RMG USM GT400 Operating Manual page 219

DSP,FPGA values
Coord. Value Reg.
K-20 DSP status 4004
K-21 DSP error 4003
K-22 DSP bytes re- 7034
ceived
K-23 FPGA status 4006
K-24 FPGA error 4005
Path1 Meas. Values
Coord. Value Reg.
L-01 p1.1 time of flight 6100
L-02 p1.2 time of flight 6120
L-03 path-1 delta-t 6140
L-04 p1 delta-t corr. 6540
L-06 Valid samples G1 7000
L-07 path-1 velocity 6000
L-08 velocity vc1 6200
L-09 SoS1 6020
L-10 path-1 delta SoS 6080
L-12 path-1 fault 4030
L-13 path-1 status 4040
L-14 p1.1 Amplitude 7010
L-15 p1.2 Amplitude 7020
L-16 p1.1 AGC-level 6040
L-17 p1.2 AGC-level 6060
L-18 p1.1 snr 6640
L-19 p1.2 snr 6660
L-20 path-1 fault (X) 2270
L-21 p1.1 AGC-level (X) 6680
L-22 p1.2 AGC-level (X) 6700
L-23 p1.1 snr (X) 6720
L-24 p1.2 snr (X) 6740
L-26 path-1 turbulence 6776
15 Lists of parameters and measured values
No. Type Prot. Unit
1 I R hex
1 I R hex
1 I R
1 I R hex
1 I R hex
No. Type Prot. Unit
2 F R us
2 F R us
2 F R us
2 F R us
1 I R %
2 F R → velocity unit
2 F R → velocity unit
2 F R → velocity unit
2 F R %
1 I R hex
1 I R hex
1 I R %
1 I R %
2 F R dB
2 F R dB
2 F R dB
2 F R dB
1 I R hex
2 F R dB
2 F R dB
2 F R dB
2 F R dB
2 F R %
Description
DSP status (bit encoded)
DSP error (bit encoded)
Counts the receive telegrams from DSP
FPGA status (bit encoded)
FPGA error (bit encoded)
Description
Path 1.1 time of flight
Path 1.2 time of flight
Path 1 time difference
Path 1 corrected time difference
Path 1 valid measuring values in %
Path 1 path velocity
Path 1 corrected path velocity vc
Path 1 Speed of Sound
Path 1 Path-SoS / Mean-SoS
Path 1 path error
Path 1 path status
Path 1.1 amplitude in per cent
Path 1.2 amplitude in per cent
Path 1.1 Automated Gain Control
Path 1.2 Automated Gain Control
Path 1.1 signal-to-noise ratio
Path 1.2 signal-to-noise ratio
Path 1 path error (3X-measurement)
Path 1.1 Automated Gain Control (3X-
measurement)
Path 1.2 Automated Gain Control (3X-
measurement)
Path 1.1 signal-to-noise ratio (3X-meas-
urement)
Path 1.2 signal-to-noise ratio (3X-meas-
urement)
Path 1 turbulence
Manual USM GT400 · EN10 · May 2021
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