- FREE ISO BURNER HARDWARE ERROR 9216 SERIAL NUMBER
- FREE ISO BURNER HARDWARE ERROR 9216 SOFTWARE
- FREE ISO BURNER HARDWARE ERROR 9216 SERIES
As part of the 9216 data stream configuration, data samples may optionally include an absolute time stamp indicating when the data sample was acquired. The 9216 also has the ability to continually synchronize its internal RTC to either an NTP server or IEEE 1588-2008 Precision Time Protocol (PTPv2) grandmaster clock if they are present and accessible on the 9216’s network. This clock is factory initialized to UTC0 time. Q: Does the NETSCANNER 9216 contain internal clocks?Ī: The 9216 contains an internal real time clock (RTC) for keeping system date and time. Should a transducer be replaced, the microprocessor will automatically recognize the new transducer upon power up and extract the calibration information from the EEPROM.
The microprocessor utilizes this information to compensate transducer outputs for offset, sensitivity, nonlinearity, and thermal effects before transferring pressure data to the host computer.
FREE ISO BURNER HARDWARE ERROR 9216 SERIAL NUMBER
The resultant calibration data, along with the pressure range and serial number of the sensor, are stored in the integral EEPROM. The transducers are factory-calibrated over the specified pressure and temperature spans. Each silicon pressure sensor is packaged along with a nonvolatile memory device (EEPROM) and a temperature sensor in its own miniature field-replaceable housing. Since these effects are repeatable, sensor calibration over temperature and pressure can be used to characterize and correct these errors. However, like most sensors, they are affected by temperature. Q: How is the pressure scanner compensated?Ī: Silicon piezoresistive pressure sensors are low cost, miniature pressure sensing elements suited for packaging individually for each pressure port. The integral pneumatic manifold permits on-line rezero and even span calibration capability under microprocessor control. The Model 9216 Ethernet intelligent pressure scanners output pressure data in engineering units, digitally compensated for offset, span, non-linearity and temperature effects. This pre-engineered approach to pressure acquisition offers higher system accuracy, unlike individual pressure transducers where stated accuracy is met only if the many user-considerations are addressed, especially with respect to temperature effects and zero drift. The integration of the microprocessor with the pressure transducers provides several benefits in addition to the compact nature of the intelligent pressure scanner. Q: How is the NETSCANNER 9216 constructed?Ī: The 9216 combines integral pressure transducers with a miniature data acquisition system to provide a multichannel pressure scanner. Multiple NetScanner components measuring a wide variety of parameters and sharing the same command set can be networked to form a distributed intelligent data acquisition system. The Model 9216 intelligent pnuematic pressure scanner is one component of the NetScanner system. Firmware upgrades are available at no charge via our website and can be downloaded to the scanner over the 9216 Ethernet interface using NUSS.
FREE ISO BURNER HARDWARE ERROR 9216 SOFTWARE
The scanner is supplied with comprehensive software called NUSS for PC compatible computers. The 9216 data output optionally includes data time stamps derived from either the 9216 internal real time clock, NTP clock or an IEEE 1588-2008 Precision Time Protocol (PTPv2) grand master clock. Pressure data in engineering units is output through an auto-negotiating 10 or 100 Mbit Ethernet interface supporting both TCP and UDP protocols. The 9216 can sample using up to three concurrent scan lists at continuous rates up to 500 measurements per channel per second in engineering units with time stamps. This capability virtually eliminates sensor offset drift error and provides system accuracy errors less than ☐.05% FS (Full Scale). The microprocessor also controls the actuation of an integral manifold to execute on-line zero or span calibrations upon request. The microprocessor’s digital temperature compensation algorithm reduces sensor thermal errors by a factor of ten or more over conventional sensor compensation. The microprocessor uses the data from the EEPROM to correct for sensor offset, span, linearity and thermal errors. Each field replaceable pressure sensor incorporates a temperature sensor and EEPROM for storage of calibration data along with sensor identification information such as pressure range, factory calibration date and user-managed last or next calibration date.
FREE ISO BURNER HARDWARE ERROR 9216 SERIES
The 9216 series NetScanner pneumatic px scanner w ptp integrates 16 silicon piezoresistive pressure sensors of any pressure range with the latest microprocessor technology in a compact, ruggedized package.
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