LCN Binding - jfederico/openhab GitHub Wiki

Author: Tobias Jüttner, Date: 10/28/2015

Overview

  1. LCN Quick-Reference
  2. Configuration Guide
  3. Items Configuration Guide
  4. LCN Demo
  5. Examples

1. LCN Quick-Reference

1.1 LCN Modules

Active LCN components connected to the LCN bus are called LCN modules. LCN modules are addressed by their numeric id: Valid range is 5..254

In larger buildings, a second topologic layer is added: segments. Valid range is 5..128 or 0 (= no segments exist) or 3 (= target all segments)

Examples: S000M005, S011M100

LCN modules within the same segment can be grouped: Valid range is 5..254 or 3 (= target all groups)

Examples: S000G022, S011G111

1.2 LCN Firmware Versions

Each LCN module has a feature-set based on its firmware version. This version is written as follows: [year since 1990][month][day]

Each component is written in hexadecimal with 2 characters. Examples:

  • 090101 = 1. january 1990
  • 0D0C01 = 1. december 2003
  • 170206 = 6. feb. 2013

1.3 LCN Output-Ports

LCN modules support 2 to 4 analog output-ports (number depends on firmware version). Status values are always in percent.

Modules since 170206 have a 0.5%-steps resolution. Older modules have a 2%-steps resolution.

The time it takes the output-port to reach its set-point is called ramp.

1.4 LCN Variables

LCN modules support:

  • 3 or 12 (since 170206) analog variables for general usage
  • 2 regulator set-points
  • 5 or 4x4 (since 170206) thresholds (trigger levels)
  • 4 S0-input counters (LCN-BU4L must be connected)

1.5 LCN Regulators (additions to variables)

LCN modules have 2 regulators. Each one has a set-point and uses one variable as its value-source (see LCN Variables).

1.6 LCN Relays

LCN modules support up to 8 relays. If no hardware-relays are connected, the relays can still be used as virtual.

1.7 LCN Binary-Sensors

LCN modules support up to 8 binary-sensors (hardware periphery must be connected).

1.8 LCN LEDs (legacy name: lamps)

12x multi-state variables used for logic operations.

Values: 0(OFF), 1(ON), 2(BLINK), 3(FLICKER)

1.9 LCN Logic-Operations (legacy name: sums)

4x multi-state variables representing the result of associated LEDs.

Values: 0(NOT), 1(OR), 2(AND)

1.10 LCN Keys

LCN keys are data-points with bound commands. LCN modules support 3 ("A-C") or 4 ("A-D") key-tables (number depends on firmware version).

Each key-table holds 8 keys. Examples: A1, A7, D8

Each key has 3 command types: HIT(press), MAKE(long press), BREAK(long press release)

Some of these keys can be locked which means the bound (LCN-)commands cannot be executed (via LCN)!

2. Configuration Guide

The openHAB LCN binding connects to one or more LCN-PCHK instances via TCP/IP. This means 1 unused LCN-PCHK license is required!

The minimum recommended version is LCN-PCHK 2.8 (older versions will also work, but lack some functionality). Visit http://www.lcn.de for updates.

2.1 Example configuration for a connection

lcn:id1=myhome
lcn:address1=localhost:4114
lcn:username1=lcn
lcn:password1=test123
lcn:mode1=native200

This defines a connnection (#1) to LCN-PCHK on localhost port 4114. myhome will be the connection's unique identifier (connid, used in openHAB mapping-definitions). address can be any IP or host name. The port (:4114) is optional.

mode specifies the operation mode of the LCN bus:

  • LCN busses with solely modules with firmware 170206 (feb. 2013) or newer use native200 (means: output-ports have 200 dimming steps)
  • All other LCN busses use native50 (means: output-ports have 50 dimming steps)

This is an important setting as the operation mode is programmed into the LCN modules by LCN-PRO. If you experience unexpected behavior while dimming output-ports, the connection is probably in the wrong operation mode!

For older versions than LCN-PCHK 2.8: Use percent50 and percent200 instead (loses some precision).

2.2 Adding a second connection (#2)

lcn:id2=myotherhome
lcn:address2=...
...

More connections are defined by incrementing the appended counter (2 in the example).

Do not skip any numbers! GOOD: 1,2,3,4 BAD: 1,3,4

2.3 Advanced settings

lcn:timeout1=2000 <- Timeout for requests in milliseconds (default = 3500)

3 Items Configuration Guide

LCN items are defined by mapping openHAB commands to LCN commands:

Example item with 2 mappings:

Switch exampleItem "my text" {lcn="[openHABcmd:connid:lcncmd...], [openHABcmd:connid:lcncmd...], ..."}
  • openHABcmd: ON, OFF, INCREASE, DECREASE... (must be replaced when using the examples)
  • connid: Unique identifier for the LCN connection. Always myhome in the examples here
  • lcncmd...: What to do

Everything is case-insensitive.

Visualization of an item is done as follows:

  • With an explicit visualization mapping ("best practice")
  • or implicitly by analyzing all present mappings ("lazy")

A visualization-mapping should always be the first one specified (before all others)!

The benefits of an explicit visualization mapping: By explicitly telling the openHAB item where to get the current status from, it is possible to visualize one thing, but control something completely different!

3.1 LCN Addresses

Examples for S000M005:

openHABcmd:connid:S0.M5...
openHABcmd:connid:0.5...  ("M" is implicit if missing)
openHABcmd:connid:0.M005...

Examples for S000G011:

openHABcmd:connid:0.G11...
openHABcmd:connid:S0.G11...

3.2 LCN Output-Ports

Switch S000M005, output-port 2 (no ramp):

Switch exampleO2 "M005 output-port 2" {lcn="[myhome:OUTPUT_STATUS.0.5.2], [ON:myhome:ON.0.5.2], [OFF:myhome:OFF.0.5.2]"}

The same using lazy visualization and ramp 10s:

Switch exampleO2 "M005 output-port 2" {lcn="[ON:myhome:ON.0.5.2.10s], [OFF:myhome:OFF.0.5.2.10s]"}

Visualize S000M005, output-port 3 current value (percent):

Number exampleO3 "M005 output-port 3 [%d]" {lcn="[myhome:OUTPUT_STATUS.0.5.3]"}

Relative output-port commands:

  • +10.5% output-port 2: [openHABcmd:myhome:ADD.0.5.2.10,5%]
  • -5% output-port 2: [openHABcmd:myhome:SUB.0.5.2.5%]
  • alternative for -5%: [openHABcmd:myhome:REL.0.5.2.-5%]

Dimmer S000M005, output-port 2 (5% steps):

Dimmer exampleO2 "M005 output-port 2 [%s]" {lcn="[myhome:OUTPUT_STATUS.0.5.2], [INCREASE:myhome:ADD.0.5.2.5%], [DECREASE:myhome:SUB.0.5.2.5%], [%i:myhome:DIM.0.5.2.%i]"}

"%i"-mapping is required for HABDroid

Toggle S000M005, output-port 2: [openHABcmd:myhome:TOGGLE.0.5.2]

with ramp 10s: [openHABcmd:myhome:TOGGLE.0.5.2.10s] (also valid: 0,5s,1second,10seconds,30sec)

Dim S000M005, output-port 2 to 66,5%: [openHABcmd:myhome:DIM.0.5.66,5%]

with ramp 10s: [openHABcmd:myhome:DIM.0.5.2.66,5%.10s]

Note: ON/OFF/DIM/TOGGLE also support "all outputs an once": Replace the output-port (1,2,3,4) with ALL.

The only allowed unit for ramps is seconds!

3.3 LCN Variables

Variables can be shown and changed using several measurement units:

  • lcn (internal native/raw format)
  • °C / °Celsius / Celsius
  • °K / °Kelvin / Kelvin
  • °F / °Fahrenheit / Fahrenheit
  • lx / Lux (for periphery connected to the LCN module's I-port)
  • lx_T / Lux_T (for periphery connected to the LCN module's T-port)
  • m/s
  • % / Percent (used for humidity)
  • ppm (used for CO2)
  • V / VOLT
  • A / Amp / Ampere
  • ° (angle) / Degree

All these alternative spellings can be used.

Visualize S000M0005, Var 2/12:

String exampleVar2 "M005 Var 2 temperature [%s °C]" {lcn="[myhome:VAR_VALUE.0.5.2.°C]"}
String exampleVar2 "M005 Var 2 [%s]" {lcn="[myhome:VAR_VALUE.0.5.2]"}

Visualize S000M0005, Regulator 1 Set-Point:

String exampleSetPoint1 "M005 regulator 1 set-point [%s °C]" {lcn="[myhome:SETPOINT_VALUE.0.5.1.°C]"}

Set-point control to change regulator 1:

Number exampleSetPoint "M005 regulator 1 set-point [%f °C]" {lcn="[myhome:SETPOINT_VALUE.0.5.1.°C], [%i:myhome:SETPOINT.0.5.1.%i°C]"}
Number exampleSetPoint "M005 regulator 1 set-point [%f °C]" {lcn="[%i:myhome:SETPOINT.0.5.1.%i°C]"}  <- Short form

Visualize S000M0005, threshold 3-4 (register is 3!):

String exampleT34 "M005 threshold 3-4 [%s °C]" {lcn="[myhome:THRESHOLD_VALUE.0.5.3.4.°C]"}

Visualize S000M0005, S0-input 3/4 (requires LCN-BU4L connected to the LCN module):

String exampleS0 "M005 S0-input 3 [%s]" {lcn="[myhome:S0_VALUE.0.5.3]"}

3.4 Changing Variables

Example S000M005, variable 7:

  • Add 10°C: [openHABcmd:myhome:VAR_ADD.0.5.7.10°C]
  • Sub 10°C: [openHABcmd:myhome:VAR_SUB.0.5.7.10°C] or [openHABcmd:myhome:VAR_REL.0.5.7.-10°C]
  • Add raw value 15: [openHABcmd:myhome:VAR_ADD.0.5.7.15] or [openHABcmd:myhome:VAR_ADD.0.5.7.15LCN]
  • Reset to 0: [openHABcmd:myhome:VAR_RESET.0.5.7]
  • Set to 10°C: [openHABcmd:myhome:VAR.0.5.7.10°C]

Example S000M005, set-point regulator 2

  • Add 1°C: [openHABcmd:myhome:SETPOINT_ADD.0.5.2.1°C]
  • Reset to 0: [openHABcmd:myhome:SETPOINT_RESET.0.5.2]
  • Set to 10°C: [openHABcmd:myhome:SETPOINT.0.5.2.10°C]

Example S000M005, threshold 3-4 (register is 3!):

  • Add 10,5°C: [openHABcmd:myhome:THRESHOLD_ADD.0.5.3.4.10,5°C]

3.4.1 Special Cases

  1. VAR and VAR_RESET with modules before 170206: If the command's target is an LCN group, those older modules require special commands to work: VAR_OLD, VAR_RESET_OLD
  2. Thresholds with modules before 170206: Older modules only have threshold register 1 (but 5 instead of 4 values!). If the command's target is an LCN group, those older modules require special commands to work: THRESHOLD_ADD_OLD, THRESHOLD_SUB_OLD, THRESHOLD_REL_OLD

3.5 LCN Regulators (additions to variables)

Lock/unlock S000M005, Regulator 1/2:

Switch exampleLockReg2 "M005 reg.2 lock/unlock" {lcn="[ON:myhome:LOCK_REGULATOR.0.5.1], [OFF:myhome:UNLOCK_REGULATOR.0.5.1]"}

Visualize S000M005, Regulator 2/2 lock-state:

Contact exampleLockReg1 "M005 reg.2 lock-state" {lcn="[myhome:REGULATOR_LOCK_STATE.0.5.2]"}

3.6 LCN Relays

Switch S000M005, relay 6/8:

Switch exampleRelay6 "M005 relay 6" {lcn="[ON:myhome:RELAYS.0.5.-----1--], [OFF:myhome:RELAYS.0.5.-----0--]"}

Visualize S000M005, relay 6:

Contact exampleRelay6 "M005 relay 6/8" {lcn="[myhome:RELAY_STATE.0.5.6]"}

More command examples:

Toggle relay 1, turn OFF relays 5+6, turn ON relays 7: [ON:myhome:RELAY.0.5.T---001-]

3.7 LCN Binary-Sensors

Visualize S000M005, Binary-Sensor 4/8:

Contact exampleWindow "M005 bin.sensor 4" {lcn="[myhome:BINARY_STATE.0.5.4]"}

3.8 LCN LEDs (legacy name: lamps)

Visualize S000M005, LED 8/12 numeric state:

Number exampleLed8 "M005 LED 8 [%d]" {lcn="[myhome:LED_STATE.0.5.8]"}

Visualize S000M005 LED 8 text state:

String exampleLed8 "M005 LED 8 [%s]" {lcn="[myhome:LED_STATE.0.5.8]"}

Visualize S000M005 LED 8 state with custom texts:

String exampleLed8 "M005 LED 8 [%s]" {lcn="[myhome:LED_STATE.0.5.8.myOFFtext.myONtext.myBLINKtext.myFLICKERtext]"}

Switch S000M005 LED 8 on/off (lazy visualization):

Switch exampleLed8 "M005 LED 8 on/off" {lcn="[ON:myhome:LED.0.5.8.ON], [OFF:myhome:LED.0.5.8.OFF]}

Switch S000M005 LED 8 blink/flicker (lazy visualization):

Switch exampleLed8 "M005 LED 8 on/off" {lcn="[ON:myhome:LED.0.5.8.FLICKER], [OFF:myhome:LED.0.5.8.BLINK]}

3.9 LCN Logic-Operations (legacy name: sums)

Visualize S000M005 logic-op. 3 numeric state:

Number exampleOp3 "M005 logic-op. 3 [%d]" {lcn="[myhome:LOGICOP_STATE.0.5.3]"}

Visualize S000M005 logic-op. 3 text state:

String exampleOp3 "M005 logic-op. 3 [%s]" {lcn="[myhome:LOGICOP_STATE.0.5.3]"}

Visualize S000M005 logic-op. 3 state with custom texts:

String exampleOp3 "M005 logic-op. 3 [%s]" {lcn="[myhome:LOGICOP_STATE.0.5.3.myNOTtext.myORtext.myANDtext]"}

3.10 LCN Keys

Sending keys (a.k.a. execute bound commands):

Example: S000M005, keys A1,A5,D8

  • "hit": [openHABcmd:myhome:KEYS.0.5.A1A5D8] or [openHABcmd:myhome:KEYS.0.5.A1A5D8.HIT]
  • "make": [openHABcmd:myhome:KEYS.0.5.A1A5D8.MAKE]
  • "break": [openHABcmd:myhome:KEYS.0.5.A1A5D8.BREAK]

Sending keys deferred/delayed:

Example: S000M005, keys A1,A5,D8

  • "hit" in 10s: [openHABcmd:myhome:KEYS.0.5.A1A5D8.10s] (range 1..60, also valid: 1second,10seconds,30sec)
  • "hit" in 10m: [openHABcmd:myhome:KEYS.0.5.A1A5D8.10m] (range 1..90, also valid: 1minute,10minutes,45min)
  • "hit" in 1h: [openHABcmd:myhome:KEYS.0.5.A1A5D8.HIT.1h] (range 1..50, also valid: 1hour,24hours)
  • "hit" in 7d: [openHABcmd:myhome:KEYS.0.5.A1A5D8.HIT.7d] (range 1..45, also valid: 1day,7days)

"make"/"break" is NOT supported!

Change lock-state S000M005 lock C1, unlock C2, toggle C7:

[openHABcmd:myhome:LOCK.0.5.C.10----T-]

Switch S000M005, show lock-state of key C4, control lock-state of C4,C5,C5:

Switch exampleC456 "M005 C4(,C5,C6) lock" {lcn="[myhome:LOCK_STATE.0.5.C4], [ON:myhome:LOCK.0.5.C.---111--], [OFF:myhome:LOCK.0.5.C.---000--]"}

The same using lazy visualization (will visualize C4, as it is the first key in the list):

Switch exampleC456 "M005 C4 lock" {lcn="[ON:myhome:LOCK.0.5.C.---111--], [OFF:myhome:LOCK.0.5.C.---000--]"}

Lock keys A1,A2,A3 for 10m: [openHABcmd:myhome:LOCK.0.5.A1A2A3.10m]

Same time-values as KEYS command. Only table A is supported!

3.11 Misc Commands

Dynamic text for LCN-GTxD displays (support 4 independent text rows):

Example: S000M005 row 1/4:

[openHABcmd:myhome:DYNTEXT.0.5.1.text up to 60 characters]

The text will be encoded as UTF-8 which means non-ASCII characters will reduce the total available length.

Other commands can be sent by using the LCN-PCK format.

There will be no implicit lazy visualization for these commands!

Beep S000M005 4 times (must be allowed => LCN-PRO):

  • tone 1: [openHABcmd:myhome:PCK.0.5.PIN4] (range 1..15)
  • tone 2: [openHABcmd:myhome:PCK.0.5.PIS004]

Store current output-port value(s) as light-scene 6/10:

  • store output 1: [openHABcmd:myhome:PCK.0.5.SZS1005] (range is 0..9)
  • store output 2: [openHABcmd:myhome:PCK.0.5.SZS2005]
  • store output 3(+4): [openHABcmd:myhome:PCK.0.5.SZS4005]

Storing multiple outputs at once: 1+2+3(+4): SZS7, 1+2: SZS3, 1+3: SZS5, 2+3: SZS6

Recall light-scene 6/10:

recall output 1: [openHABcmd:myhome:PCK.0.5.SZA1005] (range is 0..9)

Same as store, just SZAx instead of SZSx.

Change light-scene register:

to register 5/10: [openHABcmd:myhome:PCK.0.5.SZW004] (range is 0..9)

4. LCN Demo

ISSENDORFF KG has a LCN-demo set-up that is reachable via internet.

openhab.cfg

lcn:id1=lcndemo
lcn:address1=access.lcn.de:5225
lcn:username1=lcn
lcn:password1=lcn
lcn:mode1=native200

Items

Contact lcnMotionDetect "Motion detect" {lcn="[lcndemo:BINARY_STATE.0.5.4]"}
Contact lcnRelayVis "Relay" {lcn="[lcndemo:RELAY_STATE.0.5.1]"}
Switch lcnRelay "Relay" {lcn="[ON:lcndemo:RELAYS.0.5.1-------], [OFF:lcndemo:RELAYS.0.5.0-------]"}
Switch lcnLightSwitch "Light" {lcn="[ON:lcndemo:ON.0.5.1.2s], [OFF:lcndemo:OFF.0.5.1.2s]"}
Dimmer lcnLightDimmer "Light [%s]" {lcn="[lcndemo:OUTPUT_STATUS.0.5.1], [INCREASE:lcndemo:ADD.0.5.1.5%], [DECREASE:lcndemo:SUB.0.5.1.5%], [%i:lcndemo:DIM.0.5.1.%i]"}
Number lcnCounter "Counter [%d]" {lcn="[lcndemo:VAR_VALUE.0.5.1]"}
String lcnTemp "Temperature [%s °C]" {lcn="[lcndemo:VAR_VALUE.0.5.2.°C]"}
String lcnSetPoint "Set-point [%s °C]" {lcn="[lcndemo:SETPOINT_VALUE.0.5.1.°C]"}
Number lcnSetPointDim "Set-point (10-23°C) [%f °C]" {lcn="[lcndemo:SETPOINT_VALUE.0.5.1.°C], [%i:lcndemo:SETPOINT.0.5.1.%i°C]"}
String lcnRegulatorTarget "Regulator [%s]" {lcn="[lcndemo:OUTPUT_STATUS.0.5.3]"}
Switch lcnRegulatorLock "Regulator lock" {lcn="[ON:lcndemo:LOCK_REGULATOR.0.5.1], [OFF:lcndemo:UNLOCK_REGULATOR.0.5.1]"}
String lcnBright "Brightness [%s lx]" {lcn="[lcndemo:VAR_VALUE.0.5.3.lx]"}
String lcnCO2 "CO2 [%s ppm]" {lcn="[lcndemo:VAR_VALUE.0.5.4.ppm]"}
String lcnThreshold1 "Threshold 1 [%s °C]" {lcn="[lcndemo:THRESHOLD_VALUE.0.5.1.1.°C]"}
String lcnThreshold2 "Threshold 2 [%s °C]" {lcn="[lcndemo:THRESHOLD_VALUE.0.5.1.2.°C]"}
String lcnThreshold3 "Threshold 3 [%s °C]" {lcn="[lcndemo:THRESHOLD_VALUE.0.5.1.3.°C]"}
String lcnThreshold4 "Threshold 4 [%s °C]" {lcn="[lcndemo:THRESHOLD_VALUE.0.5.1.4.°C]"}

Sitemap

sitemap default label="LCN Demo"
{
	Frame label="Coffee" {
		Text item=lcnMotionDetect
		Text item=lcnRelayVis
		Switch item=lcnRelay icon="none"
		Switch item=lcnLightSwitch
		Slider item=lcnLightDimmer
		Text item=lcnCounter
		Text item=lcnTemp
		Text item=lcnSetPoint
		Setpoint item=lcnSetPointDim step=0.5 minValue=10 maxValue=23
		Text item=lcnRegulatorTarget
		Switch item=lcnRegulatorLock
		Text item=lcnBright
		Text item=lcnCO2
		Text item=lcnThreshold1
		Text item=lcnThreshold2
		Text item=lcnThreshold3
		Text item=lcnThreshold4
	}
}

Visualization (through LCN-GVS)

Address: http://access.lcn.de/LCNGVSDemo -> OpenHAB

Direct address: http://access.lcn.de/LCNGVSDemo/control.aspx?ui=coffee&proj=OpenHAB

Login: guest

Password: lcn

5. Examples

All examples use S000M005 or S000G006

5.1 LCN Output-Ports

[myhome:OUTPUT_STATUS.0.5.1]
[openHABcmd:myhome:ON.0.5.1]
[openHABcmd:myhome:ON.0.5.ALL]
[openHABcmd:myhome:OFF.0.5.1]
[openHABcmd:myhome:OFF.0.5.ALL]
[openHABcmd:myhome:TOGGLE.0.5.1]
[openHABcmd:myhome:TOGGLE.0.G6.ALL]

[openHABcmd:myhome:DIM.0.5.1.50%]
[openHABcmd:myhome:DIM.0.5.1.50%.10s]
[openHABcmd:myhome:DIM.0.G6.ALL.50%.10s]
[%i:myhome:DIM.0.5.1.%i]

[openHABcmd:myhome:ADD.0.5.1.10%]
[openHABcmd:myhome:SUB.0.5.1.10,5%]
[openHABcmd:myhome:REL.0.5.1.-10%]

5.2 LCN Variables

Measurement units:

  • lcn
  • °C, °Celsius, Celsius
  • °K, °Kelvin, Kelvin
  • °F, °Fahrenheit, Fahrenheit
  • lx, Lux, lx_T, Lux_T
  • m/s
  • %, Percent
  • ppm
  • V, Volt
  • A, Amp, Ampere
  • °, Degree

Variables

[myhome:VAR_VALUE.0.5.1]
[myhome:VAR_VALUE.0.5.1.°C]
[myhome:VAR_VALUE.0.5.1.lx]
[openHABcmd:myhome:VAR.0.5.1.10°C]
[openHABcmd:myhome:VAR_OLD.0.5.1.10°C]  <- For group-targets before 170206
[openHABcmd:myhome:VAR_ADD.0.5.1.10°C]
[openHABcmd:myhome:VAR_SUB.0.5.1.10,5°C]
[openHABcmd:myhome:VAR_REL.0.5.1.-10°C]
[openHABcmd:myhome:VAR_RESET.0.5.1]
[openHABcmd:myhome:VAR_RESET_OLD.0.5.1]  <- For group-targets before 170206

Set-Points

[myhome:SETPOINT_VALUE.0.5.1]
[myhome:SETPOINT_VALUE.0.5.1.°C]
[openHABcmd:myhome:SETPOINT.0.5.1.10°C]
[openHABcmd:myhome:SETPOINT_ADD.0.5.1.10°C]
[openHABcmd:myhome:SETPOINT_SUB.0.5.1.10,5°C]
[openHABcmd:myhome:SETPOINT_REL.0.5.1.-10°C]
[openHABcmd:myhome:SETPOINT_RESET.0.5.1]
[%i:myhome:SETPOINT.0.5.1.%i°C]

Thresholds

[myhome:THRESHOLD_VALUE.0.5.1.1]
[myhome:THRESHOLD_VALUE.0.5.1.1.°C]
[openHABcmd:myhome:THRESHOLD_ADD.0.5.1.1.10°C]
[openHABcmd:myhome:THRESHOLD_SUB.0.5.1.1.10,5°C]
[openHABcmd:myhome:THRESHOLD_REL.0.5.1.1.-10°C]

For group-targets before 170206: THRESHOLD_ADD_OLD, THRESHOLD_SUB_OLD, THRESHOLD_REL_OLD

S0-Input

[myhome:S0_VALUE.0.5.1]

5.3 LCN Regulators (additions to variables)

[myhome:REGULATOR_LOCK_STATE.0.5.1]
[openHABcmd:myhome:LOCK_REGULATOR.0.5.1]
[openHABcmd:myhome:UNLOCK_REGULATOR.0.5.1]

5.4 LCN Relays

[myhome:RELAY_STATE.0.5.1]
[openHABcmd:myhome:RELAYS.0.5.-----1--]
[openHABcmd:myhome:RELAYS.0.5.-----0--]
[openHABcmd:myhome:RELAYS.0.G6.----TTTT]  <- Toggle

5.5 LCN Binary-Sensors

[myhome:BINARY_STATE.0.5.1]

5.6 LCN LEDs (legacy name: lamps)

[myhome:LED_STATE.0.5.1]
[myhome:LED_STATE.0.5.1.myOFFtext.myONtext.myBLINKtext.myFLICKERtext]
[openHABcmd:myhome:LED.0.5.1.ON]
[openHABcmd:myhome:LED.0.5.8.OFF]
[openHABcmd:myhome:LED.0.5.8.BLINK]
[openHABcmd:myhome:LED.0.5.8.FLICKER]

5.7 LCN Logic-Operations (legacy name: sums)

[myhome:LOGICOP_STATE.0.5.1]
[myhome:LOGICOP_STATE.0.5.1.myNOTtext.myORtext.myANDtext]

5.8 LCN Keys

[openHABcmd:myhome:KEYS.0.5.A1A5D8]
[openHABcmd:myhome:KEYS.0.5.A1A5D8.HIT]
[openHABcmd:myhome:KEYS.0.G6.A1A5D8.MAKE]
[openHABcmd:myhome:KEYS.0.G6.A1A5D8.BREAK]

[openHABcmd:myhome:KEYS.0.5.A1A5D8.10s]    (range 1..60, also valid: 1second,10seconds,30sec)
[openHABcmd:myhome:KEYS.0.5.A1A5D8.10m]    (range 1..90, also valid: 1minute,10minutes,45min)
[openHABcmd:myhome:KEYS.0.5.A1A5D8.HIT.1h] (range 1..50, also valid: 1hour,24hours)
[openHABcmd:myhome:KEYS.0.5.A1A5D8.HIT.7d] (range 1..45, also valid: 1day,7days)

"make"/"break" is NOT supported!

[myhome:LOCK_STATE.0.5.A1]
[openHABcmd:myhome:LOCK.0.5.A.-10-----]
[openHABcmd:myhome:LOCK.0.5.D.------TT]  <- Toggle

[openHABcmd:myhome:LOCK.0.5.A1A2A3.10s]
[openHABcmd:myhome:LOCK.0.5.A1A2A3.10m]
[openHABcmd:myhome:LOCK.0.5.A1A2A3.1h]
[openHABcmd:myhome:LOCK.0.5.A1A2A3.7d]

Only table A is supported!

5.9 Misc Commands

[openHABcmd:myhome:DYNTEXT.0.5.1.text in row 1]
[openHABcmd:myhome:DYNTEXT.0.5.4.text in row 4]