BVPOW EMI Filter AC Line Filter Power Line Filter with IEC320 C14 Power Inlet Male Socket, Controled by Illuminated Rocker Switch CW2B-10A-T AC 115/250V 10 Amp
Module Name: Power EMI Filter CW2B-10A-T, Rated Current: 10A, Relative Socket Type: IEC320 C14 Power Inlet, Installed Fuse: 10A, Illuminated Rocker Switch: 6A 250V AC 10A 125V AC.
Concise design and firm body, EMI filter and fuse protect and power on off control and IEC320 C14 Plug in socket --- all combine into one unit.
Rocker switch inside this EMI filter is illuminated switch to display power input status, lights when it is press on the "ON" position.
The Noise suppressor power entry EMI filter is widely used for Computer Control system, Communication transmission system equipment, Uninterruptible Power Supply, Medical equipment, Servo frequency control equipment, Automation equipment and Precision machinery.
Product Name:EMI Filter Model Name:CW2B-10A-T Rated Voltage:AC 120V/250V,50/60Hz Rated Current:10A Installing Holes Dia(Approx):3.2mm/0.13" Installing Holes Pitch(Approx):40mm/1.58" Installing Rectangle size(Approx):28 x 47mm/1.10 x 1.85" Output Feet Size: 6.3 x 0.8mm/0.25 x 0.03" Fit Fuse Size:5 x 20mm/0.2 x 0.8" Overall Size(Approx):55 x 50 x 59.5mm/2.2" x 2" x 2.3"(L*W*T) External Material:Metal,Plastic Color:Silver Tone,Black Package Content:1 x EMI Filter Net Weight:60g/2.1oz Remark: Not include installing screws Remark: EMI filter must be earthed connected. To test one precise capacitor, it needs to use professional capacitor tester to get result, multi-function(combine voltage, current, capacitor...several test function) will lead some error result due to its only one range and accuracy grade.
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BVPOW EMI Filter AC Line Filter Power Line Filter with IEC320 C14 Power Inlet Male Socket, Controled by Illuminated Rocker Switch CW2B-10A-T AC 115/250V 10 Amp
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I do not want to judge this product based on one faulty switch, but the one I purchased had some weird catastrophic failure after about 10 uses. I used this in a custom smoker heating element control unit because the description of the switch said it could handle a 10 amp/120 volt AC load. My actual application was only pulling an average of 6 amps (7 max, 4 min, when periodically heating) over a duration of ~12 hours. None of the controller components ever felt hot, and the controller was mounted in an enclosure that was kept inside a house (never exposed to weather). While starting another 12 hour meat smoking marathon, the smoker went dead cold after ~30 minutes. The switch had gone dim and the controller was without power. I unplugged everything and started troubleshooting. Checked the switch on this socket - the switch wouldn't budge, no matter how hard I pushed. Checked the fuse - fuse was fine. Checked the flow on all of the lines - everything checked out. Started testing this socket, and found that it would work, but only when flipped to the side... not good. I was unable to get it functioning again, though this is something I'm fine with - I never intended to use this socket/switch combo as anything other than a breaker, unnecessary filter, and power indicator (I've only flipped the switch a handful of times). I am a little concerned that this failure was not a complete failure (i.e. the socket would continue working if flipped correctly) and was maybe not an intentional failure (i.e. something unintentionally shorted and fused the switch in place). I would be worried that this could become a fire hazard. I am currently running a test, in a safe environment, to see if this poses a risk, and then I may attempt to disassemble the product to see what actually failed. Will update with results (if any). Other than that, this socket's output seems clean and it has not caught fire, yet.
I use this one building a whole new yr system for my arcade machine. It's perfect no need to do it the old-fashioned way with the fuse and everything set away from each other. Just buy this and It'll make your project easy
