Table 8: Water Profiling Specifications; Table 9: Specifications - Teledyne WORKHORSE Operation Manual

WorkHorse H-ADCP Operation Manual
Table 8: Water Profiling Specifications
H-ADCP 300
300kHz nominal (LR mode
148m (187m)
Cell Size
1
Range (m)
Horizontal
Resolution Nominal Long
0.5m
1.0m 99 134
2.0m 108 145
4.0m 120 158
8.0m 134 173
16.0m 148 187
Aspect
Ratio 12/1 (range/tonal depth)
Limitation
1. User's choice of cell size is not limited to the typical values specified.
2. Range, which depends on cell size, is specified here for narrow bandwidth mode at 5°C,
typical ocean backscatter, and nominal 48VDC input power. Default configuration is LR
mode (WB=1).
Table 9: Specifications
Velocity accuracy
Velocity resolution
Velocity range
Profile Parameters
No. of depth cells
Error velocity data
rejection
Transducer and
Beam width
Hardware
Beam angle
System Weight
In Air
In Water
Standard depth rating
Environmental
Operating temperature
Storage temperature
) 600kHz nominal (LR mode
2
Std Dev (cm/s) Range (m)
Nominal Long Nominal
41
10.97 23.01 45
5.62 11.74 49
2.87 6.02 54
1.36 2.89 60
0.6 1.32
12/1 (range/tonal depth)
H-ADCP 300
±0.5% ±5mm/sec
0.1cm/s
±5m/s (default), ±20m/s
(max)
1–128
Yes; required on a single-ping basis to screen errors from passing vessels
H-ADCP 300
2.1°
25°
H-ADCP 300
16kg
10kg
H-ADCP 300
200 meters
-5° to 45°C
-30° to 60°C
EAR-Controlled Technology Subject to Restrictions Contained on the Cover Page.
H-ADCP 600
)
2
60m (75m)
Std Dev (cm/s)
Long Nominal Long Nominal
54 11.03 23.14
59 5.66 11.87
64 2.89 6.05
70 1.36 2.83
75 0.6 1.22
H-ADCP 600
±0.25% ±2.5mm/sec
0.1cm/s
±5m/s (default), ±20m/s
(max)
1–128
H-ADCP 600
1.3°
25°
H-ADCP 600
14kg
8.6kg
H-ADCP 600
May 2015
H-ADCP-N 300
300kHz nominal (LR mode )
2
178m (221m)
Range (m) Std Dev (cm/s)
Long Nominal
126 164 13.55
136 176 6.94
149 190 3.55
163 205 1.73
178 221 0.77
19/1 (range/tonal depth)
H-ADCP-N 300
±0.5% ±5mm/sec
0.1cm/s
±5m/s (default), ±20m/s
(max)
1–128
H-ADCP-N 300
1.1°
20°
H-ADCP-N 300
72.1kg
56.2kg
H-ADCP-N 300
Page 107
Long
28.44
14.51
7.44
3.68
1.65