Micro-Epsilon Group Receiver Sensor for Testing Self-Luminous Objects colorCONTROL MFS-I01

Description
The light emitted by the luminaire under test is received by the MFS receiver sensor at 0° (parallel) to the direction of emission. The received light beams are transmitted to the controller via an optical fiber. The range of sensors offered covers a wide variety of working distances and spot sizes. Other versions in different lengths and temperature ranges are available as options. The MFS sensor (receiver sensor) in combination with the powerful MFA controllers offers extremely precise testing of light color, intensity, color temperature (CCT) and dominant wavelength (λdom). This is required, for example, when dividing LEDs into binnings, or for testing homogeneity within a light source with several individual LEDs. In addition to their outstanding performance, the receiver sensors also impress with extremely advantageous installation options. Due to the external controller, less installation space is required at the measuring point. In addition, measuring points that are far apart can be tested together with a controller. Due to its extremely thin diameter of just 1.3 mm, the MFS-I01 is ideal for use in very confined installation spaces. It is perfectly suitable for SMD-LED tests. The metal sleeve on the sensor head ensures straight guidance and exact positioning above the LED.
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Description
The light emitted by the luminaire under test is received by the MFS receiver sensor at 0° (parallel) to the direction of emission. The received light beams are transmitted to the controller via an optical fiber. The range of sensors offered covers a wide variety of working distances and spot sizes. Other versions in different lengths and temperature ranges are available as options. The MFS sensor (receiver sensor) in combination with the powerful MFA controllers offers extremely precise testing of light color, intensity, color temperature (CCT) and dominant wavelength (λdom). This is required, for example, when dividing LEDs into binnings, or for testing homogeneity within a light source with several individual LEDs. In addition to their outstanding performance, the receiver sensors also impress with extremely advantageous installation options. Due to the external controller, less installation space is required at the measuring point. In addition, measuring points that are far apart can be tested together with a controller. Due to its extremely thin diameter of just 1.3 mm, the MFS-I01 is ideal for use in very confined installation spaces. It is perfectly suitable for SMD-LED tests. The metal sleeve on the sensor head ensures straight guidance and exact positioning above the LED.
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Suppliers

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Receiver Sensor for Testing Self-Luminous Objects - colorCONTROL MFS-I01 - Micro-Epsilon Group
Ortenburg, Germany
Receiver Sensor for Testing Self-Luminous Objects
colorCONTROL MFS-I01
Receiver Sensor for Testing Self-Luminous Objects colorCONTROL MFS-I01
The light emitted by the luminaire under test is received by the MFS receiver sensor at 0° (parallel) to the direction of emission. The received light beams are transmitted to the controller via an optical fiber. The range of sensors offered covers a wide variety of working distances and spot sizes. Other versions in different lengths and temperature ranges are available as options. The MFS sensor (receiver sensor) in combination with the powerful MFA controllers offers extremely precise testing of light color, intensity, color temperature (CCT) and dominant wavelength (λdom). This is required, for example, when dividing LEDs into binnings, or for testing homogeneity within a light source with several individual LEDs. In addition to their outstanding performance, the receiver sensors also impress with extremely advantageous installation options. Due to the external controller, less installation space is required at the measuring point. In addition, measuring points that are far apart can be tested together with a controller. Due to its extremely thin diameter of just 1.3 mm, the MFS-I01 is ideal for use in very confined installation spaces. It is perfectly suitable for SMD-LED tests. The metal sleeve on the sensor head ensures straight guidance and exact positioning above the LED.

The light emitted by the luminaire under test is received by the MFS receiver sensor at 0° (parallel) to the direction of emission. The received light beams are transmitted to the controller via an optical fiber. The range of sensors offered covers a wide variety of working distances and spot sizes. Other versions in different lengths and temperature ranges are available as options. The MFS sensor (receiver sensor) in combination with the powerful MFA controllers offers extremely precise testing of light color, intensity, color temperature (CCT) and dominant wavelength (λdom). This is required, for example, when dividing LEDs into binnings, or for testing homogeneity within a light source with several individual LEDs. In addition to their outstanding performance, the receiver sensors also impress with extremely advantageous installation options. Due to the external controller, less installation space is required at the measuring point. In addition, measuring points that are far apart can be tested together with a controller. Due to its extremely thin diameter of just 1.3 mm, the MFS-I01 is ideal for use in very confined installation spaces. It is perfectly suitable for SMD-LED tests. The metal sleeve on the sensor head ensures straight guidance and exact positioning above the LED.

Supplier's Site Datasheet

Technical Specifications

  Micro-Epsilon Group
Product Category Color Sensors
Product Number colorCONTROL MFS-I01
Product Name Receiver Sensor for Testing Self-Luminous Objects
Application Type Self-luminous object and LED testing
Color Types Detected RGB (Visible)
Light Source Fiber Optic
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