V+ Driver™ Electronics


Reliable performance. Built to last.

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bench tree's accurate and reliable resistivity tool

Continuous Operation. Smarter Diagnostics. Maximum Uptime.


The Bench Tree V+ Driver™ high-performance pulser driver is engineered for demanding drilling environments where reliability and system visibility matter. Designed to maintain pulsing operation during Hall sensor failure events, it helps reduce NPT while improving diagnostics and troubleshooting.


Integrated Dynamic Downhole Recording provides valuable operational data throughout drilling operations, giving operators greater visibility into downhole conditions and supporting faster troubleshooting and more informed maintenance decisions.


Key Features

  • High-performance pulser driver electronics
  • Integrated Dynamic Downhole Recording
  • Maintains pulsing operation during Hall sensor failure events
  • Enhanced diagnostics and system visibility
  • Available in 175°C, 185°C, and 200°C configurations
  • Drop-in replacement for compatible Vertex pulser driver systems*


Dynamic Downhole Recording

Captures valuable downhole diagnostic data during drilling operations, including:

  • Hall sensor status tracking
  • Shock and vibration monitoring
  • Voltage and current monitoring
  • Flow count monitoring
  • Event log for diagnostics and preventative maintenance


The V+ Driver™ is protected by one or more of the following patents: US 8,684,093; US 9,038,735; US 9,091,143; US 9,863,197; US 11,268,345; US 12,618,302; US 11,098,580


* Compatible with Vertex Pulser Driver systems. Vertex is a trademark of its respective owner and is referenced solely to describe compatibility. Bench Tree is an independent provider and is not affiliated with or endorsed by the trademark owner.

Benefits

  • Helps reduce NPT by maintaining pulsing operation during Hall sensor failure events
  • Improves troubleshooting with integrated Dynamic Downhole Recording
  • Provides greater system visibility during drilling operations
  • Supports proactive maintenance using recorded downhole data
  • Improves reliability in demanding drilling environments
  • Integrates into compatible MWD systems