VLF SIN 45
Compact VLF sine wave test system
The VLF Sine Wave 45 kV is a compact VLF sine wave test system with optional integrated tan delta. It is a useful instrument for the commissioning, testing, and condition analysis of medium voltage cables. This unit performs very low frequency (VLF), DC, and sheath integrity testing as well as sheath fault pinpointing when combined with the optional ESG NT step voltage probe. Ideal for both routine testing and complicated diagnostics, the VLF Sine Wave 45 kV has a multi-purpose design with a continuous duty cycle.
The VLF Sine Wave 45 kV is a compact VLF sine wave test system
- Test capacity of up to 1 0μF – that’s up to 40 km or 25.8 miles of cable at reduced frequency and voltage
- Internal tan delta option with automatic results interpretation
- One minute burn after fault detection
- Automatic frequency adjustment based on cable length
- Adjustable DC pulse rates of 1:3 and 1:4
- IEEE compliant withstand testing for new installations up to 25 kV
- IEEE 400.2 compliant maintenance testing up to 35 kV
- IEC 60229 compliant sheath testing up to 20 kV DC
The VLF Sine Wave 45 kV is a compact VLF sine wave test system with optional integrated tan delta. It is a useful instrument for the commissioning, testing, and condition analysis of medium voltage cables. This unit performs very low frequency (VLF), DC, and sheath integrity testing as well as sheath fault pinpointing when combined with the optional ESG NT step voltage probe. Ideal for both routine testing and complicated diagnostics, the VLF Sine Wave 45 kV has a multi-purpose design with a continuous duty cycle.
For 0.1 Hz sine wave, rectangular, or DC voltage tests, the VLF Sine Wave 45 kV provides enhanced voltage quality and stability. In the event of excessive charge, its current integrated breakdown detection shuts down the test, ensuring limited damage to the cable. Up to 1000 measurements can be stored in the internal memory and results can be viewed on the unit or downloaded via the USB drive to the included Easyprot software for reporting.
An optional internal tan delta test is available that automatically evaluates results for PE, XLPE, and PILC type cables based on insulation and selected compliance standard.
Key Features
Test capacity of up to 1 0μF – that’s up to 40 km or 25.8 miles of cable at reduced frequency and voltage
Internal tan delta option with automatic results interpretation
Automatic frequency adjustment based on cable length
IEEE compliant withstand testing for new installations up to 25 kV
IEEE 400.2 compliant maintenance testing up to 35 kV
Other Products
QUASAR
Three Phase Industrial Grade Protective Relay Test Set with cloud technology
Powerful and flexible
- 4 x 300V + 3 x 60A outputs, switchable to 7 current outputs
- 6 binary inputs + 4 binary outputs
- External DC current and voltage measurement
- 6 low-level outputs to test sensors, meters etc, and to upgrade with more channels
- Integral Wi-Fi, Ethernet LAN, dedicated IEC-61850 port and Expansion port
- Field serviceable
Rugged and portable
- 19.5 kg (43 lb)
- Integral ABS casing with wheels and extensible handle. No separate travel case needed.
Familiar User Interface
- Conduct quick or pre-configured tests directly from your tablet or smartphone
- Connect to your Windows computer for automated, exhaustive testing
VLF SIN 62
VLF sine wave test system for medium voltage cables with integrated Tan Delta
- Performs cable withstand testing, cable diagnosis, and sheath fault pinpointing
- Smallest and lightest unit on the market in its class
- Unique user-experience, thanks to a large, colour touch screen
- Automatic result interpretation as per latest IEEE 400.2 standard
- High safety, thanks to its analogue residual voltage indicator
TDM 45
High power test and diagnosis combination for MV cables (Tan Delta, VLF and PD)
- Cable testing, cable diagnosis, and sheath testing in one device
- Enables standard compliant high power VLF testing at 0.1 Hz (5 µF at 40 kV RMS)
- Internal tan delta measurement with automatic result interpretation
- Partial discharge diagnosis using VLF sine wave, damped AC or 50/60 Hz slope technology voltages