed.
Solutions for lamp flickering or flashing when turned OFF
Fit an MMBP load bypass. It is designed for this issue. Similar products are also available from other
manufacturers.
How to install the MMBP load bypass device
The MMBP load bypass device is installed in parallel with the load, across the switched Active and Neutral,
as shown in the diagram below.
Active
Neutral
LAMP
LOAD
N
LEDsmart+ product
Before Load Bypass Installed Active
Neutral
LAMP
LOAD
N
LEDsmart+ product
After Load Bypass Installed
N L
MMBP
Load
Bypass
Caution: Do not wire the MMBP across the dimmer terminals. This will not be effective.

LEDsmart+ / MultiMate™
Troubleshooting Guide
13-14-031D-20-01 –Issue 1 October 2020 Page 3 of 4
CROSSTALK
Crosstalk happens when several MultiMate™ circuits are installed in
the same building, and adjustments on one circuit cause interference
on another circuit. The interference may be observed as:
-Lighting changes on one circuit cause lighting changes (on / off
/ change of level) on some other circuit; or
-Lighting changes on one circuit cause another circuit to turn
off.
If a lighting load is flickering or flashing at low dimming levels or when
turned off (and no dimmer / timer / switch is being adjusted) the most
likely cause is a poorly designed lighting load. In that case, please refer to the section “Flickering or flashing
when off or at low dimming levels”.
Causes
If the mains supply has a high source impedance, this can cause crosstalk: where the communication of one
set of dimmers interferes with adjacent dimmers –especially if the different dimmer circuits share a
common active feed to the same switch plate.
Reasons for High source impedance may include one or a combination of:
•Old substation or local step-down transformer running close to maximum capacity;
•Long cable run from step down transformer to building;
•High resistance terminations on active feeds and/or neutral returns; and
•Neutral returns from a common active feed having significantly different run lengths back to the
switchboard –good practice would be to link together neutral returns from a common active feed as
close as possible to the loads.
A best practice is for wiring from the distribution panel to the multi-way control location to use twin &
earth cabling, keeping active & neutral together for as long as possible. This results in the lowest supply
impedance. Long runs of single-cable active wiring and separate neutral wiring should be avoided.
Solution when the Multi-way function is not required
If the multi-way dimming function is not being used: follow the directions in the product Setup Guide to
disable the MultiMate™ operation. This prevents the dimmer / timer / switch / sensor from sending and
receiving the MultiMate™commands.
Change this setting for all affected dimmers in the building when multi-way dimming is not needed.
Solution when the Multi-way function is required
When the multi-way dimming function is required, an inline MMDM/ID Inductive Decoupler may be
required –these should be connected between the last dimmer in the control chain and the load.
Active
Neutral
SINGLE ACTIVE FEEDING
SEVERAL DIMMED CIRCUITS
LOADS
RED Strapper White Strapper
LAMP
LOAD
LAMP
LOAD
MMDM/ID
MMDM/ID

LEDsmart+ / MultiMate™
Troubleshooting Guide
13-14-031D-20-01 –Issue 1 October 2020 Page 4 of 4
FANS, FLUORESCENT LIGHTING AND NON-DIMMABLE LOADS
MultiMate™dimmers, timers, switches and occupancy sensors are designed to control dimmable lighting
loads.
Sometimes these products need to control non-dimmable loads, for example fluorescent lighting, non-
dimmable LED lamps, or bathroom exhaust fans.
Direct wiring of these loads to MultiMate™products may cause incorrect function of the load or the
MultiMate™product.
To Control fans and non-dimmable loads
The MMSR MultiMate™Slave Relay presents a dimmable load to
MultiMate™devices. When the dimmer level exceeds a threshold,
the relay is operated and switches on a non-dimmable load.
Combinations loads are possible on a dimmer: a dimmable LED
load may be used on the same circuit as non-dimmable loads. In
this case, when the dimmer level is higher than a threshold, the
relay is operated to switch the non-dimmable load(s) on and the
dimmable load will continue to respond normally. This is shown in
the wiring diagram below.
Properties of the MMSR Slave Relay
The Slave Relay has voltage-free contacts, and is rated at 10AX.
SELV load control is possible when using the isolating barrier that
is included.
The Slave Relay is suitable for use with trailing edge phase control dimmers. The Slave Relay can satisfy the
load requirements of LEDsmart+ dimmers / timers / switches or occupancy sensors by itself. Using an
additional dimmable lighting load is optional.
How to wire in the MMSR Slave Relay
Active
Neutral
Switched Active Output
Active to relay contact
No connection (loop)
Dimmed Active input
Neutral
Switched
Load
(max 10A)
LEDsmart+ product
Dimmed
Lighting
Load
MMSR Slave Relay
Optional dimmed
lighting load