PERFORMANCE
| Sensitivity |
6E-15 Tesla
5µA at 1 meter (33kHz) |
| Dynamic range |
140dB rms/√Hz |
| Selectivity |
120dB/Hz |
| Depth measurement precision1 |
Cable/Pipe/Sonde: ± 3%
RF Markers: ± 15% ± 5cm – 1.5m |
| Locate accuracy |
± 5% of depth |
| Active Locate filter bandwidth |
± 3Hz, 0 < 1kHz
± 10Hz, ≥ 1kHz |
| Start-up time |
Less than two and a half seconds |
| Maximum depth readout2 |
Cable / Pipe: 30m
Sonde: 19.5m
RF Markers: 5m |
Locate Functions
| Active Locate Modes |
Five:
Peak, Peak+™ (choice of combined Peak & Guidance or Peak & Null), Guidance, RF Marker, Combined (Cable, Pipe and RF Marker) |
| Gain control |
Guidance Mode: Automatic
Other modes: Manual gain using “+” or “-“ with one touch to return to center (50% of Full Scale) |
| Active locate frequencies |
8 Frequencies:
512Hz, 640Hz, 8kHz, 33kHz, 65kHz, 83kHz, 131kHz and 200kHz |
| Sonde Frequencies |
4 Frequencies:
512Hz, 640Hz, 8kHz and 33kHz |
Physical Characteristics
| Weight |
With Lithium-Ion battery pack fitted: 2.0kg |
| Ingress Protection Rating |
IP65*
Protected against dust ingress and jets of water3 applied from any direction |
| Operating temperature4 |
-10°C to 50°C |
| Unit dimensions |
648mm × 350mm × 177mm |
All specifications are measured in test conditions, at 21°C, and fitted with 2 × good quality alkaline batteries unless otherwise noted.
* The antenna loop is IP55 rated. Minimal dust ingress can occur, this does not affect performance
1 Based on volumetric testing at a known fixed depth. True depth accuracy depends on factors such as ground composition, utility characteristics and the locate frequency / signal strength employed. Always follow local safe digging guidelines.
2 The RD7200 will locate to greater depths in the right conditions, but depth accuracy will be compromised. Depth measurement will not be displayed beyond these depths.
3 Water projected by a nozzle at a pressure of 30kPa /0.3 bar / 4.4 psi in accordance with BS EN 60529 1992 A2 2013.
4 At very low temperatures, battery life will be degraded and measurement precision may be reduced.