RF filter and protector for inductive loads
In stock at 21 pcs
SKU#: RF-filter
0 / 5 (0)
To be mounted on a phase wire. (L)
What is this used for?:
-To prevent inductive loads
-To protect against power failure
-To protect against radio interference on the power grid
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€ 15.00
VAT 0% | 24%
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RF noise filter and inductance. An easy fix for LED lamp glare even when the power is off.
Sometimes the led light stays on very slightly even when the lights are turned off. This is because the wiring in the ceiling induces (leaks) a small voltage through another cable (low quality cable) or there is a fault in the circuit breaker. Sometimes the situation is caused by smart home equipment that sends very low voltage all the time to check if the load is connected at the rear (e.g. ABB FREE@HOME).
Another problem that this often solves is radio interference from the LED light to the mains.
Mounted on a phase wire (L)
What this is used for
- To prevent inductive loads
- To protect against power failure
- To protect against radio interference on the mains supply
Small size 25x18x10mm
- Delivery status In Stock
- Brand Ledstore
- Breadcrumbs Home Led Lights RF filter and protector for inductive loads
- Category Led Lights
- SKU RF-filter
- Installed between Live wire.
- 26x18x10mm - 40mm cables
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WHAT IS CRI, THE COLOUR RENDERING INDEX
High quality LED lights also have a high colour rendering index, or CRI. A good colour rendering index (CRI) for home use is above 90, and nowadays many market lights are unfortunately closer to 80.
CRI tells you how well an LED light displays colours as they should be. For designers and architects, as well as interior designers, it should be one of the most important considerations. Make sure the lighting is perfect so that your artwork is what it is meant to be.
Colour rendering index
The colour rendering index is expressed as a number on a scale from zero to 100, where 0 = no colour rendering and 100 = full colour rendering. The colour rendering index of LED lights is also known as Ra, which is measured on a smaller scale than CRI. This Ra value does not include red tones or skin tones, for example, so it is a 'glossed' figure for the true quality of an LED light.
RA value
The Ra value measures the reproduction of colours using eight different reference colours. CRI takes into account the wider (15) wavelength range, including reds and other warm colours.
The Ra value is calculated by cutting the wavelength range, weighting the blue and violet tones, and calculating the weighted average of R numbers 1-8.
Excluded from the Ra value are, for example, the colour rendering of bright reds, yellows and greens, and shades close to skin tone. These are described by R-values between 9 and 15. The following is a picture of a measurement result that easily confuses the consumer.
This measurement is from a 9W CCT Led spot
Read more on this topic:
Colour rendering of LEDs - What is the difference between CRI and Ra-value?