- Version 1.0.0
- Download 47
- File Size 1.41 MB
- File Count 1
- Create Date April 22, 2020
- Last Updated April 9, 2021
- Products
- Cable Fault Pre-Location:
——–TDRs & cable Bridges- Cable Fault Locator for power lines TDR RI-407 “SWIFT+”
- Cable Fault Locator for power lines TDR-107 “SWIFT+”
- Cable Fault Locator for power lines TDR-109″SWIFT+”
- High precision Cable Fault Locator TDR RI-307M3 “SWIFT+”
- Computer operated Cable Fault Locator TDR RI-307USBm “SWIFT”
- Handheld Cable Fault Locator TDR RI-303BM “SWIFT”
- Cable Fault Locator TDR RI-10M1 “SWIFT”
- Cable Fault Locator TDR&Bridge RI-10M2 “SWIFT”
- Voltage protection unit UP-1
- Cable Fault Pre-Location and Pinpointing:
——–High Voltage Pulse Generators - Cable Fault Pinpointing:
——–Acoustic receivers - Cable Tracing and Fault Pinpointing:
——–EM-field cable locators
- Cable Fault Pre-Location:
- Kits
- Solutions
- Power cable and overhead lines
——– faults location equipment - Communication and control cable
——– faults location equipment - Railways signaling and control cables
——– faults location equipment - Heat supply pipelines RMS
——– faults locating equipment - Cable TV and video surveillance networks (CATV and CCTV)
——– faults location equipment - Pipelines heating cables
——– faults location equipment
- Power cable and overhead lines
- Application Notes
- Pre-localization methods of cable lines faults
- Pulse reflectometry (TDR) method. Theoretical basis.
- Pulse reflectometry (TDR) method. How to find a break in a cable.
- High-Resistance fault prelocating using Arc Reflection Method (ARM)
- Oscillatory discharge method (ICM / Decay) for determining high resistance faults
- Velocity of Propagation table
- Cost control methods when laying a cable line
- Application of cable route trackers
- Cable routing and fault location (pinpointing)
- About us
- Contacts
- Products
- Cable Fault Pre-Location:
——–TDRs & cable Bridges- Cable Fault Locator for power lines TDR RI-407 “SWIFT+”
- Cable Fault Locator for power lines TDR-107 “SWIFT+”
- Cable Fault Locator for power lines TDR-109″SWIFT+”
- High precision Cable Fault Locator TDR RI-307M3 “SWIFT+”
- Computer operated Cable Fault Locator TDR RI-307USBm “SWIFT”
- Handheld Cable Fault Locator TDR RI-303BM “SWIFT”
- Cable Fault Locator TDR RI-10M1 “SWIFT”
- Cable Fault Locator TDR&Bridge RI-10M2 “SWIFT”
- Voltage protection unit UP-1
- Cable Fault Pre-Location and Pinpointing:
——–High Voltage Pulse Generators - Cable Fault Pinpointing:
——–Acoustic receivers - Cable Tracing and Fault Pinpointing:
——–EM-field cable locators
- Cable Fault Pre-Location:
- Kits
- Solutions
- Power cable and overhead lines
——– faults location equipment - Communication and control cable
——– faults location equipment - Railways signaling and control cables
——– faults location equipment - Heat supply pipelines RMS
——– faults locating equipment - Cable TV and video surveillance networks (CATV and CCTV)
——– faults location equipment - Pipelines heating cables
——– faults location equipment
- Power cable and overhead lines
- Application Notes
- Pre-localization methods of cable lines faults
- Pulse reflectometry (TDR) method. Theoretical basis.
- Pulse reflectometry (TDR) method. How to find a break in a cable.
- High-Resistance fault prelocating using Arc Reflection Method (ARM)
- Oscillatory discharge method (ICM / Decay) for determining high resistance faults
- Velocity of Propagation table
- Cost control methods when laying a cable line
- Application of cable route trackers
- Cable routing and fault location (pinpointing)
- About us
- Contacts
TDR RI-307USBm PC software ver. 1.1.7
Cable Fault Pre-Locators
- TDR RI-407 «SWIFT+»
for power lines applications - ADG-200-2 «STINGRAY»
Arc Discharge Generator - TDR-109 «SWIFT+»
for power lines applications - TDR-107 «SWIFT+»
for power lines applications - TDR RI-307М3 "SWIFT"
High-precision 2-channels - TDR RI-307USBm "SWIFT"
computer-controlled - TDR RI-303BM "SWIFT"
Handheld with Bluetooth module - TDR RI-10M1 "SWIFT"
- TDR RI-10M2 "SWIFT"
TDR with cable Bridge module" - Voltage protection unit UP-1
Legal address:
ERSTED AO
Russia, St.Petersburg
196244, Vitebsky prospect, 23/1
CFL Methods
- Time Domain Reflectometry (TDR) method. Theoretical basis.
- Time Domain Reflectometry (TDR) method. Practical techniques.
- High-Resistance fault prelocating using Arc Reflection Method (ARM)
- Oscillatory Discharge Method (ICE / Decay) for determining high resistance cable fault
- Cable Velocity Factors Table
- Using cable lines locators
Contact us
E-mail: info@fault-locator.com
Phone: +7 (812) 334-37-36
m.Phone: +7 (981) 968-08-18
Telegram: ERSTED_JSC
WhatsApp: ERSTED_JSC
Skype: zao.ersted
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