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Topic:
Panasonic and pronto
This thread has 6 replies. Displaying all posts.
Post 1 made on Sunday November 9, 2008 at 14:17
johe
Lurking Member
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November 2008
2
I have a "Panasonic Inverter NE9GKE" with ir remote, i have tried to make my Philips pronto RU980 to learn the ir codes but it seems impossible. As i understand panasonic uses REC80 or RECS80?
I have capture the signal with my "[Link: picotech.com]"
And it looks like the signal explained in this link.
[Link: users.telenet.be]

When i tried to learn the signal in my pronto everything seems ok, but the signal learned does not work.

Is there any one that knows if the pronto support this code type.
Does any one know how to identify the siginal type or make it work.

/ Jonas hellgren, Sweden
Post 2 made on Sunday February 1, 2009 at 00:59
RemoteOne
Lurking Member
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Posts:
June 2008
4
Jonas,
No answer to you actual question sorry, but someone correct me if I'm wrong:
REC-80 is Panasonic
RECS-80 is Philips

Very Different protocols I believe. I think panacode.htm is confusing RECS-80 with REC-80 and the info described is neither.
Post 3 made on Sunday February 1, 2009 at 01:56
Jasonvp
Select Member
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Posts:
July 2008
2,404
johe,

You should Post some Hex Codes that you have learned to the Pronto Remote even if they don`t work.If there is an error in the Hex String someone will be able to help you!
Post 4 made on Sunday February 1, 2009 at 08:58
johnsfine
IR Expert
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September 2002
5,159
On November 9, 2008 at 14:17, johe said...
As i understand panasonic
uses REC80 or RECS80?

I don't know what "REC80" is. I also don't know the official name for the old Panasonic protocol. I don't recall any Panasonic devices using RECS80.

And it looks like the signal explained in this link.
[Link: users.telenet.be]

Except for one detail, that looks like the protocol I call "old Panasonic". Almost all examples of old Panasonic protocol I've seen have been modulated around 58Khz, but that link says it is 38Khz.

What did you mean by "looks like"? On a scope, lots of different IR protocols generally look the same. Did you check the carrier frequency? Did you count the bits? Did you check that the complement bits actually are complements of the corresponding earlier bits? That's a lot of work, so I'm not necessarily suggesting you do it. I just wanted to know whether you did in order to know how to trust your "looks like".

I don't think there are many Panasonic devices left that use that protocol. Most use Panasonic's version of Kaseikyo protocol.

When i tried to learn the signal in my pronto everything
seems ok, but the signal learned does not work.

As Jason said, post the Pronto Hex.
You might also retry learning with new batteries in the Panasonic remote.

Is there any one that knows if the pronto support this
code type.

A Pronto should have no trouble learning old Panasonic protocol at 38Khz or 58Khz or anywhere in that general range. It also should have no trouble learning Kaseikyo protocol or others that Panasonic uses.

Does any one know how to identify the siginal type or
make it work.

From a good picture of a scope capture I could identify it. From a good or even a fairly flawed Pronto Hex string from a learning attempt, I or many others here could identify it.
Post 5 made on Friday April 3, 2015 at 02:28
namratha
Lurking Member
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April 2015
2
0000 0070 0000 0032 0080 003E 0011 000D 0011 002F 0011 000D 0012 000D 0011 000E 0011 000E 0011 000D 0011 000E 0011 000E 0011 000E 0011 000D 0011 000D 0011 000E 0011 002E 0012 000D 0011 000E 0011 000E 0011 000D 0012 000D 0011 000E 0011 000E 0011 000D 0011 000D 0011 002F 0011 000D 0011 000E 0011 000E 0011 000E 0011 000D 0012 000D 0011 000E 0011 000E 0011 002E 0011 000E 0011 002E 0012 002E 0011 002E 0012 002E 0011 000D 0011 000D 0011 002F 0011 000E 0011 002E 0011 002E 0011 002E 0011 002F 0011 000D 0011 002E 0011 0AB5

Above is the learnt hex code for panasonic ir tv remote . I wanted to know which protocol does this panasonic is using and information about hex format
Post 6 made on Thursday April 16, 2015 at 13:21
Suhoff77
Lurking Member
Joined:
Posts:
April 2015
2
Panasonic protocol is the most commonly seen member of the Kaseikyo family

OEM_code1 is 2 and OEM_code2 is 32 (or DecodeIr won't display the name
as "Panasonic"). So those values in KM or RM can be changed from the
default 2 and 32 only when using the Panasonic entry in KM or RM to
produce some Kaseikyo variant OTHER THAN Panasonic
Post 7 made on Saturday April 18, 2015 at 12:01
SysIntegration
Advanced Member
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Posts:
December 2013
895
On April 3, 2015 at 02:28, namratha said...
0000 0070 0000 0032 0080 003E 0011 000D 0011 002F 0011 000D 0012 000D 0011 000E 0011 000E 0011 000D 0011 000E 0011 000E 0011 000E 0011 000D 0011 000D 0011 000E 0011 002E 0012 000D 0011 000E 0011 000E 0011 000D 0012 000D 0011 000E 0011 000E 0011 000D 0011 000D 0011 002F 0011 000D 0011 000E 0011 000E 0011 000E 0011 000D 0012 000D 0011 000E 0011 000E 0011 002E 0011 000E 0011 002E 0012 002E 0011 002E 0012 002E 0011 000D 0011 000D 0011 002F 0011 000E 0011 002E 0011 002E 0011 002E 0011 002F 0011 000D 0011 002E 0011 0AB5

Above is the learnt hex code for panasonic ir tv remote . I wanted to know which protocol does this panasonic is using and information about hex format

You should make IRScrutinizer your new best friend.  Copy and paste your codes and find all the information you need.
0101001101111001011100110100100101101110011101000110010101100111011100100110000101110100011010010110111101101110


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