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"////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAEBAQEBAAAAAAAAAAAAAAABAQEBAQEAAAAAAAAAAAAAAAAAAAAB" "AQAAAAAAAAAAAAAAAAAAAAEBAAAAAAAAAAAAAAADAwAAAQEAAAAAAAAAAAAA" "AwMAAAABAQAAAAAAAAICAAMDAAICAgEBAgIBAQECAgADAwACAgICAQEBAQEB" "AAAAAwMAAAAAAAABAQAAAAAAAAMDAAAAAAAAAAAAAAAAAAADAwAAAAAAAAAA" "AAAAAwMDAwMDAwMAAAAAAAAAAAMDAwMDAwMDAAAAAAAAAAD/7wAA/+8AAP/v" "AAAH4QAAA+4AAPnuAAD84QAA5n8AAOc/AAAkAAAAJAAAAOfnAADn/wAA5/8A" "AAD/AAAA/wAA"; [Device Classification] Class1 = EtherNetIP; [Params] $ **** Parameter-Daten, Parameter data **** Param1 = 0, $ Reserved (always 0) 6,"20 A2 24 01 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "AHUE Activation", $ Parameter name "", $ Units string "Heating monitoring activation", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum1 = 0,"switch off", 1,"switch on"; Param2 = 0, $ Reserved (always 0) 6,"20 A2 24 02 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "AHUE Temperature lower range", $ Parameter name "K", $ Units string "Heating monitoring Temperature OK range lower limit", $ Help string 5,99,5, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param3 = 0, $ Reserved (always 0) 6,"20 A2 24 03 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "AHUE Temperature upper range", $ Parameter name "K", $ Units string "Heating monitoring Temperature OK range upper limit", $ Help string 5,99,5, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param4 = 0, $ Reserved (always 0) 6,"20 A2 24 04 30 05", $ Link path size, Link path 0x0004, $ Descriptor (Supports Scaling) 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "AHUE Heating time lower range", $ Parameter name "s", $ Units string "Heating monitoring Heating time range lower limit", $ Help string 0,998,0, $ Minimum, Maximum, Default value 1,10,1,0, $ Multiplier, Divider, Base, Offset scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param5 = 0, $ Reserved (always 0) 6,"20 A2 24 05 30 05", $ Link path size, Link path 0x0004, $ Descriptor (Supports Scaling) 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "AHUE Heating time upper range", $ Parameter name "s", $ Units string "Heating monitoring Heating time range upper limit", $ Help string 1,999,1, $ Minimum, Maximum, Default value 1,10,1,0, $ Multiplier, Divider, Base, Offset scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param6 = 0, $ Reserved (always 0) 6,"20 A2 24 06 30 05", $ Link path size, Link path 0x0014, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "BSTZ Operation hours counter", $ Parameter name "h", $ Units string "Operation hours counter", $ Help string 0,999999999,0, $ Minimum, Maximum, Default value 1,1000,1,0, $ Multiplier, Divider, Base, Offset scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param7 = 0, $ Reserved (always 0) 6,"20 A2 24 07 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "EINS Heating ramp", $ Parameter name "", $ Units string "Heating ramp of the heating conductor", $ Help string 0,3,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum7 = 0,"without", 1,"2 s", 2,"3 s", 3,"5 s"; Param8 = 0, $ Reserved (always 0) 6,"20 A2 24 08 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "EINS Tc", $ Parameter name "", $ Units string "Temperature coefficient of the heating conductor", $ Help string 0,5,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum8 = 0,"Tc1 = 7,46 e-4 1/K", 1,"Tc1 = 10,8 e-4 1/K", 2,"Tc1 = 48,3 e-4 1/K", 3,"Tc1 = 8,62 e-4 1/K", 4,"parameter EIPA TK", 5,"Tc1 = 12,35 e-4 1/K"; Param9 = 0, $ Reserved (always 0) 6,"20 A2 24 09 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "EINS Cal. comparison time", $ Parameter name "", $ Units string "Calibration comparison time", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum9 = 0,"15 s", 1,"30 s"; Param10 = 0, $ Reserved (always 0) 6,"20 A2 24 0A 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "EINS Temperature range", $ Parameter name "", $ Units string "Temperature range", $ Help string 0,2,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum10 = 0,"0...300 °C", 1,"0...500 °C", 2,"parameter EIPA TB"; Param11 = 0, $ Reserved (always 0) 6,"20 A2 24 0B 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "EINS Calibration type",$ Parameter name "", $ Units string "New calibration at power on or storage of calibration value", $ Help string 0,1,1, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum11 = 0,"New calibration", 1,"Calibration storage"; Param12 = 0, $ Reserved (always 0) 6,"20 A2 24 0C 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "EINS Transformer type",$ Parameter name "", $ Units string "Transformer type of the sealing transformer", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum12 = 0,"EI or UI-iron core", 1,"Toroidal iron core"; Param13 = 0, $ Reserved (always 0) 6,"20 A2 24 0D 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "EINS Ref. temperature",$ Parameter name "", $ Units string "Reference temperature for calibration", $ Help string 0,2,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum13 = 0,"20 °C", 1,"variable 0...50 °C", 2,"Parameter EIPA BT"; Param14 = 0, $ Reserved (always 0) 6,"20 A2 24 0E 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "EINS 8-pt. Tc corr.", $ Parameter name "", $ Units string "Calibration with 8-point Tc correction", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum14 = 0,"without", 1,"8-pt. Tc corr."; Param15 = 0, $ Reserved (always 0) 6,"20 A2 24 0F 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 16-bit integer value) 1, $ Data size "EIPA BT Ref. temperature", $ Parameter name "°C", $ Units string "Setting parameter Reference temperature for calibration", $ Help string 0,50,20, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param16 = 0, $ Reserved (always 0) 6,"20 A2 24 10 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "EIPA TB Temperature range", $ Parameter name "°C", $ Units string "Setting parameter Temperature range", $ Help string 100,500,200, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param17 = 0, $ Reserved (always 0) 6,"20 A2 24 11 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC3, $ Data type (Signed 16-bit integer value) 2, $ Data size "EIPA TK Tc1", $ Parameter name "e-4 1/K", $ Units string "Setting parameter Temperature coefficient Tc1", $ Help string 300,9999,300, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param18 = 0, $ Reserved (always 0) 6,"20 A2 24 12 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC3, $ Data type (Signed 16-bit integer value) 2, $ Data size "EIPA TK Tc2", $ Parameter name "e-6 1/K^2", $ Units string "Setting parameter Temperature coefficient Tc2", $ Help string -9999,9999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param19 = 0, $ Reserved (always 0) 6,"20 A2 24 13 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC3, $ Data type (Signed 16-bit integer value) 2, $ Data size "EIPA TK Tc3", $ Parameter name "e-9 1/K^3", $ Units string "Setting parameter Temperature coefficient Tc2", $ Help string -9999,9999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param20 = 0, $ Reserved (always 0) 6,"20 A2 24 14 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "EIPA ST Temperature", $ Parameter name "°C", $ Units string "Setting parameter Temperature range for continuity", $ Help string 0,500,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param21 = 0, $ Reserved (always 0) 6,"20 A2 24 15 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "EIPA DY Temperature", $ Parameter name "°C", $ Units string "Setting parameter Temperature range for dynamics", $ Help string 0,500,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param22 = 0, $ Reserved (always 0) 6,"20 A2 24 16 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "FEKO Temperature jump",$ Parameter name "", $ Units string "Error-Configuration Error Temperature jump", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum22 = 0,"active", 1,"deactivated"; Param30 = 0, $ Reserved (always 0) 6,"20 A2 24 1E 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "GWPA selcted parameter", $ Parameter name "", $ Units string "Selected Calibration parameters to be used for the next calibration", $ Help string 0,19,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param31 = 0, $ Reserved (always 0) 6,"20 A2 24 1F 30 05", $ Link path size, Link path 0x0004, $ Descriptor 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "HZBG max. Heating time", $ Parameter name "s", $ Units string "Heating time limit maximum heating time", $ Help string 0,999,0, $ Minimum, Maximum, Default value 1,10,1,0, $ Multiplier, Divider, Base, Offset scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param32 = 0, $ Reserved (always 0) 6,"20 A2 24 20 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "KAPK Parameter Cal. 1",$ Parameter name "", $ Units string "Calibrated parameters of the Calibration 1", $ Help string 0,27,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param33 = 0, $ Reserved (always 0) 6,"20 A2 24 21 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "KAPK Parameter Cal. 2",$ Parameter name "", $ Units string "Calibrated parameters of the Calibration 2", $ Help string 0,27,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param34 = 0, $ Reserved (always 0) 6,"20 A2 24 22 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "KAPK Parameter Cal. 3",$ Parameter name "", $ Units string "Calibrated parameters of the Calibration 3", $ Help string 0,27,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param35 = 0, $ Reserved (always 0) 6,"20 A2 24 23 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "KAPK Parameter Cal. 4",$ Parameter name "", $ Units string "Calibrated parameters of the Calibration 4", $ Help string 0,27,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param36 = 0, $ Reserved (always 0) 6,"20 A2 24 24 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "KAPK Parameter Cal. 5",$ Parameter name "", $ Units string "Calibrated parameters of the Calibration 5", $ Help string 0,27,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param37 = 0, $ Reserved (always 0) 6,"20 A2 24 25 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "KAPK Parameter Cal. 6",$ Parameter name "", $ Units string "Calibrated parameters of the Calibration 6", $ Help string 0,27,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param38 = 0, $ Reserved (always 0) 6,"20 A2 24 26 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "KAPK Parameter Cal. 7",$ Parameter name "", $ Units string "Calibrated parameters of the Calibration 7", $ Help string 0,27,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param39 = 0, $ Reserved (always 0) 6,"20 A2 24 27 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "KAPK Parameter Cal. 8",$ Parameter name "", $ Units string "Calibrated parameters of the Calibration 8", $ Help string 0,27,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param40 = 0, $ Reserved (always 0) 6,"20 A2 24 28 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "KASR selected parameter", $ Parameter name "%", $ Units string "Selected Calibration parameter modulation reserve", $ Help string 0,100,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param41 = 0, $ Reserved (always 0) 6,"20 A2 24 29 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "KASR calibrated parameter", $ Parameter name "%", $ Units string "Calibrated Calibration parameter modulation reserve", $ Help string 20,100,20, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param42 = 0, $ Reserved (always 0) 6,"20 A2 24 2A 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "KONF set value control", $ Parameter name "", $ Units string "Configuration Temperature set value control", $ Help string 0,1,1, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum42 = 0,"Manual control", 1,"Interface control"; Param43 = 0, $ Reserved (always 0) 6,"20 A2 24 2B 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "KONF Setting control", $ Parameter name "", $ Units string "Configuration Setting control", $ Help string 0,1,1, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum43 = 0,"Manual control", 1,"Interface control"; Param44 = 0, $ Reserved (always 0) 6,"20 A2 24 2C 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "KONF activation Alarm output", $ Parameter name "", $ Units string "Configuration activation of the Alarm output", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum44 = 0,"after 1th heating", 1,"immediately"; Param45 = 0, $ Reserved (always 0) 6,"20 A2 24 2D 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "KONF Alarm output switching", $ Parameter name "", $ Units string "Configuration Alarm output switching type", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum45 = 0,"Relay point closed during alarm", 1,"Relay point open during alarm"; Param46 = 0, $ Reserved (always 0) 6,"20 A2 24 2E 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "KONF activation Ok output", $ Parameter name "", $ Units string "Configuration activation of the Ok output", $ Help string 0,3,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum46 = 0,"Cal. OK message", 1,"Temp. OK message", 2,"Cal. and Temp. OK message", 3,"Temp. reached message"; Param47 = 0, $ Reserved (always 0) 6,"20 A2 24 2F 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "KONF Ok output switching", $ Parameter name "", $ Units string "Configuration Ok output switching type", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum47 = 0,"Relay point closed during alarm", 1,"Relay point open during alarm"; Param48 = 0, $ Reserved (always 0) 6,"20 A2 24 30 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "KONF Cal. input impulse", $ Parameter name "", $ Units string "Configuration Pulse control of the calibration start input for single-point Tc correction", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum48 = 0,"no pulse control", 1,"with pulse control"; Param49 = 0, $ Reserved (always 0) 6,"20 A2 24 31 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "KONF Actual value output", $ Parameter name "", $ Units string "Configuration Actual value output feature", $ Help string 0,3,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum49 = 0,"Actual value output", 1,"10V reference voltage source", 2,"Hold mode, actual value output", 3,"Hold mode 2s on, actual value output"; Param50 = 0, $ Reserved (always 0) 6,"20 A2 24 32 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "KPFK P-factor correction", $ Parameter name "%", $ Units string "P-factor correction value for all 8 calibration", $ Help string 0,110,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param51 = 0, $ Reserved (always 0) 6,"20 A2 24 33 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "KTKZ heating time Tc-correction", $ Parameter name "s", $ Units string "Heating time for the automatic execution of the 8-point Tc correction during calibration and the single-point Tc correction using the TM6 thermometer", $ Help string 0,999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param52 = 0, $ Reserved (always 0) 6,"20 A2 24 34 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "PFUE Aktivierung", $ Parameter name "", $ Units string "P-factor monitoring activation", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum52 = 0,"switch off", 1,"switch on"; Param53 = 0, $ Reserved (always 0) 6,"20 A2 24 35 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "PFUE Lower range", $ Parameter name "", $ Units string "P-factor monitoring Lower range", $ Help string 1,99,1, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param54 = 0, $ Reserved (always 0) 6,"20 A2 24 36 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "PFUE Upper range", $ Parameter name "", $ Units string "P-factor monitoring Upper range", $ Help string 2,100,100, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param55 = 0, $ Reserved (always 0) 6,"20 A2 24 37 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "PFUE calibrated P-factor", $ Parameter name "", $ Units string "P-factor monitoring, Calibrated P-factorof the current active calibration", $ Help string 0,100,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param56 = 0, $ Reserved (always 0) 6,"20 A2 24 38 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "TKEK Tc corr. temp. Cal. 1", $ Parameter name "", $ Units string "Calibration 1, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points", $ Help string 0,55,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param57 = 0, $ Reserved (always 0) 6,"20 A2 24 39 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "TKEK Tc corr. temp. Cal. 2", $ Parameter name "", $ Units string "Calibration 2, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points", $ Help string 0,55,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param58 = 0, $ Reserved (always 0) 6,"20 A2 24 3A 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "TKEK Tc corr. temp. Cal. 3", $ Parameter name "", $ Units string "Calibration 3, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points", $ Help string 0,55,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param59 = 0, $ Reserved (always 0) 6,"20 A2 24 3B 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "TKEK Tc corr. temp. Cal. 4", $ Parameter name "", $ Units string "Calibration 4, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points", $ Help string 0,55,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param60 = 0, $ Reserved (always 0) 6,"20 A2 24 3C 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "TKEK Tc corr. temp. Cal. 5", $ Parameter name "", $ Units string "Calibration 5, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points", $ Help string 0,55,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param61 = 0, $ Reserved (always 0) 6,"20 A2 24 3D 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "TKEK Tc corr. temp. Cal. 6", $ Parameter name "", $ Units string "Calibration 6, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points", $ Help string 0,55,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param62 = 0, $ Reserved (always 0) 6,"20 A2 24 3E 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "TKEK Tc corr. temp. Cal. 7", $ Parameter name "", $ Units string "Calibration 7, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points", $ Help string 0,55,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param63 = 0, $ Reserved (always 0) 6,"20 A2 24 3F 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "TKEK Tc corr. temp. Cal. 8", $ Parameter name "", $ Units string "Calibration 8, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points", $ Help string 0,55,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param64 = 0, $ Reserved (always 0) 6,"20 A2 24 40 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "TOKG Temperature lower limit", $ Parameter name "K", $ Units string "Temperature OK message, Temperature lower linit", $ Help string 5,99,5, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param65 = 0, $ Reserved (always 0) 6,"20 A2 24 41 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "TOKG Temperature upper limit", $ Parameter name "K", $ Units string "Temperature OK message, Temperature upper linit", $ Help string 5,99,5, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param66 = 0, $ Reserved (always 0) 6,"20 A2 24 42 30 05", $ Link path size, Link path 0x0004, $ Descriptor 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "TOKG Stabilisation time", $ Parameter name "s", $ Units string "Temperature OK message, Stabilisation time", $ Help string 0,999,0, $ Minimum, Maximum, Default value 1,10,1,0, $ Multiplier, Divider, Base, Offset scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param67 = 0, $ Reserved (always 0) 6,"20 A2 24 43 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "TUEE Activation", $ Parameter name "", $ Units string "Temperature monitoring activation", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum67 = 0,"switch off", 1,"switch on"; Param68 = 0, $ Reserved (always 0) 6,"20 A2 24 44 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "TUEE Temperature lower limit", $ Parameter name "K", $ Units string "Temperature monitoring, Temperature lower limit", $ Help string 5,99,5, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param69 = 0, $ Reserved (always 0) 6,"20 A2 24 45 30 05", $ Link path size, Link path 0x0000, $ Descriptor 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "TUEE Temperature upper linit", $ Parameter name "K", $ Units string "Temperature monitoring, Temperature upper limit", $ Help string 5,99,5, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param70 = 0, $ Reserved (always 0) 6,"20 A2 24 46 30 05", $ Link path size, Link path 0x0004, $ Descriptor 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "TUEE Stabilisation time", $ Parameter name "s", $ Units string "Temperature monitoring, Stabilisation time", $ Help string 0,999,0, $ Minimum, Maximum, Default value 1,10,1,0, $ Multiplier, Divider, Base, Offset scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param71 = 0, $ Reserved (always 0) 6,"20 A2 24 47 30 05", $ Link path size, Link path 0x0010, $ Descriptor 0xDA, $ Data type (Character string, 1 byte per character, 1 byte length indicator) 1, $ Data size "VERS Versionen", $ Parameter name "", $ Units string "Device version and program version of the G- and M-side", $ Help string 0,7,"", $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param72 = 0, $ Reserved (always 0) 6,"20 A2 24 48 30 05", $ Link path size, Link path 0x4000, $ Descriptor (Write Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "WESE Factory settings",$ Parameter name "", $ Units string "Setting of the factory settings", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum72 = 0,"Home position", 1,"Factory settings"; Param73 = 0, $ Reserved (always 0) 6,"20 A2 24 49 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Total cycle counter", $ Parameter name "", $ Units string "Total cycle counter, not resetable", $ Help string 0,999999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param74 = 0, $ Reserved (always 0) 6,"20 A2 24 4A 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Cycle counter Cal. 1", $ Parameter name "", $ Units string "Cycle counter of Calibration 1", $ Help string 0,9999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param75 = 0, $ Reserved (always 0) 6,"20 A2 24 4B 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Cycle counter Cal. 2", $ Parameter name "", $ Units string "Cycle counter of Calibration 2", $ Help string 0,9999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param76 = 0, $ Reserved (always 0) 6,"20 A2 24 4C 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Cycle counter Cal. 3", $ Parameter name "", $ Units string "Cycle counter of Calibration 3", $ Help string 0,9999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param77 = 0, $ Reserved (always 0) 6,"20 A2 24 4D 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Cycle counter Cal. 4", $ Parameter name "", $ Units string "Cycle counter of Calibration 4", $ Help string 0,9999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param78 = 0, $ Reserved (always 0) 6,"20 A2 24 4E 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Cycle counter Cal. 5", $ Parameter name "", $ Units string "Cycle counter of Calibration 5", $ Help string 0,9999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param79 = 0, $ Reserved (always 0) 6,"20 A2 24 4F 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Cycle counter Cal. 6", $ Parameter name "", $ Units string "Cycle counter of Calibration 6", $ Help string 0,9999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param80 = 0, $ Reserved (always 0) 6,"20 A2 24 50 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Cycle counter Cal. 7", $ Parameter name "", $ Units string "Cycle counter of Calibration 7", $ Help string 0,9999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param81 = 0, $ Reserved (always 0) 6,"20 A2 24 51 30 05", $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "ZYKL Cycle counter Cal. 8", $ Parameter name "", $ Units string "Cycle counter of Calibration 8", $ Help string 0,9999999,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param82 = 0, $ Reserved (always 0) 6,"20 A2 24 52 30 05", $ Link path size, Link path 0x4000, $ Descriptor (Write Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "ZYKL Cycle counter Cal. erase", $ Parameter name "", $ Units string "Cycle counter Calibration (1...8) set to zero", $ Help string 1,8,1, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param97 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0000, $ Descriptor 0xC8, $ Data type (Unsigned 32-bit integer value) 4, $ Data size "RPI Range", $ Parameter name "µs", $ Units string "Value for Requested packet interval", $ Help string 1000,3200000,10000, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param98 = 0, $ Reserved (always 0) ,, $ Link Path Size, Link Path 0x0000, $ Descriptor 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data Size "Size of Configuration Parameter", $ Parameter name "", $ Units string "Size of the Configuration parameter (0: no data)", $ Help string 0,50,50, $ Minimum, Maximum, Default value (in Byte) ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) $ **** LPz, Producing Data, T -> O **** Param101 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "ISTW Actual temp. value", $ Parameter name "°C", $ Units string "Actual temperature value of PIREG-C2", $ Help string 0,999,0, $ Minimum, Maximum (EDS AOP Anforderung), Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param102 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "STEU Input Start", $ Parameter name "", $ Units string "State of the control input start", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum102 = 0,"not activated", 1,"activated"; Param103 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "STEU Input Calibration", $ Parameter name "", $ Units string "State of the control input calibration", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum103 = 0,"not activated", 1,"activated"; Param104 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "STEU Input Reset", $ Parameter name "", $ Units string "State of the control input reset", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum104 = 0,"not activated", 1,"activated"; Param105 = 0, $ reserved, (always 0) ,, $ Link Path Size, Link Path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data Size in bytes "STEU not used", $ Parameter name "", $ units "State control not used", $ help string 0,1,0, $ min, max, default data values ,,,, $ mult, div, base, offset scaling ,,,, $ mult, div, base, offset links ; $ decimal places Param106 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "STEU Control Start", $ Parameter name "", $ Units string "State of the Control state start", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum106 = 0,"not set", 1,"set"; Param107 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "STEU Control Calibration", $ Parameter name "", $ Units string "State of the Control state calibration", $ Help string 0,2,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum107 = 0,"not set", 1,"calibration set", 2,"single-point Tc correction"; Param108 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "STEU Control reset", $ Parameter name "", $ Units string "State of the Control state reset", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum108 = 0,"not set", 1,"set"; Param109 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "KANR State Cal. number", $ Parameter name "", $ Units string "Number of the the activated calibration (1...8)", $ Help string 1,8,1, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param110 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "MEPA Measurement pause", $ Parameter name "", $ Units string "State of the Measurement pause", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum110 = 0,"switched off", 1,"switched on"; Param111 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "MKOK Cal. ok message", $ Parameter name "", $ Units string "State of the Calibration ok message", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum111 = 0,"not set", 1,"set"; Param112 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "MTOK Temp. Ok message",$ Parameter name "", $ Units string "State of the Temperature Ok message", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum112 = 0,"not set", 1,"set"; Param113 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "MTER Temp. reached message", $ Parameter name "", $ Units string "State of the Temperature reached message", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum113 = 0,"not set", 1,"set"; Param114 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "ZUST Operating state", $ Parameter name "", $ Units string "Operating state of PIREG-C2", $ Help string 0,6,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum114 = 0,"Initialization", 1,"Off state", 2,"On state", 3,"Calibration state", 4,"Error state", 5,"Adjustment state", 6,"Reset state"; Param115 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "ZUST Cal. state", $ Parameter name "", $ Units string "Calibration state of PIREG-C2", $ Help string 0,20,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum115 = 0,"Ok", 1,"Initialise calibration", 2,"Calibrate input amplifier", 3,"Determine the phase shift", 4,"Determine the reference resistance (R20)", 5,"Calibration comparison time", 6,"Check reference resistance (R20)", 7,"Determine the P-factor", 8,"Set initialising remanence", 9,"8-point Tc correction", 10,"Save controller settings", 11,"Initialise single-point Tc correction", 12,"Single-point Tc correction Off", 13,"Single-point Tc correction heating", 14,"Set and save single-point Tc correction", 20,"Calibration switchover"; Param116 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "FEZU Hardware error", $ Parameter name "", $ Units string "Error state Hardware", $ Help string 0,3,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum116 = 0,"Ok", 1,"Error", 2,"Undervoltage bus system supply", 3,"Overvoltage bus system supply"; Param117 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "FEZU Power line error",$ Parameter name "", $ Units string "Error state Power line error", $ Help string 0,3,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum117 = 0,"Ok", 1,"Undervoltage", 2,"Overvoltage", 3,"Line frequency error"; Param118 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "FEZU Data error", $ Parameter name "", $ Units string "Error state Data error", $ Help string 0,4,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum118 = 0,"Ok", 1,"Calibration values do not suit the setting", 2,"Read/write error in the non-volatile memory", 3,"Communication monitoring", 4,"Heating time limit exceeded"; Param119 = 0, $ reserved, (always 0) ,, $ Link Path Size, Link Path 0x0010, $ Descriptor (Read Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data Size in bytes "FEZU not used", $ Parameter name "", $ units "Error state not used", $ help string 0,1,0, $ min, max, default data values ,,,, $ mult, div, base, offset scaling ,,,, $ mult, div, base, offset links ; $ decimal places Param120 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "FEZU Cal. number", $ Parameter name "", $ Units string "Error state Calibration number, where the error occured", $ Help string 1,8,1, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param121 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "FEZU Voltage signal Ur", $ Parameter name "", $ Units string "Error state Voltage signal Ur", $ Help string 0,3,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum121 = 0,"Ok", 1,"too small", 2,"too large", 3,"unstable"; Param122 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "FEZU Current signal Ir", $ Parameter name "", $ Units string "Error state Current signal Ir", $ Help string 0,3,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum122 = 0,"Ok", 1,"too small", 2,"too large", 3,"unstable"; Param123 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "FEZU Heating conductor", $ Parameter name, Fehler-Zustand Heizleitertemperatur "", $ Units string "Error state Heating conductor temperature, temperature monitoring, heating monitoring and Temperature jump", $ Help string 0,8,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum123 = 0,"Ok", 1,"Heating conductor temperature too small", 2,"Heating conductor temperature too large", 3,"Temperature monitoring too small", 4,"Temperature monitoring too large", 5,"Heating monitoring heating time exceeded", 6,"Heating monitoring heating time fallen below", 7,"Temperature jump downwards", 8,"Temperature jump upwards"; Param124 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "FEZU Calibration", $ Parameter name "", $ Units string "Error state Calibration error", $ Help string 0,9,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum124 = 0,"Ok", 1,"Parameter error", 2,"Voltage or current signal defective", 3,"Error in determining the phase shift", 4,"R20 can not be determined", 5,"Error in determining the P-factor or P-factor monitoring", 6,"The selected reference temperature is too high", 7,"Range of temperature coefficient correction exceeded", 8,"Start signal during calibration", 9,"Data error on access"; Param125 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x0010, $ Descriptor (Read Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "KOFE Communication error", $ Parameter name "", $ Units string "Communication error", $ Help string 0,3,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum125 = 0,"Ok", 1,"Syntax or parameter error", 2,"Activities have not yet been approved", 3,"Error occurs when saving data to the EEPROM"; Param126 = 0, $ reserved, (always 0) ,, $ Link Path Size, Link Path 0x0010, $ Descriptor (Read Only Parameter) 0xD1, $ Data Type (Bit string 8-bit) 1, $ Data Size in bytes "KOFE not used", $ Parameter name "", $ units "Communication Error state not used", $ help string 0,63,0, $ min, max, default data values ,,,, $ mult, div, base, offset scaling ,,,, $ mult, div, base, offset links ; $ decimal places $ **** SPz, Consuming Data, O -> T **** Param151 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x4000, $ Descriptor (Write Only Parameter) 0xC7, $ Data type (Unsigned 16-bit integer value) 2, $ Data size "SOLW Temp. set value", $ Parameter name "°C", $ Units string "Temperatur-Sollwert des PIREG-C2", $ Help string 0,500,0, $ Minimum, Maximum (EDS AOP Anforderung), Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param152 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x4000, $ Descriptor (Write Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "STST Start", $ Parameter name "", $ Units string "Control state start", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum152 = 0,"Home position", 1,"Start"; Param153 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x4000, $ Descriptor (Write Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "STKA Calibration", $ Parameter name "", $ Units string "Control state calibration", $ Help string 0,4,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum153 = 0,"Home position", 1,"Calibration control state", 2,"Single-point Tc correction", 3,"Saving Tc correction", 4,"Cancelling the saved Tc correction"; Param154 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x4000, $ Descriptor (Write Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "STRS Reset", $ Parameter name "", $ Units string "Control state reset", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum154 = 0,"Home position", 1,"Reset"; Param155 = 0, $ reserved, (always 0) ,, $ Link Path Size, Link Path 0x4000, $ Descriptor (Write Only Parameter) 0xD1, $ Data Type 1, $ Data Size in bytes "Control not used 1", $ Parameter name, Steuerung n.b. 1 "", $ units "", $ help string 0,7,0, $ min, max, default data values ,,,, $ mult, div, base, offset scaling ,,,, $ mult, div, base, offset links ; $ decimal places Param156 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x4000, $ Descriptor (Write Only Parameter) 0xC6, $ Data type (Unsigned 8-bit integer value) 1, $ Data size "KANR Cal. number", $ Parameter name, Kalibrierungs-Nummer "", $ Units string "Setting of the calibration number (1...8) for the active calibration", $ Help string 1,8,1, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Param157 = 0, $ Reserved (always 0) ,, $ Link path size, Link path 0x4000, $ Descriptor (Write Only Parameter) 0xC1, $ Data type (Logical Boolean with values TRUE and FALSE) 1, $ Data size "MEPA Set Measurement pause", $ Parameter name "", $ Units string "Setting of the Measurement pause", $ Help string 0,1,0, $ Minimum, Maximum, Default value ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) scaling ,,,, $ Multiplier (not used), Divider (not used), Base (not used), Offset (not used) links ; $ Decimal precision (not used) Enum157 = 0,"switch off", 1,"switch on"; Param158 = 0, $ reserved, (always 0) ,, $ Link Path Size, Link Path 0x0000, $ Descriptor 0xD1, $ Data Type 1, $ Data Size in bytes "Control not used 2", $ Parameter name, Steuerung n.b. 2 "", $ units "", $ help string 0,7,0, $ min, max, default data values ,,,, $ mult, div, base, offset scaling ,,,, $ mult, div, base, offset links ; $ decimal places [Groups] Group1 = "Monitoring", 17, $ Anzahl Parameter 1,2,3,4,5,31,52,53,54,55, 64,65,66,67,68,69,70; $ AHUE, Aufheiz-Überwachung $ HZBG, Heizzeit-Begrenzung $ PFUE, P-Faktor-Überwachung $ TOKG, Temperatur-Ok-Meldung $ TUEE, Temperatur-Überwachung Group2 = "Counter", 11, $ Anzahl der Parameter 6,73,74,75,76,77,78,79,80,81, 82; $ BSTZ, Betriebsstunden-Zähler $ ZYKL, Gesamt-Zyklus-Zähler $ ZYKL, Zyklus-Zähler Kal. 1...8 $ ZYKL, Zyklus-Zähler Kal. 1...8 löschen Group3 = "Settings", 25, $ Anzahl der Parameter 7,8,9,10,11,12,13,14,15,16, 17,18,19,20,21,22,42,43,44,45, 46,47,48,49,72; $ EINS, Einstellungs-Schalter $ EIPA, Einstellungs-Parameter $ FEKO, Fehler-Konfiguration $ KONF, Konfiguration $ WESE, Werkseitige Einstellungen Group4 = "States", 9, $ Anzahl der Parameter 56,57,58,59,60,61,62,63,71; $ TKEK, 8-Punkt-Tk-Korrektur, Temperaturen für Regler und Heizband $ VERS, Versionen Group5 = "Calibration", 13, $ Anzahl der Parameter 30,32,33,34,35,36,37,38,39,40, 41,50,51; $ GWPA, Gewählte Parameter $ KAPK, Kalibrierte Parameter $ KASR, Aussteuerreserve $ KPFK, P-Faktor-Korrektur $ KTKZ, Aufheizzeit automatische Tk-Korrektur [Assembly] Revision = 2; Object_Name = "Assembly Object"; Object_Class_Code = 0x04; Assem3 = "Heartbeat, Input Only",$ Name , $ Path 0, $ Size 0x0001, $ Descriptor ,, $ Reserved $ Reserved 0,; $ Member size $ Member reference Assem4 = "Heartbeat, Listen Only", $ Name , $ Path 0, $ Size 0x0001, $ Descriptor ,, $ Reserved $ Reserved 0,; $ Member size $ Member reference Assem6 = "Heartbeat, Input Only Extended", $ Name , $ Path 0, $ Size 0x0001, $ Descriptor ,, $ Reserved $ Reserved 0,; $ Member size $ Member reference Assem7 = "Heartbeat, Listen Only Extended", $ Name , $ Path 0, $ Size 0x0001, $ Descriptor ,, $ Reserved $ Reserved 0,; $ Member size $ Member reference Assem100 = "Producing Data - Output Data", $ Name, zyklischen Lese-Prozessdaten (LPz), T -> O "20 04 24 64 30 03", $ Path 9, $ Size 0x0001, $ Descriptor ,, $ Reserved $ Reserved $ Member size, Member reference 16,Param101, $ ISTW Temperatur-Istwert 1,Param102, $ STEU Start-Eingang 1,Param103, $ STEU Kal.-Eingang 1,Param104, $ STEU Reset-Eingang 1,Param105, $ STEU nicht belegt 1,Param106, $ STEU Steuerung Start 2,Param107, $ STEU Steuerungs Kalibrierung 1,Param108, $ STEU Steuerung Reset 4,Param109, $ KANR Zustand Kal.-Nummer 1,Param110, $ MEPA Messimpuls-Pause 1,Param111, $ MKOK Kal.-Ok-Meldung 1,Param112, $ MTOK Temp.-Ok-Meldung 1,Param113, $ MTER Temp.-erreicht-Meldung 4,Param114, $ ZUST Betriebszustand 4,Param115, $ ZUST Kal.-Zustand 2,Param116, $ FEZU Geraete-Fehler 2,Param117, $ FEZU Netzstörung 3,Param118, $ FEZU Datenfehler 1,Param119, $ FEZU nicht belegt 4,Param120, $ FEZU Kal. Nummer 2,Param121, $ FEZU Spannungssignal Ur 2,Param122, $ FEZU Stromsignal Ir 4,Param123, $ FEZU Heizleiter 4,Param124, $ FEZU Kalibrierung 2,Param125, $ KOFE Kommunikations-Fehler 6,Param126; $ KOFE nicht belegt Assem150 = "Consuming Data - Input Data", $ Name, zyklischen Schreibe-Prozessdaten (SPz), O -> T "20 04 24 96 30 03", $ Path 4, $ Size 0x0001, $ Descriptor ,, $ Reserved, Reserved $ Member size, Member reference 16,Param151, $ SOLW Temp.-Sollwert 1,Param152, $ STST Start 3,Param153, $ STKA Kalibrierung 1,Param154, $ STRS Reset 3,Param155, $ Steuerung nicht belegt 1 4,Param156, $ KANR Kal.-Nummer 1,Param157, $ MEPA Messimpuls-Pause 3,Param158; $ Steuerung nicht belegt 2 Assem200 = "Configuration", $ Name, Konfigurations-Parameter "20 04 24 C8 30 03", $ Path , $ Size 0x0000, $ Descriptor ,, $ Reserved, Reserved $ Member size, Member reference 8,Param1, $ AHUE Aktivierung 8,Param2, $ AHUE Temperatur Untergrenze 8,Param3, $ AHUE Temperatur Obergrenze 16,Param4, $ AHUE Aufheizzeit Untergrenze 16,Param5, $ AHUE Aufheizzeit Obergrenze 8,Param7, $ EINS Aufheizrampe 8,Param8, $ EINS Tk 8,Param9, $ EINS Kal.-Vergleichszeit 8,Param10, $ EINS Temperaturbereich 8,Param11, $ EINS Kalibrierungs-Art 8,Param12, $ EINS Transformatortyp 8,Param13, $ EINS Bezugstemperatur 8,Param14, $ EINS 8-Punkt-Tk-Korrektur 8,Param15, $ EIPA BT Bezugstemperatur 16,Param16, $ EIPA TB Temperaturbereich 16,Param17, $ EIPA TK Tk1 16,Param18, $ EIPA TK Tk2 16,Param19, $ EIPA TK Tk3 8,Param22, $ FEKO Temperatursprung 16,Param31, $ HZBG max. Heizzeit 8,Param40, $ KASR gewählter Parameter 8,Param42, $ KONF Sollwert Steuerung 8,Param44, $ KONF Ansteuerung Alarm-Ausgang 8,Param45, $ KONF Alarm-Ausgang Schaltart 8,Param46, $ KONF Ansteuerung Ok-Ausgang 8,Param47, $ KONF Ok-Ausgang Schaltart 8,Param48, $ KONF Kal.-Eingang Impuls 8,Param49, $ KONF Istwert-Ausgang 8,Param50, $ KPFK P-Faktor Korrektur 16,Param51, $ KTKZ Aufheizzeit Tk-Korrektur 8,Param52, $ PFUE Aktivierung 8,Param53, $ PFUE Untergrenze 8,Param54, $ PFUE Obergrenze 8,Param64, $ TOKG Temperatur Untergrenze 8,Param65, $ TOKG Temperatur Obergrenze 16,Param66, $ TOKG Stabilisierungszeit 8,Param67, $ TUEE Aktivierung 8,Param68, $ TUEE Temperatur Untergrenze 8,Param69, $ TUEE Temperatur Obergrenze 16,Param70; $ TUEE Stabilisierungszeit [Connection Manager] Object_Name = "Connection Manager Object"; Object_Class_Code = 0x06; Connection1 = 0x04030002, $ Trigger and transport mask $ Supported transport classes: class 1 $ Supported triggers: cyclic, change of state $ Application type: exclusive-owner $ Direction: client 0x77640405, $ Connection parameters $ O->T supported size type(s): Fixed $ T->O supported size type(s): Fixed $ O->T real time transfer format: 32-bit run/idle header $ T->O real time transfer format: connection is pure data and is modeless $ O->T supported connection type(s): point-to-point $ T->O supported connection type(s): multicast, point-to-point $ O->T supported priorities: low, high, scheduled $ T->O supported priorities: low, high, scheduled Param97,4,Assem150, $ O->T RPI, Size, Format Param97,9,Assem100, $ T->O RPI, Size, Format ,, $ Proxy config Size (not used), Format (not used) Param98,Assem200, $ Target config Size, Format "Exclusive owner", $ Connection name string "Exclusive Owner connection with Consuming Data-Input Data and Producing Data-Output Data", $ Help string "20 04 24 C8 2C 96 2C 64"; $ Path Connection2 = 0x01030002, $ Trigger and transport mask $ Supported transport classes: class 1 $ Supported triggers: cyclic, change of state $ Application type: listen-only $ Direction: client 0x77240305, $ Connection parameters $ O->T supported size type(s): Fixed $ T->O supported size type(s): Fixed $ O->T real time transfer format: heartbeat $ T->O real time transfer format: connection is pure data and is modeless $ O->T supported connection type(s): point-to-point $ T->O supported connection type(s): multicast $ O->T supported priorities: low, high, scheduled $ T->O supported priorities: low, high, scheduled Param97,0,Assem4, $ O->T RPI, Size, Format Param97,9,Assem100, $ T->O RPI, Size, Format ,, $ Proxy config Size (not used), Format (not used) Param98,Assem200, $ Target config Size, Format "Listen only", $ Connection name string "Listen Only connection with Consuming Data-Input Data", $ Help string "20 04 24 C8 2C 04 2C 64"; $ Path Connection3 = 0x02030002, $ Trigger and transport mask $ Supported transport classes: class 1 $ Supported triggers: cyclic, change of state $ Application type: input-only $ Direction: client 0x77640305, $ Connection parameters $ O->T supported size type(s): Fixed $ T->O supported size type(s): Fixed $ O->T real time transfer format: heartbeat $ T->O real time transfer format: connection is pure data and is modeless $ O->T supported connection type(s): point-to-point $ T->O supported connection type(s): multicast, point-to-point $ O->T supported priorities: low, high, scheduled $ T->O supported priorities: low, high, scheduled Param97,0,Assem3, $ O->T RPI, Size, Format Param97,9,Assem100, $ T->O RPI, Size, Format ,, $ Proxy config Size (not used),Format (not used) Param98,Assem200, $ Target config Size, Format "Input only", $ Connection name string "Input Only connection with Consuming Data - Input Data", $ Help string "20 04 24 C8 2C 03 2C 64"; $ Path Connection4 = 0x01030002, $ Trigger and transport mask $ Supported transport classes: class 1 $ Supported triggers: cyclic, change of state $ Application type: listen-only $ Direction: client 0x77240305, $ Connection parameters $ O->T supported size type(s): Fixed $ T->O supported size type(s): Fixed $ O->T real time transfer format: heartbeat $ T->O real time transfer format: connection is pure data and is modeless $ O->T supported connection type(s): point-to-point $ T->O supported connection type(s): multicast $ O->T supported priorities: low, high, scheduled $ T->O supported priorities: low, high, scheduled Param97,0,Assem7, $ O->T RPI, Size, Format Param97,9,Assem100, $ T->O RPI, Size, Format ,, $ Proxy config Size (not used), Format (not used) Param98,Assem200, $ Target config Size, Format "Listen only extended", $ Connection name string "Listen Only extended connection with Consuming Data-Input Data", $ Help string "20 04 24 00 2C 07 2C 64"; $ Path Connection5 = 0x02030002, $ Trigger and transport mask $ Supported transport classes: class 1 $ Supported triggers: cyclic, change of state $ Application type: input-only $ Direction: client 0x77640305, $ Connection parameters $ O->T supported size type(s): Fixed $ T->O supported size type(s): Fixed $ O->T real time transfer format: heartbeat $ T->O real time transfer format: connection is pure data and is modeless $ O->T supported connection type(s): point-to-point $ T->O supported connection type(s): multicast, point-to-point $ O->T supported priorities: low, high, scheduled $ T->O supported priorities: low, high, scheduled Param97,0,Assem6, $ O->T RPI, Size, Format Param97,9,Assem100, $ T->O RPI, Size, Format ,, $ Proxy config size (not used),Format (not used) Param98,Assem200, $ Target config Size, Format "Input only extended", $ Connection name string "Input Only extended connection with Consuming Data - Input Data", $ Help string "20 04 24 C8 2C 06 2C 64"; $ Path [Capacity] MaxIOConnections = 4; MaxMsgConnections = 6; TSpec1 = $ 1000 packets per sec @ 1 bytes TxRx, 1, $ Connection size 1000; $ Packets per second TSpec2 = $ 1000 packets per sec @ 256 bytes TxRx, 256, $ Connection size 1000; $ Packets per second [DLR Class] Revision = 3; Object_Name = "Device Level Ring Object"; Object_Class_Code = 0x47; MaxInst = 1; Number_Of_Static_Instances = 1; Max_Number_Of_Dynamic_Instances = 0; Ring_Supervisor_Capable = No; Class_Attributes = 1; Instance_Attributes = 1, 2, 10, 12; Class_Services = 0x01, 0x0E; Instance_Services = 0x01, 0x0E; [TCP/IP Interface Class] Revision = 4; Object_Name = "TCP/IP Interface Object"; Object_Class_Code = 0xF5; MaxInst = 1; Number_Of_Static_Instances = 1; Max_Number_Of_Dynamic_Instances = 0; Class_Attributes = 1, 2, 3, 6, 7; Instance_Attributes = 1, 2, 3, 4, 5, 6, 8, 9, 10, 11, 13; Class_Services = 0x01, 0x0E; Instance_Services = 0x01, 0x0E, 0x10; [Ethernet Link Class] Revision = 4; Object_Name = "Ethernet Link Object"; Object_Class_Code = 0xF6; MaxInst = 3; Number_Of_Static_Instances = 3; Max_Number_Of_Dynamic_Instances = 0; Class_Attributes = 1, 2, 3, 6, 7; Instance_Attributes = 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11; Class_Services = 0x01, 0x0E; Instance_Services = 0x01, 0x0E, 0x10, 0x4C; InterfaceLabel1 = "Port 1"; InterfaceLabel2 = "Port 2"; InterfaceLabel3 = "Internal"; InterfaceType1 = 2; InterfaceType2 = 2; InterfaceType3 = 1; [Internationalization] DescText = { 2, {"deu",0xD0,4,"Widerstands-Temperaturregler PIREG-C2 mit EtherNet/IP-Schnittstelle"}, {"eng",0xD0,4,"Resistance Temperature Controller PIREG-C2 with EtherNet/IP interface"} }; ProdTypeStr = { 2, {"deu",0xD0,4,"Allgemeines Gerät"}, {"eng",0xD0,4,"Generic Device"} }; ProdName = { 2, {"deu",0xD0,4,"PIREG-C2"}, {"eng",0xD0,4,"PIREG-C2"} }; Param1 = { 2, {"deu",0xD0,4,"AHUE Aktivierung"}, {"eng",0xD0,4,"AHUE Activation"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Aufheiz-Überwachung Aktivierung"}, {"eng",0xD0,4,"Heating monitoring activation"} }; Enum1 = 0,{ 2, {"deu",0xD0,4,"ausgeschaltet"}, {"eng",0xD0,4,"switch off"} }, 1,{ 2, {"deu",0xD0,4,"eingeschaltet"}, {"eng",0xD0,4,"switch on"} }; Param2 = { 2, {"deu",0xD0,4,"AHUE Temperatur Untergrenze"}, {"eng",0xD0,4,"AHUE Temperature lower range"} }, { 2, {"deu",0xD0,4,"K"}, {"eng",0xD0,4,"K"} }, { 2, {"deu",0xD0,4,"Aufheiz-Überwachung Temperatur-Ok-Bereich Untergrenze"}, {"eng",0xD0,4,"Heating monitoring Temperature OK range lower limit"} }; Param3 = { 2, {"deu",0xD0,4,"AHUE Temperatur Obergrenze"}, {"eng",0xD0,4,"AHUE Temperature upper range"} }, { 2, {"deu",0xD0,4,"K"}, {"eng",0xD0,4,"K"} }, { 2, {"deu",0xD0,4,"Aufheiz-Überwachung Temperatur-Ok-Bereich Obergrenze"}, {"eng",0xD0,4,"Heating monitoring Temperature OK range upper limit"} }; Param4 = { 2, {"deu",0xD0,4,"AHUE Aufheizzeit Untergrenze"}, {"eng",0xD0,4,"AHUE Heating time lower range"} }, { 2, {"deu",0xD0,4,"s"}, {"eng",0xD0,4,"s"} }, { 2, {"deu",0xD0,4,"Aufheiz-Überwachung Aufheizzeit Untergrenze"}, {"eng",0xD0,4,"Heating monitoring Heating time range lower limit"} }; Param5 = { 2, {"deu",0xD0,4,"AHUE Aufheizzeit Obergrenze"}, {"eng",0xD0,4,"AHUE Heating time upper range"} }, { 2, {"deu",0xD0,4,"s"}, {"eng",0xD0,4,"s"} }, { 2, {"deu",0xD0,4,"Aufheiz-Überwachung Aufheizzeit Obergrenze"}, {"eng",0xD0,4,"Heating monitoring Heating time range upper limit"} }; Param6 = { 2, {"deu",0xD0,4,"BSTZ Betriebsstundenzähler"}, {"eng",0xD0,4,"BSTZ Operation hours counter"} }, { 2, {"deu",0xD0,4,"h"}, {"eng",0xD0,4,"h"} }, { 2, {"deu",0xD0,4,"Betriebsstundenzähler"}, {"eng",0xD0,4,"Operation hours counter"} }; Param7 = { 2, {"deu",0xD0,4,"EINS Aufheizrampe"}, {"eng",0xD0,4,"EINS Heating ramp"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Aufheizrampe des Heizleiters"}, {"eng",0xD0,4,"Heating ramp of the heating conductor"} }; Enum7 = 0,{ 2, {"deu",0xD0,4,"ohne"}, {"eng",0xD0,4,"without"} }, 1,{ 2, {"deu",0xD0,4,"2 s"}, {"eng",0xD0,4,"2 s"} }, 2,{ 2, {"deu",0xD0,4,"3 s"}, {"eng",0xD0,4,"3 s"} }, 3,{ 2, {"deu",0xD0,4,"5 s"}, {"eng",0xD0,4,"5 s"} }; Param8 = { 2, {"deu",0xD0,4,"EINS Tk"}, {"eng",0xD0,4,"EINS Tc"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Temperaturkoeffizient des Heizleiters"}, {"eng",0xD0,4,"Temperature coefficient of the heating conductor"} }; Enum8 = 0,{ 2, {"deu",0xD0,4,"Tk1 = 7,46 e-4 1/K"}, {"eng",0xD0,4,"Tc1 = 7,46 e-4 1/K"} }, 1,{ 2, {"deu",0xD0,4,"Tk1 = 10,8 e-4 1/K"}, {"eng",0xD0,4,"Tc1 = 10,8 e-4 1/K"} }, 2,{ 2, {"deu",0xD0,4,"Tk1 = 48,3 e-4 1/K"}, {"eng",0xD0,4,"Tc1 = 48,3 e-4 1/K"} }, 3,{ 2, {"deu",0xD0,4,"Tk1 = 8,62 e-4 1/K"}, {"eng",0xD0,4,"Tc1 = 8,62 e-4 1/K"} }, 4,{ 2, {"deu",0xD0,4,"Parameter EIPA TK"}, {"eng",0xD0,4,"Parameter EIPA TK"} }, 5,{ 2, {"deu",0xD0,4,"Tk1 = 12,35 e-4 1/K"}, {"eng",0xD0,4,"Tc1 = 12,35 e-4 1/K"} }; Param9 = { 2, {"deu",0xD0,4,"EINS Kal.-Vergleichszeit"}, {"eng",0xD0,4,"EINS Cal. comparison time"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs-Vergleichszeit"}, {"eng",0xD0,4,"Calibration comparison time"} }; Enum9 = 0,{ 2, {"deu",0xD0,4,"15 s"}, {"eng",0xD0,4,"15 s"} }, 1,{ 2, {"deu",0xD0,4,"30 s"}, {"eng",0xD0,4,"30 s"} }; Param10 = { 2, {"deu",0xD0,4,"EINS Temperaturbereich"}, {"eng",0xD0,4,"EINS Temperature range"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Temperaturbereich"}, {"eng",0xD0,4,"Temperature range"} }; Enum10 = 0,{ 2, {"deu",0xD0,4,"0...300 °C"}, {"eng",0xD0,4,"0...300 °C"} }, 1,{ 2, {"deu",0xD0,4,"0...500 °C"}, {"eng",0xD0,4,"0...500 °C"} }, 2,{ 2, {"deu",0xD0,4,"Parameter EIPA TB"}, {"eng",0xD0,4,"Parameter EIPA TB"} }; Param11 = { 2, {"deu",0xD0,4,"EINS Kalibrierungs-Art"}, {"eng",0xD0,4,"EINS Calibration type"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Neu Kalibrierung bei Netz-Ein oder Speicherung der Kalibrierungswerte"}, {"eng",0xD0,4,"New calibration at power on or storage of calibration value"} }; Enum11 = 0,{ 2, {"deu",0xD0,4,"Neu-Kalibrierung"}, {"eng",0xD0,4,"New calibration"} }, 1,{ 2, {"deu",0xD0,4,"Kalibrierung speichern"}, {"eng",0xD0,4,"Calibration storage"} }; Param12 = { 2, {"deu",0xD0,4,"EINS Transformatortyp"}, {"eng",0xD0,4,"EINS Transformer type"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Transformatortyp des Schweisstransformators"}, {"eng",0xD0,4,"Transformer type of the sealing transformer"} }; Enum12 = 0,{ 2, {"deu",0xD0,4,"EI- oder UI-Kern"}, {"eng",0xD0,4,"EI or UI-iron core"} }, 1,{ 2, {"deu",0xD0,4,"Ringkern"}, {"eng",0xD0,4,"Toroidal iron core"} }; Param13 = { 2, {"deu",0xD0,4,"EINS Bezugstemperatur"}, {"eng",0xD0,4,"EINS Ref. temperature"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Bezugstemperatur für die Kalibrierung"}, {"eng",0xD0,4,"Reference temperature for calibration"} }; Enum13 = 0,{ 2, {"deu",0xD0,4,"20 °C"}, {"eng",0xD0,4,"20 °C"} }, 1,{ 2, {"deu",0xD0,4,"variabel 0...50 °C"}, {"eng",0xD0,4,"variable 0...50 °C"} }, 2,{ 2, {"deu",0xD0,4,"Parameter EIPA BT"}, {"eng",0xD0,4,"Parameter EIPA BT"} }; Param14 = { 2, {"deu",0xD0,4,"EINS 8-Punkt-Tk-Korrektur"}, {"eng",0xD0,4,"EINS 8-point Tc correction"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierung mit 8-Punkt-Tk-Korrektur"}, {"eng",0xD0,4,"Calibration with 8-point Tc correction"} }; Enum14 = 0,{ 2, {"deu",0xD0,4,"ohne"}, {"eng",0xD0,4,"without"} }, 1,{ 2, {"deu",0xD0,4,"8-Pkt.-Tk-Korr."}, {"eng",0xD0,4,"8-pt. Tc corr."} }; Param15 = { 2, {"deu",0xD0,4,"EIPA BT Bezugstemperatur"}, {"eng",0xD0,4,"EIPA BT Ref. temperature"} }, { 2, {"deu",0xD0,4,"°C"}, {"eng",0xD0,4,"°C"} }, { 2, {"deu",0xD0,4,"Einstellungs-Parameter Bezugstemperatur für die Kalibrierung"}, {"eng",0xD0,4,"Setting parameter Reference temperature for calibration"} }; Param16 = { 2, {"deu",0xD0,4,"EIPA TB Temperaturbereich"}, {"eng",0xD0,4,"EIPA TB Temperature range"} }, { 2, {"deu",0xD0,4,"°C"}, {"eng",0xD0,4,"°C"} }, { 2, {"deu",0xD0,4,"Einstellungs-Parameter Temperaturbereich"}, {"eng",0xD0,4,"Setting parameter Temperature range"} }; Param17 = { 2, {"deu",0xD0,4,"EIPA TK Tk1"}, {"eng",0xD0,4,"EIPA TK Tc1"} }, { 2, {"deu",0xD0,4,"e-4 1/K"}, {"eng",0xD0,4,"e-4 1/K"} }, { 2, {"deu",0xD0,4,"Einstellungs-Parameter Temperaturkoeffizient Tk1"}, {"eng",0xD0,4,"Setting parameter Temperature coefficient Tc1"} }; Param18 = { 2, {"deu",0xD0,4,"EIPA TK Tk2"}, {"eng",0xD0,4,"EIPA TK Tc2"} }, { 2, {"deu",0xD0,4,"e-6 1/K^2"}, {"eng",0xD0,4,"e-6 1/K^2"} }, { 2, {"deu",0xD0,4,"Einstellungs-Parameter Temperaturkoeffizient Tk2"}, {"eng",0xD0,4,"Setting parameter Temperature coefficient Tc2"} }; Param19 = { 2, {"deu",0xD0,4,"EIPA TK Tk3"}, {"eng",0xD0,4,"EIPA TK Tc3"} }, { 2, {"deu",0xD0,4,"e-9 1/K^3"}, {"eng",0xD0,4,"e-9 1/K^3"} }, { 2, {"deu",0xD0,4,"Einstellungs-Parameter Temperaturkoeffizient Tk3"}, {"eng",0xD0,4,"Setting parameter Temperature coefficient Tc3"} }; Param20 = { 2, {"deu",0xD0,4,"EIPA ST Temperaturen"}, {"eng",0xD0,4,"EIPA ST Temperature"} }, { 2, {"deu",0xD0,4,"°C"}, {"eng",0xD0,4,"°C"} }, { 2, {"deu",0xD0,4,"Einstellungs-Parameter Temperaturbereich für Stetigkeit"}, {"eng",0xD0,4,"Setting parameter Temperature range for continuity"} }; Param21 = { 2, {"deu",0xD0,4,"EIPA DY Temperaturen"}, {"eng",0xD0,4,"EIPA DY Temperature"} }, { 2, {"deu",0xD0,4,"°C"}, {"eng",0xD0,4,"°C"} }, { 2, {"deu",0xD0,4,"Einstellungs-Parameter Temperaturbereich für Dynamik"}, {"eng",0xD0,4,"Setting parameter Temperature range for dynamics"} }; Param22 = { 2, {"deu",0xD0,4,"FEKO Temperatursprung"}, {"eng",0xD0,4,"FEKO Temperature jump"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Konfiguration Fehler Temperatursprung"}, {"eng",0xD0,4,"Error-Configuration Error Temperature jump"} }; Enum22 = 0,{ 2, {"deu",0xD0,4,"aktiv"}, {"eng",0xD0,4,"active"} }, 1,{ 2, {"deu",0xD0,4,"deaktiviert"}, {"eng",0xD0,4,"deactivated"} }; Param30 = { 2, {"deu",0xD0,4,"GWPA gewählte Parameter"}, {"eng",0xD0,4,"GWPA selected parameter"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Gewählte Kalibrierungs Parameter für die nächste Kalibrierung"}, {"eng",0xD0,4,"Selected Calibration parameters to be used for the next calibration"} }; Param31 = { 2, {"deu",0xD0,4,"HZBG max. Heizzeit"}, {"eng",0xD0,4,"HZBG max. Heating time"} }, { 2, {"deu",0xD0,4,"s"}, {"eng",0xD0,4,"s"} }, { 2, {"deu",0xD0,4,"Heizzeit-Begrenzung maximale Heizzeit"}, {"eng",0xD0,4,"Heating time limit maximum heating time"} }; Param32 = { 2, {"deu",0xD0,4,"KAPK Parameter Kal. 1"}, {"eng",0xD0,4,"KAPK Parameter Cal. 1"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierte Parameter der Kalibrierung 1"}, {"eng",0xD0,4,"Calibrated parameters of the Calibration 1"} }; Param33 = { 2, {"deu",0xD0,4,"KAPK Parameter Kal. 2"}, {"eng",0xD0,4,"KAPK Parameter Cal. 2"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierte Parameter der Kalibrierung 2"}, {"eng",0xD0,4,"Calibrated parameters of the Calibration 2"} }; Param34 = { 2, {"deu",0xD0,4,"KAPK Parameter Kal. 3"}, {"eng",0xD0,4,"KAPK Parameter Cal. 3"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierte Parameter der Kalibrierung 3"}, {"eng",0xD0,4,"Calibrated parameters of the Calibration 3"} }; Param35 = { 2, {"deu",0xD0,4,"KAPK Parameter Kal. 4"}, {"eng",0xD0,4,"KAPK Parameter Cal. 4"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierte Parameter der Kalibrierung 4"}, {"eng",0xD0,4,"Calibrated parameters of the Calibration 4"} }; Param36 = { 2, {"deu",0xD0,4,"KAPK Parameter Kal. 5"}, {"eng",0xD0,4,"KAPK Parameter Cal. 5"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierte Parameter der Kalibrierung 5"}, {"eng",0xD0,4,"Calibrated parameters of the Calibration 5"} }; Param37 = { 2, {"deu",0xD0,4,"KAPK Parameter Kal. 6"}, {"eng",0xD0,4,"KAPK Parameter Cal. 6"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierte Parameter der Kalibrierung 6"}, {"eng",0xD0,4,"Calibrated parameters of the Calibration 6"} }; Param38 = { 2, {"deu",0xD0,4,"KAPK Parameter Kal. 7"}, {"eng",0xD0,4,"KAPK Parameter Cal. 7"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierte Parameter der Kalibrierung 7"}, {"eng",0xD0,4,"Calibrated parameters of the Calibration 7"} }; Param39 = { 2, {"deu",0xD0,4,"KAPK Parameter Kal. 8"}, {"eng",0xD0,4,"KAPK Parameter Cal. 8"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierte Parameter der Kalibrierung 8"}, {"eng",0xD0,4,"Calibrated parameters of the Calibration 8"} }; Param40 = { 2, {"deu",0xD0,4,"KASR gewählter Parameter"}, {"eng",0xD0,4,"KASR selected parameter"} }, { 2, {"deu",0xD0,4,"%"}, {"eng",0xD0,4,"%"} }, { 2, {"deu",0xD0,4,"Gewählter Kalibrierungs-Parameters Aussteuerungsreserve"}, {"eng",0xD0,4,"Selected Calibration parameter modulation reserve"} }; Param41 = { 2, {"deu",0xD0,4,"KASR kalibrierter Parameter"}, {"eng",0xD0,4,"KASR calibrated parameter"} }, { 2, {"deu",0xD0,4,"%"}, {"eng",0xD0,4,"%"} }, { 2, {"deu",0xD0,4,"Kalibrierter Kalibrierungs-Parameters Aussteuerungsreserve"}, {"eng",0xD0,4,"Calibrated Calibration parameter modulation reserve"} }; Param42 = { 2, {"deu",0xD0,4,"KONF Sollwert Steuerung"}, {"eng",0xD0,4,"KONF set value control"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Konfiguration Temperatur-Sollwert-Steuerung"}, {"eng",0xD0,4,"Configuration Temperature set value control"} }; Enum42 = 0,{ 2, {"deu",0xD0,4,"Manuelle Steuerung"}, {"eng",0xD0,4,"Manual control"} }, 1,{ 2, {"deu",0xD0,4,"Schnittstellen-Steuerung"}, {"eng",0xD0,4,"Interface control"} }; Param43 = { 2, {"deu",0xD0,4,"KONF Einstellungs-Steuerung"}, {"eng",0xD0,4,"KONF setting control"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Konfiguration Einstellungs-Steuerung"}, {"eng",0xD0,4,"Configuration Setting control"} }; Enum43 = 0,{ 2, {"deu",0xD0,4,"Manuelle Einstellung"}, {"eng",0xD0,4,"Manual setting"} }, 1,{ 2, {"deu",0xD0,4,"Schnittstellen-Steuerung"}, {"eng",0xD0,4,"Interface control"} }; Param44 = { 2, {"deu",0xD0,4,"KONF Ansteuerung Alarm-Ausgang"}, {"eng",0xD0,4,"KONF activation Alarm output"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Konfiguration Ansteuerung des Alarm-Ausgangs"}, {"eng",0xD0,4,"Configuration activation of the Alarm output"} }; Enum44 = 0,{ 2, {"deu",0xD0,4,"nach dem 1. Heizen"}, {"eng",0xD0,4,"after 1th heating"} }, 1,{ 2, {"deu",0xD0,4,"sofort"}, {"eng",0xD0,4,"immediately"} }; Param45 = { 2, {"deu",0xD0,4,"KONF Alarm-Ausgang Schaltart"}, {"eng",0xD0,4,"KONF Alarm output switching"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Konfiguration Alarm-Ausgang Schaltart"}, {"eng",0xD0,4,"Configuration Alarm output switching type"} }; Enum45 = 0,{ 2, {"deu",0xD0,4,"Relaiskontakt geschlossen bei Alarm"}, {"eng",0xD0,4,"Relay point closed during alarm"} }, 1,{ 2, {"deu",0xD0,4,"Relaiskontakt offen bei Alarm"}, {"eng",0xD0,4,"Relay point open during alarm"} }; Param46 = { 2, {"deu",0xD0,4,"KONF Ansteuerung Ok-Ausgang"}, {"eng",0xD0,4,"KONF activation Ok output"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Konfiguration Ansteuerung des Ok-Ausgangs"}, {"eng",0xD0,4,"Configuration activation of the Ok output"} }; Enum46 = 0,{ 2, {"deu",0xD0,4,"Kal.-Ok-Meldung"}, {"eng",0xD0,4,"Cal. OK message"} }, 1,{ 2, {"deu",0xD0,4,"Temp.-Ok-Meldung"}, {"eng",0xD0,4,"Temp. OK message"} }, 2,{ 2, {"deu",0xD0,4,"Kal. und Temp.-Ok-Meldung"}, {"eng",0xD0,4,"Cal. and Temp. OK message"} }, 3,{ 2, {"deu",0xD0,4,"Temp.-erreicht-Meldung"}, {"eng",0xD0,4,"Temp. reached message"} }; Param47 = { 2, {"deu",0xD0,4,"KONF Ok-Ausgang Schaltart"}, {"eng",0xD0,4,"KONF Ok output switching"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Konfiguration Ok-Ausgang Schaltart"}, {"eng",0xD0,4,"Configuration Ok output switching type"} }; Enum47 = 0,{ 2, {"deu",0xD0,4,"Relaiskontakt geschlossen bei Ok"}, {"eng",0xD0,4,"Relay point closed during Ok"} }, 1,{ 2, {"deu",0xD0,4,"Relaiskontakt offen bei Ok"}, {"eng",0xD0,4,"Relay point open during Ok"} }; Param48 = { 2, {"deu",0xD0,4,"KONF Kal.-Eingang Impuls"}, {"eng",0xD0,4,"KONF Cal. input impulse"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Konfiguration Kalibrierung-Start-Eingang Impuls-Ansteuerung für Einpunkt-Tk-Korrektur"}, {"eng",0xD0,4,"Configuration Pulse control of the calibration start input for single-point Tc correction"} }; Enum48 = 0,{ 2, {"deu",0xD0,4,"keine Impuls-Ansteuerung"}, {"eng",0xD0,4,"no pulse control"} }, 1,{ 2, {"deu",0xD0,4,"mit Impuls-Ansteuerung"}, {"eng",0xD0,4,"with pulse control"} }; Param49 = { 2, {"deu",0xD0,4,"KONF Istwert-Ausgang"}, {"eng",0xD0,4,"KONF Actual value output"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Konfiguration Istwert-Ausgang-Funktion"}, {"eng",0xD0,4,"Configuration Actual value output feature"} }; Enum49 = 0,{ 2, {"deu",0xD0,4,"Istwert-Ausgang"}, {"eng",0xD0,4,"Actual value output"} }, 1,{ 2, {"deu",0xD0,4,"10V-Referenz-Spannungsquelle"}, {"eng",0xD0,4,"10V reference voltage source"} }, 2,{ 2, {"deu",0xD0,4,"Hold-Modus, Istwert-Ausgang"}, {"eng",0xD0,4,"Hold mode, actual value output"} }, 3,{ 2, {"deu",0xD0,4,"Hold-Modus 2s-Ein, Istwert-Ausgang"}, {"eng",0xD0,4,"Hold mode 2s on, actual value output"} }; Param50 = { 2, {"deu",0xD0,4,"KPFK P-Faktor Korrektur"}, {"eng",0xD0,4,"KPFK P-factor correction"} }, { 2, {"deu",0xD0,4,"%"}, {"eng",0xD0,4,"%"} }, { 2, {"deu",0xD0,4,"P-Faktor-Korrekturwert für alle 8 Kalibrierung"}, {"eng",0xD0,4,"P-factor correction value for all 8 calibration"} }; Param51 = { 2, {"deu",0xD0,4,"KTKZ Aufheizzeit Tk-Korrektur"}, {"eng",0xD0,4,"KTKZ heating time Tc-correction"} }, { 2, {"deu",0xD0,4,"s"}, {"eng",0xD0,4,"s"} }, { 2, {"deu",0xD0,4,"Aufheizzeit für den automatischen Ablauf der 8-Punkt-Tk-Korrektur während der Kalibrierung und der Einpunkt-Tk-Korrektur mit dem Temperatur-Messgerät TM6"}, {"eng",0xD0,4,"Heating time for the automatic execution of the 8-point Tc correction during calibration and the single-point Tc correction using the TM6 thermometer"} }; Param52 = { 2, {"deu",0xD0,4,"PFUE Aktivierung"}, {"eng",0xD0,4,"PFUE Activation"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"P-Faktor-Überwachung Aktivierung"}, {"eng",0xD0,4,"P-factor monitoring activation"} }; Enum52 = 0,{ 2, {"deu",0xD0,4,"ausgeschaltet"}, {"eng",0xD0,4,"switch off"} }, 1,{ 2, {"deu",0xD0,4,"eingeschaltet"}, {"eng",0xD0,4,"switch on"} }; Param53 = { 2, {"deu",0xD0,4,"PFUE Untergrenze"}, {"eng",0xD0,4,"PFUE Lower range"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"P-Faktor-Überwachung Untergrenze"}, {"eng",0xD0,4,"P-factor monitoring Lower range"} }; Param54 = { 2, {"deu",0xD0,4,"PFUE Obergrenze"}, {"eng",0xD0,4,"PFUE Upper range"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"P-Faktor-Überwachung Obergrenze"}, {"eng",0xD0,4,"P-factor monitoring Upper range"} }; Param55 = { 2, {"deu",0xD0,4,"PFUE kalibrieter P-Faktor"}, {"eng",0xD0,4,"PFUE calibrated P-factor"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"P-Faktor-Überwachung, kalibrierter P-Faktor der aktuellen aktiven Kalibrierung"}, {"eng",0xD0,4,"P-factor monitoring, Calibrated P-factorof the current active calibration"} }; Param56 = { 2, {"deu",0xD0,4,"TKEK Tk-Korr. Temp. Kal. 1"}, {"eng",0xD0,4,"TKEK Tc corr. temp. Cal. 1"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs 1, 8-Punkt-Tk-Korrektur, Temperaturen für den Regler und für das Heizband für die 8 Punkte"}, {"eng",0xD0,4,"Calibration 1, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points"} }; Param57 = { 2, {"deu",0xD0,4,"TKEK Tk-Korr. Temp. Kal. 2"}, {"eng",0xD0,4,"TKEK Tc corr. temp. Cal. 2"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs 2, 8-Punkt-Tk-Korrektur, Temperaturen für den Regler und für das Heizband für die 8 Punkte"}, {"eng",0xD0,4,"Calibration 2, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points"} }; Param58 = { 2, {"deu",0xD0,4,"TKEK Tk-Korr. Temp. Kal. 3"}, {"eng",0xD0,4,"TKEK Tc corr. temp. Cal. 3"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs 3, 8-Punkt-Tk-Korrektur, Temperaturen für den Regler und für das Heizband für die 8 Punkte"}, {"eng",0xD0,4,"Calibration 3, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points"} }; Param59 = { 2, {"deu",0xD0,4,"TKEK Tk-Korr. Temp. Kal. 4"}, {"eng",0xD0,4,"TKEK Tc corr. temp. Cal. 4"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs 4, 8-Punkt-Tk-Korrektur, Temperaturen für den Regler und für das Heizband für die 8 Punkte"}, {"eng",0xD0,4,"Calibration 4, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points"} }; Param60 = { 2, {"deu",0xD0,4,"TKEK Tk-Korr. Temp. Kal. 5"}, {"eng",0xD0,4,"TKEK Tc corr. temp. Cal. 5"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs 5, 8-Punkt-Tk-Korrektur, Temperaturen für den Regler und für das Heizband für die 8 Punkte"}, {"eng",0xD0,4,"Calibration 5, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points"} }; Param61 = { 2, {"deu",0xD0,4,"TKEK Tk-Korr. Temp. Kal. 6"}, {"eng",0xD0,4,"TKEK Tc corr. temp. Cal. 6"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs 6, 8-Punkt-Tk-Korrektur, Temperaturen für den Regler und für das Heizband für die 8 Punkte"}, {"eng",0xD0,4,"Calibration 6, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points"} }; Param62 = { 2, {"deu",0xD0,4,"TKEK Tk-Korr. Temp. Kal. 7"}, {"eng",0xD0,4,"TKEK Tc corr. temp. Cal. 7"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs 7, 8-Punkt-Tk-Korrektur, Temperaturen für den Regler und für das Heizband für die 8 Punkte"}, {"eng",0xD0,4,"Calibration 7, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points"} }; Param63 = { 2, {"deu",0xD0,4,"TKEK Tk-Korr. Temp. Kal. 8"}, {"eng",0xD0,4,"TKEK Tc corr. temp. Cal. 8"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungs 8, 8-Punkt-Tk-Korrektur, Temperaturen für den Regler und für das Heizband für die 8 Punkte"}, {"eng",0xD0,4,"Calibration 8, 8-point Tc correction, temperatures for the controller and for the heating tape for the 8 points"} }; Param64 = { 2, {"deu",0xD0,4,"TOKG Temperatur Untergrenze"}, {"eng",0xD0,4,"TOKG Temperature lower limit"} }, { 2, {"deu",0xD0,4,"K"}, {"eng",0xD0,4,"K"} }, { 2, {"deu",0xD0,4,"Temperatur-Ok-Meldung, Temperatur Untergrenze"}, {"eng",0xD0,4,"Temperature OK message, Temperature lower linit"} }; Param65 = { 2, {"deu",0xD0,4,"TOKG Temperatur Obergrenze"}, {"eng",0xD0,4,"TOKG Temperature upper limit"} }, { 2, {"deu",0xD0,4,"K"}, {"eng",0xD0,4,"K"} }, { 2, {"deu",0xD0,4,"Temperatur-Ok-Meldung, Temperatur Obergrenze"}, {"eng",0xD0,4,"Temperature OK message, Temperature upper linit"} }; Param66 = { 2, {"deu",0xD0,4,"TOKG Stabilisierungszeit"}, {"eng",0xD0,4,"TOKG Stabilisation time"} }, { 2, {"deu",0xD0,4,"s"}, {"eng",0xD0,4,"s"} }, { 2, {"deu",0xD0,4,"Temperatur-Ok-Meldung, Stabilisierungszeit"}, {"eng",0xD0,4,"Temperature OK message, Stabilisation time"} }; Param67 = { 2, {"deu",0xD0,4,"TUEE Aktivierung"}, {"eng",0xD0,4,"TUEE Activation"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Temperatur-Überwachung Aktivierung"}, {"eng",0xD0,4,"Temperature monitoring activation"} }; Enum67 = 0,{ 2, {"deu",0xD0,4,"ausgeschaltet"}, {"eng",0xD0,4,"switch off"} }, 1,{ 2, {"deu",0xD0,4,"eingeschaltet"}, {"eng",0xD0,4,"switch on"} }; Param68 = { 2, {"deu",0xD0,4,"TUEE Temperatur Untergrenze"}, {"eng",0xD0,4,"TUEE Temperature lower limit"} }, { 2, {"deu",0xD0,4,"K"}, {"eng",0xD0,4,"K"} }, { 2, {"deu",0xD0,4,"Temperatur-Überwachung, Temperatur Untergrenze"}, {"eng",0xD0,4,"Temperature monitoring, Temperature lower limit"} }; Param69 = { 2, {"deu",0xD0,4,"TUEE Temperatur Obergrenze"}, {"eng",0xD0,4,"TUEE Temperature upper linit"} }, { 2, {"deu",0xD0,4,"K"}, {"eng",0xD0,4,"K"} }, { 2, {"deu",0xD0,4,"Temperatur-Überwachung, Temperatur Obergrenze"}, {"eng",0xD0,4,"Temperature monitoring, Temperature upper limit"} }; Param70 = { 2, {"deu",0xD0,4,"TUEE Stabilisierungszeit"}, {"eng",0xD0,4,"TUEE Stabilisation time"} }, { 2, {"deu",0xD0,4,"s"}, {"eng",0xD0,4,"s"} }, { 2, {"deu",0xD0,4,"Temperatur-Überwachung, Stabilisierungszeit"}, {"eng",0xD0,4,"Temperature monitoring, Stabilisation time"} }; Param71 = { 2, {"deu",0xD0,4,"VERS Versionen"}, {"eng",0xD0,4,"VERS Versions"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Geräte-Version und Programmversionen der G- und M-Seite, Zeichenkette"}, {"eng",0xD0,4,"Device version and program version of the G- and M-side, String"} }; Param72 = { 2, {"deu",0xD0,4,"WESE Werkseitige Einstellungen"}, {"eng",0xD0,4,"WESE Factory settings"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Setzen der werkseitigen Einstellungen"}, {"eng",0xD0,4,"Setting of the factory settings"} }; Enum72 = 0,{ 2, {"deu",0xD0,4,"Grundstellung"}, {"eng",0xD0,4,"Home position"} }, 1,{ 2, {"deu",0xD0,4,"Werkseitige Einstellungen"}, {"eng",0xD0,4,"Factory settings"} }; Param73 = { 2, {"deu",0xD0,4,"ZYKL Gesamt-Zykluszähler"}, {"eng",0xD0,4,"ZYKL Total cycle counter"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Gesamt-Zykluszähler, nicht rücksetzbar"}, {"eng",0xD0,4,"Total cycle counter, not resetable"} }; Param74 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. 1"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. 1"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler der Kalibrierung 1"}, {"eng",0xD0,4,"Cycle counter of Calibration 1"} }; Param75 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. 2"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. 2"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler der Kalibrierung 2"}, {"eng",0xD0,4,"Cycle counter of Calibration 2"} }; Param76 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. 3"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. 3"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler der Kalibrierung 3"}, {"eng",0xD0,4,"Cycle counter of Calibration 3"} }; Param77 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. 4"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. 4"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler der Kalibrierung 4"}, {"eng",0xD0,4,"Cycle counter of Calibration 4"} }; Param78 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. 5"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. 5"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler der Kalibrierung 5"}, {"eng",0xD0,4,"Cycle counter of Calibration 5"} }; Param79 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. 6"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. 6"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler der Kalibrierung 6"}, {"eng",0xD0,4,"Cycle counter of Calibration 6"} }; Param80 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. 7"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. 7"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler der Kalibrierung 7"}, {"eng",0xD0,4,"Cycle counter of Calibration 7"} }; Param81 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. 8"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. 8"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler der Kalibrierung 8"}, {"eng",0xD0,4,"Cycle counter of Calibration 8"} }; Param82 = { 2, {"deu",0xD0,4,"ZYKL Zykluszähler Kal. löschen"}, {"eng",0xD0,4,"ZYKL Cycle counter Cal. erase"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zykluszähler Kalibrierung (1…8) auf null setzen"}, {"eng",0xD0,4,"Cycle counter Calibration (1...8) set to zero"} }; Param97 = { 2, {"deu",0xD0,4,"RPI Bereich"}, {"eng",0xD0,4,"RPI Range"} }, { 2, {"deu",0xD0,4,"µs"}, {"eng",0xD0,4,"µs"} }, { 2, {"deu",0xD0,4,"Wert für Requested packet interval"}, {"eng",0xD0,4,"Value for Requested packet interval"} }; Param98 = { 2, {"deu",0xD0,4,"Konfigurations-Parameter Länge"}, {"eng",0xD0,4,"Configuration parameter size"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Länge der Konfigurations-Parameter (0: keine Daten)"}, {"eng",0xD0,4,"Size of the Configuration parameter (0: no data)"} }; $ **** LPz, Producing Data, T -> O **** Param101 = { 2, {"deu",0xD0,4,"ISTW Temperatur-Istwert"}, {"eng",0xD0,4,"ISTW Actual temperature value"} }, { 2, {"deu",0xD0,4,"°C"}, {"eng",0xD0,4,"°C"} }, { 2, {"deu",0xD0,4,"Temperatur-Istwert des PIREG-C2"}, {"eng",0xD0,4,"Actual temperature value of PIREG-C2"} }; Param102 = { 2, {"deu",0xD0,4,"STEU Start-Eingang"}, {"eng",0xD0,4,"STEU Input Start"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand des Start-Eingangs"}, {"eng",0xD0,4,"State of the control input start"} }; Enum102 = 0,{ 2, {"deu",0xD0,4,"nicht betätigt"}, {"eng",0xD0,4,"not activated"} }, 1,{ 2, {"deu",0xD0,4,"betätigt"}, {"eng",0xD0,4,"activated"} }; Param103 = { 2, {"deu",0xD0,4,"STEU Kal.-Eingang"}, {"eng",0xD0,4,"STEU Input Calibration"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand des Kalibrierungs-Eingangs"}, {"eng",0xD0,4,"State of the control input calibration"} }; Enum103 = 0,{ 2, {"deu",0xD0,4,"nicht betätigt"}, {"eng",0xD0,4,"not activated"} }, 1,{ 2, {"deu",0xD0,4,"betätigt"}, {"eng",0xD0,4,"activated"} }; Param104 = { 2, {"deu",0xD0,4,"STEU Reset-Eingang"}, {"eng",0xD0,4,"STEU Input Reset"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand des Reset-Eingangs"}, {"eng",0xD0,4,"State of the control input reset"} }; Enum104 = 0,{ 2, {"deu",0xD0,4,"nicht betätigt"}, {"eng",0xD0,4,"not activated"} }, 1,{ 2, {"deu",0xD0,4,"betätigt"}, {"eng",0xD0,4,"activated"} }; Param105 = { 2, {"deu",0xD0,4,"STEU nicht belegt"}, {"eng",0xD0,4,"STEU not used"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand Steuerung nicht belegt"}, {"eng",0xD0,4,"State control not used"} }; Param106 = { 2, {"deu",0xD0,4,"STEU Steuerung Start"}, {"eng",0xD0,4,"STEU Control Start"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand des Steuerungs-Zustand Start"}, {"eng",0xD0,4,"State of the Control state start"} }; Enum106 = 0,{ 2, {"deu",0xD0,4,"nicht gesetzt"}, {"eng",0xD0,4,"not set"} }, 1,{ 2, {"deu",0xD0,4,"gesetzt"}, {"eng",0xD0,4,"set"} }; Param107 = { 2, {"deu",0xD0,4,"STEU Steuerungs Kalibrierung"}, {"eng",0xD0,4,"STEU Control Calibration"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand des Steuerungs-Zustand Kalibrierung"}, {"eng",0xD0,4,"State of the Control state calibration"} }; Enum107 = 0,{ 2, {"deu",0xD0,4,"nicht gesetzt"}, {"eng",0xD0,4,"not set"} }, 1,{ 2, {"deu",0xD0,4,"Kalibrierung gesetzt"}, {"eng",0xD0,4,"calibration set"} }, 2,{ 2, {"deu",0xD0,4,"Einpunkt-Tk-Korrektur"}, {"eng",0xD0,4,"single-point Tc correction"} }; Param108 = { 2, {"deu",0xD0,4,"STEU Steuerung Reset"}, {"eng",0xD0,4,"STEU Control reset"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand des Steuerungs-Zustand Reset"}, {"eng",0xD0,4,"State of the Control state reset"} }; Enum108 = 0,{ 2, {"deu",0xD0,4,"nicht gesetzt"}, {"eng",0xD0,4,"not set"} }, 1,{ 2, {"deu",0xD0,4,"gesetzt"}, {"eng",0xD0,4,"set"} }; Param109 = { 2, {"deu",0xD0,4,"KANR Zustand Kal.-Nummer"}, {"eng",0xD0,4,"KANR State Cal. number"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Nummer der aktivierten Kalibrierung (1...8)"}, {"eng",0xD0,4,"Number of the the activated calibration (1...8)"} }; Param110 = { 2, {"deu",0xD0,4,"MEPA Messimpuls-Pause"}, {"eng",0xD0,4,"MEPA Measurement pause"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand der Messimpuls-Pause"}, {"eng",0xD0,4,"State of the Measurement pause"} }; Enum110 = 0,{ 2, {"deu",0xD0,4,"ausgeschaltet"}, {"eng",0xD0,4,"switched off"} }, 1,{ 2, {"deu",0xD0,4,"eingeschaltet"}, {"eng",0xD0,4,"switched on"} }; Param111 = { 2, {"deu",0xD0,4,"MKOK Kal.-Ok-Meldung"}, {"eng",0xD0,4,"MKOK Cal. ok message"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand der Kalibrierungs-Ok-Meldung"}, {"eng",0xD0,4,"State of the Calibration ok message"} }; Enum111 = 0,{ 2, {"deu",0xD0,4,"nicht gesetzt"}, {"eng",0xD0,4,"not set"} }, 1,{ 2, {"deu",0xD0,4,"gesetzt"}, {"eng",0xD0,4,"set"} }; Param112 = { 2, {"deu",0xD0,4,"MTOK Temp.-Ok-Meldung"}, {"eng",0xD0,4,"MTOK Temp. Ok message"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand der Temperatur-Ok-Meldung"}, {"eng",0xD0,4,"State of the Temperature Ok message"} }; Enum112 = 0,{ 2, {"deu",0xD0,4,"nicht gesetzt"}, {"eng",0xD0,4,"not set"} }, 1,{ 2, {"deu",0xD0,4,"gesetzt"}, {"eng",0xD0,4,"set"} }; Param113 = { 2, {"deu",0xD0,4,"MTER Temp.-erreicht-Meldung"}, {"eng",0xD0,4,"MTER Temp. reached message"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Zustand der Temperatur-erreicht-Meldung"}, {"eng",0xD0,4,"State of the Temperature reached message"} }; Enum113 = 0,{ 2, {"deu",0xD0,4,"nicht gesetzt"}, {"eng",0xD0,4,"not set"} }, 1,{ 2, {"deu",0xD0,4,"gesetzt"}, {"eng",0xD0,4,"set"} }; Param114 = { 2, {"deu",0xD0,4,"ZUST Betriebszustand"}, {"eng",0xD0,4,"ZUST Operating state"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Betriebszustand des PIREG-C2"}, {"eng",0xD0,4,"Operating state of PIREG-C2"} }; Enum114 = 0,{ 2, {"deu",0xD0,4,"Initialisierung"}, {"eng",0xD0,4,"Initialization"} }, 1,{ 2, {"deu",0xD0,4,"Aus-Zustand"}, {"eng",0xD0,4,"Off state"} }, 2,{ 2, {"deu",0xD0,4,"Ein-Zustand"}, {"eng",0xD0,4,"On state"} }, 3,{ 2, {"deu",0xD0,4,"Kalibrierungs-Zustand"}, {"eng",0xD0,4,"Calibration state"} }, 4,{ 2, {"deu",0xD0,4,"Störungs-Zustand"}, {"eng",0xD0,4,"Error state"} }, 5,{ 2, {"deu",0xD0,4,"Abgleich-Zustand"}, {"eng",0xD0,4,"Adjustment state"} }, 6,{ 2, {"deu",0xD0,4,"Reset-Zustand"}, {"eng",0xD0,4,"Reset state"} }; Param115 = { 2, {"deu",0xD0,4,"ZUST Kal.-Zustand"}, {"eng",0xD0,4,"ZUST Cal. state"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kalibrierungszustand des PIREG-C2"}, {"eng",0xD0,4,"Calibration state of PIREG-C2"} }; Enum115 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"Kalibrierung initialisieren"}, {"eng",0xD0,4,"Initialise calibration"} }, 2,{ 2, {"deu",0xD0,4,"Eingangsverstärker kalibrieren"}, {"eng",0xD0,4,"Calibrate input amplifier"} }, 3,{ 2, {"deu",0xD0,4,"Phasenverschiebung bestimmen"}, {"eng",0xD0,4,"Determine the phase shift"} }, 4,{ 2, {"deu",0xD0,4,"Bezugswiderstand (R20) bestimmen"}, {"eng",0xD0,4,"Determine the reference resistance (R20)"} }, 5,{ 2, {"deu",0xD0,4,"Kalibrierungs-Vergleichszeit"}, {"eng",0xD0,4,"Calibration comparison time"} }, 6,{ 2, {"deu",0xD0,4,"Bezugswiderstand (R20) prüfen"}, {"eng",0xD0,4,"Check reference resistance (R20)"} }, 7,{ 2, {"deu",0xD0,4,"P-Faktor bestimmen"}, {"eng",0xD0,4,"Determine the P-factor"} }, 8,{ 2, {"deu",0xD0,4,"Initialisierendes Remanenz-setzen"}, {"eng",0xD0,4,"Set initialising remanence"} }, 9,{ 2, {"deu",0xD0,4,"8-Punkt-Tk-Korrektur"}, {"eng",0xD0,4,"8-point Tc correction"} }, 10,{ 2, {"deu",0xD0,4,"Regler-Einstellungen speichern"}, {"eng",0xD0,4,"Save controller settings"} }, 11,{ 2, {"deu",0xD0,4,"Einpunkt-Tk-Korrektur initialisieren"}, {"eng",0xD0,4,"Initialise single-point Tc correction"} }, 12,{ 2, {"deu",0xD0,4,"Einpunkt-Tk-Korrektur aus"}, {"eng",0xD0,4,"Single-point Tc correction Off"} }, 13,{ 2, {"deu",0xD0,4,"Einpunkt-Tk-Korrektur heizen"}, {"eng",0xD0,4,"Single-point Tc correction heating"} }, 14,{ 2, {"deu",0xD0,4,"Einpunkt-Tk-Korrektur setzen und speichern"}, {"eng",0xD0,4,"Set and save single-point Tc correction"} }, 20,{ 2, {"deu",0xD0,4,"Kalibrierungsumschaltung"}, {"eng",0xD0,4,"Calibration switchover"} }; Param116 = { 2, {"deu",0xD0,4,"FEZU Geraete-Fehler"}, {"eng",0xD0,4,"FEZU Hardware error"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand Geraete-Fehler"}, {"eng",0xD0,4,"Error state Hardware"} }; Enum116 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"Fehler"}, {"eng",0xD0,4,"Error"} }, 2,{ 2, {"deu",0xD0,4,"Unterspannung Bussystem-Versorgung"}, {"eng",0xD0,4,"Undervoltage bus system supply"} }, 3,{ 2, {"deu",0xD0,4,"Überspannung Bussystem-Versorgung"}, {"eng",0xD0,4,"Overvoltage bus system supply"} }; Param117 = { 2, {"deu",0xD0,4,"FEZU Netzstörung"}, {"eng",0xD0,4,"FEZU Power line error"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand Netzstörung"}, {"eng",0xD0,4,"Error state Power line error"} }; Enum117 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"Unterspannung"}, {"eng",0xD0,4,"Undervoltage"} }, 2,{ 2, {"deu",0xD0,4,"Überspannung"}, {"eng",0xD0,4,"Overvoltage"} }, 3,{ 2, {"deu",0xD0,4,"Netzfrequenzfehler"}, {"eng",0xD0,4,"Line frequency error"} }; Param118 = { 2, {"deu",0xD0,4,"FEZU Datenfehler"}, {"eng",0xD0,4,"FEZU Data error"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand Datenfehler"}, {"eng",0xD0,4,"Error state Data error"} }; Enum118 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"Kalibrierwerte passen nicht zur Einstellung"}, {"eng",0xD0,4,"Calibration values do not suit the setting"} }, 2,{ 2, {"deu",0xD0,4,"Schreib-/Lese-Fehler des nichtflüchtigen Speichers"}, {"eng",0xD0,4,"Read/write error in the non-volatile memory"} }, 3,{ 2, {"deu",0xD0,4,"Kommunikations-Überwachung"}, {"eng",0xD0,4,"Communication monitoring"} }, 4,{ 2, {"deu",0xD0,4,"Heizzeit-Begrenzung überschritten"}, {"eng",0xD0,4,"Heating time limit exceeded"} }; Param119 = { 2, {"deu",0xD0,4,"FEZU nicht belegt"}, {"eng",0xD0,4,"FEZU not used"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand nicht belegt"}, {"eng",0xD0,4,"Error state not used"} }; Param120 = { 2, {"deu",0xD0,4,"FEZU Kal. Nummer"}, {"eng",0xD0,4,"FEZU Cal. number"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand Kalibrierungs-Nnummer, bei der der Fehler auftrat"}, {"eng",0xD0,4,"Error state Calibration number, where the error occured"} }; Param121 = { 2, {"deu",0xD0,4,"FEZU Spannungssignal Ur"}, {"eng",0xD0,4,"FEZU Voltage signal Ur"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand Spannungssignal Ur"}, {"eng",0xD0,4,"Error state Voltage signal Ur"} }; Enum121 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"zu klein"}, {"eng",0xD0,4,"too small"} }, 2,{ 2, {"deu",0xD0,4,"zu groß"}, {"eng",0xD0,4,"too large"} }, 3,{ 2, {"deu",0xD0,4,"instabil"}, {"eng",0xD0,4,"unstable"} }; Param122 = { 2, {"deu",0xD0,4,"FEZU Stromsignal Ir"}, {"eng",0xD0,4,"FEZU Current signal Ir"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand Stromsignal Ir"}, {"eng",0xD0,4,"Error state Current signal Ir"} }; Enum122 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"zu klein"}, {"eng",0xD0,4,"too small"} }, 2,{ 2, {"deu",0xD0,4,"zu groß"}, {"eng",0xD0,4,"too large"} }, 3,{ 2, {"deu",0xD0,4,"instabil"}, {"eng",0xD0,4,"unstable"} }; Param123 = { 2, {"deu",0xD0,4,"FEZU Heizleiter"}, {"eng",0xD0,4,"FEZU Heating conductor"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand Heizleitertemperatur, Temperatur-Überwachung, Aufheiz-Überwachung und Temperatursprung"}, {"eng",0xD0,4,"Error state Heating conductor temperature, temperature monitoring, heating monitoring and Temperature jump"} }; Enum123 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"Heizleitertemperatur zu klein"}, {"eng",0xD0,4,"Heating conductor temperature too small"} }, 2,{ 2, {"deu",0xD0,4,"Heizleitertemperatur zu groß"}, {"eng",0xD0,4,"Heating conductor temperature too large"} }, 3,{ 2, {"deu",0xD0,4,"Temperatur-Überwachung zu klein"}, {"eng",0xD0,4,"Temperature monitoring too small"} }, 4,{ 2, {"deu",0xD0,4,"Temperatur-Überwachung zu groß"}, {"eng",0xD0,4,"Temperature monitoring too large"} }, 5,{ 2, {"deu",0xD0,4,"Aufheiz-Überwachung Aufheizzeit überschritten"}, {"eng",0xD0,4,"Heating monitoring heating time exceeded"} }, 6,{ 2, {"deu",0xD0,4,"Aufheiz-Überwachung Aufheizzeit unterschritten"}, {"eng",0xD0,4,"Heating monitoring heating time fallen below"} }, 7,{ 2, {"deu",0xD0,4,"Temperatursprung nach unten"}, {"eng",0xD0,4,"Temperature jump downwards"} }, 8,{ 2, {"deu",0xD0,4,"Temperatursprung nach oben"}, {"eng",0xD0,4,"Temperature jump upwards"} }; Param124 = { 2, {"deu",0xD0,4,"FEZU Kalibrierung"}, {"eng",0xD0,4,"FEZU Calibration"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Fehler-Zustand Kalibrierung Fehler"}, {"eng",0xD0,4,"Error state Calibration error"} }; Enum124 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"Parameter-Fehler"}, {"eng",0xD0,4,"Parameter error"} }, 2,{ 2, {"deu",0xD0,4,"Spannungs- oder Stromsignal fehlerhaft"}, {"eng",0xD0,4,"Voltage or current signal defective"} }, 3,{ 2, {"deu",0xD0,4,"Fehler bei Bestimmung der Phasenverschiebung"}, {"eng",0xD0,4,"Error in determining the phase shift"} }, 4,{ 2, {"deu",0xD0,4,"Bestimmung von R20 nicht möglich"}, {"eng",0xD0,4,"R20 can not be determined"} }, 5,{ 2, {"deu",0xD0,4,"Fehler bei Bestimmung des P-Faktors oder P-Faktor-Überwachung"}, {"eng",0xD0,4,"Error in determining the P-factor or P-factor monitoring"} }, 6,{ 2, {"deu",0xD0,4,"Bezugstemperatur zu groß gewählt"}, {"eng",0xD0,4,"The selected reference temperature is too high"} }, 7,{ 2, {"deu",0xD0,4,"Bereich der Temperaturkoeffizienten-Korrektur überschritten"}, {"eng",0xD0,4,"Range of temperature coefficient correction exceeded"} }, 8,{ 2, {"deu",0xD0,4,"Start-Signal während der Kalibrierung"}, {"eng",0xD0,4,"Start signal during calibration"} }, 9,{ 2, {"deu",0xD0,4,"Datenfehler bei Zugriff"}, {"eng",0xD0,4,"Data error on access"} }; Param125 = { 2, {"deu",0xD0,4,"KOFE Kommunikations-Fehler"}, {"eng",0xD0,4,"KOFE Communication error"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kommunikations-Fehler"}, {"eng",0xD0,4,"Communication error"} }; Enum125 = 0,{ 2, {"deu",0xD0,4,"Ok"}, {"eng",0xD0,4,"Ok"} }, 1,{ 2, {"deu",0xD0,4,"Syntax- oder Parameterfehler"}, {"eng",0xD0,4,"Syntax or parameter error"} }, 2,{ 2, {"deu",0xD0,4,"Ausführung nicht freigegeben"}, {"eng",0xD0,4,"Activities have not yet been approved"} }, 3,{ 2, {"deu",0xD0,4,"Fehler beim Speichern im EEPROM"}, {"eng",0xD0,4,"Error occurs when saving data to the EEPROM"} }; Param126 = { 2, {"deu",0xD0,4,"KOFE nicht belegt"}, {"eng",0xD0,4,"KOFE not used"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Kommunikations-Fehler-Zustand nicht belegt"}, {"eng",0xD0,4,"Communication Error state not used"} }; $ **** SPz, Consuming Data, O -> T **** Param151 = { 2, {"deu",0xD0,4,"SOLW Temp.-Sollwert"}, {"eng",0xD0,4,"SOLW Temp. set value"} }, { 2, {"deu",0xD0,4,"°C"}, {"eng",0xD0,4,"°C"} }, { 2, {"deu",0xD0,4,"Temperatur-Sollwert des PIREG-C2"}, {"eng",0xD0,4,"Temperature set value of PIREG-C2"} }; Param152 = { 2, {"deu",0xD0,4,"STST Start"}, {"eng",0xD0,4,"STST Start"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Steuerungs-Zustand Start"}, {"eng",0xD0,4,"Control state start"} }; Enum152 = 0,{ 2, {"deu",0xD0,4,"Grundstellung"}, {"eng",0xD0,4,"Home position"} }, 1,{ 2, {"deu",0xD0,4,"Start"}, {"eng",0xD0,4,"Start"} }; Param153 = { 2, {"deu",0xD0,4,"STKA Kalibrierung"}, {"eng",0xD0,4,"STKA Calibration"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Steuerungs-Zustand Kalibrierung"}, {"eng",0xD0,4,"Control state calibration"} }; Enum153 = 0,{ 2, {"deu",0xD0,4,"Grundstellung"}, {"eng",0xD0,4,"Home position"} }, 1,{ 2, {"deu",0xD0,4,"Steuerungszustand Kalibrierung"}, {"eng",0xD0,4,"Calibration control state"} }, 2,{ 2, {"deu",0xD0,4,"Einpunkt-Tk-Korrektur"}, {"eng",0xD0,4,"Single-point Tc correction"} }, 3,{ 2, {"deu",0xD0,4,"Tk-Korrektur speichern"}, {"eng",0xD0,4,"Saving Tc correction"} }, 4,{ 2, {"deu",0xD0,4,"Tk-Korrektur Speicherung aufheben"}, {"eng",0xD0,4,"Cancelling the saved Tc correction"} }; Param154 = { 2, {"deu",0xD0,4,"STRS Reset"}, {"eng",0xD0,4,"STRS Reset"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Steuerungs-Zustand Reset"}, {"eng",0xD0,4,"Control state reset"} }; Enum154 = 0,{ 2, {"deu",0xD0,4,"Grundstellung"}, {"eng",0xD0,4,"Home position"} }, 1,{ 2, {"deu",0xD0,4,"Reset"}, {"eng",0xD0,4,"Reset"} }; Param155 = { 2, {"deu",0xD0,4,"Steuerung nicht belegt 1"}, {"eng",0xD0,4,"Control not used 1"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }; Param156 = { 2, {"deu",0xD0,4,"KANR Kal.-Nummer"}, {"eng",0xD0,4,"KANR Cal. number"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Setzen der Kalibrierungs-Nummer (1...8) für die aktive Kalibrierung"}, {"eng",0xD0,4,"Setting of the calibration number (1...8) for the active calibration"} }; Param157 = { 2, {"deu",0xD0,4,"MEPA Messimpuls-P. setzen"}, {"eng",0xD0,4,"MEPA Set Measurement pause"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,"Setzen der Messimpuls-Pause"}, {"eng",0xD0,4,"Setting of the Measurement pause"} }; Enum157 = 0,{ 2, {"deu",0xD0,4,"ausschaltet"}, {"eng",0xD0,4,"switch off"} }, 1,{ 2, {"deu",0xD0,4,"einschaltet"}, {"eng",0xD0,4,"switch on"} }; Param158 = { 2, {"deu",0xD0,4,"Steuerung nicht belegt 2"}, {"eng",0xD0,4,"Control not used 2"} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }, { 2, {"deu",0xD0,4,""}, {"eng",0xD0,4,""} }; $ **** Gruppen **** Group1 = { 2, {"deu",0xD0,4,"Überwachung"}, {"eng",0xD0,4,"Monitoring"} }; Group2 = { 2, {"deu",0xD0,4,"Zähler"}, {"eng",0xD0,4,"Counter"} }; Group3 = { 2, {"deu",0xD0,4,"Einstellungen"}, {"eng",0xD0,4,"Settings"} }; Group4 = { 2, {"deu",0xD0,4,"Zustände"}, {"eng",0xD0,4,"States"} }; Group5 = { 2, {"deu",0xD0,4,"Kalibrierung"}, {"eng",0xD0,4,"Calibration"} }; $ **** Assemblys **** Assem3 = { 2, {"deu",0xD0,4,"Heartbeat, Input Only"}, {"eng",0xD0,4,"Heartbeat, Input Only"} }; Assem4 = { 2, {"deu",0xD0,4,"Heartbeat, Listen Only"}, {"eng",0xD0,4,"Heartbeat, Listen Only"} }; Assem6 = { 2, {"deu",0xD0,4,"Heartbeat, Input Only Extended"}, {"eng",0xD0,4,"Heartbeat, Input Only Extended"} }; Assem7 = { 2, {"deu",0xD0,4,"Heartbeat, Listen Only Extended"}, {"eng",0xD0,4,"Heartbeat, Listen Only Extended"} }; Assem100 = { 2, {"deu",0xD0,4,"Producing Data - Ausgangsdaten"}, $ Lese-Prozessdaten, T->O {"eng",0xD0,4,"Producing Data - Output Data"} $ Read process data, T->O }; Assem150 = { 2, {"deu",0xD0,4,"Consuming Data - Eingangsdaten"}, $ Schreibe-Prozessdaten, O->T {"eng",0xD0,4,"Consuming Data - Input Data"} $ Write process data, O->T }; Assem200 = { 2, {"deu",0xD0,4,"Konfiguration"}, {"eng",0xD0,4,"Configuration"} }; Connection1 = { 2, {"deu",0xD0,4,"Exclusive Owner"}, {"eng",0xD0,4,"Exclusive Owner"} }, { 2, {"deu",0xD0,4,"Exclusive Owner Verbindung mit Consuming Data-Eingangsdaten und Producing Data-Ausgangsdaten"}, {"eng",0xD0,4,"Exclusive Owner connection with Consuming Data-Input Data and Producing Data-Output Data"} }; Connection2 = { 2, {"deu",0xD0,4,"Listen Only"}, {"eng",0xD0,4,"Listen Only"} }, { 2, {"deu",0xD0,4,"Listen Only Verbindung mit Consuming Data-Eingangsdaten"}, {"eng",0xD0,4,"Listen Only connection with Consuming Data-Input Data"} }; Connection3 = { 2, {"deu",0xD0,4,"Input Only"}, {"eng",0xD0,4,"Input Only"} }, { 2, {"deu",0xD0,4,"Input Only Verbindung mit Consuming Data-Eingangsdaten"}, {"eng",0xD0,4,"Input Only connection with Consuming Data - Input Data"} }; Connection4 = { 2, {"deu",0xD0,4,"Listen only extended"}, {"eng",0xD0,4,"Listen only extended"} }, { 2, {"deu",0xD0,4,"Listen Only extended Verbindung mit Consuming Data-Eingangsdaten"}, {"eng",0xD0,4,"Listen Only extended connection with Consuming Data-Input Data"} }; Connection5 = { 2, {"deu",0xD0,4,"Input only extended"}, {"eng",0xD0,4,"Input only extended"} }, { 2, {"deu",0xD0,4,"Input Only extended Verbindung mit Consuming Data-Eingangsdaten"}, {"eng",0xD0,4,"Input Only extended connection with Consuming Data - Input Data"} }; [QoS Class] Revision = 1; Object_Name = "QoS Object"; Object_Class_Code = 0x48; MaxInst = 1; Number_Of_Static_Instances = 1; Max_Number_Of_Dynamic_Instances = 0; Class_Attributes = 1; Instance_Attributes = 1, 4, 5, 6, 7, 8; Class_Services = 0x0E; Instance_Services = 0x0E, 0x10;