Radiar ARD32
32 Slave DALI Room Controller
CE, ROHS 2.0, REACH, WEEE
INSTALLATION AND QUICK START SHEET
WARNING AND GUIDELINES!!!
Read and follow all safety instructions!!
DO NOT INSTALL DAMAGED PRODUCT! This product has been properly packed so that no parts should have been damaged during transit. Inspect to confirm. Any part damaged or broken during or after assembly should be replaced.
WARNING: TURN THE POWER OFF AT THE CIRCUIT BREAKER BEFORE WIRING
Do's
- Installation should be performed by a qualified electrician
- Installation shall be in accordance with all applicable local and NEC codes
- Turn the power OFF at circuit breakers before wiring
- Observe the correct polarity of output terminal
Don'ts
- Don't use outdoors
- Avoid input voltage exceeding maximum rating
- Don't disassemble the products
WARNING: Risk of Product Damage
- Electrostatic Discharge (ESD): ESD can damage product(s). Personal grounding equipment should be worn during all installation or servicing of the unit
- Do not stretch or use cable sets that are too short or are of insufficient length
- Do not modify the product
- Do not mount near gas or electric heater
- Do not change or alter internal wiring or installation circuitry
- Do not use product for anything other than its intended use
WARNING - Risk of Electric Shock
- Verify that supply voltage is correct by comparing it with the product information
- Make all electrical and grounded connections in accordance with the National Electrical Code (NEC) and any applicable local code requirements
- All wiring connections should be capped with UL approved recognized wire connectors
- All unused wiring must be capped
Product Overview
Radiar ARD32 is a DALI room controller which can be connected to a maximum of 32 DALI LED drivers. It is a part of the Lumos Controls ecosystem, including controllers, sensors, switches, modules, drivers, gateways, and analytical dashboards.
Specifications
Input Voltage | Min | Type | Max | Unit | Remarks |
---|---|---|---|---|---|
Input Voltage | 100 | 277 | VAC | Rated Input Voltage | |
Input Current | 10 | 30 | mA | @max RF transmitting | |
External Relay Input | 0.8A | Input for AC relay @ 230VAC | |||
Power Consumption | 1.0 | 3 | W | Active power | |
Protection Class | Built in Class II | Suitable for class I and class II luminaires | |||
Sensor Interface | 0-3.3V digital input/UART | ||||
Dimming Output 1 & 2 | 0 | 10 | V | Max output tolerance ±0.5V | |
Dimming Range | 0 | 100 | % | ||
Dimming Resolution | 7 bit | 100 steps | |||
Operating Temperature | -20 | 50 | °C | ||
Dimensions | 70.9×45.4×26.1 | mm | LxWxH | ||
Dimensions | 2.8×1.8×1.0 | in | LxWxH | ||
Case Temperature | 70 | °C | |||
Surge Transient Protection | 2 | kV | @Line to Line: Bi-Wave |
Required tools & supplies
- Wago connector
- Screwdriver
- Screws
- Double sided electrical tape
- Electrical wires
INSTALLATION INSTRUCTIONS
using an IP68 box
Radiar ARD32 room controllers can be packed within an IP rated junction box to install in the wet locations
- Open the IP68 enclosure and remove the connectors and locknut using screw driver
- Take the electrical wire of 18AWG and cut in to 4 pcs (8-10cm) for AC line, Neutral, DALI+, DALI- respectively
- Insert one end of the wires into the 221-412 series Wago connector
- Connect the other end of the wire in to the device connector (AC line, Neutral, DALI+, DALI-) respectively
- Connect the 130mm wire antenna into the antenna connector
- Paste the double-sided tape on the backside of the device and fix it within the enclosure
- Remove the grommet from the connector-1 and insert the AC line, Neutral wires from the mains into the enclosure. Now connect the connector with the enclosure using the locknut
- Connect the Line and Neutral wires from the mains with the Line and Neutral wires of the DALI controller using the Wago connectors to power the controller
- Insert the DALI+ and DALI- from the drivers into the enclosure through the connectors and connect it with the DALI+ and DALI- of the device using Wago connectors to control the driver. Once the wires are in, tighten the connector with lock nut
- Take out the 130mm wire antenna from the enclosure via the connector for better communication. Similarly connect the AC input lines with the controllers to power it
- Cover the enclosure with the face plate/lid using screws
Wiring
1 Connecting DALI drivers to the Radiar ARD32 controller
Diagram Description: A wiring diagram showing the connection of DALI drivers to the Radiar ARD32 controller. It illustrates the AC Line, AC Neutral, DALI+, and DALI- connections from the mains and LED drivers to the controller. The diagram also shows the placement of the antenna.
2 Connecting 0-10V drivers to the Radiar ARD32 controller (in 0-10V mode)
Diagram Description: A wiring diagram illustrating the connection of 0-10V drivers to the Radiar ARD32 controller. It shows the AC Line, AC Neutral, and 0-10V DIM connections from the mains and LED drivers to the controller, along with the sensor interface and antenna connections.
Steps involved
Radiar ARD32 room controllers can be connected with DT6 (dimmable/single channel drivers) and DT8 (tunable/multi-channel drivers)
- Connect the Line and Neutral wires from the mains into the AC Line and AC Neutral connector of the DALI Room Controller
- Similarly power the drivers from the mains supply by connecting the Line and Neutral wires into the Line and Neutral wires/connectors of driver
- To control the drivers, connect the DALI+ and DALI- wire from the nearest driver to the DALI+ and DALI- connectors of the controller. (DALI lines are polarity insensitive)
- Run the DALI+ and DALI- wires from one driver to the next driver's DALI+ and DALI- connectors/wires. Up to 32 drivers can be connected to Radiar ARD32 controller. (Ensure the DALI cable runs not beyond 300m max from the starting point.)
Connecting an external sensor with 0-3V output to the Radiar ARD32 controller using a Molex connector
Diagram Description: A wiring diagram showing how to connect an external sensor with a 0-3V output to the Radiar ARD32 controller using a Molex connector. It details the connections for 12VDC Powerpack, GND, and 3VDC.
WARNING - Risk of Burn or Fire
- Do not exceed maximum wattage, ratings, or published operation conditions of product
- Do not overload
- Follow all manufacturer's warnings, recommendations and restrictions to ensure proper operation of product
Application
Diagram Description: An illustration depicting the application of the Radiar ARD32 controller in a conference room setting. It shows the controller mounted in a ceiling, connected to DALI drivers and lighting fixtures, integrated within a smart lighting system.
Troubleshooting
When returning from a Power Outage, lights go back to ON state.
This is normal operation. Our device has a fail-safe feature forcing the device to go to 50% or 100% and 0-10V at the full output on the loss of power. Alternatively, the device will return to its previous state after the power is restored, as configured using the Lumos Controls mobile app.
Device doesn't operate immediately after power ON
- Check whether you have set up a transition time
- The connection is not appropriate
- The wires are not secured firmly with connectors
Lights flickering
- Circuit breaker tripped
- Fuse has blown
- Inappropriate wiring
Lights did not turn ON
- Inappropriate wiring
Commissioning
Once powered up, the device will be ready to be commissioned via the Lumos Controls mobile app, available for free download on iOS and Android. To begin commissioning, click the '+' icon from the top of the 'Devices' tab. The app allows you to preset certain configurations which will be loaded after the device is added. The pre-configurations made using 'Commissioning Settings' will be sent to the devices being commissioned.
Once commissioned, the device will be displayed in the 'Devices' tab and you can perform individual operations like ON/OFF/dimming on it from this tab.
Please visit - Help center for more details
Warranty
5-year limited warranty
Please find warranty terms and conditions here.
Note: Specifications may change without notice
Actual performance can vary due to end-user environment and application