Camille Bauer SIRAX MT7000, Operating Manual

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PM 1001939 000 00 AC/DC Current and Voltage Converter SIRAX MT7000/MT7050 28/32
40016 Sec. for max RMS
Seconds 1..30 for MAX RMS value. If the register is 0,
then the absolute MAX RMS is given
Unsigned short R/W 0
40017 Sec. for min RMS Seconds 1..30 for min RMS value. If the register is 0,
then the absolute min RMS is given Unsigned short R/W 0
40018 Sec. for mean DC Register in seconds (0..30) for DC average Unsigned short R/W 0
40019 Sec. for max DC Seconds 1..30 for MAX DC value. If the register is 0,
then the absolute MAX DC is given Unsigned short R/W 0
40020 Sec. for min DC Seconds 1..30 for min DC value. If the register is 0,
then the absolute min DC is given Unsigned short R/W 0
40021 Sec. for mean AC
Register in seconds (0..30) for AC average
Unsigned short R/W 0
40022 Sec. for max AC Seconds 1..30 for MAX AC value. If the register is 0,
then the absolute MAX AC is given Unsigned short R/W 0
40023 Sec. for min AC Seconds 1..30 for min AC value. If the register is 0,
then the absolute min AC is given Unsigned short R/W 0
40024 Alarm Register Start
Address
Float value Starting address for alarm (40149 I RMS,
40151 I DC, 40153 I AC, ecc) Unsigned short R/W 40149
40025 I Start
Current (in A)/temperature (in °C) (see Flag Measure-
ment) which corresponds to Out start
Float (LSW first) R/W 0
40027 Out Start
Output value (in mV o in uA) of the chosen output
corresponding to I start
Unsigned short R/W 4000
40029 I Stop Current (in A)/temperature (in °C) (see Flag Measure-
ment) which corresponds to Out stop Float (LSW first) R/W 5
40031 Out Stop Output value (in mV o in μ A) of the chosen output
corresponding to I stop
Unsigned short R/W 20000
40033 Steinhart Hart A Coeff Steinhart-Hart A Float (LSW first) R/W 0
40035 Steinhart Hart B Coeff Steinhart-Hart B Float (LSW first) R/W 0
40037 Steinhart Hart C
Coeff Steinhart-Hart C
Float (LSW first) R/W 0
40039 Alarm Trip Value Alarm Threshold Float (LSW first) R/W 0
40041 Alarm Hysteresis Alarm Hysteresis Float (LSW first) R/W 1
40147 Status
Bit 0: flash settings error
Bit 1: flash calibration error
Bit 2: Current Over Range; Bit 3: Current Under Range
Bit 4: don’t care
Bit 5: RTD Open or broken
Bit 6: Current Zero crossing detecting
Bit 7: Switch open
Bit 8: RTD third wire error (Resistance > 20 Ω)
Bit 9: RTD out of the range (-200...+600°C)
Bit 10: Ah storing error
Bit 11: Analog Output over range
Bit 12: don’t care
Bit 13: Alarm detection
Bit 14: Analog Output under range
Bit 15: don’t care
Unsigned short R 0
40148 V I Out Voltage or current output (in mV or mA) signed short R
40149 I RMS RMS value (A) Float (LSW first) R
10151 I DC
DC value (A)
Float (LSW first) R
40153 I AC AC value (A) Float (LSW first) R
40155 Frequency Frequency (Hz) Float (LSW first) R
40157 Crest Factor
Crest Factor
Float (LSW first) R
40159 THD Total Harmonic Distortion Float (LSW first) R
40161 I 0 RMS DC Harmonische Float (LSW first) R
40163 I 1 RMS
1. Harmonic
Float (LSW first) R
40165 I 2 RMS
2. Harmonic
Float (LSW first) R
40167 I 3 RMS 3. Harmonic Float (LSW first) R