Pinpoint The Faults That Can Cause Micro-Reflections Which Can Be Damaging To Digital Transmissions
Locate Problem Components In The Customer Drop
Can Identify Multiple Events That Are Less Than 2ft Apart
High Voltage Tolerant: Will Not Be Damaged By High Voltages (Up To 400V (DC + Peak AC)
High Bandwidth: Tests More Of Your System Capacity Enabling Users To Pinpoint The Faults That Can Cause Micro-Reflections Which Can Be Damaging To Digital Transmissions
Pinpoint The Faults That Can Cause Micro-Reflections Which Can Be Damaging To Digital Transmissions
Locate Problem Components In The Customer Drop
Can Identify Multiple Events That Are Less Than 2ft Apart
High Voltage Tolerant: Will Not Be Damaged By High Voltages (Up To 400V (DC + Peak AC)
High Bandwidth: Tests More Of Your System Capacity Enabling Users To Pinpoint The Faults That Can Cause Micro-Reflections Which Can Be Damaging To Digital Transmissions
Accurate Fault Location: The Sheath Fault Locator precisely identifies sheath faults on cables and coating defects on pipelines, enabling targeted repairs and minimizing downtime.
Direction and Magnitude Display: The locator conveniently displays both the direction and magnitude of the fault information, allowing users to quickly assess the severity and plan appropriate actions.
Compatibility: The A-Frame component of the Sheath Fault Locator is compatible with various Radiodetection locators, including RD8100, RD7KTL, RD7KPL, and RD8KPDL(B). This versatility ensures that users can leverage their existing equipment for sheath fault detection.
Transmitter Requirements: To provide a Fault Find signal, a Tx-3(B) or Tx-10(B) transmitter is required. These transmitters work seamlessly with the Sheath Fault Locator, delivering reliable and consistent fault data.
