36
i.
Water Speed of Sound (m/s)
CHO i, ii, iii
i.
Heading Offset (±180 deg)
ii.
System to Ship Offset (±180 deg)
iii.
System to PNI Offset (±180 deg)
CHS i
i.
Heading Source
•
0 = None
•
1 = PNI
•
2 = $HDT (NMEA)
CTS i
i.
Tilt Source
•
0 = None
•
1 = PNI
CVSF i, ii
i.
Water Velocity Scale Factor
ii.
Bottom Velocity Scale Factor
CPZ
Zero Pressure Sensor
Table 11. Coordinate Systems Commands
Command
Description
XFRMBEAMSHOW
Show the 4x4 beam direction matrix
XFRMBEAMSAVE 0,1,2,...15
Read in and save a 4x4 beam direction matrix
XFRMBEAMSAVED
Set the beam direction matrix to the default values
XFRMBEAMSAVEE
Erase the saved beam direction matrix
Table 12. Communications Commands
Command
Description
C232B i, ii, iii, iv
RS232 Serial Data Control
C485B i, ii, iii, iv
RS485 Serial Data Control
C422B i, ii, iii, iv
RS422 Serial Data Control
i.
Baud Rate (bits per second): 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200,
230400,460800, 921600.
ii.
Number of data bits 7 or 8.
iii.
Parity
Summary of Contents for HASCP
Page 26: ...26 Figure 15 Firmware Tab in the RTI HASCP software...
Page 68: ...68 8 Cable Wiring Diagrams This section outlines the HASCP communication cable wiring...
Page 73: ...73 10 Mechanical Drawings and Assembly Figure 23 Outline drawing of the HASCP unit MCBH 10M...
Page 74: ...74 Figure 24 Location of transducer beams in the HASCP unit...
Page 76: ...76 Figure 26 Exploded view of the HASCP unit showing the details of the hardware used...
Page 78: ...78 Figure 28 HASCP mounted on a pole used for internal testing at RTI...