Cable Fault Locators | SEBAKMT

• »» DC-testing up to 32 kV
• »» Prelocating
• - Reflection measurement
• - ARM measurement
• (Arc Reflection Method) up to 32 kV
• - Decay up to 32 kV
• - ICE Impulse Current Method
• 0…4 / 8 / 16 / 32 kV
• »» Burning (fault conditioning) up to 32 kV
• »» Cable tracing (optional)
• »» Pinpointing
• - Distance and acoustic measurement
• 0 … 8 / 16 / 32 kV at 1750 J

 

• DC Testing up to 40 kV ARM, ICE and Decay Method integrated
• Operation by VGA Display and single button rotary encoder
• High surge energy fort he acoustic pinpointing 1000 or 2000 J
• Surge voltage levels for MV cablel 0 ... 12,5/25 kV or 0 ... 16/32 kV
• Surge voltage levels for lower voltage 0 ... 3/6 kV or 0 ... 4/8 kV
• Integrated safety system

 

• Voltage Ranges : 0..2.5kV / 5kV / 10kV ; 0..4kV / 8kV / 16kV
• Energy : 195J ; 500Joules
• MAx Current Imax : 185mA ; 300mA
• Optimized surge energy for switchable capacitors
• ICE - Impulse Current Method
• ARM - Arc Reflection Method

 

• Voltage Ranges : 0.. 3kV / 4kV / 5kV
• Energy : 180J / 320J / 500J
• MAx Current Imax : 129mA / 182mA / 213mA
• Optimized surge energy for switchable capacitors
• ICE - Impulse Current Method
• ARM - Arc Reflection Method

 

• Voltage Ranges : 0.. 8kV / 0..16kV / 0..32kV
• SWG 1750C with 8 - 16 - 32 kV / 1750 J
• SWG 1750 CI with 8 - 16 - 32 kV / 1750 J, incl. leakage current measurement
• SWG 1750 C-4 with 2 - 4 kV / 1150 J and 8 - 16 - 32 kV / 1750 J
• SWG 1750 CD with 8 - 16 - 32 kV / 3500 J

 

• Voltage Ranges : 0..2kV / 0..4kV / 0..8kV
• Energy : 1000 Joules
• MAx Current Imax : 1400mA / 700mA / 500mA
• Optimized surge energy for switchable capacitors
• ICE - Impulse Current Method
• ARM - Arc Reflection Method

 

• Voltage Ranges : 0..3kV / 0..6kV / 0..12kV
• Energy : 1000 Joules

• Carbon-reinforced plastic housing
• Protection class IP 54 for use in any weather conditions
• Colour display
• High-speed processor
• Several location modes with orientation using a compass
• A large number of available frequencies
• Depth/amperage at the press of a button or sustained

 

• Location of passive markers which are used by utility
• companies for labelling underground lines
• Colour-coded display of the signal strength
• Specifi c line location mode
• Specifi c marker location mode
• Mode for simultaneous location of lines and markers

 

• Precise direction guidance with right/left arrows and guidance compass
• SiS ("Signal Select") and SD ("Signal Direction") for reliable line identification
• "Distortion Alert" for signal evaluation
• Internal GPS receiver and data storage
• Permanent depth or signal current intensity measurement

 

• Clearly laid out user interface
• Automatic or manual amplification options
• Depth and amperage at the press of a button
• Distance Sensitive Left/Right GuidanceTM
• Sheath fault location (optional)

 

• Easy to use
• High location accuracy
• Optimal inductive transmission of line signals
• Signal "jumps over" insulating pipe sleeves

 

• Easy to use
• High location accuracy
• Optimal inductive transmission of line signals
• Classic design, compact and light

 

• Excellent sensitivity
• Lightweight, just 0.7 kg
• Improved ergonomics for comfort during prolonged usage
• Up to 26 hrs battery life from just 2 x AA (LR6) cells
• Ultra strong, submersible carbon fiber antenna tube
• Dot matrix LCD with backlight
• Audio and visual signal strength indicators

 

• Easy-go single button operation
• Protocolling of the test results
• Data transfer via Bluetooth
• DC burn current up to 6 A
• AC burn current up to 110 A
• Sheath fault pinpoiting mode

 

• Short circuit proof
• Equipped with new circuity to keep Burn-Down power constant
• Maximal Burn-Down current of 25A
• Burn-Down voltage constinuously variable from 0 to 15 kV
• Indication of output current and voltage
• Integrated start interlock circuit and discharging device
• Pulse mode for earth leakage

 

• Overload protection
• Automatic discharge
• Burning of high resistive faults
• Low- potential free voltage avoids damage to other conductors
• Adjustable current limiter

 

• PD Measurement by means of DAC similar to nominal net frequency
• Online processing for complex PD-Diagnosis
• Portable test system, compact design and low weight
• Integrated tan d - measurement

 

• PD diagnosis under oscillating wave test voltage
• PD evaluation possibility and pattern recognition at the nominal voltage level
• Automatic Calibration and Joint location facility
• PD level measurement according to IEC 270 at a bandwidth of 150 ... 650 kHz
• Semi- and fully automatic PD analysing software for defect location with mapping feature
• Calculation of the cable capacitance and the tan delta value
• Simple to use and easy to handle menu-driven unit for operation of the test sequence
• Compact design; low weight

 

• Portable online PD measuring system for monitoring MV and HV systems
•  16 channels
•  Allows ef? cient forward planning of necessary maintenance work
•  Quick and easy to install
•  Integrated automatic knowledge-based evaluation of measured PD levels
•  Current status can be viewed at any time via remote access