Guide: In life, we often encounter such scenes, such as the shades of apples under different light sources; the color of the human skin under different indoor lighting will be different from the real color. Hotels and restaurants tend to create warmer colours with reddish lights, and cool blues in offices or factory floors. In fact, these examples are closely related to the color rendering of the light source.
In this part, we hope to introduce the concept of light source color rendering to the reader through the introduction of the case, so as to simply understand the relationship between the color rendering index and the color of the sample under different light sources.
Color rendering
A long time ago, humans began to compare colors, usually by putting objects together and then observing them under natural light (sunlight). Although torches, candles, incandescent lamps, and other light sources can be used for illumination, people are used to comparing colors under natural light (sunlight).
In recent years, as fluorescent lamps and LEDs (light-emitting diodes) began to enter the eyeball as an illumination source, the object will display its true color under the illumination of sunlight, but when the object is illuminated by a non-continuous spectrum of gas discharge lamps. Underneath, the color will have different degrees of distortion. We refer to the degree to which the light source represents the true color of the object as the "color rendering" of the light source.
The significance of "color rendering" is the comparison between the color of the object under these new sources and the color under natural light, and how well the match between the two. We call a light source with a similar hue to natural light (sunlight) with good (high) color rendering.
In everyday life, we have access to many different types of lighting sources, such as incandescent lamps, fluorescent lamps and LEDs. In addition, fluorescent lamps and LEDs have appeared in "white" and "warm white" products. It is not difficult to find that the color of the object will vary under different fluorescent lamps and LED (light-emitting diode) illumination sources.
Below, we illuminate the object with a high color rendering D50 fluorescent lamp, a fluorescent lamp with a "natural white" logo, and three LED lights.
The connection of the parallel groove clamp for the medium and small section of the aluminum stranded wire or the overhead stranded wire and the steel core aluminum stranded wire strand in the position where the tension is not applied is also used for the jumper connection of the non-linear tower. Parallel Clamp is a parallel connection wire to transmit the electrical load of the contact fittings. Parallel Jaw Clamps are widely used.
The following are the model parameters we product:
Items | Specification | Sort |
APG-A | AL 16-70² | Single Bolt |
APG-B1 | AL 16-35² | Double Bolt |
APG-B2 | AL 16-70² | Double Bolt |
APG-B3 | AL 16-150² | Double Bolt |
APG-B4 | AL 30-300² | Tri-Bolt |
Item | Specification | Sort |
CAPG-A1 | CU 6-50² AL 16-70/12² | Single Bolt |
CAPG-A2 | CU 10-95² AL 25-150² | Single Bolt |
CAPG-B1 | CU 6-50² AL 16-70² | Double Bolt |
CAPG-B2 | CU 10-95² AL 25-150² | Double Bolt |
CAPG-C1 | CU 16-120² AL 16-120² | Double Bolt |
CAPG-C2 | CU 50-240²AL 50-240² | Double Bolt |
CAPG-D | CU 35-240²AL 35-300² | Tri-Bolt |
Item | JBL-16-120 | JBL-50-240 |
Wire Core Section | 16-120 | 50-240 |
L | 46 | 46 |
L1 | 55 | 70 |
B | 47 | 60 |
Cat.No. | JBTL-10-95 | JBTL-16-120 | JBTL-16-120 |
Wire Core Section,mm2 | 10-95 | 16-120 | 50-240 |
L | 40 | 47 | 45 |
L1 | 40 | 55 | 60 |
B | 41 | 48 | 62 |
Weight,kg | 0.235 | 0.273 | 0.391 |
We warmly welcome friends both domestic and abroad to visit our company, if you have any questions, please contact with us directly.
Parallel Clamp
Parallel Groove Clamp,Parallel Clamp,Parallel Jaw Clamps, Parallel Action Clamp
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