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Digital inputs

/stm.cgi?idname

Set a name for the digital input.

GET /stm.cgi?idname=AB
  • A is index of digital input INPD1-INPD4, integer 0-3
  • B is the name to set, a string of up to 15 characters

Example:

http://192.168.1.100/stm.cgi?idname=0Heater

/stm.cgi?inpdp

Set Pull-Up mode for the input.

GET /stm.cgi?inpdp=A
  • A determines whether the function is enabled, integer 0-15 (4 bits 20, 21, .. ,23 sequentially for INPD1-INPD4)

Example:

http://192.168.1.100/stm.cgi?inpdp=15

/stm.cgi?inpdnn

Set negation for input (affects web page display only).

GET /stm.cgi?inpdnn=A
  • A determines whether the function is enabled, integer 0-15 (4 bits 20, 21, .. ,23 sequentially for INPD1-INPD4)

Example:

http://192.168.1.100/stm.cgi?inpdnn=0

/stm.cgi?inpdb

Set the bistable work mode for the input.

GET /stm.cgi?inpdb=A
  • A determines whether the function is enabled, integer 0-15 (4 bits 20, 21, .. ,23 sequentially for INPD1-INPD4)

Example:

http://192.168.1.100/stm.cgi?inpdb=0

/stm.cgi?inpdbt

Set the time for bistable work.

GET /stm.cgi?inpdbt=AB
  • A is index of digital input INPD1-INPD4, integer 0-3
  • B is a number of seconds, integer

Example:

http://192.168.1.100/stm.cgi?inpdbt=010

/stm.cgi?imptimen

Enable Impulse time function for group of inputs.

GET /stm.cgi?imptimen=A
  • A determines whether the function is enabled, integer 0-3 (2 bits 20, 21 for INPD1 + INPD2 and INPD3 + INPD4)

Example:

http://192.168.1.100/stm.cgi?imptimen=1