EAE UD105 User manual

PRODUCT MANUAL UD105
EAE KNX UNIVERSAL DIMMER UD105 R1
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EAE KNX UNIVERSAL DIMMER
Product Order Nr: 48038

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EAE KNX UNIVERSAL DIMMER UD105 R1
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Table of Contents
1.General Features..................................................................................................................................................................... 3
2.Device Technology .................................................................................................................................................................. 4
2.1 Device Peripherals........................................................................................................................................................... 4
2.2 Connection Diagram........................................................................................................................................................ 5
2.3 Technical Data ................................................................................................................................................................. 6
3. Communication Object Table................................................................................................................................................. 7
4. Priority Order List ................................................................................................................................................................... 8
5. Parameters............................................................................................................................................................................. 8
5.1 General Parameters......................................................................................................................................................... 8
5.1.1 Manual Operation.................................................................................................................................................... 8
5.1.2 In Operation........................................................................................................................................................... 10
5.1.3 Channel Grouping.................................................................................................................................................. 10
5.1.4 Telegram Limiting .................................................................................................................................................. 11
5.2 Master Channel Parameters.......................................................................................................................................... 12
5.2.1 Master - Dimming Settings .................................................................................................................................... 12
5.2.2 Master - Switching................................................................................................................................................. 13
5.2.3 Master - Dimming Control ..................................................................................................................................... 14
5.2.4 Master - Feedback ................................................................................................................................................. 15
5.2.5 Master - Forced Operation .................................................................................................................................... 18
5.2.6 Master - Staircase Function ................................................................................................................................... 18
5.2.7 Master - Faults....................................................................................................................................................... 20
5.2.8 Master - Dimming Curve........................................................................................................................................ 22
5.3 Channel A…E.................................................................................................................................................................. 24
5.3.1 Channel A…E - Dimming Settings........................................................................................................................... 24
5.3.2 Channel A…E - Switching........................................................................................................................................ 25
5.3.3 Channel A…E - Dimming Control............................................................................................................................ 26
5.3.4 Channel A…E - Feedback........................................................................................................................................ 27
5.3.5 Channel A…E - Forced Operation........................................................................................................................... 30
5.3.6 Channel A…E - Staircase Function.......................................................................................................................... 31
5.3.7 Channel A…E – Faults............................................................................................................................................. 33
5.3.8 Channel A…E - Dimming Curve .............................................................................................................................. 35
5.4 Scenes............................................................................................................................................................................ 38
6. Object Descriptions .............................................................................................................................................................. 40
6.1 General Object Description ........................................................................................................................................... 40
6.2 Input - Output Object Description................................................................................................................................. 40
6.3 Error Objects.................................................................................................................................................................. 43
6.4 Measurement Objects................................................................................................................................................... 44

PRODUCT MANUAL UD105
EAE KNX UNIVERSAL DIMMER UD105 R1
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1.General Features
EAE KNX Universal Dimmer Actuator has 5 independent outputs. Maximum switching voltage
is 250V and maximum current is 1 A for each channel. Dimming functions can be used by phase
dimming only. The device can be operated manually via push button on it. Each channel can be
programmed via ETS4 or above.
Channel features of dimming actuator;
•Staircase lighting
•Forced Operation
•Channel Grouping (merging outputs for high power lamps)
All features can be used separately or together. Please consider that those features will be processed
depending on priority. Bus voltage fails and returns behavior can be set via ETS configuration.

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2.Device Technology
2.1 Device Peripherals

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2.2 Connection Diagram
Single Channel Control
Grouped Channel Control

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2.3 Technical Data
Type of protection
IP 20
EN 60 529
Safety class
II
EN 61 140
Power supply
- Voltage
21V… 30V DC, SELV
- Current consumption
< 10 mA
External supply
---
Connections
- Screw terminals
- Max. tightening torque
- KNX
0,5…3,31 mm² solid and stranded wire 0,5…3,31
mm² stranded wire with ferrule 0.5 Nm
Bus connection terminal
Output
- Switching & Dimming
5 outputs, Triac output
- Cable length
Max. 200 meters
- Max. switching power
400 VA per channel
- Mechanical life
Lifetime
Type of contact
- Triac, phase dimming
Installation
- 35mm mounting rail
EN 60 715
Operating elements
- LED (red) and button
For physical address programming
Temperature range
- Ambient
-5° C + 45° C
- Storage
-25° C + 55° C
- Transport
-25° C + 70° C
Humidity
- Max. air humidity
85 % no moisture condensation
Dimensions
66 x W x 90 mm
Width W in mm
180 mm
Width W in units (18 mm
modules)
10 modules
Weight
0.45 kg
Box
Plastic, polycarbonate, color grey
CE
In accordance with the EMC
guideline and low voltage
Application program
Communication objects
Number of addresses(max)
Number of
assignments(max)
151
255
255
NOTE: Device default physical address is 15.15.255. In order to configure switch actuator, ETS
application file “.knxprod” is needed. It’s possible to download the file on EAE website. ETS is required
for programming the device. Parameter settings and related group addresses can be changed by ETS.
Learn more by reading ETS help file.

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3. Communication Object Table
No
Object Name
Function
DTP Type
Number
of bits
Flags
0
General
In operation
1.002
1 bit
CRT
1
General
Scene Control Input
18.001
1 byte
CWU
2, 22, 42, 62, 82
Output A…E
Switching
1.001
1 bit
CWU
3, 23, 43, 63, 83
Output A…E
Switching Status
1.001
1 bit
CRT
4, 24, 44, 64, 84
Output A…E
Absolute dimming
5.001
1 byte
CWU
5, 25, 45, 65, 85
Output A…E
Relative dimming
3.007
4 bit
CRWTU
6, 26, 46, 66, 86
Output A…E
Dimming Status
5.001
1 byte
CRT
7, 27, 47, 67, 87
Output A…E
Forced operation (1-bit)
1.001
1bit
CWU
8, 28, 48, 68, 88
Output A…E
Forced operation (2-bit)
2.001
2 bit
CWU
9, 29, 49, 69, 89
Output A…E
Status Forced Operation
1.003
1 bit
CRT
10, 30, 50, 70, 90
Output A…E
Staircase Trigger
1.003
1 bit
CWU
11, 31, 51, 71, 91
Output A…E
Staircase Permanent
1.001
1 bit
CWU
12, 32, 52, 72, 92
Output A…E
Current (rms)
14.019
4 byte
CRT
13, 33, 53, 73, 93
Output A…E
Voltage (rms)
14.027
4 byte
CRT
14, 34, 54, 74, 94
Output A…E
Mean Active Power
14.056
4 byte
CRT
15, 35, 55, 75, 95
Output A…E
Power Factor
14.057
4 byte
CRT
16, 36, 56, 76, 96
Output A…E
Overcurrent Error
1.011
1 bit
CRT
17, 37, 57, 77, 97
Output A…E
Overvoltage Error
1.011
1 bit
CRT
18, 38, 58, 78, 98
Output A…E
Overheating Error
1.011
1 bit
CRT
19, 39, 59, 79, 99
Output A…E
Hardware Error
1.011
1 bit
CRT
20, 40, 60, 80, 100
Output A…E
Short Circuit Error
1.011
4 byte
CRT

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4. Priority Order List
Each function has priority between of them. 1 is highest priority of all.
1- Bus voltage return or failure
2- Forced Operation
3- Permanent ON
4- Staircase Function
5- Brightness or Switch control
5. Parameters
5.1 General Parameters
5.1.1 Manual Operation
Manual Operation Button
Disable
Active only during KNX Bus failure
*Active always
This parameter can be used for programming whether manual control is to be enabled always, enabled
when KNX Bus failure or disabled via the button on the device. When the manual operation is enabled,
the connected load can be switched or dimmed via the corresponding channel key. Dimming function
has fixed values shown below.
Dimming Behavior
Dimming transition time 1…%100 = 10 sec
Allow switching on/off via dimming = no
Dimming type = Start stop
Button Behavior
Short Press ON = Switching ON
Short Press OFF = Switching OFF
Long Press ON = Dimming BRIGHTER
Long Press OFF = Dimming DARKER
▪Set the parameter to “disable”
This selection is used to disable manual operation.
▪Set the parameter to “Active only during KNX Bus failure”
This selection is used to enable manual operation when KNX Bus failure only.
▪Set the parameter to “Active always”
This selection is used to enable manual operation whether KNX Bus is available or not.

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Button activates Manual Operation
On Single Press
*On 1s, 1.5s, 2s, 2.5s, 3s Long Press
This parameter can be used for selecting Manual Operation activation method of manual button.
▪Set the parameter to “On Single Press”
This selection is used to activate Manual Operation via pressing the Manual button for a short
time.
▪Set the parameter to “On 1s, 1.5s, 2s, 2.5s, 3s Long Press”
This selection is used to activate Manual Operation via pressing and holding the Manual button
for a selected time.
Long operation time of On-Off buttons (x 100ms)
5…*10…255
This parameter can be used for dimming activation via using Manual On –Off buttons.
NOTE: Device must be in the manual mode.
Auto disable Manual Operation after inactivity
No
*Yes
This parameter can be used to select the Manual Operation disabling method.
▪Set the parameter to “No”
This selection is prevents the disabling manual operation automatically.
▪Set the parameter to “Yes”
This selection is used to disabling Manual Operation automatically at end of the timeout time.
Timeout time (hh:mm:ss)
*00:00:10…00:04:15
This parameter will be displayed if “Auto disable Manual Operation after inactivity” selected “Yes”.
Automatic disabling of Manual Operation time can be selected as desired.
Auto enable Manual Operation on KNX Bus failure
No
*Yes
This parameter can be used to enable Manual Operation automatically when KNX Bus failure.
Auto disable Manual Operation after KNX Bus
recovery
No
*Yes
This parameter can be used to disable Manual Operation automatically when KNX Bus recovery.

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5.1.2 In Operation
Enable sending In operation
*no
yes
This object is using to report device still alive and connected the KNX bus line. Telegram value is
selectable like “0” or “1”. If telegram is not received, device may be defective or KNX cable will be
interrupted.
If the parameter selected yes;
In Operation sending period (hh:mm:ss)
00:00:01…*00:00:10…18:12:15
This parameter is using for “In operation” communication object to sends to KNX line cyclically.
Bit value
0
*1
This parameter is used to select “In Operation” telegram value.
5.1.3 Channel Grouping
Channel A, B, C, D, E
*Individual
Group 1
Group 2
This parameter can be used to make the channels individual or grouped. Each channel can be
configured independently.
As known as, each channel output power is 250VA. If the load higher than that, the channels must be
grouped.
For an e.g. If a huge power lamp(700VA) driven is needed, 3 channels must be grouped that can handle
the power. For this case, A, B and C can be grouped. Cable wiring of dimming outputs of these channels
must be paralleled.
NOTE: Channels have alphabetical priority (A-E) for each group. The highest priority channel
parameters will be shown on ETS parameters for each group. Additionally, this group parameters can
be taken from Master Channel Parameters or individually.
For ex.: If the Channel A, C and D is selected as Group 1 and Channel B and Eis selected as Group 2.
Channel A and B parameters will be shown and rest of all channel parameters will be hidden on the
ETS parameter screen.
As a result, Channel A parameters are valid for Channel C and D, too. Group 1 will be controlled through
using Channel A and Channel B parameters are valid for Channel E. Group 2 will be controlled through
using Channel B.

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Lastly, Channel A or/and Channel B parameters can be taken from Master Channel Parameters for this
case.
5.1.4 Telegram Limiting
Enable telegram limiting
no
*yes
If parameter selected “yes”; Telegram limit count and Telegram limit period duration parameters are
visible.
Telegram limit count
1…*10…255
Max number of telegrams per period, can be sent freely.
NOTE: If the value of the object cannot send in the time of period, the object value will be buffered for
the next period time.
NOTE: The buffered object value can be updated when the object value is updated.
Telegram limit period
*50ms
100ms
200ms
500ms
1s
2s
5s
10s
30s
1min
The limit period can be adjusted via this parameter.

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5.2 Master Channel Parameters
5.2.1 Master - Dimming Settings
Dimming Method
*Trailing Edge Dimming
Leading Edge Dimming
Auto detect based on the load type
This parameter is used to select the dimming method based on light load.
▪Set the parameter to “Trailing Edge Dimming”
This selection is compatible with Trailing Edge driving loads.
▪Set the parameter to “Leading Edge Dimming”
This selection is compatible with Leading Edge driving loads.
▪Set the parameter to “Auto detect based on the load type”
This selection is enables automatic load type detection. Loads will be driven depending on
load type.
Dimming Characteristic
*Linear
Logarithmic (LED)
Incandescent Lamps
Halogen Lamps
Custom Dimming Curve
This parameter is used to select dimming characteristic type.
▪Set the parameter to “Linear”
This selection allows the dimming proportionally.
▪Set the parameter to “Logarithmic (LED)”
This selection allows the dimming for LEDs. (small load)
▪Set the parameter to “Incandescent Lamps”
This selection allows the dimming for Incandescent lamps.
▪Set the parameter to “Halogen Lamps”
This selection allows the dimming for Halogen lamps.
▪Set the parameter to “Custom Dimming Curve”
This selection allows the dimming for desired curve for any other specific light loads.
Maximum dimming percentage
0… *100
This parameter is used to select maximum dimming level.
Minimum dimming percentage
*0…100

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This parameter is used to select minimum dimming level.
5.2.2 Master - Switching
Switching On dimming value
0… *100…Last Value
This parameter is used to select the dimming level when the relevant output is activated through
using Switching object.
▪Set the parameter to “Last value”
This selection is used to dim the relevant output through using the saved light level before
switched OFF.
Dimming time to Switch On value (0%...100%)
(hh:mm:ss:f) (00:00:00:0 = Instant)
00:00:00:0…*00:00:02:0…01:49:13:5
This parameter is used to determine the transition timing for Switching On action.
Dimming time to Switch Off value (100%...0%)
(hh:mm:ss:f) (00:00:00:0 = Instant)
00:00:00:0…*00:00:02:0…01:49:13:5
This parameter is used to determine the transition timing for Switching Off action.

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5.2.3 Master - Dimming Control
Dimming time for absolute dimming value input
(0%...100%) (hh:mm:ss:f) (00:00:00:0 = Instant)
00:00:00:0…*00:00:03:0…01:49:13:5
This parameter is used to determine the transition timing for absolute dimming action.
Allow switching on via absolute dimming value
No
*Yes
This parameter is used to allow whether switching ON the relevant output via absolute dimming object
or not.
Allow switching off via absolute dimming value
No
*Yes
This parameter is used to allow whether switching OFF the relevant output via absolute dimming
object or not.
Dimming time for relative dimming control
(0%...100%) (hh:mm:ss:f) (00:00:00:0 = Instant)
00:00:00:0…*00:00:03:0…01:49:13:5
This parameter is used to determine the transition timing for relative dimming control.
Allow switching on via relative dimming control
No
*Yes
This parameter is used to allow whether switching ON the relevant output via relative dimming control
or not.
Allow switching off via relative dimming control
No
*Yes
This parameter is used to allow whether switching OFF the relevant output via relative dimming control
or not.

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5.2.4 Master - Feedback
Status Objects
Enable switching status object
No
*Yes
This parameter is used to show switching status objects. Switching status objects will be visible, If
selected “Yes”.
Switching status sending mode
Don’t transmit
*Transmit on change
Transmit always
This parameter is used to select transmit type for switching status.
If “Transmit on change” selected, switching status will be transmitted when switching status changed.
If “Transmit always” selected, switching status will be transmitted regardless of switching state.
If “Don’t transmit” selected, switching status will never be transmitted.
Enable dimming status object
No
*Yes
This parameter is used to show dimming status objects. Dimming status objects will be visible, If
selected “Yes”.
Dimming status sending mode
Don’t transmit
*Transmit on change
Transmit always
This parameter is used to select transmit type for dimming status.
If “Transmit on change” selected, dimming status will be transmitted when dimming level changed.
If “Transmit always” selected, dimming status will be transmitted regardless of dimming level.
If “Don’t transmit” selected, dimming status will never be transmitted.

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Error Objects
Enable comm. object “Overcurrent Error”
*checked
unchecked
This parameter used to show Error Object in case of maximum current limit reaching.
Enable comm. object “Overvoltage Error”
*checked
unchecked
This parameter used to show Error Object in case of maximum voltage limit reaching.
Enable comm. object “Overheating Error”
*checked
unchecked
This parameter used to show Error Object in case of overheat of device.
Enable comm. object “Short Circuit Error”
*checked
unchecked
This parameter used to show Error Object in case of short circuit on loads.
Enable comm. object “Hardware Error”
*checked
unchecked
This parameter used to show Error Object in case of switch-dim controller malfunction.

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Measurement Objects
Enable comm. object “Current (rms) Measurement”
no
*yes
This parameter is used to show the load Current in use for each channel. Load Current value unit is
showing as Ampere. (A)
Enable cyclic sending of Current (rms)
*no
yes
This parameter is used for transmitting the load Current cyclically If selected “yes”.
Current (rms) sending period(hh:mm:ss)
*00:00:02…18:12:15
This parameter will be shown If cyclic sending of load Current selected “yes”.
Enable comm. object “Voltage (rms) Measurement”
no
*yes
This parameter is used to show the Voltage in use for each channel. Load Voltage value unit is
showing as Volts. (V)
Enable cyclic sending of Voltage (rms)
*no
yes
This parameter is used for transmitting the load Voltage cyclically If selected “yes”.
Voltage (rms) sending period(hh:mm:ss)
*00:00:02…18:12:15
This parameter will be shown If cyclic sending of load Voltage selected “yes”.
Enable comm. object “Mean Active Power
Measurement”
no
*yes
This parameter is used to show the load Power in use for each channel. Load Power value unit is
showing as Watts. (W)
Enable cyclic sending of Mean Active Power
*no
yes
This parameter is used for transmitting the load Power cyclically If selected “yes”.
Mean Active Power sending period(hh:mm:ss)
*00:00:02…18:12:15
This parameter will be shown If cyclic sending of load Power selected “yes”.
Enable comm. object “Power Factor Measurement”
no
*yes
This parameter is used to show the Power Factor in use for each channel. Load Power value unit is
showing as cosine theta. (cos θ)

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5.2.5 Master - Forced Operation
Forced Operation Function
*1-bit format
2-bit format
This parameter is used to select forced operation activation type. When Forced Operation is activated,
any switching, dimming, staircase or scene commands will not affect to the relevant channel.
Dimming time for Forced Operation function (from
0% to 100%) (hh:mm:ss.f)
00:00:00.0…*00:00:03.0…01:49:13.5
This parameter is used to determine transition time to reach Forced Dimming value.
Dimming value during Forced Operation
0…*100%...Force Current Value
This parameter appears when “Forced Operation Function = 1-bit format” is selected. It is used to
select dimming value when Forced Operation is enabled. If “Force Current Value” option is selected,
device will block the current dimming value on the relevant channel until Forced Operation disabling.
Dimming value during Forced Operation On
0…*100%...Force Current Value
This parameter appears when “Forced Operation Function = 2-bit format” is selected. It is used to
select dimming value when Forced Operation is enabled. If “Force Current Value” option is selected,
device will block the current dimming value on the relevant channel until Forced Operation disabling.
Dimming value during Forced Operation Off
*0…100%
This parameter appears when “Forced Operation Function = 2-bit format” is selected. It is used to
select dimming value when Forced Operation is disabled.
5.2.6 Master - Staircase Function
Dimming value during Staircase On
0…*100%
This parameter is used to select dimming value for the relevant channel when Staircase function is
triggered.
Dimming time for Staircase On dimming value
(from 0% to 100%) (hh:mm:ss.f)
00:00:00.0…*00:00:01.5…01:49:13.5
This parameter is used to determine transition time to reach Staircase Dimming Value when Staircase
Function is activated.
Dimming time for Staircase Switch Off dimming value
(from 0% to 100%) (hh:mm:ss.f)
00:00:00.0…*00:00:03.0…01:49:13.5
This parameter is used to determine transition time to reach Staircase Dimming Value when Staircase
Function is activated.
Staircase On time (hh:mm:ss)
00:00:05…*00:00:10…18:12:15
This parameter determines the Staircase on time duration. Staircase lighting will be deactivated at the
end of the time.

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Enable Staircase Warning
*no
yes
This parameter is used to enable/disable warning after end of the staircase function.
Dimming value during Staircase Warning
0…*50%...100%
This parameter is shown when “Enable Staircase Warning: yes” selected. It is used to select dimming
value for the relevant channel when device is in Staircase Warning mode.
Dimming time for Staircase Warning dimming value
(from 0% to 100%) (hh:mm:ss.f)
00:00:00.0…*00:00:04.0…01:49:13.5
This parameter is shown when “Enable Staircase Warning: yes” selected. It is used to determine
transition time to reach Staircase Warning Dimming Value when Staircase Function is disabled after
end of the Staircase On time.
Staircase Warning time (hh:mm:ss)
00:00:02…*00:00:05…18:12:15
This parameter is shown when “Enable Staircase Warning: yes” selected. It determines the Staircase
Warning time duration. Staircase Warning will be deactivated at the end of the time.
Enable communication object “Staircase Permanent”
*no
yes
This parameter is used to enable/disable Permanent lighting while Staircase is in process. “Staircase
Permanent” group object will be appeared when it selected “yes”. When the Staircase Permanent is
activated by the group object, the desired Permanent Dimming Level will be applied. Switching,
dimming and staircase trigger object values will be ignored but, Scene and Forced Operation can be
activated while Staircase Permanent is ON.
Dimming value during Permanent ON
0…*100%
This parameter is shown when “Enable communication object “Staircase Permanent”: yes”selected. It
is used to select dimming value for the relevant channel when device is in Staircase Warning mode.
Dimming time for Permanent ON value
(from 0% to 100%) (hh:mm:ss.f)
00:00:00.0…*00:00:01.5…01:49:13.5
This parameter is shown when “Enable communication object “Staircase Permanent”: yes”selected. It
is used to determine transition time to reach Staircase Warning Dimming Value when Staircase
Function is disabled after end of the Staircase On time.
Re-trigger Staircase after Permanent ON disabling
no
*yes
This parameter is shown when “Enable communication object “Staircase Permanent”: yes”selected.
It is used to select behavior of Staircase triggering after Permanent ON disabling.

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5.2.7 Master - Faults
Mains Power Recovery
Dimming value after mains power recovery
*Status as prior to failure
0…100%
This parameter is used to determine the dimming value when the mains power is recovered.
-Status as prior to failure: Channel dimming value will be set as well as before Mains Power
Failure.
Forced Operation Status after mains power
recovery
* Status as prior to failure
Forced Operation disabled
Forced Operation activated –Position On
Forced Operation activated –Position Off
This parameter is used to determine the Forced Operation status when the mains power is recovered.
-Status as prior to failure: Forced Operation status will be set as well as before Mains Power
Failure.
KNX Bus Failure
Dimming value after KNX bus failure
*Don’t change
0…100%
This parameter is used to determine the dimming value when KNX Bus Failure.
-Don’t change: Channel dimming value will NOT be changed after KNX Bus Failure.
Forced Operation Status after KNX bus failure
* Keep current status
Forced Operation disabled
Forced Operation activated –Position On
Forced Operation activated –Position Off
This parameter is used to determine the Forced Operation status when KNX Bus Failure.
-Keep current status: Forced Operation status will not be changed after KNX Bus Failure.