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Instruction Manual DIN-DLI Multiroom DALI Controller 2026 Version 1.0.1
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Contents 1 What is the DIN-DLI? 4 1.1 Product image 4 1.2 Features of the DIN-DLI 4 2 Example DIN Layout 5 3 Panel Overview 5 4 Installation Instructions 6 5 Servicing the DIN-DLI 8 6 Discovering the DIN-DLI 8 7 DIN-DLI Setup 9 7.1 Assigning ballasts a short address 9 7.2 Force Re-address 10 7.3 Automatically Re-address 10 7.4 Store Auto Heal Data 10 7.5 Assigning Short Addresses 10 8 Mapping and Grouping 12 8.1 Assigning Rooms and Channels to ballasts 13 9 Ballast Configuration 14 9.1 Selecting ballasts 14 10 Ballast Options 14 10.1 Fade Time 14 10.2 Fade Rate 14 10.3 Minimum Level 15 10.4 Maximum Level 15 10.5 Power On Level 15 10.6 System Failure Level 15 10.7 Read Values 15 11 Linear and Exponential Dimming (DT6) 15 11.1 Linear Dimming (Recommended) . 15 11.2 Exponential Dimming 15 12 Colour/Temperature Control In Room Editor 16 12.1 Setting an RGB Scene 16 12.2 Setting a Temperature Scene 17 13 Colour Control In Device Editor 20 13.1 Setting Temperature 20 13.2 RGBWAF Colour (DT8 only) 21 14 Setting Colour and Temperature in the Rako App . 23 14.1 Setting a Colour Scene in the Rako App 23 14.2 Setting Colour Tunable Scenes in the Rako App 25 15 Advanced features of DIN-DLI 27 15.1 Swap Channels 27 DIN-DLI Instruction Manual | Page 2 Manual Version 1.0.1
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15.2 Visible Channels 27 16 .0 Installation Guidelines 28 16 .1 Electrical Isolation 28 16 .2 Mounting 28 16 .3 Enclosure and Environmental Protection 28 16 .4 Maximum and Minimum Loadings 28 16 .5 Wiring 28 16 .6 Ventilation and Cooling 28 16 .7 Compatibility 28 16 .8 Third-Party Accessories and Equipment 29 DIN-DLI Instruction Manual | Page 3 Manual Version 1.0.1
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1 What is the DIN-DLI? 1.1 Product image 1.2 Features of the DIN-DLI Multiroom DALI up to 16 Rooms Controls up to 64 DALI Ballasts Supports Standard, RGBW and Colour-Tunable Applications Compatible with DT6/DT8 Ballasts Controlled on Rako Wired Network using keypads such as the WK-MOD, WK-EOS or WCM Controlled on Rako Wireless Keypads, such as the RK-MOD, RK-EOS and RNC, when used in conjunction with a WK-HUB or WRB100 DIN-DLI Instruction Manual | Page 4 Manual Version 1.0.1
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2 Example DIN Layout 3 Panel Overview DIN-DLI Instruction Manual | Page 5 Manual Version 1.0.1
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No. Description 1 DIN-BUS input. Powered via the DIN-LINK. 2 DALI broadcast test button. 3 Output terminal connection for DALI ballasts. 4 The DIN-DLI is identified by its box number set during the programming. 5 Seven-segment display for diagnostic feedback. 6 Lock for the DIN-DLI to the DIN rail. 4 Installation Instructions The overall safety of any system incorporating this equipment is the responsibility of the assembler of the end system. This product must be installed by a qualified electrician. Ensure all wiring follows national electrical standards. Use only appropriately rated cables and secure all connections before powering on. Pull down the DIN clamp at the 1 bottom of the unit to unlock it. DIN-DLI Instruction Manual | Page 6 Manual Version 1.0.1
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Once unlocked, place the 2 DIN-DLI over the DIN rail. Push the clamp tab up to 3 secure the DIN-DLI to the DIN rail. DIN-DLI Instruction Manual | Page 7 Manual Version 1.0.1
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Connect the DIN bus to the 4 top left terminals. { Connect the DALI network to 5 the output terminal. 5 Servicing the DIN-DLI The DIN-DLI contains no user-serviceable parts; should the unit require a repair it must be returned via the online form at https://returns.rakocontrols.com/contact/service-returns/ . 6 Discovering the DIN-DLI Before the DIN-DLI can assign DALI ballasts, it needs to be added as a Device in Rasoft Pro. The following steps assume: A Project File has been created. Rooms have been created. The HUB has been configured. The Channels in the Rooms have been labelled. The DIN-LINK connected to the DIN-DLI has been set up. If the above has not been done, refer to the Wired System Programming Guide before continuing. DIN-DLI Instruction Manual | Page 8 Manual Version 1.0.1
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In the Device List, select the DIN-LINK Select ‘Auto Discover’ Select ‘Box Info’ on the discovered DIN-DLI The DIN-DLI will appear in the Device List, ready to be configured DIN-DLI Instruction Manual | Page 9 Manual Version 1.0.1
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7 DIN-DLI Setup Once the DIN-DLI has been added as a Device, it requires further setup to assign ballasts short addresses and arrange them into their respective Rooms and Channels. 7.1 Assigning ballasts a short address Each DALI ballast requires a unique short address so that it can be communicated with individually; multiple short addresses can be grouped into a maximum of 16 Rooms. There are three options on the DIN-DLI setup page. 7.2 Force Re-address Any short addresses on DALI ballasts are replaced with new short addresses; this is typically used on new systems. 7.3 Automatically Re-address Will only assign short addresses to DALI ballasts that do not have one. This is used on existing systems when additional DALI ballasts have been added, and the preservation of the short addresses on existing ballasts is required. 7.4 Store Auto Heal Data After all of the DALI ballasts have been commissioned, use this feature to store all DALI data (Groupings, scenes and fade-rates, etc). If a ballast is replaced, the data for the replaced ballast will be re-uploaded. 7.5 Assigning Short Addresses Select the DIN-DLI in the “Device List” to open the “Device Editor” DIN-DLI Instruction Manual | Page 10 Manual Version 1.0.1
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Select the “DLI Setup” tab Select “Force Re-address”, which will assign short addresses to all connected DALI ballasts. The DALI ballast outputs will flash once individually when short addresses are being assigned. Once all DALI ballasts have been given a short address, a window will appear saying how many ballasts have been assigned. This should match the number of ballasts which are connected to the DIN-DLI. Once the ballasts have been assigned a short address and there are no more ballasts found, a confirmation message will show how many ballasts have been found. DIN-DLI Instruction Manual | Page 11 Manual Version 1.0.1
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8 Mapping and Grouping Once the DIN-DLI has assigned a short address to all connected DALI ballasts, they must be assigned to their relevant Rooms via the Circuits Mapping page. Ballasts are given group numbers unique to each Rako Room. The first Room to be selected from the Room dropdown will be given group 0, the second Room Group 1 and so on. The diagrams demonstrate how DALI ballasts may be grouped and what this looks like in Rasoft Pro. Diagram demonstration of how ballasts are grouped together. Diagram demonstration of how ballasts are grouped in Rasoft Pro via the DLI Mapping page. Colours will not show in Rasoft Pro. DIN-DLI Instruction Manual | Page 12 Manual Version 1.0.1
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8.1 Assigning Rooms and Channels to Ballasts Select the DIN-DLI from the Device List Select "Circuits (mapping)" Select the first row of the mapping, and test the output of the ballast by pressing one of the following keys: "<" - Off ">" - On "?" - Ident When the luminaire has been identified, select the Room and Channel from the drop-down menus Repeat the previous steps until all luminaires are identified and mapped IMPORTANT Once the mapping is complete, select "Upload Group Settings"; this will assign a group number to each Room. To verify the Group Settings, select "Query DLI Advanced" and check that the group number matches the Rooms for each Channel. If it doesn’t, then press "Upload Group Settings" again. DIN-DLI Instruction Manual | Page 13 Manual Version 1.0.1
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9 Ballast Configuration Additional configuration is available via the Ballast Configuration menu once the DALI ballasts have been assigned short addresses. 9.1 Selecting ballasts Before any of the settings below can be set on the DALI ballasts, the short address of the DALI ballast must be selected. If the settings apply to all DALI ballasts, then select “Broadcast (all ballasts)” Configurations will apply to all ballasts Configurations will apply to the ballast assigned the short address 0 10 Ballast Options 10.1 Fade Time Set how long it takes the light to reach full brightness from off; 3 seconds is recommended. 10.2 Fade Rate The speed of dimming when using the "Fade Up" or "Fade Down" controls. DIN-DLI Instruction Manual | Page 14 Manual Version 1.0.1
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10.3 Minimum Level The lowest level the light can reach, setting the minimum level >0 will result in the light not switching off. 10.4 Maximum Level The brightest level the light can reach, setting the maximum level to <0 will result in the light not switching on. 10.5 Power On Level The default light level when power is restored to the system. 10.6 System Failure Level If the DALI signal is lost, the light level will default to this setting. 10.7 Read Values Reads the current configuration of the selected ballast. 11 Linear and Exponential Dimming (DT6) For DT6 DALI ballast, there are two options for dimming: Linear and Exponential. 11.1 Linear Dimming (Recommended) Equally divides 0-255 levels across 0-100%. 11.2 Exponential Dimming Within the lower dimming range, the ballast's influence on light output evolves gradually; within the higher dimming signal range, its impact on lighting effects shifts more rapidly. DIN-DLI Instruction Manual | Page 15 Manual Version 1.0.1
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12 Colour/Temperature Control In Room Editor Rako Channels can be adjusted for colour and temperature control in Rasoft Pro and the Rako App. 12.1 Setting an RGB Scene Select the Room which has the RGBWAF Channels assigned. Right-click the Channel number and select “Set Channel type” > “RGB” Select a Scene required to be changed. Select the colour wheel. Tick "Set RGB". DIN-DLI Instruction Manual | Page 16 Manual Version 1.0.1
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Select the required colour. Select the required intensity using the slider, and select “OK” Select “Store Scene” The Scene is now set for the specified colour. DIN-DLI Instruction Manual | Page 17 Manual Version 1.0.1
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12.2 Setting a Temperature Scene Select the Room which has the RGBWAF Channels assigned. Right-click the Channel number and select “Set Channel type” > “Tunable White” Select the Scene to be changed. Select the Tunable white icon for the Channel. Tick “Set Tunable White”. Adjust the temperature slide to the desired level. DIN-DLI Instruction Manual | Page 18 Manual Version 1.0.1
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Select the intensity slider to the desired brightness. Confirm that the Temperature and brightness are correct, and select “OK” Select “Store Scene” The Scene is now set for the specified temperature. DIN-DLI Instruction Manual | Page 19 Manual Version 1.0.1
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13 Colour Control In Device Editor DT8 uses one DALI address to control two or more output channels, which can be configured in the Device Editor. 13.1 Setting Temperature To set the colour temperature of a ballast, first ensure that the "Colour Temperature" box is ticked. From the drop-down menu, select the Scene to which the colour temperature will apply. Using the sliders, select the intensity and the desired temperature. DIN-DLI Instruction Manual | Page 20 Manual Version 1.0.1
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Temperature scale is measured in Kelvin. Use the "Test" buttons to verify the intensity and temperature are correct, then select "Write Scene" 13.2 RGBWAF Colour (DT8 only) RGBWAF abbreviates Red, Green, Blue, White, Amber, and Free Colour. These six colours represent the output capabilities of compatible lights. Ensure that the RGBWAF box is ticked. Select the Scene to be adjusted DIN-DLI Instruction Manual | Page 21 Manual Version 1.0.1
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Using the slider, set the Intensity Enter a value between 0-254 in each required input, representing Red, Green, Blue, White, Amber and Free Colour Test both the Intensity and RGBWAF by selecting the Test buttons to verify the light settings are correct Select "Write Scene" DIN-DLI Instruction Manual | Page 22 Manual Version 1.0.1
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14 Setting Colour and Temperature in the Rako App Once the Channels have been configured in section 12, the data can be uploaded to the Rako HUB to set Colour and Temperature Scenes in the Rako App. For instructions on uploading Channel and Room information, see below: Wired Systems Wireless Systems WK-HUB Instruction Manual - Section 6 RK-HUB Instruction Manual - Section 6 14.1 Setting a Colour Scene in the Rako App Open the Rako App, Connect to the HUB Select the Room requiring the Scene change Select the Scene number to change DIN-DLI Instruction Manual | Page 23 Manual Version 1.0.1
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Select the “LED” icon Select “Edit Scene” Select the desired colour using the colour wheel, and the brightness using the slider. Select “Save Scene” DIN-DLI Instruction Manual | Page 24 Manual Version 1.0.1
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14.2 Setting Colour Tunable Scenes in the Rako App Open the Rako App, Connect to the HUB Select the Room requiring the Scene change Select the Scene number to change Select the "Tunable White" Icon Select "Edit Scene" DIN-DLI Instruction Manual | Page 25 Manual Version 1.0.1
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Adjust the Temperature and Brightness sliders to the desired level Select “Save Scene” 15 Advanced features of DIN-DLI 15.1 Swap Channels Two DALI short addresses can either be merged or swapped. “Perform Swap” will directly swap two DALI short addresses. “Perform Move” will take DALI Short Address 1 and merge it with DALI Short Address 2. DIN-DLI Instruction Manual | Page 26 Manual Version 1.0.1
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15.2 Visible Channels The DIN-DLI will allocate all 15 Channels in a Rako Room by default, if all 15 Channels are not being utilised, the number of allocated Channels can be reduced. To set the number of visible Channels, use the slider. The remaining Channels can now be used for additional Rako devices. DIN-DLI Instruction Manual | Page 27 Manual Version 1.0.1
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16 Installation Guidelines If the equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired. 16.1 Electrical Isolation A disconnect device must be provided in the installation and must be all-pole. It must be clearly labelled and positioned so that it is not obstructed by enclosures, wiring, or heavy equipment, ensuring ease of access for maintenance and emergency disconnection. Ensure the power supply is isolated before starting any installation or maintenance; failure to do so may result in electrical shock or injury. 16.2 Mounting The DIN-DLI module is designed for mounting on a DIN rail. Ensure the module is securely mounted within a compliant DIN enclosure. 16.3 Enclosure and Environmental Protection Install the DIN-DLI module in a suitably rated enclosure that protects against dust, moisture, and other contaminants according to its environment; failure to do so may lead to damage or malfunction. 16.4 Maximum and Minimum Loadings The load capacity of the DIN-DLI module is load-type dependent; refer to the 'Loadings' section of the datasheet to ensure the load is within the specified limits. Exceeding these limits may cause module failure. 16.5 Wiring All wiring should comply with the current 18th Edition IET Wiring Regulations (BS 7671). This includes selecting the correct cable size, using appropriate termination methods, and ensuring mechanical protection for the wiring. 16.6 Ventilation and Cooling Ensure sufficient ventilation within the DIN enclosure to prevent overheating. Poor ventilation can lead to overheating and module failure. DIN-DLI Instruction Manual | Page 28 Manual Version 1.0.1
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16.7 Compatibility Verify that the DIN-DLI module is compatible with other electrical components in the system. Incompatibility may result in malfunction, reduced performance, or damage to the module. Do not connect third-party devices to the Rako DIN bus. 16.8 Third-Party Accessories and Equipment The installer is responsible for providing the necessary cables, isolators, electrical loads, and ferrules compatible with the terminals on the DIN-DLI unit. Refer to the manufacturer's instructions for all third-party devices. All cables must be appropriately rated for the intended load and comply with the relevant electrical standards. ® Rako and the Rako logo are registered trademarks of Rako Controls Ltd. Unauthorised use of these trademarks is prohibited. All other product names, company names, and logos mentioned herein may be trademarks of their respective owners. DIN-DLI Instruction Manual | Page 29 Manual Version 1.0.1
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