1. Device: Muskoka MFB28-2
2. Type of device: Electric Fireplace
3. Year: 2009
4. JP1/UEI Remote model: Atlas OCAP (with learning) / Comcast JP1.3
5. Do you have a JP1 cable? Yes
6. Still have original remote? No
7. Checked the file section? Yes
8. Checked Pronto file section (at R/C)? Yes
9. Partially working setup code? No
10. Learning remote question? Yes
11. Have you tried the JP1 Lookup Tool? Yes
Probably sold only in Canada...
Remote can be seen in installation manual on page 4:
http://www.homedepot.ca/wcsstore/HomeDe ... ctions.pdf
I'm also willing to try any other fireplace remote codes from other manifacturers... since these China made devices might have been sold under other names using the same control circuits.
Code for Electric Fireplace Muskoka MFB28-2
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Re: Code for Electric Fireplace Muskoka MFB28-2
There wasn't an exact match on the Logitech Harmony Database; however, the Greenway MFB28-2 was offered as a conciliatory option. I recorded the signals of the respective device's IR profile using IR Scope & Widget. Since the protocol comes up as <unknown>, perhaps one of our wonderful protocol creators can assist you further.mario wrote:I'm also willing to try any other fireplace remote codes from other manifacturers... since these China made devices might have been sold under other names using the same control circuits.
Remotes; JP1.2: Comcast URC-1067, JP1.3: Insignia NS-RC02U-10A, JP1.4 OARI06G, JP2.1: Cox URC-8820-MOTO (still trying to figure out how to make them self-aware.)
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vickyg2003
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I believe this might hinder your request.vickyg2003 wrote:Mario, you have a learning remote and a cable, learn the signals and post your IR or RMIR file in the diagnosis section and post a link in this thread. Then we can see if these are similar to the other electric fireplace. Then we can create an upgrade for one or both fireplaces.
mario wrote:6. Still have original remote? No
Remotes; JP1.2: Comcast URC-1067, JP1.3: Insignia NS-RC02U-10A, JP1.4 OARI06G, JP2.1: Cox URC-8820-MOTO (still trying to figure out how to make them self-aware.)
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vickyg2003
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The IRP is
{37.4k,425,msb}<1,-3|3,-1>(A:12,16)+
Of course we don't know how the engineers intended this to be divided, but A can be partitioned to give D:4, F:8 which would give us maximum flexibility.
{37.4k,425,msb}<1,-3|3,-1>(D:4,F:8,16)+
If divided this way, we have D=13, and the OBCs are
I'll try using Graham's new executor generating facility in RMIR next.
{37.4k,425,msb}<1,-3|3,-1>(A:12,16)+
Of course we don't know how the engineers intended this to be divided, but A can be partitioned to give D:4, F:8 which would give us maximum flexibility.
{37.4k,425,msb}<1,-3|3,-1>(D:4,F:8,16)+
If divided this way, we have D=13, and the OBCs are
Code: Select all
Heat 132 110110000100
Power 136 110110001000
Cooler 130 110110000010
Hotter 129 110110000001
Time 195 110111000011 Test rmdu for Muskoka MFB28-2
This was tested using an Atlas 1056B01, and seems to give the correct signals. Built using RMIR protocol feature.
This was tested using an Atlas 1056B01, and seems to give the correct signals. Built using RMIR protocol feature.
You're welcome. Always glad to be of some assistance.3FG wrote:Good! Thanks, Earl (eferz). I've added the HCS08 executor and moved the upgrade file to Device Upgrades\Misc.
Remotes; JP1.2: Comcast URC-1067, JP1.3: Insignia NS-RC02U-10A, JP1.4 OARI06G, JP2.1: Cox URC-8820-MOTO (still trying to figure out how to make them self-aware.)