Data acquisition configuration Save settings More actions… Revert to saved settings Create new configuration Download as template Upload and use a template

${saveButton} ${otherButtons}

Revert to saved settings?

Abandon any changes and reload the saved settings?

Create new configuration?

Creating a new default configuration will abandon any changes made. The new configuration will not be activated until it is saved. Continue?

{1} more errors encountered. Error saving settings Saved Configuration saved and data acquisition restarted. Station names/locations ${table}

${addButton}

Add new instrument Synchronous channels No synchronous channels fitted. ${table}

${sampleRatesButton}

Select sample rates Multiplexed channels No multiplexed channels fitted.

${setAll} ${setMass} ${setPrimary}

${table} All channels Mass positions Other channels Sensor parameters No channels fitted. ${table} Label Used to identify the associated group of channels for functions such as instrument control. SEED name GCF name Instrument type The instrument type is used to build a SEED channel name and to tailor the instrument control screen. Additionally some software modules need to know which dimension is being measured (acceleration, velocity, etc.). Change Unknown Station name Channel name (automatic) Network code Location The second digit of the location code is used by the system to give different names to sample rate outputs that would otherwise have identical channel names. GCF system ID GCF serial/stream ID Instrument {1} has an invalid label. Instrument {1} has a bad ID field setting. Instruments {1} and {2} have duplicate IDs. Station and location Channel {1} ${label}
${id} / ${gcfID} Channel gain PGA or electronic front end gain. Azimuth rotation Rotation around the vertical axis applied to horizontal inputs. Sensor sensitivity The sensor's specific sensitivity or gain (i.e. the response in volts for a given physical stimulus). This should be listed on the sensor's calibration sheet. Calibration monitor Sharing a calibration monitor with regular sampling will cause a break in digitisation for all channels when calibration is turned on or off. {1} samples/second ×{1} {1} (disabled) {1}
{2} Channels {1} and {2} have duplicate component letters. Bad azimuth rotation value. Range is {1} to {2} degrees. (disabled) {1}
{2} Select sample rates Save changes Discard changes Select electronic gain for channel {1} ×{1}

	${positiveLabel}
	${negativeLabel}

Select gain: ${pgaSel}

{1}10V {1}5V {1}2.5V {1}1.25V {1}625mV {1}312.5mV {1}156.25mV Save changes Discard changes Channel Instrument Component Sample rate Channel M{1} Mass position for channel {1} Switched off {1} samples/second Data channel name (disabled) {1}
{2} Switch these channels off Switch channels to {1} samples/second Channel Sensor gain Apply gain Sensor offset Apply offset Channel {1} Channel M{1} Channel {1} Channel M{1} Data channel name (monitor) (disabled) Gain will be reported in meta-data as "sensor-gain" or if applied to the digitiser input before any sensor offset as "sensor-gain-applied". Offset will be reported in meta-data as "sensor-offset" or if applied to the digitiser input as "sensor-offset-applied". Offset is subtracted after the gain has been applied. {1} bad Sensor parameters gain setting. {1} bad Sensor parameters offset setting.