Difference between revisions of "Chromoflex RGB LED"

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[[Category: Hardware]]
 
[[Category: Hardware]]
[[Category: Lighting Automation]]
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[[Category: Automation]]
 
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[[Category: Lighting]]
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{{versioninfo|810Status=working|810UpdatedDate=5th May 2010|810UpdatedBy=[[User:Posde|posde]]}}
 
= About =
 
= About =
 
The Chromoflex is a RGB LED controller supporting serial control with rs232. The protocol is documented (USP3). One can atttach multiple units to a single interface (but only broadcasts supported for now).
 
The Chromoflex is a RGB LED controller supporting serial control with rs232. The protocol is documented (USP3). One can atttach multiple units to a single interface (but only broadcasts supported for now).
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= Protocol specification =
 
= Protocol specification =
 
http://www.xeroflex.com/Usp3_com.pdf
 
http://www.xeroflex.com/Usp3_com.pdf
 +
 +
= Relevant registers =
 +
The „Level“ is the current value of a channel (0 is „OFF“, 255 is full „ON“).
 +
If different from the appropriate „Set“ it is adjusted periodically.
 +
 +
* Adr 4: Red_Set
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* Adr 5: Green_Set
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* Adr 6: Blue_Set
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* Adr 7: X-Set
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 +
The „Set“ is the target value. Of course, to allow changes it must be >0.
 +
 +
* Adr 8: Red_Increment
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* Adr 9: Green_Increment
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* Adr 10: Blue_Increment
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* Adr 11: X_Increment
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The „Increment“ is the increment which is used to change the „Level“ until „Set“ is reached.
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 +
* Adr 17: Track
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The „Track“ determines the speed of the color transitions. It specifies the number of 1/100
 +
seconds after which the „Level“ is adjusted to the „Set“. If set to 1 and „Increment“ is 1 too, a
 +
complete change from Level 0 to 255 of any color needs 2.55 seconds. For slower changes it
 +
is recommended to set al „Increments“ to 1 and to set Track to a value of >= 1.
 +
 +
* Adr 18: Status
 +
 +
The Status Byte contains some bits for external control. „Status“ must be set to 1. In this case
 +
any on-board effect is stopped and only color changes (via „Level“, „Set“ and „Increment“
 +
are performed).
 +
 +
= Sample Setup =
 +
The following is NOT verified
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* A controller is needed, for example [http://www.pur-led.de/product_info.php?info=p937_Digitaler-RGB-Controller-Chromoflex-II-3x2-5A-stripe--mit-gem---.html Chromoflex II] - 45EUR.
 +
* A power supply is needed, for example [http://www.pur-led.de/product_info.php?info=p1702_LED-Netzteil-12VDC-20W-1-6A-max-Klemmanschluesse--grau--MM.html this] - 30EUR.
 +
* A LED strip is needed, for example [http://www.pur-led.de/product_info.php?info=p679_50cm-flexible-RGB-LED-bar---Stripe-colour-control-12V--standard-.html this 50cm RGB stripe] - 25EUR, or [http://www.pur-led.de/product_info.php?info=p1401_LED-Leiste-RGB-FLEX150-farbsteuerbar-12Vdc-5m-Rolle--standard-.html this 5m RGB strip] - 180EUR.
 +
The good thing about chromoflex is, that you extend it by daisy chaining the controllers. Each controller needs its own power supply.
 +
 +
A starter set containing most stuff, excluding the RS-232 cable, is [http://www.pur-led.de/product_info.php?info=p1822_Funk-SET-2--RGB-Stripe--Netzteil--Chromoflex-3-SET--Standard-.html available as well]. When buying stuff, make sure the stripes and controller have the same layout for the common wire, i.e. all common+, or all common-.
  
 
= Links =
 
= Links =
 
http://www.xeroflex.com/
 
http://www.xeroflex.com/

Latest revision as of 16:04, 28 September 2010

Version Status Date Updated Updated By
710 Unknown N/A N/A
810 working 5th May 2010 posde
1004 Unknown N/A N/A
1204 Unknown N/A N/A
1404 Unknown N/A N/A
Usage Information

About

The Chromoflex is a RGB LED controller supporting serial control with rs232. The protocol is documented (USP3). One can atttach multiple units to a single interface (but only broadcasts supported for now).

Status

The new Chromoflex_USP3 device template in 0810 supports the protocol, we've introduced a new "Light Device (RGB)" with a Set_Level_RGB command. On/Off/set level are mapped to rgb values. It is created as default child when adding the unit from the web admin. PnP won't be supported, as the unit does not send characters back, so no way to auto-detect it.

Video clip showing control of a RGB stripe from an IPAQ orbiter: http://vt100.at/lmce/videos/08072009007.mp4

Protocol specification

http://www.xeroflex.com/Usp3_com.pdf

Relevant registers

The „Level“ is the current value of a channel (0 is „OFF“, 255 is full „ON“). If different from the appropriate „Set“ it is adjusted periodically.

  • Adr 4: Red_Set
  • Adr 5: Green_Set
  • Adr 6: Blue_Set
  • Adr 7: X-Set

The „Set“ is the target value. Of course, to allow changes it must be >0.

  • Adr 8: Red_Increment
  • Adr 9: Green_Increment
  • Adr 10: Blue_Increment
  • Adr 11: X_Increment

The „Increment“ is the increment which is used to change the „Level“ until „Set“ is reached.

  • Adr 17: Track

The „Track“ determines the speed of the color transitions. It specifies the number of 1/100 seconds after which the „Level“ is adjusted to the „Set“. If set to 1 and „Increment“ is 1 too, a complete change from Level 0 to 255 of any color needs 2.55 seconds. For slower changes it is recommended to set al „Increments“ to 1 and to set Track to a value of >= 1.

  • Adr 18: Status

The Status Byte contains some bits for external control. „Status“ must be set to 1. In this case any on-board effect is stopped and only color changes (via „Level“, „Set“ and „Increment“ are performed).

Sample Setup

The following is NOT verified

The good thing about chromoflex is, that you extend it by daisy chaining the controllers. Each controller needs its own power supply.

A starter set containing most stuff, excluding the RS-232 cable, is available as well. When buying stuff, make sure the stripes and controller have the same layout for the common wire, i.e. all common+, or all common-.

Links

http://www.xeroflex.com/