Device config API to “Cellular data communication protocol” mapping

The mapping of the API fields and the ARC1 cellular data communication protocol is described in the following tables.
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#a GPRS Settings

Field	Reference	Comment
`gprsAPN: string;`	`#a/a`	-
`gprsID: string;`	`#a/b`	-
`gprsPassword: string;`	`#a/c`	-
`gprsDNS: string;`	`#a/d`	-
`mailSmtpShowedName: string;`	`#a/e`	-
`mailPop3Username: string;`	`#a/f`	-
`mailPop3Password: string;`	`#a/g`	-
`mailOptSmtpUsername: string;`	`#a/h`	-
`mailOptSmtpPassword: string;`	`#a/i`	-
`mailPop3Server: string;`	`#a/j`	-
`mailPop3Port: numnber;`	`#a/k`	min = 0, max = 65535
`mailSmtpServer: string;`	`#a/l`	-
`mailSmtpPort: number;`	`#a/m`	min = 0, max = 65535
`mailReturnAddress: string;`	`#a/n`	-
`cellularModuleId: string;`	`#a/o`	-
`cellularModuleRevisionId: string;`	`#a/p`	-
`cellularModuleSerialNumberIMEI: string;`	`#a/q`	-
`cellularSIMCardId: string;`	`#a/r`	-
`cellularSIMCardSubscriberId: string;`	`#a/s`	-

#b Text, Number and Addresses

Field	Reference	Comment
`measurementMailAddress: string;`	`#b/a`	-
`alarmMailAddress: string;`	`#b/b`	-
`infoMailAddress: string;`	`#b/c`	-
`gprsPasswordForQuerySms: string;`	`#b/g`	-
`gprsSimPin: string;`	`#b/j`	-
`hardwareDataConnectionCallNumber: string;`	`#b/k`	-
`measurementSmsNumber: string;`	`#b/m`	-
`alarmSmsNumber: string;`	`#b/n`	-
`infoSmsNumber: string;`	`#b/o`	-
`gprsSmsServiceCenterNr: string;`	`#b/q`	-
`generalNetworkName: string;`	`#b/r`	-
`generalOwnTelNumber: string;`	`#b/s`	-
`generalLocationName: string;`	`#b/t`	-
`measurementSmsText: string;`	`#b/u`	-
`alarmSmsText: string;`	`#b/v`	-
`checkAnswerSmsText: string;`	`#b/w`	-
`generalLongitudeText: string;`	`#b/0`	-
`generalLatitudeText: string;`	`#b/1`	-
`generalAltitudeText: string;`	`#b/2`	-
`generalCellLocateLongitudeText: string;`	`#b/3`	Readonly, recalibracte with #e/l
`generalCellLocateLatitudeText: string;`	`#b/4`	Readonly, recalibracte with #e/l
`generalCellLocateAltitudeText: string;`	`#b/5`	Readonly, recalibracte with #e/l

#c Measurement Settings

Field	Reference	Comment
`measurementTimer: number;`	`#c/a`	min = 0, max = 5184000
`alarmTimer: number;`	`#c/b`	min = 0, max = 5184000
`infoTimer: number;`	`#c/c`	min = 0, max = 5184000
`checkTimer: number;`	`#c/d`	min = 0, max = 5184000
`hardwareDataConnectionTimer: number;`	`#c/e`	min = 0, max = 5184000
`measurementInterval: number;`	`#c/g`	min = 1, max = 2592000
`alarmInterval: number;`	`#c/h`	min = 1, max = 2592000
`infoInterval: number;`	`#c/i`	min = 1, max = 2592000
`checkInterval: number;`	`#c/j`	min = 1, max = 2592000
`hardwareDataConnectionInterval: number;`	`#c/k`	min = 1, max = 2592000
`hardwareMeasureSaveChannel0: boolean;`	`#c/m`	Bit Position 0
`hardwareMeasureSaveChannel1: boolean;`	`#c/m`	Bit Position 1
`hardwareMeasureSaveChannel2: boolean;`	`#c/m`	Bit Position 2
`hardwareMeasureSaveChannel3: boolean;`	`#c/m`	Bit Position 3
`hardwareMeasureSaveChannel4: boolean;`	`#c/m`	Bit Position 4
`hardwareMeasureSaveChannel5: boolean;`	`#c/m`	Bit Position 5
`hardwareMeasureSaveChannel6: boolean;`	`#c/m`	Bit Position 6
`hardwareMeasureSaveChannel7: boolean;`	`#c/m`	Bit Position 7
`measurementSendSmsAfterX: number;`	`#c/o`	-
`hardwareMeasureSaveChannel8: boolean;`	`#c/p`	Bit Position 0
`hardwareMeasureSaveChannel9: boolean;`	`#c/p`	Bit Position 1
`hardwareMeasureSaveChannel10: boolean;`	`#c/p`	Bit Position 2
`hardwareMeasureSaveChannel11: boolean;`	`#c/p`	Bit Position 3
`hardwareMeasureSaveChannel12: boolean;`	`#c/p`	Bit Position 4
`hardwareMeasureSaveChannel13: boolean;`	`#c/p`	Bit Position 5
`hardwareMeasureSaveChannel14: boolean;`	`#c/p`	Bit Position 6
`hardwareMeasureSaveChannel15: boolean;`	`#c/p`	Bit Position 7
`measurementSendMailAfterX: number;`	`#c/q`	-
`alarmChannelNumber: number;`	`#c/r`	-
`alarmType: number;`	`#c/s`	1 = On / Off, 2 = Delta, 3 = Digital Input
`alarmSendXTimes: number;`	`#c/t`	-
`hardwareResolutionPressureChannels: number;`	`#c/v`	SMS only
`hardwareResolutionTemperatureChannels: number;`	`#c/w`	SMS only
`lockTimerMeasurement: boolean;`	`#c/y`	-
`lockTimerAlarm: boolean;`	`#c/y`	-
`lockTimerInfo: boolean;`	`#c/y`	-
`lockTimerCheck: boolean;`	`#c/y`	-
`lockTimerDial: boolean;`	`#c/y`	-
`measurementSendSms: boolean;`	`#c/z`	Bit Position 0
`alarmSendSms: boolean;`	`#c/z`	Bit Position 1
`infoSendSms: boolean;`	`#c/z`	Bit Position 2
`checkSendSms: boolean;`	`#c/z`	Bit Position 3
`measurementSendMail: boolean;`	`#c/z`	Bit Position 4
`alarmSendMail: boolean;`	`#c/z`	Bit Position 5
`infoSendMail: boolean;`	`#c/z`	Bit Position 6
`checkSendMail: boolean;`	`#c/z`	Bit Position 7
`gprsModemProtocol: number;`	`#c/0`	0 = 9600bps (V.32), 1 = 9600bps (V.34), 2 = 9600bps (V.110)
`mailSmtpUseSSL: boolean;`	`#c/1`	Bit Position 0
`mailPop3UseSSL: boolean;`	`#c/1`	Bit Position 1
`mailUseAlternativeSMTPLogin: boolean;`	`#c/2`	-
`waterLevelCalculationFormType: number;`	`#c/3`	0 = none, 1 = A, 2 = B, 3 = C, 4 = D, 5 = E, 6 = F, 7 = Venturi, 8 = Open tube *
`hardwarePowerExternalDevice: number;`	`#c/4`	0 = Deactivated, 1 = +12V, 2 = +5V, 3 = +3.9V, 4 = all On
`hardwareSupportedSensorTypes: number;`	`#c/5`	-
`hardwareConnectionType: number;`	`#c/6`	-
`waterLevelCalculationIsAbsoluteSensor: boolean;`	`#c/7`	-
`waterLevelCalculationCalculateFrom: number;`	`#c/8`	0 = P1-P2, 1 = P1-PBaro, 2 = P1 relative, 3 = not defined
`waterLevelCalculationConversionTo: number;`	`#c/9`	0 = E, 1 = F, 2 = G, 3 = Poleni, 4 = Thomson **
`ftpUseTLS: boolean;`	`#c/A`	-
`ftpUseActiveMode: boolean;`	`#c/B`	-

* A = 0.85-0.88, B = 0.87-0.95, C = 1.13-1.27, D = 1.11, E = 1.30, F = 1.37, Venturi = 1.75-2.02, Open tube = 0.529

** E = Height of water above level sensor, F = Distance to water surface, G = Height of water above sea level, Poleni/Thomson = Overflow

#d Floating Point Values

Field	Reference	Comment
`alarmOnThreshold: number;`	`#d/a`	-
`alarmOffThreshold: number;`	`#d/b`	-
`alarmDeltaThreshold: number;`	`#d/c`	-
`hardwareMultiplierTemperatureChannels: number;`	`#d/f`	SMS only
`hardwareMultiplierPressureChannels: number;`	`#d/g`	SMS only
`eventOnValueThreshold: number;`	`#d/i`	-
`eventOffValueThreshold: number;`	`#d/j`	-
`eventDeltaValueThreshold: number;`	`#d/k`	-
`waterLevelCalculationEnable: boolean;`	`#d/m`	-
`waterLevelCalculationLength: number;`	`#d/n`	-
`waterLevelCalculationHeight: number;`	`#d/o`	-
`waterLevelCalculationOffset: number;`	`#d/p`	-
`waterLevelCalculationDensity: number;`	`#d/q`	-
`waterLevelCalculationWidth: number;`	`#d/r`	-
`waterLevelCalculationAngle: number;`	`#d/s`	-
`waterLevelCalculationFormFactor: number;`	`#d/t`	-
`waterLevelCalculationMinCalcHeight: number;`	`#d/u`	-
`generalGpsLongitude: number;`	`#d/0`	-
`generalGpsLatitude: number;`	`#d/1`	-
`generalGpsAltitude: number;`	`#d/2`	-

#f Measurement Settings 2

Field	Reference	Comment
`eventMeasureTimer: number;`	`#f/a`	min = 0, max = 5184000
`eventCheckInterval: number;`	`#f/g`	min = 1, max = 2592000
`eventMeasureInterval: number;`	`#f/h`	min = 1, max = 2592000
`eventChannel: number;`	`#f/m`	-
`eventType: number;`	`#f/n`	0 = deactivated, 1 = activated, 2 = On / Off, 3 = Delta
`eventSendMailXTimes: number;`	`#f/o`	min = 1, max = 30
`measurementSendFtpAfterX: number;`	`#f/q`	-
`measurementSendFTP: boolean;`	`#f/z`	Bit Position 0
`alarmSendFTP: boolean;`	`#f/z`	Bit Position 1
`infoSendFTP: boolean;`	`#f/z`	Bit Position 2
`checkSendFTP: boolean;`	`#f/z`	Bit Position 3
`hardwarePreOnTime: number;`	`#f/3`	min = 0, max = 254

#k FTP-Settings

Field	Reference	Comment
`ftpServerName: string;`	`#k/a`	-
`ftpUsername: string;`	`#k/b`	-
`ftpPassword: string;`	`#k/c`	-
`ftpAccount: string;`	`#k/d`	-
`ftpSourceControlPort: string;`	`#k/e`	min = 0, max = 65535
`ftpPort: string;`	`#k/f`	min = 0, max = 65535
`ftpSourceDataPort: string;`	`#k/g`	min = 0, max = 65535
`ftpServerPath: string;`	`#k/h`	-

#I Information

Field	Reference
`generalGsmSoftwareVersion: string;`	`#I/f`
`generalGsmSerialNumber: string;`	`#I/n`