2.5.1. Direct Read/Write: Tool Offsets, Coordinates, Program & PLC

This page continues from 2.5.1. Direct Read/Write and covers endpoints 2.5.1.12–2.5.1.20: tool offset data, coordinate data, program block/program information, PLC data read/write, and machine time data.

2.5.1.12. readOffsetData - Read Tool Offset Data

GET /api/cnc/readOffsetData?machineID=MACHINEID&channel=CHANNEL&toolNum=TOOLNUM&offsetNum=OFFSETNUM

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier
channel	Int32	Machine channel number. Defaults to 0 (the main channel) if not supplied.
toolNum, offsetNum	Int32	Supply toolNum (tool number) or offsetNum (offset number) to identify the target tool. These request parameters correspond to the tags in Tool offset data <tag> data tags. Refer to the per-system tag combination table in Tool offset data tag combinations to supply the correct combination of request parameters.

Example 1, Heidenhain:

Request to get the tool offset data for T (tool number) 1 on the machine with machineID 1010:

/api/cnc/readOffsetData?machineID=1010&toolNum=1

Response example

{
  "toolNum": 1,
  "toolName": "MILL_D2_ROUGH",
  "toolType": "9",
  "lengthWear": 0.6,
  "radiusWear": 0.5,
  "lengthGeom": 30.0,
  "radiusGeom": 1.0,
  "radius2Wear": 0.2,
  "radius2Geom": 2.0
}

Example 2, Siemens:

Request to get the tool offset data for position (tool number) 2, D (offset number) 1, on the machine with machineID 1010:

/api/cnc/readOffsetData?machineID=1010&toolNum=2&offsetNum=1

Response example

{
  "toolNum": 2,
  "offsetNum": 1,
  "toolName": "ROUGHING_T80 A",
  "toolType": 500,
  "toolNose": 3,
  "wearX": 0.88,
  "wearZ": 0.78,
  "wearR": 0.05,
  "geomX": 55.0,
  "geomZ": 39.0,
  "geomR": 0.8
}

Example 3, other systems:

Request to get the tool offset data for offset number 1 on channel 2 of the machine with machineID 1010:

/api/cnc/readOffsetData?machineID=1010&offsetNum=1&channel=2

Response example

{
  "offsetNum": 1,
  "lengthUnit": "MM",
  "toolNose": 3,
  "lengthWear": 0.0001,
  "radiusWear": 0.03,
  "lengthGeom": 5.0,
  "radiusGeom": 0.2,
  "channel": 2
}

Response Parameter	Type	Description
channel	Int32	Machine channel number; appears only when channel is supplied in the request and is not 0
toolNum	Int32	Tool number
offsetNum	Int32	Offset number
toolName	String	Tool name
toolType	String	Tool type
lengthUnit	String	Tool offset length unit
toolNose	Int32	(Imaginary) tool nose position / cutting edge type
lengthWear	Double	Length wear
radiuWear	Double	Radius wear
lengthGeom	Double	Length geometry
radiusGeom	Double	Radius geometry
wearX	Double	Length X wear
wearY	Double	Length Y wear
wearZ	Double	Length Z wear
wearR	Double	Radius wear
geomX	Double	Length X
geomY	Double	Length Y
geomZ	Double	Length Z
geomR	Double	Radius

Note

The table lists the common tool offset parameters, but not all of them. Some machines have less common offset settings that are not individually documented here. We recommend testing which offset parameters can be read the first time a new machine type is added. If, in actual use, you need to obtain an offset setting parameter that the machine has but this endpoint does not yet support, please contact support.

2.5.1.13. batchReadOffsetData - Batch Read Tool Offsets

This endpoint is the batch version of 2.5.1.12. readOffsetData - Read Tool Offset Data. By supplying a list of target tools in the request body, you can read multiple sets of data in a single call.

POST /api/cnc/batchReadOffsetData?machineID=MACHINEID

Request body example, application/json

[
  {
    "toolNum": 1,
    "offsetNum": 1,
    "channel": 2
  },
  {
    "toolNum": 1,
    "offsetNum": 2,
    "channel": 2
  }
]

The request parameters are the same as 2.5.1.12. readOffsetData - Read Tool Offset Data.

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier
channel	Int32	Machine channel number. Defaults to 0 (the main channel) if not supplied.
toolNum, offsetNum	Int32	Supply toolNum (tool number) or offsetNum (offset number) to identify the target tool. These request parameters correspond to the tags in Tool offset data <tag> data tags. Refer to the per-system tag combination table in Tool offset data tag combinations to supply the correct combination of request parameters.

Response example

[
  {
    "toolNum": 1,
    "offsetNum": 1,
    "lengthUnit": "MM",
    "toolNose": 3,
    "lengthWear": 0.0001,
    "radiusWear": 0.03,
    "lengthGeom": 5.0,
    "radiusGeom": 0.2,
    "channel": 2
  },
  {
    "toolNum": 1,
    "offsetNum": 2,
    "lengthUnit": "MM",
    "toolNose": 4,
    "lengthWear": 0.01,
    "radiusWear": 0.02,
    "lengthGeom": 6.0,
    "radiusGeom": 0.3,
    "channel": 2
  }
]

The response parameters are the same as 2.5.1.12. readOffsetData - Read Tool Offset Data. If an individual request fails, the corresponding position in the returned array contains the error information for that request.

Response Parameter	Type	Description
channel	Int32	Machine channel number; appears only when channel is supplied in the request and is not 0
toolNum	Int32	Tool number
offsetNum	Int32	Offset number
toolName	String	Tool name
toolType	String	Tool type
lengthUnit	String	Tool offset length unit
toolNose	Int32	(Imaginary) tool nose position / cutting edge type
lengthWear	Double	Length wear
radiuWear	Double	Radius wear
lengthGeom	Double	Length geometry
radiusGeom	Double	Radius geometry
wearX	Double	Length X wear
wearY	Double	Length Y wear
wearZ	Double	Length Z wear
wearR	Double	Radius wear
geomX	Double	Length X
geomY	Double	Length Y
geomZ	Double	Length Z
geomR	Double	Radius

Note

The table lists the common tool offset parameters, but not all of them. Some machines have less common offset settings that are not individually documented here. We recommend testing which offset parameters can be read the first time a new machine type is added. If, in actual use, you need to obtain an offset setting parameter that the machine has but this endpoint does not yet support, please contact support.

2.5.1.14. writeOffsetData - Write Tool Offset Data

POST /api/cnc/writeOffsetData?machineID=MACHINEID&channel=CHANNEL&toolNum=TOOLNUM&offsetNum=OFFSETNUM

Request body example, application/json

{
  "toolNose": 3,
  "lengthWear": 0.0001,
  "radiusWear": 0.03,
  "lengthGeom": 5.0,
  "radiusGeom": 0.2
}

Note

Include only the parameters you want to write in the request body. Parameters that should remain unchanged do not need to be included.

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier
channel	Int32	Machine channel number. Defaults to 0 (the main channel) if not supplied.
toolNum, offsetNum	Int32	Supply toolNum (tool number) or offsetNum (offset number) to identify the target tool. These request parameters correspond to the tags in Tool offset data <tag> data tags. Refer to the per-system tag combination table in Tool offset data tag combinations to supply the correct combination of request parameters.
toolName	String	Tool name; on Siemens systems this is a read-only parameter and cannot be written
toolType	String	Tool type; on Okuma systems this is a read-only parameter and cannot be written
lengthUnit	String	Tool offset length unit
toolNose	Int32	(Imaginary) tool nose position / cutting edge type
lengthWear	Double	Length wear
radiuWear	Double	Radius wear
lengthGeom	Double	Length geometry
radiusGeom	Double	Radius geometry
wearX	Double	Length X wear
wearY	Double	Length Y wear
wearZ	Double	Length Z wear
wearR	Double	Radius wear
geomX	Double	Length X
geomY	Double	Length Y
geomZ	Double	Length Z
geomR	Double	Radius

Note

The table lists the common tool offset parameters, but not all of them. Some machines have less common offset settings that are not individually documented here. Generally, any offset parameter that can be read via 2.5.1.12. readOffsetData - Read Tool Offset Data can also be written, but on some machines certain offset parameters are read-only and cannot be written, such as the toolName parameter on Siemens systems. We recommend first testing reads of tool offset data to determine which offset parameters a machine supports when adding a new machine system model, then testing writes to check for any read-only parameters. If, in actual use, you need to write an offset parameter that the machine has but this endpoint does not yet support, please contact support.

Response example

{
  "errorCode": 0,
  "errorMsg": "Success"
}

Response Parameter	Type	Description
errorCode	Int32	(Required) Error code; 0 indicates success.
errorMsg	String	(Required) Error message

2.5.1.15. readPosition - Read Coordinate Data

GET /api/cnc/readPosition?machineID=MACHINEID&channel=CHANNEL

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier
channel	Int32	Machine channel number. Defaults to 0 (the main channel) if not supplied.

Response example

{
  "axisName": [
        "X",
        "Y",
        "Z"],
  "unit": [
        "mm",
        "mm",
        "mm"],
  "mach": [
        150.12,
        0,
        -31.35],
  "abs": [
        150.12,
        0,
        -31.35],
  "rel": [
        150.12,
        0,
        -31.35],
  "dist": [
        9.88,
        0,
        31.35],
  "channel": 2
}

Response Parameter	Type	Description
axisName	String[]	(Required) Axis name
unit	String[]	Unit
mach	Float[]	Machine coordinates
abs	Float[]	Absolute coordinates
rel	Float[]	Relative coordinates
dist	Float[]	Remaining distance
channel	Int32	Machine channel number; appears only when channel is supplied in the request and is not 0

Each coordinate data array corresponds by index to the axis names in axisName.

2.5.1.16. readProgramBlock - Read Program Block

This endpoint reads the program block currently running on the machine.

GET /api/cnc/readProgramBlock?machineID=MACHINEID&channel=CHANNEL

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier
channel	Int32	Machine channel number. Defaults to 0 (the main channel) if not supplied.

Response example

{
  "currentBlock": "Y70.800",
  "channel": 2
}

Response Parameter	Type	Description
currentBlock	String	(Required) Content of the currently running program block
channel	Int32	Machine channel number; appears only when channel is supplied in the request and is not 0

2.5.1.17. readProgramInfo - Read Machining Program Information

GET /api/cnc/readProgramInfo?machineID=MACHINEID&channel=CHANNEL

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier
channel	Int32	Machine channel number. Defaults to 0 (the main channel) if not supplied.

Response example

{
  "mainPrgmName": "1234",
  "runningPrgName": "abcd",
  "programSeqNum": "N30",
  "programStack": "A/B/1234/abcd",
  "channel": 2
}

Response Parameter	Type	Description
mainPrgmName	String	(Required) Main program name
runningPrgName	String	(Required) Name of the currently executing subprogram
programSeqNum	String	Sequence number of the currently executing subprogram block
programStack	String	Program stack; currently only supported on Siemens and the simulated machine
channel	Int32	Machine channel number; appears only when channel is supplied in the request and is not 0

For Fanuc, a leading zero in a standard program name (letter O + digits) is automatically stripped — for example, a program shown on the machine as O0010 is returned as O10.

2.5.1.18. readPlcData - Read PLC Data

Before using this endpoint, you need to know the PLC area address and type of the target data. Consult the equipment manual or contact the equipment manufacturer for this information.

GET /api/cnc/readPlcData?machineID=MACHINEID&area=AREA&start=START&count=COUNT&type=TYPE

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier
area	String	(Required) Area. Format is {areaName}|{parameter1}|{paramter2}…, where areaName is the area name and parameter is an additional parameter. areaName is a PLC area such as R, X, Y, etc., obtainable from the machine manual or manufacturer; see PLC Data - Common Areas and Parameters for the area format. When using the standard protocol MODBUS for communication, areaName is a segment name such as 0x, 1x, 3x, 4x, etc. The gateway also supports some special area names, including the $MACRO$ macro variable, $PARAM$ system parameter, and $TAG$ tag, etc.; see PLC Data - Special Areas and Parameters. The parameter field supplies additional data, e.g. axis=AXIS to specify an axis number, level=LEVEL to specify an execution level, type=TYPE to specify a type, and name=NAME to specify a tag name.
start	String	Start address. If not base 10, add the appropriate prefix per PLC Address Numeric Base Prefixes.
count	Int32	(Required) Data count. For non-String types, this is the number of data items; for the String type, this is the length of the target string (in bytes).
type	String	(Required) Data type. See PLC Data Types for the currently supported data types.
channel	Int32	Machine channel number. Defaults to 0 (the main channel) if not supplied.

PLC Data - Common Areas and Parameters

Device System	Area	area Example	Notes
All device systems	Ordinary area	X	The X area of the PLC device
All device systems	Ordinary area	X|s=S	To communicate with another PLC connected to the currently connected PLC, you can supply station, slot, or slaveID (MODBUS); if s is not supplied, it defaults to communicating with the currently connected PLC. This parameter is currently supported only by some PLC devices.

PLC Data - Special Areas and Parameters

System Model	Area	area Example	Notes
Bosunman	MODBUS address	0x or 1x or 4x
Brother	Macro variable	$MACRO$
Delta	Macro variable	$MACRO$
Fagor [8035,8040,8055]	Macro variable (precise to 5 decimal places)	$MACRO$|type=local|level=LEVEL	Local arithmetic parameter; if the nesting level is not 1, supply the execution level, e.g. level=7
Fagor [8035,8040,8055]	Macro variable (precise to 5 decimal places)	$MACRO$|type=global	Global arithmetic parameter
Fagor [8035,8040,8055]	Tag (variable name)	$TAG$|name=NAME	Supply the name tag (variable name)
Fagor [8060,8065,8070]	Macro variable (precise to 4 decimal places)	$MACRO$|type=local|level=LEVEL	Local arithmetic parameter; if the nesting level is not 1, supply the execution level, e.g. level=7
Fagor [8060,8065,8070]	Macro variable (precise to 4 decimal places)	$MACRO$|type=global	Global arithmetic parameter
Fagor [8060,8065,8070]	Macro variable (precise to 4 decimal places)	$MACRO$|type=common	Common arithmetic parameter
Fagor [8060,8065,8070]	Tag (variable name)	$TAG$|name=NAME	Supply the name tag (variable name)
Fanuc	Diagnostic data	$DIAG$
Fanuc	Macro variable	$MACRO$
Fanuc	System parameter	$PARAM$	Supports Byte, Int16, Int32, and Double types, among others.
Fanuc	System parameter	$PARAM$|axis=AXIS	Some parameters require an axis number, e.g. axis=1
Gsk [980, 988]	Macro variable	$MACRO$
Gsk [Ethernet, serial-to-Ethernet, 986 V4.15]	Macro variable	$MACRO$
Gsk [Ethernet, serial-to-Ethernet, 986 V4.15]	MODBUS address	0x or 1x or 4x
Haas [general-purpose]	Macro variable	$MACRO$
Hnc	Macro variable	$MACRO$
Jingdiao	Macro variable	$MACRO$
Kede	Macro variable	$MACRO$	# variable
Kede	Tag (variable name)	$TAG$|name=NAME	PLC variable, e.g. $TAG$|name=PLC_PRG.C_Workpiece
Kede	Tag (variable name)	$TAG$|name=NAME|type=cncVar	cncVar-type variable, i.e. a variable used for interaction between the PLC and the CNC system, e.g. $TAG$|name=PEW4190.1|type=cncVar
Lynuc	Macro variable	$MACRO$
Lynuc	Tag (variable name)	$TAG$|name=NAME	Supply the name tag (variable name), e.g. $TAG$|name=MOU31.25.28
Mazak [Smart, Smooth]	Macro variable	$MACRO$|type=R	R variable
Mitsubishi	Macro variable (local or common variable)	$MACRO$	Default execution level 0
Mitsubishi	Macro variable (local or common variable)	$MACRO$|level=LEVEL	If the execution level is not 0, supply the execution level, e.g. level=1
Mock simulated machine	Macro variable	$MACRO$
Mock simulated machine	System parameter	$PARAM$
Mock simulated machine	Tag (variable name)	$TAG$|name=NAME	Supply the name tag (variable name)
Siemens	Macro variable	$MACRO$|type=R	R parameter
Siemens	Macro variable	$MACRO$|type=RG	RG parameter
Siemens [general-purpose]	Tag (variable name)	$TAG$|area=AREA|block=BLOCK|name=NAME|areaNo=AREANO|row=ROW|column=COLUMN	S7 variable; supply the parameters Area, Block (Component), VariableName, AreaNo. (default 1), Row (default 1), Column (default 1), e.g.: $TAG$|area=C|block=AUXFU|name=status|areaNo=2|row=3
Siemens [OPC UA]	Tag (variable name)	$TAG$|name=NAME|ns=NS	OPC UA server variable address; supply the parameters name (variable name) and ns (name space index, default 2), e.g.: $TAG$|area=/Channel/State/actParts|ns=2
Syntec	Macro variable	$MACRO$
Allen-Bradley	Tag (variable name)	$TAG$|name=NAME	Supply the name tag (variable name)

Note

Note 1: The $MACRO$ macro variable generally supports only the Double data type.

Note 2: When using the $TAG$ method, the Start start address does not need to be supplied.

PLC Address Numeric Base Prefixes

Base	Prefix (digit 0 + letter)	Example
Base 2	0b	0b1001
Base 8	0	03671
Base 10	none	123
Base 16	0x	0x5A7

PLC Data Types

Data Type	Bit	Byte	SByte	Int16	UInt16	Float	Int32	UInt32	Double	String
Data length	1 bit	8 bits	8 bits	16 bits	16 bits	32 bits	32 bits	32 bits	64 bits	variable
Bosunman	O	O	O	O	O	O	O	O	O	O
Brother	O			O
Delta	O	O	O	O	O	O	O	O	O	O
Fagor [8060,8065,8070]							O		O	O
Fanuc		O	O	O	O		O	O	*
Gsk [988,980]		O							*
Gsk [Ethernet, serial-to-Ethernet, 986 V4.15]	O	O	O	O	O	O	O	O	O	O
Haas [general-purpose]				O	O	O	O	O	O	O
Heidenhain	O		O	O			O			O
Hnc		O		O			O	O	O
Jingdiao		O		O	O		O	O	O
Knd		O	O	O	O		O	O
Lnc	O					O	O
Mitsubishi	O	O		O	O	O	O	O	*
Mock simulated machine	O	O	O	O	O	O	O	O	O	O
Siemens	O	O		O	O	O	O	O	O	O
Syntec		O		O			O		*
External module					O	O

O: Supported.

*: This data type is supported only for macro variables (local variables, common variables, etc.).

Request Examples

Examples 1-2 are ordinary area examples.

Example 1, reading an Int32 array:

Request to get 8 Int32 values from the machine with machineID 1010, starting at PLC address R0 (inclusive):

/api/cnc/readPLCData?machineID=1010&area=R&start=0&count=8&type=Int32

Response format:

{
  "data": [
     2147483647,
     -616240881,
     1351548766,
     1408080714,
     -1677592641,
     681965706,
     1002992212,
     -1588442413]
}

Example 2, reading a String:

Request to get a String value of up to 16 bytes from the machine with machineID 1010, starting at PLC address S0 (inclusive):

/api/cnc/readPLCData?machineID=1010&area=S&start=0&count=16&type=String

Response format:

{
  "msg": "Test string"
}

Examples 3-6 are special area examples.

Example 3, reading $MACRO$:

Request to get macro variables (local variable, common variable, etc.) numbered 1 through 3 on the machine with machineID 1010:

/api/cnc/readPLCData?machineID=1010&area=$MACRO$&start=1&count=3&type=Double

Response format:

{
  "data": [
    -1.7976931348623157E+308,
    0.0,
    1.2345]
}

Here, -1.7976931348623157E+308 is the minimum value of the Double type, indicating the variable has not been set.

Example 4, reading $PARAM$:

Request to get system parameters numbered 100 through 102, of type Byte, on the machine with machineID 1010:

/api/cnc/readPLCData?machineID=1010&area=$PARAM$&start=100&count=3&type=Byte

Response format:

{
  "data": [
    4,
    1,
    0]
}

Example 5, reading a single value by tag:

Request to get 1 value of type UInt32, with tag name A.B, on the machine with machineID 1010:

/api/cnc/readPLCData?machineID=1010&area=$TAG$|name=A.B&count=1&type=UInt32

Example 6, reading multiple values from an array by tag:

Request to get elements 0 through 7 of the Float array with tag name AB.C, on the machine with machineID 1010:

/api/cnc/readPLCData?MachineID=1010&area=$TAG$|name=AB.C[0]&count=8&type=Float

Response Parameter	Type	Description
data	Array[Object]	When the type parameter in the request is any type other than String, the response body outputs data, an array of the type specified in the request, with length equal to the requested count.
msg	String	When the type parameter in the request is String, the response body outputs msg. Trailing blanks at the end of msg are automatically trimmed. If the actual String length read exceeds the length defined in the request parameters, error errorCode 179 is returned.
channel	Int32	Machine channel number; appears only when channel is supplied in the request and is not 0

Note

Note 1: Some devices impose a limit on the maximum amount of PLC data that can be read in a single request, to avoid affecting machine operation.

Note 2: The Syntec system automatically selects the output type based on the input address. As a result, even if the input type is incorrect, data may still be returned, but its output type will not match the type specified in the request.

Note 3: On some systems, such as Brother, the Int16 type can accommodate results of types such as Bit and Byte.

2.5.1.19. writePlcData - Write PLC Data

Writing PLC data carries a degree of risk. Be sure to understand the risks and write data only when it is safe to do so. By default, the gateway blocks this endpoint; before use, enable the corresponding option on the Settings page of the gateway management console.

Before using this endpoint, you need to know the PLC area address and type of the target data. Consult the equipment manual or contact the equipment manufacturer for this information.

POST /api/cnc/writePlcData?machineID=MACHINEID&area=AREA&start=START&type=TYPE

Request body example, application/json

When the data being written is not of type String:

{
  "data": [
    2147483647,
    -616240881,
    1351548766,
    1408080714,
    -1677592641,
    681965706,
    1002992212,
    -1588442413]
}

When the data being written is of type String:

{
  "msg": "Test string"
}

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier
area	String	(Required) Area. Format is {areaName}|{parameter1}|{paramter2}…, where areaName is the area name and parameter is an additional parameter. areaName is a PLC area such as R, X, Y, etc., obtainable from the machine manual or manufacturer; see PLC Data - Common Areas and Parameters for the area format. When using the standard protocol MODBUS for communication, areaName is a segment name such as 0x, 1x, 3x, 4x, etc. The gateway also supports some special area names, including the $MACRO$ macro variable, $PARAM$ system parameter, and $TAG$ tag, etc.; see PLC Data - Special Areas and Parameters. The parameter field supplies additional data, e.g. axis=AXIS to specify an axis number, level=LEVEL to specify an execution level, type=TYPE to specify a type, and name=NAME to specify a tag name.
start	String	Start address. If not base 10, add the appropriate prefix per PLC Address Numeric Base Prefixes.
type	String	(Required) Data type. See PLC Data Types for the currently supported data types.
data	Array[Object]	When the type parameter in the request is any type other than String, supply data in the request body, an array of the type specified in the request.
msg	String	When the type parameter in the request is String, supply msg in the request body.
channel	Int32	Machine channel number. Defaults to 0 (the main channel) if not supplied.

Response example

{
  "errorCode": 0,
  "errorMsg": "Success"
}

Response Parameter	Type	Description
errorCode	Int32	(Required) Error code; 0 indicates success.
errorMsg	String	(Required) Error message

2.5.1.20. readTimeData - Read Machine Time Data

GET /api/cnc/readTimeData?machineID=MACHINEID

Request Parameter	Type	Description
machineID	String	(Required) Target machine identifier, see 1.1.1. machineID Machine Identifier

Response example

{
  "cumulativePowerOnTimeMin": 34194,
  "cumulativePowerOnTimeMs": 0,
  "powerOnTimeMin": 2944,
  "powerOnTimeMs": 0,
  "cumulativeOperatingTimeMin": 6683,
  "cumulativeOperatingTimeMs": 13328,
  "operatingTimeMin": 0,
  "operatingTimeMs": 0,
  "cumulativeCuttingTimeMin": 0,
  "cumulativeCuttingTimeMs": 0,
  "cuttingTimeMin": 0,
  "cuttingTimeMs": 0,
  "lastCycleTimeMin": 4,
  "lastCycleTimeMs": 43000,
  "currentCycleTimeMin": 0,
  "currentCycleTimeMs": 0,
  "currentCuttingTimeMin": 0,
  "currentCuttingTimeMs": 0,
  "remaingingCycleTimeMin": 0,
  "remaingingCycleTimeMs": 0
}

Response Parameter	Type	Description
cumulativePowerOnTimeMin	Int32	Cumulative power-on time, part 1 [minutes]
cumulativePowerOnTimeMs	Int32	Cumulative power-on time, part 2 [milliseconds]
powerOnTimeMin	Int32	Current power-on time, part 1 [minutes]
powerOnTimeMs	Int32	Current power-on time, part 2 [milliseconds]
cumulativeOperatingTimeMin	Int32	Cumulative operating time, part 1 [minutes]
cumulativeOperatingTimeMs	Int32	Cumulative operating time, part 2 [milliseconds]
operatingTimeMin	Int32	Current operating time, part 1 [minutes]
operatingTimeMs	Int32	Current operating time, part 2 [milliseconds]
cumulativeCuttingTimeMin	Int32	Cumulative machining (cutting) time, part 1 [minutes]
cumulativeCuttingTimeMs	Int32	Cumulative machining (cutting) time, part 2 [milliseconds]
cuttingTimeMin	Int32	Current machining (cutting) time, part 1 [minutes]
cuttingTimeMs	Int32	Current machining (cutting) time, part 2 [milliseconds]
lastCycleTimeMin	Int32	Last cycle time, part 1 [minutes]
lastCycleTimeMs	Int32	Last cycle time, part 2 [milliseconds]
currentCycleTimeMin	Int32	Current cycle time, part 1 [minutes]
currentCycleTimeMs	Int32	Current cycle time, part 2 [milliseconds]
currentCuttingTimeMin	Int32	Current cutting time, part 1 [minutes]
currentCuttingTimeMs	Int32	Current cutting time, part 2 [milliseconds]
remainingCycleTimeMin	Int32	Remaining cycle time, part 1 [minutes]
remainingCycleTimeMs	Int32	Remaining cycle time, part 2 [milliseconds]

This endpoint returns only the time data supported by the machine’s system. Each time value is computed by converting and summing its corresponding time 1 and time 2; see 1.2.24. TimeData: Machine Time Data for the calculation method.