Seba KMT Sebalog D Wireless Data Looger for Pressure and Flow measurement and monitoring
OBSOLET PRODUCT ( * OUT OF USE )

• Flexibility, allowing multiple uses
• 3 camera head options
• Recording of the video via the VIDEO OUT
• Integrated distance counter and 640 Hz sonde
• Integrated rechargeables
• Expandable, with flex rod incorporating 9 or 11 mm diameter camera head

 

• DC voltages of up to 400 kV and 650 kV
• Great mobility
• Simple, safe operation
• Thermal overload shutdown
• Discharge switch

 

• Integrated Reflectometer (TDR)
• Active bridge for high precision R and C measurements and DC and AC fault location
• Measurement by Graaf method in connection with an active slave at the far end
• Passive Wheatstone bridge for R and C measurements and DC and AC fault location
• Test Systems for Pre-measurement, Quick test and Quality testing
• Measurement of interference voltages
• Warning and information system
• Remote control for the operation of the electronic far end loop control switch

 

• simplified version of the standard VLF test
• Easy to operate
• Configurable test sequences
• Compact, rugged and lightweight design
• AC, DC and sheath testing in one single system
• Reporting via USB or Winkis

 

• Adjustable current limiter
• Easy and powerful testing of cable jackets
• Pulsed output voltage for sheath fault pinpointing
• Burning of cable faults

 

• HPG 50-H, AC testing up to 35 kVRMS / DC-testing up to 50 kV
• HPG 70 / 80-H, AC testing up to 50 / 58 kVRMS / DC-testing up to 70 / 80 kV
• HPG 110-H, AC testing up to 78 kVRMS / DC-testing up to 110 kV
• Suitable for AC-testing and DC-testing
• Compact, cast-resin high-voltage transformers
• Separate control and HV-units
• Voltage continuously adjustable
• Powerful system: 1,2 kVA continuous operation, up to 3 kVA 60 min. short-time operation

 

• generate a DC voltage of up to 40 kV
• Ideal for field application because of its low weight and compact design
• High safety due to internal discharge facility
• High flexibility with the external battery
• Over-current tripping

 

• »» 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

 

• VLF Test System 20 kV
• high test capacity of 3 µF permits the simultaneous testing of all three phases
• method is officially recommended by the two VDE Standards 0276-620 and 0276-621
• VLF is the most economic method for testing PE and XLPE cables

 

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