xonTel LS-100 Microwave Indoor Light Sensor Instruction Manual

xonTel LS-100 Microwave Indoor Light Sensor

Product Information: LS-100 Microwave Indoor Light Sensor

The LS-100 is an active motion detector that emits high-frequency electro- magnetic waves (5.8GHz) and receives their echo. The sensor detects the change in echo from even the slightest movement in its detection zone. A microprocessor then triggers the switch light ON command. Detection is possible through doors, panes of glass or thin walls. The sensor has 7 levels of LUX setting ranging from 10 LUX to 500 LUX, and a setting of 24H means LUX mode is OFF.

Specifications

• Connect N, L with power
• Connect N, L’ with load
• 1 & 2 set the Distance sensitivity (2M, 5M, 8M, 10M)
• 3 & 4 & 5 set for time for Light Off/On (10S, 1Min,
  5Min, 10Min, 15Min, 20Min, 25Min, 30Min)

LUX Mode: 6, 7 & 8 Set for LUX (LUX means DO NOT Start the Sensor when there is brightness at this level), LUX means the Unit of the brightness, means more brightness is more LUX number, mean 10 LUX is low brightness place (Very Dark), while 500 LUX verybright place.

Note:

• The detection distance is measured using a person who is between 1.6m~1.7m tall with an average build, moving at a speed of 1.0~1.5m/sec. If any of these variables are changed, the detection
  distance will also resultantly change.

• It is recommended to select the shortest time for adjusting the detection zone and for performing the walk test.

• Light switches OFF, it takes approx. 3 sec before it is able to start detecting movement again.

• Microwave sensors can detect movement through some non-metal materials such as glass and even thin walls. This gives more options for installing the sensor because it can be located out of sight or inside the luminaire.

Hardware Technical Specifications

• Power supply: 220-240VAC
• Power frequency: 50/60Hz
• Installing Height: 1.5m~3.5m
• Transmission power:

Product Usage Instructions

1. Connect N and L with power and N and L’ with load.
2. Select the desired distance sensitivity setting (2M, 5M, 8M, or 10M) using switches 1 and 2.
3. Select the desired time for Light Off/On (10S, 1Min, 5Min, 10Min, 15Min, 20Min, 25Min, or 30Min) using switches 3, 4, and 5.
4. Select the desired LUX setting (10 LUX to 500 LUX) using switches 6, 7, and 8. A setting of 24H means LUX mode is OFF.
5. Install the sensor at a height between 1.5m and 3.5m.
6. Perform a walk test by selecting the shortest time for adjusting the detection zone.
7. Allow at least 3 seconds for the sensor to start detecting movement again after the light switches OFF.

LS-100
Microwave Indoor Light Sensor
The sensor is an active motion detector, it emits high-frequency electro- magnetic wave, (5.8GHz）and receives their echo. The sensor detects the change in echo from even the slightest movement in its detection zone. A microprocessor then triggers the “switch light ON” command. Detection is possible through doors, panes of glass or thin walls.

Specifications setting

• 1 & 2 set the Distance sensitivity (2M, 5M, 8M, 10M).
• 3 & 4 & 5 set for time for Light Off/On (10S, 1Min, 5Min, 10Min, 15Min, 20Min, 25Min, 30Min).

LUX Mode

• 6 , 7 & 8 Set for LUX ( LUX means DO NOT Start the Sensor when there is brightness at this level ) , LUX means the Unit of the brightness, means more brightness is more LUX number , mean 10 LUX is low brightness place (Very Dark) , while 500 LUX very bright place.

LS-100 Have (7) levels of LUX Setting as below :

• ( 10 LUX , 20 LUX , 50 LUX , 100 LUX , 200 LUX , 300 LUX and 500 LUX ) , while Setting ( 24H ) means LUX mode is OFF .

NOTE:

1. The detection distance is measured using a person who is between 1.6m~1.7m tall with an average build, moving at a speed of 1.0~1.5m/sec. if any of these variables are changed, the detection distance will also resultantly change.
2.  It is recommended to select the shortest time for adjusting the detection zone and for performing the walk test.
3. light switches OFF, it takes approx. 3 sec before it is able to start detecting movement again.
4. Microwave sensors can detect movement through some non-metal materials such as glass and even thin walls. This gives more options for installing the sensor because it can be located out of sight or inside the luminaire.

Hardware Technical Specifications

• Power supply：220- 240VAC
• Power frequency ：50/60Hz Installing
• Height: 1.5m~3.5m
• Transmission power： <10mW
• HF system: 5.8GHz CW radar, ISM  band
• Detection angle：360°
• Reach: 3.5 – 8m（radii.( , adjustable
• Rated load: 1200W
• Time setting：10sec to 30min
• Light control： 10~500LUX
• Power consumption：approx.0.9W

Troubleshooting

The load doesn’t work:

• a. Check the power and the load.
• b. Whether the indicator light is turned on after sensing? If yes, please check the load.
• c. If the indicator light does not turn on after sensing, please check if the working light corresponds to the ambient light.
• d. Please check if the working voltage corresponds to the power source.

The sensitivity is poor:

• a. Please check if in front of the detection window there are hindering that effect to receive the signals.
• b. Please check the ambient temperature.
• c. Please check if the signal source is in the detection fields.
• d. Please check the installation height.

The sensor can’t shut automatically the load:

• a. If there are continual signals in the detection fields.
• b. If the time delay is set to the longest.
• c. If the power corresponds to the instruction.
• d. If the air temperature changes near the sensor, air condition or central heating etc.

Sensors Models (Microwave & PIR)

Microwave
These motion detectors emit microwave signals and measure the time taken for the signal to be reflected back to the sensor, this is known as the echo time. The echo time is used to calculate the distances from all stationary objects in the detection zone, to establish a baseline to work from. A person moving into the detection zone causes a disruption in the microwave beam, changing the echo time and triggering the lights.

PIR
These sensors detect heat. They do this by measuring the ambient temperature of the room using several detection beams. When a difference in temperature is detected by one of the beams, the sensor is activated, switching on the lights. When all the beams sense the same temperature again, the lights will switch off.

A Comparison
When choosing the best sensor for your application, there are many aspects to take into account;https://www.youtube.com/watch?v=Fx5guotFSsO

https://www.youtube.com/watch?v=TcblCdfA7Q
www.xontel.com

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>