• The electronic module of the HDD beacons is replaceable at Ditch Witch® dealers, offering cost savings compared to purchasing a new beacon.
• Field-configurable power levels are available to extend battery life.
• Automatic tuning circuitry ensures consistent operation across various downhole tools.
• Redundant power supply circuitry prevents intermittent operation.
• A new Bluetooth® module enhances connectivity for reliable communication.
• Higher-grade components allow for a maximum operational temperature increase from 176°F to 221°F.
• Low frequency capability (1.5 kHz) enables operation around metal rebar.
• Improved battery springs enhance connectivity during vibrations.
• The design features fewer connections, increasing stability and reliability.

Subsite® Electronics provides a range of versatile HDD Beacons, including the 15T, 17T, and 19T series, which offer multiple frequencies and field-configurable power levels. These beacons are repairable, providing significant savings over replacement costs.

• 15T Series: Available in models like 15T1 and 15T3, offering frequencies from 12 kHz to 29 kHz, with depth ranges up to 100 ft and maximum temperatures of 221°F.
• 17T Series: Includes models such as 17T1 and 17T4, supporting frequencies from 1.5 kHz to 29 kHz, with depth ranges up to 110 ft and maximum temperatures of 221°F.
• 19T Series: Features models like 19T3, with frequencies from 12 kHz to 29 kHz, depth ranges up to 120 ft, and maximum temperatures of 221°F.
• 86Bv3 Series: Offers models like 86Bv3 and 86BDv3, with frequencies of 12 kHz and 29 kHz, depth ranges up to 110 ft, and maximum temperatures of 221°F.
• 86BHL & 88B Series: Includes models such as 88B and 86BHL, with a frequency of 29 kHz, depth ranges up to 70 ft, and maximum temperatures of 176°F.
• 850B Series: Comprises models like 850B and 85BD, with frequencies from 1.75 kHz to 11.2 kHz, depth ranges up to 80 ft, and maximum temperatures of 176°F.

Depth range values are based on specific conditions and may vary with actual noise conditions. Battery life is typically measured using Lithium Thionyl Chloride batteries, with alkaline batteries providing approximately one-third of the specified duration.