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  1. Trailer Brakes
  2. etrailer
  3. Electric Drum Brakes
  4. 5200 lbs Axle
  5. 6000 lbs Axle
  6. 7000 lbs Axle
Electric Trailer Brakes - Self-Adjusting - 12" - Left/Right Hand - 5.2K to 7K - 25 Pairs
etrailer

Electric Trailer Brakes - Self-Adjusting - 12" - Left/Right Hand - 5.2K to 7K - 25 Pairs

Part Number: ETBRK207B
In Stock
$2,328.13
Trailer Brakes
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Self-adjusting driver's-side and passenger's-side brakes are 12" x 2". Brake pads are made of durable friction material for improved braking and longevity. E-coated backing plates resist rust. Fit 14.5" to 16.5" wheels. Great Prices for the best trailer brakes from etrailer. Electric Trailer Brakes - Self-Adjusting - 12" - Left/Right Hand - 5.2K to 7K - 25 Pairs part number ETBRK207B can be ordered online at etrailer.com or call 1-800-940-8924 for expert service.
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etrailer by AxleTek Trailer Brakes - ETBRK207B

  • Electric Drum Brakes
  • 5200 lbs Axle
  • 6000 lbs Axle
  • 7000 lbs Axle
  • 12 x 2 Inch Drum
  • 14-1/2 Inch Wheel
  • 15 Inch Wheel
  • 16 Inch Wheel
  • 16-1/2 Inch Wheel
  • Standard Grade
  • Self Adjust
  • etrailer

Self-adjusting driver's-side and passenger's-side brakes are 12" x 2". Brake pads are made of durable friction material for improved braking and longevity. E-coated backing plates resist rust. Fit 14.5" to 16.5" wheels.


Features:

  • Electric brakes are easier to install and offer more user control than hydraulic brakes
    • Require only an electric brake controller (sold separately) - no actuator or hydraulic lines necessary
  • Automotive-grade friction material is molded to brake shoes
    • Pads are fully bonded - not riveted - to shoes for long life and more braking torque
    • Less chance of cracking and crumbling that can lead to mechanical lockup, thanks to tapered edge and circular grinding
  • Self-adjusting brakes do not require periodic manual adjustment like standard brakes
    • Fine-tooth brake adjustment gears allow for a more precise setting
  • E-coated backing plates resist wear and corrosion
  • Adjuster plugs (included) cover access holes to keep dirt and grime out of the assemblies and off of the shoes
  • Left-hand (driver's-side) brake assemblies and right-hand (passenger's-side) brake assemblies included
    • Ideal for building multiple trailers
    • Mounting bolts and hardware (BRKH1225) sold separately
  • QAI and CSA certified


Specs:

  • Quantity: 25 left-hand and 25 right-hand assemblies
  • Application: most standard hub-and-drum assemblies, including Dexter, Lippert (LCI), and AL-KO
  • Dimensions: 12" diameter x 2" wide
  • Mounting flange bolt pattern: 5 bolt
  • Wheel size: 14-1/2", 15", 16", and 16-1/2"
  • Axle rating: 5,200 lbs, 6,000 lbs, and 7,000 lbs
  • Limited 1-year warranty


Self-Adjusting Brakes Don't Require Routine Adjustment

Standard electric brake assemblies require manual adjustment of the brake shoes over time to provide longer-lasting and more efficient braking performance. With self-adjusting brakes, the brake shoes are always properly aligned, so there's no need to manually adjust the brakes after the initial adjustment. As a result, you get optimum performance without having to take the time to continually perform this type of maintenance.


Thoroughly Tested for Safety

These brake assemblies meet the requirements for certification by the Canadian Standards Association (CSA). The CSA creates standards, which when complied with ensure a safe and quality product. These brake assemblies underwent extensive testing to measure stopping distances when braking. These brakes have also been tested by QAI for braking performance in a complete automotive setup and under real-world conditions to provide the most realistic scenario for the everyday driver.


Automotive-Grade Friction Material

Each shoe on these brake assemblies is lined with automotive-grade friction material for improved stopping performance and longevity. The friction material is fully bonded onto the surface of the brake shoe. This lining is custom-molded for a perfect fit. The edges are tapered to ensure long-lasting performance. This taper, along with the circular grinding that the lining undergoes, helps to prevent cracking and crumbling. This durability helps to prevent mechanical lockup, which can occur when brake shoes are excessively worn or broken.


The friction material is also SAE-N certified, which means that it is an environmentally safe product that complies with California and Washington regulations regarding the composition of brake pads. As a result, this material not only provides high-performance braking that can endure the test of time, but it is also environmentally friendly and safe for use throughout the United States and Canada.



B12EA-21 AxleTek 12" x 2" LH Self-Adjusting Electric Brake Assembly - Drivers Side - 5.2K, 6.0K, 7.0K Axles

B12EA-22 AxleTek 12" x 2" RH Self-Adjusting Electric Brake Assembly - Passengers Side - 5.2K, 6.0K, 7.0K Axles





Video of Electric Trailer Brakes - Self-Adjusting - 12" - Left/Right Hand - 5.2K to 7K - 25 Pairs

Videos are provided as a guide only. Refer to manufacturer installation instructions and specs for complete information.




Video Transcript for Setting up the etrailer Electric Trailer Brakes on a 2017 Grand Design Reflection Fifth Wheel

Hi there trailer owners, today on your 2017 Grand Design Reflection, we're going to be taking a look at and showing you how to install etrailer's Electric Trailer Brake Kit. This is what your brake assembly is going to look like once you've got installed.Some of the features on this assembly that really stand out to me that make it better than some of the competitors is the shoes that are located on each side. They're going to be fully bonded shoes, so there're no rivets. Some of the other shoe manufacturers out there we'll place rivets that hold the friction material on. And the problem with the rivets, it does hold the pads on very nicely. But when your shoes wear down, eventually the material is going to wear it down into the rivets, which can then dig into your drum assembly and destroy the entire drum assembly with the bonded pads here, the material will wear down and it'll have to get all the way down to the metal here before that would happen.

So you get more pad life with a bonded pad than you would with a riveted pad. Since the rivets are going to poke through, and there's still going to be friction material left that you're not going to be able to use, due to those rivets digging into your drum assembly.The backing plate that comes included with it is going to be powder-coated to prevent against rust and corrosion and these assemblies are also going to be self-adjusting. If we look here, this cable will go down to our adjuster mechanism here on the star wheel. And so whenever we go to back up, it will cause the mechanism here to move and adjust the brakes outward. Now this is not entirely the way you want to adjust it.

Once we've got our assemblies installed, you do want to do a first time adjustment where you adjust it just initially. And then from there on out, these self adjusters should take care of those adjustments.A lot of people will install these though, and think that it will adjust itself appropriately the first time, which eventually it will. But since it only adjusts, when you're backing up, you would have to do many, many backup and brake stops for this to adjust it appropriately. So it's much better to just adjust it that first time and know you got it right, rather than waiting for the self adjuster to bring it up to where it needs to be. But once you've got it set up that first time, the auto adjuster will take care of the rest and you won't have to adjust them again for the rest of the life of the pads.This replacement electric brake assembly is designed to work with 5,200, 6,000 or 7,000 pound axles with a 12 by two inch drum.

They use a five bolt pattern, which is commonly found on these axle & drum sizes. You also find commonly in the size that your wheels will be 14 and a half 15, 16, or 16 and a half inches.We'll begin our installation by lifting our trailer up and supporting it with jack stands and then taking the wheel off. You can lift it up with your floor jack and you can use your impact, if you've got one to take the wheels off. If you don't have an impact, you want to make sure you crack all of the nuts loose first before you lift it up. Now with our wheel out of the way, we can take a rubber mallet or a dead blow and gently tap on this.

We're not trying to take it all the way off with the hammer just to get it to come out a little bit so we can get our screwdriver behind it.Here we go, we got it to pop just a little bit. And then our flat-bladed screwdriver now will fit down that little spot and we can go ahead and pry it out. I also recommend that you got a rag set up somewhere because all of these components are going to have a lot of grease on them and it'll just help minimize the mess. Once we get the cover off, we can remove the cotter pin beneath it. You'll want to bend the cotter pin straight again and then you can just push it out of there.It can be a little tricky to get out, but it's just working back and forth a little bit and it will come out of there. If you can get your screwdriver in there. Now, a lot of times you are going to deform the pin. So I do highly recommend replacement when you do this, you can get cotter pins here at etrailer.com with cotter pin out of the way, we can take our nut off. We're just going to use some channel locks to unthread it, surely not on there tight you could do it by hand, but to help minimize the mess, we're going to use our channel locks. Set that aside and we can then slide our hub assembly off. Now you want to check it first. See if you can, if it gets stuck just like this one did here, you'll have to go underneath and loosen up your brake pads in order for it to slide off. There're covers located on the back of your assemblies, you just want to pop those off with your screwdriver.And then we can look inside for a small star wheel. We'll adjust the star wheel to loosen our brake pads. You'll also see on the star wheel, there will be a piece of metal on there, and that's the auto adjuster that pushes down to turn the stars. So we want to go the opposite way. We're going to be turning the side facing up to go the other direction.Sometimes it does require two screwdrivers. One to hold that piece of metal, the auto adjuster out of your way, and then another to adjust it. You don't always have to hold it out of the way, but sometimes the auto adjuster will readjust as you're unadjusting so you're not really getting any progress. We're just turning this little star wheel in here and you'll get a better look at the star wheel once we get it off. Cause it is difficult to see inside here unless you're looking directly at it. And once you get your screwdrivers in there, you really can't see it either.So we're just going to keep rotating it. And then we'll check to see if we can get it off. Now, it's now we'll slide it in. You can see it's going to come off now, before we take it all the way off. So we're going to take our screwdriver and we're going to put it on there to catch the bearing and the washer. I'm going to set those aside and we're going to get us a different rag to set the hub assembly on. So we don't make a mess, slide that off and set it on there. We can then remove all the nuts surrounding it that holds our backing plate on. We're using a 9/16" socket to do so.Now, before we slide our assembly off, we do have to cut the wires that are connected to it. So we're just going to ring them out and snip those. Got both of those snipped. This is the wire we're going to hook it back to coming out of our axle. These are just going to stay there because we're going to throw this whole assembly away. We can then slide the whole assembly off and then discard it.We'll now take our new assembly. Make sure you get your wires pulled out of the center there a lot of times they're tucked in and we're just going to slide it right on. Line up the holes in the backing plate with that on the hub there. And then re-install the nuts you want to make sure that you slid on the appropriate side. Most of them are going to be labeled here on the inside, where it says right-hand, but the best way to really go about it rather than using a sticker is to just compare it to your old assembly. The cable on this side goes towards the rear, just like our old assembly did. It was towards the rear. If we look at our other side, it's going to angle off towards this way because it's supposed to be on the other side. So it will angle towards the rear when, on the other side. So we know we got the right side, go ahead and re-install your nuts. We can then go back and tighten them down. I like to do it in a cross pattern to ensure that it tightens evenly.Then we'll torque our hardware to the trailer manufacturer specifications. We can then reattach our wires now. We're going to be using heat shrink butt connectors to attach it. If you need some, you can get some at etrailer.com here. I'm going to start by just putting one on each of the wires coming off of our brake assembly. And it really doesn't matter which one you hook these up to. As long as it gets power and ground, the brake hub doesn't really care, which one is the power wire and which one is the ground wire. So we only have two wires that go to this. So we're just going to hook those up to either one of those. So we're going to strip each of our old wires back now And just crimp those right onto our new trailer brake wires. Then we can use our heat gun to shrink down the butt connector.Now, if you're just replacing your brake assembly here, then you can reinstall your hub in reverse order of how you removed it. But since you've already got everything apart, I highly recommend it this time that you inspect your bearings and repack them. And if you find any damage with those, you should also replace your bearings at this time. Now, if you do need bearings in a hub, I highly recommend purchasing one of our kits here at etrailer.com to supplement your electric brake install.When you're reinstalling the drum, everything's just in the reverse order of how we took it off. But once we get the nut on here, before we put our Cotter pin back in, we do have to adjust our bearing pressure. Now, what I usually do when doing this as I will put it all the way tight first, just to ensure that the bearing is fully seated.So I'm spinning the hub. I'm tightening it all the way down with my champ box. Now that I've got it all the way tightened down, I want to back it back off because that's going to be too tight. That just ensures that we are fully seated. So we're going to back it off until it feels loose. And then we're just going to come up until it's snugs up against it. And then we want to check our holes here. And if we need to make small adjustments to our nut, to allow our Cotter pin to go back into place. So it's a little bit too tight, but if we loosen it up right about there, we can get our Cotter pin back in.We are replacing those. Our pin will slide in the hole and again, we may have to make some subtle adjustments to the nut in order for it to slide through. Once we've got it slid through. We're going to do just like our old one was and just bend both of the legs up to ensure that it can't come back out. Then we can just finish reinstalling our cap when going back on, I just have it with the mallet a little bit, just gently all the way around working it into place.At this point, now we can adjust our brake assembly. We want it to feel for a drag. There is a very slight subtle drag there, which is kind of what we're looking for, but these assemblies are often adjusted too loose. So it is best to adjust it. If it feels like it's getting too tight, we can just loosen it back up again. We're going to take the covers off just like we did when we loosened the old assembly up. And just like we did on that one, the only difference this time is we're going to be going down instead of up. So we're just going to adjust the star down and then we'll spin our assembly after making a few turns and see how it feels.Now we've got adjusted. What you're looking for is a slight drag and it's not going to drag the entire rotation. It's typically just going to drag at certain spots so we can see when we rotate it. We don't even hear it. Then when it comes around and then we can hear it. So that's what we're looking for. Just a slight drag like that. You can check it again once you get your wheel on, because a lot of times when you get the wheel on, you've got more mass there, so you can rotate the whole thing. And they'll usually rotate one or two times and you'll hear it scrape the pads just a little bit on its rotation around. If it doesn't even make one full rotation, then you probably got it a little bit too tight and you'll want to loosen it back up.We've adjusted on this side, I put the caps back in on the back and we can repeat this exact same process on the other side to complete our installation.If you have multiple axles like we do here, you can purchase another kit to do the other axle, if you need that one down as well. And that completes our installation of etrailer's Electric Trailer Brake Kit on our 2017 Grand Design Reflection..

Ratings & Reviews

4.6

2805 reviews
5 Stars
(2240)
4 Stars
(339)
3 Stars
(95)
2 Stars
(42)
1 Star
(89)
Self-adjusting driver's-side and passenger's-side brakes are 12" x 2". Brake pads are made of durable friction material for improved braking and longevity. E-coated backing plates resist rust. Fit 14.5" to 16.5" wheels.

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Info for this part was:

Employee Lindsey S
Edited by:
Lindsey S
Employee Wilson B
Updated by:
Wilson B
Employee Alexander C
Written by:
Alexander C

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