Power Cable Fault Prelocation Kit
TDR-109 “SWIFT+” & ADG-200-2 “STINGRAY”

Kit purpose:

The implementation of modern High-Voltage methods of fault Pre-Location in a light-weight, compact, self-powered kit.

Preliminary localization of both low-resistance (<1 kOhm) and high-resistance (> 1 kOhm) cable faults by the following non-burning methods:

Scope of application

Scope of application

Power Cable Fault Prelocation Kit TDR-109 “SWIFT+” & ADG-200-2 “STINGRAY” is used for control during the laying and operation of the following types of cable lines:

  • power cables;
  • copper-core communication cables;
  • signaling and control cables;
  • overhead cable lines;
  • computer networks;
  • television and radio frequency cable lines.
  • to determine the length of the cable during its production, storage and trade.

Power cables of all types:

  • Power cables with impregnated paper insulation in lead sheath
  • or aluminum sheath
  • Power cables with rubber insulation
  • Power cables with PVC insulation
  • Power cables with polyethylene insulation

in all electrical networks where the power cable is used:

  • General-purpose electrical networks;
  • Autonomous power supply networks;
  • Repair and maintenance of water transport;
  • Technological networks;
  • Metallurgical industry;
  • Mining industry;
  • Railways;
  • etc.

Heating cables of the main types:

  • resistive type
  • self-regulating type
  • and etc.

in many industries:

  • Department of Housing and Utilities
  • Petrochemical industry
  • Pipeline transport (oil pipelines, water supply / sewerage)

Features

Features

  • The most careful Сable Fault Locating (CFL) methods – short-term (milliseconds) HV-impact on cable insulation does not damage cable lines :
    • perfect for finding faults on cable lines with XLPE insulation (cross-linked polyethylene);
    • perhaps the only CFL methods applicable to heating cables in mechanically and thermally insulated pipelines;
  • Compact and lightweight .
    the whole kit fits freely into the trunk of a car and can be easily moved to the connection point manually:
    • the possibility of using in hard-to-reach places (mines, wells), or in places inaccessible to the automobile Lab.
  • Autonomous: autonomous power supply from powerful built-in battery or car cigarette lighter (special option);
  • Waterproof : sealed cases – protection against adverse weather
Media

Video

TDR RI-407 & ADG-200-2 Part 1 Overview, Low-Resistance cable fault prelocating with TDR
TDR RI-407 & ADG-200-2 Part 2 High-Resistance cable fault prelocating with ARM, ICM
TDR method example (short spark gap at the end of the cable line)
Arc Reflection Method (ARM) — breakdown at the spark gap at the end of the cable line
Arc Reflection Method (ARM) — breakdown at the spark gap at the end of the cable line, (accelerated shooting 400 frames / sec)
Impulse Current Method (ICM) method – breakdown at the spark gap at the end of the cable line
Impulse Current Method (ICM) method – breakdown at the spark gap at the end of the cable line, (accelerated shooting 400 frames / sec)

We invite regional dealers to cooperate

Detailed information - by e-mail info@fault-locator.com or by phone +7 (812) 334-37-36

Contacts and company details

Legal adress:

ERSTED AO
Russian Federation, 196244, St.Petersburg, Vitebsky pr. 23/1 

Postal address:

Russia, 196244, St.Petersburg, Post Box 28


E-mail:
info@fault-locator.com
Skype:

zao.ersted


Phone/Fax:
+7 (812) 334-37-37,
+7 (812) 334-37-36,
+7 (812) 334-37-38
+7 (911) 729-81-06
Bank details:

St.Petersburg
Noth-West Bank PAO «Sberbank»
P/a 40702810455220115490
C/a 30101810500000000653
BIK 044030653
INN 7810609756
KPP 781001001
Code OKONH 95300
Code OKPO 23133821
OGRN 1027804871544
OKVED 33.20.6