Radiodetection RD8200SG FCC Kit (10/RD8200SG-FCC-KIT) Precision Survey Grade Locator Bundle Kit

Radiodetection RD8200SG FCC Kit (10/RD8200SG-FCC-KIT) Precision Survey Grade Locator Bundle Kit

The Radiodetection RD8200SG-FCC Kit is a survey-grade cable and pipe locator designed for professionals who need to accurately locate and map buried utilities in a single operation. Featuring integrated GNSS technology, advanced signal processing, and a complete field-ready kit, it delivers precise utility detection, streamlined mapping, and reliable performance across construction, utility, and infrastructure projects.

Includes:

• 1 x RD8200SG Locator
• 1 x Li-Ion Battery Pack
• 1 x Mains Charger
• 1 x USB-C Lead
• 1 x Bag
• 1 x Phone Holder

Features:

• Integrated survey-grade GNSS receiver
• Locate and map buried utilities simultaneously
• Bluetooth connectivity to Android and iOS devices
• Compatible with multiple correction service providers
• Direct export to GIS and mapping software
• Automatic antenna offset removes the need to tilt the locator
• Rugged IP-rated design for demanding field environments
• Built for construction, utility, telecommunications and infrastructure applications.

Specifications:

• Positioning: Integrated survey-grade GNSS antenna for utility mapping
• Mapping: Simultaneous locating and mapping in a single operation
• Mobile Compatibility: Android™ and iOS® devices via Bluetooth
• Data Export: Industry-standard file formats compatible with GIS and mapping software
• Active Frequencies: 21 active locate frequencies
• Passive Modes:
  • Power
  • Radio
  • CPS
  • CATV
• Sonde Frequencies: 4 dedicated sonde frequencies
• Sensitivity: 6E-15 Tesla / 5µA at 1m (33kHz)
• Dynamic Range: 140dB rms/√Hz
• Selectivity: 120dB/Hz
• Depth Measurement Accuracy: ±3%
• Locate Accuracy: ±5% of depth
• Active Locate Filter Bandwidth: ±3Hz (<1kHz), ±10Hz (≥1kHz)
• Start-Up Time: Less than 2.5 seconds
• Dimensions(LxWxH): 687mm × 350mm × 137mm

Warranty:

• 3 years standard warranty on registration as covered by Radiodetection