PFL22M1500 Portable Cable Fault Location and High Voltage Test System ■ Portable, rugged fault locating system ■ HV insulation testing to 20 kV ■ Burn up to 115 mA ■ 8/16 kV, 1500 Joules surge output ■ Arc reflection method ■ Arc reflection plus ■ Differential arc reflection ■ Impulse current (current impulse) ■ Integrated large screen color TDR ■ Optional onboard inverter DESCRIPTION The PFL22M1500 Power Cable Fault locator is designed to provide quick, effective, accurate and safe fault location, thereby reducing system outages and minutes lost. The instrument comes in a rugged yet portable enclosure. Its IP64 rating makes it suitable for use in even environmentally hostile conditions. All systems offer the facility to undertake cable testing: cable and fault diagnosis, pre-location of cable faults, fault conditioning, and pinpoint fault location using acoustic methods. FEATURES AND BENEFITS ■ Innovative MTDR100 mounted in the lid features: ■ Single knob (jog-dial) control ■ Large easy-to-view color (XGA) display ■ Auto ranging ■ Cable library ■ Multiple fault locating techniques ■ Pre-location ■ Pulse echo ■ Arc reflection ■ Arc reflection plus ■ Differential arc reflection ■ Impulse current ■ Pinpoint ■ Surge/voltage impulse ■ High-voltage module ■ 2-range ■ Safety interlocks ■ HV on indicator The handle and foot-step allows for easy and comfortable transport APPLICATIONS HV Testing (proof/insulation testing) Used to prove the integrity of and identify and confirm fault conditions in cable networks. The variable output voltage can also be used for sheath testing at 5 or 10 kV. Fault Pre-location After identifying the type of fault, pre-location of the fault position can be determined using the following methods: ■ A TDR is used to pre-locate cable faults using pulse echo, arc reflection, impulse current (ICE). The MTDR100 features auto-ranging, auto distance to fault and operator assist functions that guide the operator through the fault locating process. ■ In the Arc reflection mode, faults are stabilized by creating a temporary "bridge" to earth. During this condition, a standard pulse echo measurement is taken into what is basically seen as a short circuit fault. ■ Arc reflection plus provides the operator the added advantage of being able to view and analyze up to 1024 traces (range dependent) taken during the period of the arc. ■ During Differential arc reflection mode unwanted and confusing reflection are removed leaving a clean trace with only the fault position, point being displayed by a positive pulse . This method is especially suited in locating high-resistance faults in complex cable systems. ■ Impulse current, or ICE, is a transient analysis method of pre-location utilizing the integrated linear coupler. Fault Conditioning Fault conditioning is used to stabilize unstable flashing or high resistance faults. The PFL22M1500 incorporates both&nb

PFL22M1500 Portable Cable Fault Location and High Voltage Test System Proof/Burn Following a breakdown of the cable under test, a high current is applied that stabilizes the fault condition. This allows easier and faster pre-location and pinpointing of the unstable faults. Pinpoint fault location Accurate pinpoint fault location is achieved using the electro-magnetic/acoustic method whereby the powerful 8/16 kV 1500 Joule surge generator (thumper) and a pinpointer (Megger digiPHONE+) is used. SPECIFICATIONS High Voltage Pre-location Arc Reflection: 0-8 and 0-16 kV, 1500 Joule Arc Reflection Plus:...