3 Years Warranty via Registration covered by Radiodetection Australia.
Locate and map buried utilities in a single operation.
The RD8200SG is Radiodetection’s most advanced, combined mapping and utility locating solution that enables users to map buried utilities with survey grade accuracy.
Price range: $13,888.00 through $14,172.00 ex. GST
Map while you locate
Flexibility to work with the system that works for your business
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| Sensitivity | 6E-15 Tesla 5µA at 1 meter (33kHz) |
| Dynamic range | 140dB rms/√Hz |
| Selectivity | 120dB/Hz |
| Depth measurement precision1 | ± 3% |
| 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 |
| Convergence time RTK | < 10 sec |
| Position accuracy RTK | 0.01m + 1ppm CEP |
| Active Locate Modes | Five: Peak, Peak+™ (choice of combined Peak & Guidance or Peak & Null), Guidance, Broad Peak™, Null |
| Gain control | Guidance Mode: Automatic Other modes: Manual gain using “+” or “-“ with one touch to return to center (50% of Full Scale) |
| Custom locate frequencies | Up to 5 additional frequencies in the range 50Hz to 1kHz at 1Hz resolution |
| Active locate frequencies | 21 Frequencies: ELF (98/128Hz), 512Hz, 570Hz, 577Hz, 640Hz, 760Hz, 870Hz, 920Hz, 940Hz, 1090Hz, 1450Hz, 4096Hz, 8kHz, 8440Hz, 9820Hz, 33kHz, 65kHz, 82kHz, 83kHz, 131kHz and 200kHz |
| Sonde Frequencies | 4 Frequencies: 512Hz, 640Hz, 8kHz and 33kHz |
| Weight | With Lithium-Ion battery pack fitted: 2.4kg |
| Ingress Protection Rating | IP65 Protected against dust ingress and jets of water3 applied from any direction |
| Operating temperature4 | -20°C to 50°C |
| Unit dimensions | 687mm x 350mm x 137mm |
All specifications are measured in test conditions, at 21°C, and fitted with 2 × good quality alkaline batteries unless otherwise noted.
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.
ConstructionAccurate and simple to use, the RD8200SG comes with twenty one active and four passive frequencies (Power, Radio, CPS and CATV) that cover the majority of site locating tasks. A rugged, IP65 rated casing along with a high contrast screen make it suitable for use in all weather conditions.
PowerCurrent Direction, track the right line Power Filters™, works where other locators won’t A single key press enables the use of the harmonic properties of power signals to establish if a signal comes from one source, or from multiple cables which you can then trace and mark. Dynamic Overload Protection, rejects unwanted interference Water and PipelineA wide choice of active frequencies allow conductive pipes to be traced for long distances. Where sondes or cameras are used to survey pipes made from a variety of materials, including cast iron, clay, fibre, concrete and brick, the four RD8200G sonde frequencies are ideal for quickly locating and tracing their position. Pipes with Cathodic Protection System can be followed using the CPS passive mode. CPS compass mode ensures alignment with the target pipeline. TelecomProgram up to 5 extra frequencies to customize the RD8200SG to signals found on your network. The RD8200SG features higher frequencies to locate high impedance lines and sonde frequencies for duct and conduit tracing. Higher frequencies can also be used to trace sheathed domestic cables without grounding connections. Cable sheath faults can be located to within 10 cm using 8 kHz Fault Find mode with a Radiodetection A-Frame |
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