The Philips Hue smart light bulb family has recently welcomed a new member of the remote control, the $40 Hue Wireless Dimming light bulb + remote control kit. The biggest benefit of this product is that it is cheap enough and can be used directly, without the need to build a bridge like a regular Hue smart light bulb. The new bulb has a brightness of 800 lumens at 2700K of soft white light and has a lifetime of approximately 25,000 hours. Compared to energy-saving lamps, the Hue Wireless Dimming Kit features the ability to operate at maximum brightness from the start (conventional energy-saving lamps require a certain warm-up time to achieve maximum brightness). Although the Hue Wireless Dimming Kit does not provide color change, it is quite convenient to use the remote control to dim the light. It supports a maximum remote distance of 30 meters and can be paired with up to 10 Hue white light bulbs (one light bulb for multiple remotes). Previously, Philips has introduced a battery-free Hue Tap remote control (press can generate electricity), but users need to bear the high price of $60. In addition, if you have already installed the Hue Smart Light Bulb Control System, you can still integrate the remote control and the light bulb. The new wireless dimming kit is powered by a CR2450 battery, and Philips says it can be clicked at least 50,000 times. In addition to being a portable device, you can also magnetically attach it to the siding. Unfortunately, Philips will only open sales of the suit ($39.95) and light bulbs ($19.95) in September without telling when the remote will be sold separately.
Coupling R15K551.1
Our company provide professional technical service for thermal power plant. We are specialize in comprehensive solution proposal of energy saving transformation for boiler feed water pump in thermal power plant. We also provide coupling overhaul service, pump spare parts, and Coupling Spare Parts for power plants.
It is true that the powr consumption rate of T-BFP is higher to M-BFP, so there is a requirement to transform the M-BFP, in order to decrease the station service power consumption rate:
The methods of transformation include the followings:
1. transform the M-BFP to T-BFP
2. transform the Hydraulic Coupling
3.transform the BFP
4. transform the speed adjusting mode of M-BFP. That means changing from the hydraulic coupling speed to frequency conversion.
And do you know which is the best method? And how to transform?
Please contact us directly if you are interested in this project.
Coupling R15K551.1
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