Planistar assembly, test or inspection lights are equipped with special lighting technology that provides uniform illumination over the entire work area.
The flicker-free light and standard light LEDs provide a pleasantly illuminated work area for employees.
The planistar assembly and inspection light has 2 light systems that overlap at the work area. This reduces the shadow effect caused by the worker's head and provides uniform illumination over the entire work area.
The brightness at the workstation can be adjusted with the dimmer to approximately 2,500 lx at a working distance of 90 cm. This makes the work lamp suitable for precision assembly.
The LED light is supplied with brackets that are adjustable in inclination. This enables simple installation and adjustment.
The task light is available with one light color for mounting and 2 standard light colors for color testing.
Our large inspection light is designed for a working and inspection area of approximately 70 x 160 cm.
Thanks to the special lighting technology, the working area is illuminated very evenly. The usual light fall-off to the edge of the table has been minimized.
The LED inspection light can be equipped with one or two standard light types D30, D40, D50 and D65.
The brightness of each color is individually adjustable.
A cut-out for one or more cameras can be made in the luminaire according to customer specifications. This means that the luminaire can also be used for intelligent workstations (AI workstation systems).
We have based the development of the lamp on the following standards:
This is precisely where our strength lies. Because planistar manufactures the lights in-house, we can produce customised backlighting with short delivery times.
So you don't have to follow our standard programme. We adapt exactly to your requirements and the conditions on site.
This saves you costs in theOur production processes are planned in such a way that a customised light has almost the same throughput as a standard light. The only difference is that the customised luminaire is precisely documented. This means that we are able to supply replacements even years later.
Benefit from the co-operation with planistar.
Lights direct from the manufacturer
We always take sustainability into account when revising our product ranges, because many small things add up to a big picture.
This starts with resource and energy conservation, the right choice of materials we use, through to packaging and disposal.
Light is a complex subject. For this reason, choosing the right light source is an important factor in the evaluation of colors, as well as the well-being of the employee.
The human factor is a subjective influence that depends on the visual performance, experience and accuracy of the operator.
Thanks to our experience in lighting and our specialized products, we can take into account factors such as
positively.
In order to achieve a reproducible and meaningful assessment by the inspector, the selection of the appropriate lighting is crucial.
The light spectrum from approximately 380 to 780 nm, also known as the color spectrum, is the part of the electromagnetic spectrum that is visible to humans.
But: Not all white is the same
The light spectrum is an important criterion for the "quality of light".
Only the spectrum that hits the test object from the light source can be reflected by it and therefore "seen"!
All adjacent spectra have a color temperature of about 5500 K. However, the light spectra are completely different:
Spectrum No. 1:
Here, white light is produced with an RGB LED. With this spectrum of an RGB, it should not be possible to distinguish between different similar hues.
Spectrum No. 2:
This is an LED used in industrial image processing that has a high luminous efficiency. However, the blue peak is unpleasant to the eye and can distort color judgments.
Spectrum No. 3:
With the D65 standard light LED from planistar, however, even subtle color differences can be detected. This applies to both visual inspection and machine vision.
Color rendering is a quality characteristic of artificial light compared to natural light. A light source whose light contains all the spectral colors as in sunlight (Ra100) makes the colors of the illuminated objects appear natural.
The Color Rendering Index (CRI) is a benchmark that describes the color rendering quality of light sources.
The Ra value is determined from the average value of the test colors R1 to R8. With the introduction of LED technology, the number of test colors was increased to 14. This is called the Ri value.
The special LEDs in our lights achieve a very high Ri value of about 97, which means that the colors are reproduced as they are in nature and the high blue component typical of LEDs is reduced.
D30 (3000K) is similar to incandescent light and has a pleasant warm tone. Can be an advantage in detecting defects in various materials.
D40 (4000K) rather rare, but is also used for certain defect detection applications.
D50 (5300K) is widely used in the graphic arts industry and describes the test conditions for colors. It is described in DIN ISO 3664, among others.
D65 (6500K) is used for the visual comparison of colored materials. This is described in DIN EN ISO 3668, among others.
We have based the development of our color control series on these standards.
The specifications of the standards mainly include:
Ideally, the sample is viewed under both light colors. D65 simulates midday, while D50 is more of an evening light because it contains less blue.
Here are some suggestions on what else to look for during a visual inspection. It is important to not only use a standard fixture, but to create a holistic environment.
The most important thing is to keep the surroundings of the test area as neutral as possible, without color accents. The brightness and light quality should not be too different from the test light.
The following also applies:
Our team will be at your disposal for any questions you may have. We will process your request as soon as possible.
+49 (0) 9364 8060-0 | sales@no-spam.planistar.de | Catalog incl. prices | |||||||
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