Emerson 24A34-5 Electric Heat Sequencer, 3 Switches
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I think the Nordyne 01-32 has a single power socket, based on what I have seen online There are four steps to the 0843 sequencer Switch sequencer (apparently, two double poles, one It is a 24-inch, A34-inch Emerson The number 5 is a three-digit number The sequencer has two single-pole throw switches (one double pole and one single pole). Nordyne and Emerson both One hundred and ten on, page 1 It gives a 110 percent discount). You can use the Emerson 24A34-S4 if you need four switches Perhaps 6 is what you are looking for. If you have your old sequencer, can you upload a few photos?
A look at the part list for the eb15b led me to believe that it might be an old computer. In order to do that, we need The timings are two, the switches are three, and the h1-type is used Page 110, line C1 In the end, it is all about this last sentence. Thus, yes, it should be ok. You must keep track of all wires, and ensure that old m1 is connected to new m1, and so on. I recall that only one of the two switches is open at a time, and the other one closes. In the single stack, there is a delayed start for the second timing. Will the mounting plate fit snugly? I don't know how close it is, but it should Unless you have a functioning self-lift, you may have to drill a hole and install it The sequencer is fastened using a tapping screw.
I have a furnace that is rated to draw 23 amps each Based on my measurements of actual current draw, it's just a little under An individual fuse protects one power leg of each power line. The sequencer is rated at 30 amps, according to my guess. I haven't contacted Emerson to confirm this, but i'd guess so. It is not vital for you to draw more than 20 amps (I run 22). I have been using this sequencer or a similar one on my 1970s vintage furnace with no problems. Tip The sequencer synchronizes at the same time as the furnace. In addition to having a backup sequencer, I have a new one to use when mine wears out.
The heater I installed in that unit was the one that came with it. You should just be careful what you do. The user may require some advice if this is their first time installing one.
Selected User Reviews For Emerson 24A34-5 Electric Heat Sequencer, 3 Switches
It took five minutes for the blower on my Coleman furnace to stop blowing intermittently during my call for The elements were (very) orange hot from a crack in the case, but my hat did not have a The research on the web indicated that this could be a problem with the The model 3115 I was replacing was damaged and were in need of repair I noticed that all the "M" connections had been flipped flopped from my original wiring when I returned the breaker to the original position after I wired it in. The M1 traded a place with the M2 and the M2 traded a place with the M1. My goal was to make sure I didn't screw anything up, so I called Emerson for assistance, and the tech suggested that I rewire it and follow the labels on the In order to comply with the "M" connections, I rewired the circuit board The old M1 was used in place of the new M1, despite its opposite position within the Even though the thermostat was still off, as soon as I turned on the breaker, the fan kicked on. It's all right. Oh. As I suspected, the Emerson technician was incorrect. I rewired it to follow the original sequencer's locations, and after switching the breakers on everything appeared to be working normally.
The replacement of my malfunctioning sequencer worked great, but I am not sure how durable it will be, yet here I am buying February was the month of buying and installing it. In December, it went wonky. It doesn't sound good, but there may be cause and effect at play.
Not getting much heat out of my system, I investigated under the house and found a major leak in the duct work. I decided to patch the leak (Thanks for the little had good air flow, but I was not getting There is just a little warmth. Taking a chance that it wasn't the more expensive heating element, I figured it couldn't be the sequencer again, but then I checked the fuses and discovered one blew. It has been a while since I replaced the fuse, but I noticed that now the blower fails to turn off. It looks like the sequencer is still faulty. A bad fuse may be to blame? Since it was working fine when I installed it, I don't think it's wired wrong. The sequencer was showing signs of sparks as it went about its task. Due to that and the blower not shutting off, it's time to replace it again. Sparking and not shutting off seem out of the ordinary to me. In this case, it is more difficult to troubleshoot when there are multiple issues. An open circuit fuse and a faulty sequencer at the same time? I never thought that would happen! Additionally, I found a few wire connections which weren't as tight as they should be on this ancient system, so that was fixed as well. The clips of some were so loose that they could not be firmly clipped Is there a possible cause for the sparking on the sequencer? Do poor connections cause power spikes and drops that cause fuses and sequencers to blow? The sequencer is bad and the fuse is blown. Can the perfect storm happen? Keeping preventive maintenance in mind might be a good idea for me. Whenever I think of replacing it, I dread it. I have created and keep a diagram that shows how the wires are connected, but there is always a chance that one or more of the wires will connect incorrectly. The Coleman electric furnace I was replacing was an ideal replacement for my 35+ year old unit. My only hope is that this one is more durable than the last. By the way, I replaced all four fuses as well. In the event that one can give up the ghost, then the others, who are just as old, may as well. That is what preventive maintenance is all about. It might be a good idea to upgrade that heating element as well. It's going to get hotter! Message
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Update Although fixing the loose wire connections and replacing the blown fuse were good moves, replacing the sequencer made the cool down blower shut off properly and doesn't have to run 24/7. I also have more heat now. There is a lot more heat here. Too much heat was coming into my bedroom, so I had to turn the thermostat down. Additionally, I lowered the CPH on the thermostat from 9 to 3 (as recommended by the manual for an electric furnace). As a result, now the furnace will not run more than three cycles per hour, but rather will go back to its previous cycle once the temperature set on the thermostat is reached. There is no need for the furnace to continuously cycle on and off 9 times per hour. The house stays warm and it's far more cost effective than a constantly running furnace. The next time my electric bill comes, I will be so pleased that my furnace is running smoothly.
The part we needed to fix our furnace was exactly what we needed. Several YouTube videos showed him how to replace the part, so I'm glad he watched those videos. His actions saved us from having to make a service call and pay for repair work. Thanks to our forward thinking, we ordered the new part before the old one completely failed. Using YouTube and Amazon to fix a variety of electronic devices has saved us a lot of money.
A guide that is simple enough for the average DIYer to follow. I'm highly satisfied with the replacement and the price is very fair.
It is a good feeling to have my heater and fan working again.
We have found a solution for the second one. Check out the duration of the event.
A constant fan was blowing no matter what, unless I shut off the breaker, and the air was warmer. The part that fixed it was this one.
This is an easy to install product. Exactly what I was looking for.