HPRS / HPRM Series
[Not available in Japan]
"FALUX sensing"* Included in HPRS Series. enables monitoring of brightness and feedback control.
*Included in HPRS Series only.
Achieves high-uniformity over a flexible LWD range by using a unique illuminating mechanism.
Built-in “FALUX” circuit to correct variations in brightness
*Included in all models.
Using the constant current circuit dependent on the input voltage, variations in the forward current of individual LEDs are corrected for uniform brightness.
Meanwhile, the temperature compensation circuit compensates for fluctuations in brightness due to increases in temperature after lighting or changes in the ambient temperature.
FALUX not included
In order to reduce LED forward voltage variations, the LEDs needed to be sorted according to their Vf measurement. Moreover, illumination efficiency dropped as the temperature increased, reducing the brightness.
The brightness of each LED is fixed, virtually eliminating variations in brightness following increases in temperature. Whether with continuous illumination or ON/OFF control, brightness remains fixed.
Equipped with “FALUX sensing” for monitoring brightness and temperature through sensing
*Included in HPRS Series.
LED brightness sensing is performed using multiple built-in photodiodes. This allows for accurate measurement of LED brightness not only during continuous illumination but also with short period illumination. Absolute brightness is stored in the lighting’s internal memory to allow for instrumental error adjustment.
"FALUX sensing" also makes it possible to measure both the LED brightness of lighting and the internal temperature, and then to monitor those measurements on the controller side.Based on the monitored values, feedback control can also beperformed from the OPPF or OPPD Series controller, making it possible to maintain the factory default brightness for around 40,000 hours.
Supports from low angles to high angles
Provides diffused light from the LEDs without waste using a unique illuminating mechanism. Even if the distance from the workpiece to the Light Unit is changed, there is little variation in the uniform region and it can therefore be used for a wide variety of uses.
Achieves a uniform region with a high degree of freedom
Provides diffused light at high output
It achieves uniform illumination of diffused light at high output using surface-mounted LEDs and a specially processed diffusion plate.
FALUX / FALUX Sensing Technology
Did you know the LED brightness varies depending on ambient temperature?
Temperature changes influence brightness.
Increased temperature due to self-heating and changes in ambient temperature as air conditioning equipment starts up can affect the brightness of LED lighting.
Our FALUX technology automatically compensates for brightness fluctuations due to temperature changes.
Using the constant current circuit dependent on the input voltage, variations in the forward current of individual LEDs are corrected for uniform brightness. The temperature compensation circuit compensates for fluctuations in brightness due to changes in temperature.
Did you know the LED brightness will be decreased after 1,000 hours operation?
Need consistent brightness for long-term use.
On a fully operational 24-hour line, LEDs begin to lose brightness after about 1,000 hours, causing costly inspection failures.
Need consistent level of brightness across multiple light units.Actual brightness of light unit is different on each inspection line even though the setting is the same.
`FALUX Sensing` Technology
Brightness is automatically adjusted to maintain initial settings after receiving a low brightness alarm.
Solved by using an absolute brightness monitor + copying setting values across all units
Eliminates variations over long periods. FB control fine tunes the output voltage to match the standard brightness. Output as a feedback error when the upper or lower output voltage adjustment limit is reached.
Different settings are needed one after anotherDifferent settings or programs must be used depending on the camera, requiring extra time and cost.
Easy configuration with our original controllers.Connection example ( / OPPD-30G)
Machine Vision Applications
Line (Convergent Lighting)
Line (Diffused Lighting)
Line (Oblique Angled Lighting)
UV Lights [Ultraviolet Lighting]
IR Lights [Infrared Lighting] (under 1000nm)
Custom Order Product
Intensity Control Units [Light Units with Intensity Control Unit ]
Basler Camera Light Series
- BCL Series (Bar Light)
- BCR Series (Ring Light)
- BCBL Series (Flat Light)
- BCF Series (Flood Light)
- BCL Series (Bar Light) Diffusion Plates
- BCR Series (Ring Light) Diffusion Plates
- BCF Series (Flood Light) Transparent Plate
- BCL Series (Bar Light) Light Polarizing Plates
- BCR Series (Ring Light) Polarizing Plates
- BCF Series (Flood Light) Polarizing Plates
- BCR Series (Ring Light) Light Adapter
- BCL Series (Bar Light) Light Bracket
- Basler Camera Light dedicated cable
IR Lights [Infrared Lighting] (over 1000nm)
Human Vision Inspection and Microscope Applications
High Power Strobe Control Unit
Digital Control Units
Analog Control Units
Building Block Types
LED Light Controller
Control Units [for the HLV Series]
High-capacity Analog Control Unit
High-capacity Constant-current Control Units
Controller with EtherNet/IP Interface
PoE Enabled Controller
Control Units [for CCS AItec]
Extension Cable [for PF Series]
2-way Cables [EL connector type]
Straight Cables [EL connector type]
2-way Cables [EL connector type]
Straight Cables for metal connector (7 pins)
Straight Cables for metal connector (37 pins)
Straight Cables for M12 connector
External Control Cables
- Diffusion Plates [for LDR-PF Series]
- Diffusion Plates [for LDL-PF Series]
- Diffusion Plates [for Ring Lights]
- Diffusion Plates [for Low-angle Ring Lights]
- Diffusion Plates [for Bar Lights]
- Diffusion Plates [for Coaxial Lights]
- DF80 Series
- DF Series
- Diffusion Plates [for LDR-PF-LA Series]
- DF-ISL-165X165 Series
Light Control Films
Adapter [for the CSR Series]
Lens Attachment Rings