List Name
There are many variations of passages of Lorem
Ipsum available, but the majority have suffered alteration in some form
WL20 Cable Fault Pre-locator (TDR)
1.Rechargeable battery or mains operation possible
2.Stand-alone operation or operation in conjunction with surge generators (thumpers)
3.Dual operating concept (touch screen and rotary knob)
4.Supports multiple prelocation methods:LV TDR,ICE,ARM
5.Automatic detection of cable end and fault position
6.Rugged, durable, outdoor field-ready case
VLF-90KV Portable Hipot Test System
1.Digital frequency conversion technology, microcomputer control, pressure rise, pressure reduction,measurement, protection, etc
2.Multiple protection (over-voltage protection, overcurrent protection at high and low voltage sides),rapid action (when acting)
3.0.1Hz, 0.05Hz and 0.02hz multi frequency selection,large test range
4.Reporting
5.Small volume and light weight
VLF-40KV Portable Hipot Test System
1.Digital frequency conversion technology, microcom-puter control,pressure rise, pressure reduction,measurement, protection, etc
2.Multiple protection (over-voltage protection, over-current protection at high and low voltage sides),rapid action (when acting)
3.0.1Hz, 0.05Hz and 0.02Hz multi frequency selection,large test range
4.Reporting
5.Small volume and light weight
TBS-1000 Cable fault location system
1.Test modes: DC Proof, Surge Pulse (thumping) at 8/16/32 kV with fully variable output ranges at all voltage settings and facilitating full high energy capacitive discharge at all three volatge taps delivering up to 2,432 Joules. Variable Discharge Rate 6 – 10 second discharge/thump rate
2.Easily installed in vehicles
3.Built-in TDR, ARM, ICE and DECAY
4.Controlled by a tablet
5.Fully insulated design
6.Equipped with intelligent mode and expert mode, suitable for different test situations
T8 Portable Cable Fault Location System
1.Applied to 220V-11kV power cables
2.Surging (thumping) 15kV, delivers 900J
3.Maximum safety during application
4.Support LV TDR, ICE and ARM prelocation methods (ARM is optional)
5.Magnetic-acoustic pinpointing
6.Each part can be used independently