Altinex MT101-117, MT101-115, MT101-114 manual KEY8= 8,108,0,0,0 Speakers Volume, Wrk

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MULTITASKER

Example 2:

The Key 8 label is SPEAKERS; it is set for volume control, and it is unlocked. The system will return the following:

KEY8= 8,108,0,0,0 SPEAKERS VOLUME

Example 3:

Display the contents of all the keys by sending {RDK*} and the system will display the key programs in the following format:

KEY 01: 000,000,000,000,000 LOCKED

KEY 02: 000,000,000,000,000 VOLUME

KEY 03: 000,000,000,000,000 VCR_ON

KEY 04: 000,000,000,000,000 VCR_OFF

KEY 05: 000,000,000,000,000

KEY 06: 000,000,000,000,000

KEY 07: 000,000,000,000,000

KEY 34: 000,000,000,000,000

KEY 35: 000,000,000,000,000

KEY 36: 000,000,000,000,000

NOTE: Unlike the subroutines, all key programs will be displayed even if they are not programmed. Keys that have not been programmed will be defined with all states equal to zero (000,000,000,000,000).

36.{WRK}

This command writes a key by assigning a subroutine ID to each of the 5 key states.

CAUTION: If programming Key 1 to perform functions from the front panel, remember SUB1 is a special case and is always performed on power-up or reset. Use another subroutine number, but make sure it can be recognized as relating to Key 1. An example would be SUB101.

A key may have up to five different states so it can be assigned to execute five different subroutines. The following table shows the state number and the condition a key must be in for the subroutine assigned to a particular state to be executed.

State

What to do when a key is pressed

and…

 

1the LED is OFF

2the LED is ON

3the LED is FLASHING

4HELD for at least 2.5s

5HELD for 2.5s at power-up

Format: {WRKn=s1,s2,s3,s4,s5}

Kn

= Key # (n = # from 1 to 36)

s1

= Sub ID (#0 to 180) for state 1

s2

= Sub ID (#0 to 180) for state 2

s3

= Sub ID (#0 to 180) for state 3

s4

= Sub ID (#0 to 180) for state 4

s5

= Sub ID (#0 to 180) for state 5

NOTE: Use subroutine zero if nothing should happen for a particular state. The key definition {WRK2=2,0,0,0,0} tells the controller to execute SUB2 if Key 2 is pressed when its LED is off and nothing for the remaining states.

Example: Key 6

{WRK6=10,20,30,40,0}

10 - State 1: Execute SUB10 when Key 6 is pressed and LED6 is OFF.

20 - State 2: Execute SUB20 when Key 6 is pressed and LED6 is ON.

30 - State 3: Execute SUB30 when Key 6 is pressed and LED6 is FLASHING.

40 - State 4: Execute SUB40 when Key 6 is PRESSED and HELD for 2.5s.

00 - State 5: Do nothing if Key 6 is PRESSED and HELD for 2.5s on power-up.

NOTE: If there are any discrepancies or if the buffer has not been initialized, the user will receive a message such as PLEASE PERFORM BUFFER TEST. Use the {TEST} command to initialize the buffer. Please refer to the {TEST} command for more information.

400-0402-003

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Contents MT101-114/115/117 Table of Contents General Precautions / Safety WarningsInstallation CleaningMT101-114/115/117 General Technical SpecificationsMT101-114/115/117 Electrical KEY Number Locations Product DescriptionDiagram 1 Installation Instructions Application DiagramsSubroutines Diagram 2 Sample Matrix SetupMultiTasker Computer Control System AC Power Cord Before Opening the EnclosureOperation DisconnectKEY Programming POWER-UP SUB1 U0/U1Saving Card Configurations Identify Unit IDRS-232 Protocol RS-232 Connection 1 RS-232 CommunicationSET Description of CommandsRS-232 Commands VERIDUi RESDFB EFBRMC STA1STA0 12. WRBEEPn RateRATE= RATE=STXM BaudBAUD= TXRHelp Xyz27. @xyz TestClfc LED CommandsLEDn= LEDm-nRDK STAWRK KEY8= 8,108,0,0,0 Speakers VolumeKEY ClrkLock Unlk or UnlockRdsk RdlkWrlk ClrlkUplk ClrvkWRS Subroutine CommandsRDS ALL Subroutines are EmptyWRS=S Matrix FunctionsWait SUBClrs Subroutines are ClearedDFB VERSET RESTroubleshooting Guide Altinex Policies Limited WARRANTY/RETURN Policies Contact InformationToll Free 1-800-ALTINEX