• XD-NSL200  Grounidng Fault Locator High Quality System 1
XD-NSL200  Grounidng Fault Locator High Quality

XD-NSL200 Grounidng Fault Locator High Quality

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1 unit
Supply Capability:
30 unit/month

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Quick Details

Place of Origin:

HeBei

Brand Name:

CNBM

Model Number:

XD-NSL200

Power:

Electronic

Usage:

Fault Locator

Packaging & Delivery

Packaging Detail:Export and Standard pelican case packing.
Delivery Detail:As per the customer requirement

Specifications

DIGITRACE DC 361 P Series
Portable DC earth leakage monitoring system
Pinpoints the complex earth faults on any floating DC

Sensing intelligently - Precisely tracking earth leakage in control cables of a DC floating system in power stations

The DIGITRACE  series is a compact portable DC Earth fault locator specially designed for use in substations. The DIGITRACE is a technically superior product from TAURUS's R&D standardized after extensive field application & evaluation trials. The DIGITRACE identifies with ease any leakages on a DC floating system. Maintenance staff many a times encounter a maze of noise & other mimicking fault conditions that is confusing hard to distinguish whether it is actual fault leakage or a fault mimicking condition, source of which is perplexing & misleading. The DIGITRACE is designed after thoroughsite evaluation trials & thereby performing smartly amidst a complex floating DC system. A hand held tracer probe guides you to the location of the fault.

Salient features:

series fault wire location device of low current adpots 80C 196 single-chip mirocomputer for analyzing, applicable to 0.38KV~66KV power system of unground or ground via arc-suppression coil as well as via neutral ground resistor. No matter metal grounding, gap grounding, arc flash grounding or accompanied ferromagnetic resonance grounding, it could accurately locate the grounding wire without limit to wire-out way (over-head line or underground cable line)The fault is sensed immediately on connecting the equipment & accurately detected.


Clear indication of the cable which is faulty.
Faults upto 30k Q can be detected. Optionally 0 - 60 k Q/ 0 - 90k Q/ 0 - 400k Q.
Immune to high frequency noise interference & its harmonics.
Faults upto a distance of I km can be detected. Optional - 3 km.
Fault point tracking with a handy fault guide.
Light & portable kit .


Technical specifications
Operating Voltage : 230 V, 50 Hz, Single Phase AC Optional: Battery back up.
Range of fault resistance detection: up to 30/60 / 90 / 400 KQ on both positive and negative
Distance of detection : I km optional 3 km.
Accuracy of pinpointing : Exact spot.
Output : Low frequency coded pulse.
Noise immunity : Immune to 50 Hz noise. Fault finding free from 50 Hz
Disturbance (15 amps)

Transmitter

   

Power Supply : Built-in rechargeable battery

 

Operating frequency : Very Low Frequency

 

Output Voltage: Auto selected from + 12 V to + 50 V.

 

Can be connected to any floating system from 48 VDC TO 300 VDC

 

CLAMP ON SENSORS

 

Sensor probe small – 15 sq mm

 

Sensor probe big -   50 sq mm

 

RECEIVER

Power Supply : Built-in rechargeable battery

 

Calibrated to operating frequency to Transmitter

 

Sensitivity up to 400k d

 

Immune to 50 Hz and its Harmonics

 

Fault tracing up to 1 km (optional  3 kms)

 

ACCESSORIES

 

Transmitter Charge Adapter – 1 no.

 

Two core DCDB positive and negative connecting cable – 1 set

 

Transmitter Earthing cable – 1 no.

 

Sensor probe small (15 sq mm) – 1 no

 

Sensor probe big (50 sq mm) – 1 no

 

Two core connecting cable to connect receiver to sensor probe – 1 set

 

Receiver unit charger – 1 no

 

Instruction Manual- 1 no

 

OTHER MODELS

 

DIGITRACE DC 361P – Fault Location upto 100d

DIGITRACE DC 663M – Dedicated kit connected to DCDB permanently.

 

Q:???I recently went into a century tel building and was VERY interested. Does that have anything to do with what an electrical intrumentation technician does? If not please explain to me the difference between some one that is an electrical instrumentation technician would do, and what someone that works at century tel would do. I know this is a lot but Im planning for a major, and after that a career.Thanks!!!
You don't have the necessary qualifications for either immigration or temporary employment visa to Canada (or the US, for that matter). Instrumentation techs lack sufficient education and skill levels. You would need at least at bachelors, preferably masters, degree in Instrumentation Engineering to start with.
Q:i need it pretty soon for my hw and if you dont mind can you explain what the process is thanks and keep it simple
Input is the source or something acted upon. Like the thermostat in the ac or heater system would be the input - telling the rest of the circuit that the temp is too low, therefor turn on the heat (or turn off the ac).
Q:Can I use an existing outlet in basement that's uses 14/3 wire and tap off of it to wire up a bathroom with 14/3 for light . Fann And one gfci outlet ?
14/3 wire is supposed to be protected by a 15 amp breaker. Think about what you might plug into the existing outlet, What you might plug into the new outlet, what lights are already on the basement circuit, and what lights you'll have in the bathroom. You've got to total the loads you expect might be on at the same time. If you decide a total of 15 amps is enough, to avoid confusion you should use 15 amp rather than 20 amp outlets. On the other hand you might like to consider that when short circuits happen, they usually happen appliances plugged into outlets. If a breaker that's likely to open opens, it might be good if the basement lights stayed on so you can find the breaker box and reset the breaker and/or find your way out of the basement. If it were me and there was room for another breaker in the breaker box, I'd put in a separate 20 amp (12/3 wire) circuit for the basement outlets. I'd limit the use of the existing 14/3 wire circuit to the basement lights and the new bathroom's lights. (If necessary, you _may_ be able to remove a single old-style breaker from your breaker box and replace it with two new breakers) Whatever you do make sure it's consistent with your local electrical code requirements. Many jurisdictions will allow you the homeowner to do your own wiring and they'll inspect it for you.
Q:(without using any connection wires)? I frequently need to plug existing electrical equipment in places where there is no power outlet I have to use clumsy long tailed electrical extension plug that hinders free movement ? Short of using a battery in the equipment how to connect the power junction points (earth live neutral to an existing electrical power outlet using nothing but air in between)?
Hmmm, for modest loads, you can use induction but that needs modifications to the equipment you are using AND needs the drive coils embedded in the walls of the building you are in. It does work quite well though :) Tesla had some quite good ideas about tranmistting power but again, the method is not something too practical to use in your everday building. Sorry :(
Q:I want to use scientific equipment that will measure the electrical conductivity of water. I only want to electrocute the water and measure the current as a last resort.
water doesn't conduct electricity, the impurities in it do salt, chlorine, etc. distilled water has no conductivity.
Q:every electrical equipment is rated in VA or KW(motor) why transmission line rated in Volts though it carry power.
Transmission lines are rated in MVA. They do have a current carrying capacity and limits. However the voltage of these lines is so high and the current so relatively low, that it is the voltage which predominates in determining the heights, clearances, spacings and visual impact of the lines and therefore ultimately also the cost. In consequence common usage very often refers to the rating in terms of voltage only.
Q:A. Identify only the primary source of electrical energy for the equipment or circuits in question.B. Enable backup energy sources, such as generators and batteriesC. Make sure all workers are safe and accounted for before equipment and circuits are unlocked and turned back onD. Avoid testing equipment and circuitry to ensure they are de-energized
The answer is B. Enable backup energy sources, such as generators and batteries to properly lockout and tagout electrical equipment and machinery. Hope this helps! A good website for you if you do electronic testing is Caltest which supplies all kinds of electronic test equipment. :) caltest .uk/
Q:a small fire that is at the outlet
BY CALLING 9-1-1-
Q:electrical safety product
In a way they are the same thing, but the lightning arrester works better. A regular surge protector protects against sudden surges in the power line much like a circuit breaker. It may not work on lightning because lightning has enough power to sometimes jump past that break in the circuit--to plan for lighning you need something much better, and it should redirect that energy back to ground rather than just breaking the circuit.
Q:Ever tried it on a LG Vu? Also Is that liquid spray safe?Which one is better invisbleshield or BodyGuardz?
CRAP Zagg is the largest scam going bodyguards is another. Good luck with both

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