TUARO 380 Regiolux LED Wall Ceiling Light Instructions

: June 15, 2024
: REGIOLUX

TUARO 380 Regiolux LED Wall Ceiling Light

Product Information

Specifications

Product Code: 532602
Type: LED
Safety Rating: IP5x – dust nonconductive, IP6x – dust conductive and dust nonconductive

Product Usage Instructions

Safety Information

Before using the product, please read and understand the following safety information:

Qualified electrician required for installation.
Danger to life due to electric shock if not installed properly.
Comply with all applicable safety and accident prevention regulations.
Keep the luminaire away from children and unauthorized personnel.
Do not modify or use the luminaire in any way other than described.

Operation of the Luminaire

To ensure proper operation of the luminaire, follow these guidelines:

Inspect the LEDs regularly and replace any defective luminaires.
Do not attempt to replace or exchange the LED modules yourself.
Avoid exposure to direct contact with acids, bases, solvents, volatile organic compounds, and oils as it may reduce the lifespan of the luminaire or cause total failure. Ensure sufficient ventilation to prevent damage by gas release.
Use standard cables suitable for the power supply voltage when making connections.

(FAQ)

Can I replace the LED modules myself?
- No, the LED modules should not be replaced or exchanged by the user. Please contact a qualified electrician for any necessary replacements.
What happens if I use the luminaire improperly?
- Improper use of the luminaire can reduce its lifespan and may result in premature failure or other safety hazards. Follow the provided instructions for proper usage.
Can I modify the product?
- No, modifications, reworkings, or re-markings of the product can negatively impact its technical properties, destroy it, and potentially cause damage to other objects. The manufacturer cannot be held responsible for any damage caused by such changes.
This luminaire contains a light source
of energy efficiency class C

Model/ TUARO /380 /500

Model/ TUAQO /400

Overview easy41

DIP Switch Settings
Hold Time
Daylight Threshold

Power

Power Off

Warning

Attention

Don’t open the luminaire!
Loss of guarantee!

Installation Instructions

Dismantling

Model/ HC009S-KD

On/off Control HF Sensor

HC009S-KD
Detached Version

Applications

Occupancy detector with on/ off control suitable for indoor use.
Suitable for building into the fixture:

Office / Commercial lighting
Meeting room
Classroom

Use for new luminaire designs and installations

Features

Zero crossing detection circuit reduces in-rush current and prolongs relay life
Loop-in and loop-out terminal for efficient installation
5 Year, 50,000hr Warranty

Technical Data

Input Characteristics

Sensor Data

Sensor Main body

Detached Sensor Antenna Modul

Model SAM4

Super-compact flat sensor antenna, with optional coble entry (side entry and back entry)

Typical applications

Office light, most of which have aluminium lovres and is impossible for microwave sensors to go through.

For LED bulkhead

In such applications, only the detached small antenna is needed on the outer surface, while the sensor body and the driver/ballast can be hidden behind the panel. No shadow is cast in the shade.

Features

Functions and Features

On/off Control

This sensor is a motion switch, which turns on the light upon detection of motion, and turns off after a pre-selected hold-time when there is no movement. A daylight sensor is also built in to prevent the light from switching on when there is sufficient natural light.

Zero-cross Relay Operation

Designed in the software, sensor switches on/off the load right at the zero-cross point, to ensure that the in-rush current is minimised, enabling the maximum lifetime of the relay.

Loop-in and Loop-out Terminal

Double L N terminal makes it easy for wire loop-in and loop-out, and saves the cost of terminal block and assembly time.

Wiring Diagram

Detection Pattern

DIP Switch Settings

Detection Range
- Sensor sensitivity can be adjusted by selecting the combination on the DIP switches to fit precisely for each specific application.
Hold Time
- Select the DIP switch configuration for the light on-lime after presence detection.
- This function is disabled when natural light is sufficient.
Daylight Threshold
- Set the level according to the fixture and environment. The light will not turn on if ambient lux level exceeds the daylight threshold preset.
- Please note that the ambient lux level refers to internal light reaching the sensor.
- Disabling the daylight sensor will put the sensor into occupancy detection-only mode.

User Manual of Microwave Motion Sensor

Detached version, Model No.: HC009S-KD

Technical Specifications HC009S-KD

PRODUCT TYPE: Microwave Motion Sensor
OPERATING VOLTAGE: 220-240VAC 50Hz/60Hz
HF SYSTEM: 5.8GHz CW radar
TRANSMISSION POWER: <0.2mW
RATED LOAD: 400VA(capacitive load)
DETECTION ANGLE: 30~150°
POWER CONSUMPTION: < 1W
DETECTION RANGE: Max. 12 meters in diameter, adjustable
TIME SETTING: 10s ~ 30 min.
MOUNTING: Indoors, ceiling & walling mounted
LIGHT CONTROL: 5 ~ 50LUX, disable
WORKING TEMP.: -20 ~ +60°C

Note

We recommend the mounting distance between sensor to sensor should be more than 2m to prevent sensors from false-triggering.
The sensor is an active motion detector; it emits a high-frequency electro-magnetic wave 5.8GHz and receives its echo. The sensor detects the change in echo from movement in its detection zone. A microprocessor then triggers the switch light ON command.
Detection is possible through doors, panels of glasses thin walls.
The high-frequency output of this sensor is <0.2mW; approximately just 0.1% of the transmission power of a mobile telephone or the output of a microwave oven.

IMPORTANT

PLEASE READ THESE INSTRUCTIONS CAREFULLY PRIOR TO INSTALLATION AND RETAIN THIS LEAFLET IN A KNOWN AND SAFE PLACE FOR FUTURE REFERENCE.

SECTION 1 INSTALLATION & WIRING

ENSURE THAT THE ELECTRICITY SUPPLY IS SWITCHED OFF COMPLETELY BEFORE INSTALLING OR SERVICING THIS PRODUCT.

The sensor works with a main voltage of 220-240VAC 50Hz. A 100-120VAC version is available on request. The sensor has a 4-wire electrical interface:

Nx2 (neutral / 220-240VAC)
L (phase / 220-240VAC)
L’ (switched phase / output)

Wiring diagram

This sensor is suitable for indoor use, and is also designed for installation Max. 6m in height.

SETTINGS

Detection range

This determines the effective range of the motion detector and is set by DIP switches at the sensor itself, refer to figure.
Note that reducing the sensitivity will also narrow the detection range.

The following settings are available:

I – Detection range 100%
II – Detection range 75%
III – Detection range 50%
IV – Detection range 25%
V – Detection range 10%

Hold time

This determines the time the fitting remains at 100% level on motion detection and is set with DIP switches at the sensor itself, refer to figure. The walk test setting is useful when installing the fitting to establish correct operation and range. The following settings are available:

I – 30min
II – 20min
III – 6min
IV – 90s
V – 30s
VI – 10s

Daylight sensor

This setting holds off the 100% light output should there sufficient daylight and is set using DIP switches at the sensor, refer to figure. The following settings are available:

I – disable
II – 50 lux
III – 30 lux
IV – 10 lux
V – 5 lux

In disable mode the lamp(s) will always be on with motion detected and operate at 100% light output, even in bright daylight.

SENSOR ANTENNA OPTIONS

Model SAM2

Flat sensor antenna, with optional cable entry
(side entry and back entry)

Model SAM3

Flat sensor antenna, with plastic fingers to hook on T5/8 tubes

Model SAM4

Flat sensor antenna, with optional cable entry
(side entry and back entry)

FUNCTIONS AND TROUBLE SHOOTING

FUNCTIONS

Zero-cross relay operation

Designed in the software, the sensor switches on/off the load right on the zero-cross point, to ensure the min. current passing through the relay contact point, and enable the max. load and life-time of the relay.

Loop-in and loop-out

Double L N terminal makes it easy for wire loop-in and loop-out, saves the cost of terminal block and assembly time.

TROUBLE SHOOTING

Safety Information

General Safety Information

Installation, commissioning and maintenance only by qualified electrician.
Never perform any work on the luminaire with voltage applied. Danger to life due to electric shock!
Electric connection must be appropriate according to all applicable standards and other national and international safety and accident prevention regulations.
Damaged luminaires must not be operated.
Observe and retain safety instructions and mounting instructions
No liability is accepted for damages resulting from improper use.
Use genuine parts only for repair.
Ensure stability of the ceiling and fastening elements.
The luminaire is exclusively intended for interior rooms and ambient temperatures not exceeding 25°C, unless otherwise described by labeling the luminaire.

Operation of the luminaire

Abnormal dark spots may be an indication of partial failure of LEDs. Inspect regularly and replace the luminaires affected. The light source (LED) of this luminaire must not be exchanged or replaced by the user.
Exceeding the permissible ambient temperature will reduce the luminaire’s lifecycle, resulting in premature failure in extreme cases.
Avoid condensation of the luminaire.
Any mechanical load to the LED circuit boards is not permitted.
LEDs can be damaged by electrostatic discharge (ESD). This may result in total failure. Always avoid direct contact.
Depending on their concentration, chemicals can corrode the LED modules and lead to reduction of luminous, drift of luminous colour and/or total failure. Always avoid direct contact with acids, bases, solvents, volatile organic compounds and/or oils. Ensure sufficient ventilation to prevent damage by gas release.
Avoid ESD problems by not routing feed-through wiring directly along the wiring of the luminaire.
Connect control inputs of dimmable luminaires with standard cables suitable for power supply voltage.

Changes to our products

Modification, reworking, and re-marking of products can have a negative impact on their technical properties, destroy them and possibly cause consequential damage to other objects. The manufacturer cannot be held responsible for damage caused by such changes.