XD-NSL200 Grounidng Fault Locator High Quality
- Ref Price:
-
- 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
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Operating frequency : Very Low Frequency
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Output Voltage: Auto selected from + 12 V to + 50 V.
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Can be connected to any floating system from 48 VDC TO 300 VDC
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CLAMP ON SENSORS
Sensor probe small – 15 sq mm
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Sensor probe big - 50 sq mm |
RECEIVER Power Supply : Built-in rechargeable battery
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Calibrated to operating frequency to Transmitter
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Sensitivity up to 400k d
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Immune to 50 Hz and its Harmonics
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Fault tracing up to 1 km (optional 3 kms) |
ACCESSORIES
Transmitter Charge Adapter – 1 no.
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Two core DCDB positive and negative connecting cable – 1 set
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Transmitter Earthing cable – 1 no.
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Sensor probe small (15 sq mm) – 1 no
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Sensor probe big (50 sq mm) – 1 no
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Two core connecting cable to connect receiver to sensor probe – 1 set
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Receiver unit charger – 1 no
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Instruction Manual- 1 no |
OTHER MODELS
DIGITRACE DC 361P – Fault Location upto 100d DIGITRACE DC 663M – Dedicated kit connected to DCDB permanently. |
- Q: 1. what is electrical and wiring system?2. what are the factors to be considered in designing an electrical wiring system in buildings?3. what are the possible ways of saving energy when designing an electrical and wiring system in buildings?i just need the experts opinion about this.thanks!
- A building electrical system includes all of the equipment and wiring designed by the electrical engineer. This begins at the utility power connection and includes the service entrance equipment (meter base, current transformer cabinet and main disconnect switch), a main distribution panel (main breaker panel or main switchboard), and branch circuit distribution panels. The electrical system includes all wiring from the connection to utility power to connections to all electrical utilization of equipment. The electrical system also includes building lighting and lighting controls, building premise wiring for computers, computer hub room equipment, security systems, public address/broadcast system, keyless entry system, fire alarm system, and standby and emergency power systems. The main factors to consider is square footage of building, type of occupancy, number of occupants, and applicable local codes, the number of floors in the building, location of exits and stairwells. These considerations are used especially in determining what voltage with which to serve the building and size (ampacity) of service entrance and main distribution panel. These statistics are also important in the design of the fire alarm system. The main ways to save energy is through use of occupancy sensors and daylighting controls for lighting (the latter assumes windows or skylights for introducing daylight). These controls will keep the lights off unless specific areas are occupied, and lighting along with HVAC are the largest electrical loads. Energy costs (both electricity and heating fuel) can often be significantly reduced by incorporating CO2 sensors and variable frequency drives to control air handlers (large fans) rather then running them continuously at a rate to support maximum building occupancy, as is the case in many buildings.
- Q: I have had a problem for the last 15 years or so where I seem to interfere with electrical equipment. For example, I can't wear watches, I burn out tradition incandescent light bulbs like most people change their drawers, I get all kind of feed back from the intercom system in the hospital where I work (in the form of staticthe speakers actually go off as I walk down the hall.it's kind of a joke to my co-workers - some of who have decided I'm possessed - LOL), computers freeze up on me frequently and I completely fried our last home pc.any others out there with similar problems. I assume it has something to do with electromagnetic fields.but not positive about thatany ideas?
- I've heard of this happening. For one thing.I'd make sure it's in my medical records and maybe even wear it on one of those medical id bracelets. What's gonna happen if you have a heart attack and they use those paddles on you? And what would happen if you had an MRI and all those things? I think I'd quit treating this as a fascination and really get someone to help me with it. Hopefully , you won't attract lightning. They might have been doing research on this somewhere and have some help for you. Good Luck. EDIT Is it like when they tell you not to use a cellphone in the ER? You might interfere with the machines there in the same way. You should find out if this could happen.(for your sake and the sake of others it could harm)
- Q: For civilian populations as well as the military? Why is our government not doing enough to protect civilian populations in this country?
- Cost, mainly. There's not enough money in the United States to harden ALL the electrical lines, much less all the equipment to boot.
- Q: I need to cut a hole through 2(ish)cm of metal, or some sort of composite material I have at home to feed a few wires through. Is it possible to do it without any electrical equipment?
- If you dont mind hammering with a pretty sharp pick for about an hour. Drill with a metal drill bit or a plasma welder would probably save you alot of time. YOu can rent those
- Q: i am in college and my friend tried to explain his major in electrical engineering but i am not completely sure what an electrical engineer does.
- Involved with generation, transmission and distribution of electricity, use of electrical equipment like furnaces, motors etc. Repair of machines, Design of electrical equipment etc.
- Q: I will be traveling to India in the next month. I have my laptop, camera and other electrical equipments which will need to be charged. I have heard that the voltage in India is 220 V and not 110 V. All my appliances work at 110 V, how do I make it work in India?
- Plugging a 110v equipment to a 220v outlet will produce a dramatic exploration of the experience of sight, sound, scent and in all danger touch while you're in close touch to the device. The journey will end with a cry and an ensuing holiday to an electronics restore middle in case you value the precious equipment you have brought about to torment. any incorrect way around isn't as dramatic as above yet will result to a difficult sensation ending with a question as to why the appliance did no longer progression. whilst found out and corrected, the appliance will thankfully serve its purpose given the main suitable voltage to paintings on. If the authentic clarification for ineptitude isn't got here across, the appliance could be further yet mistakenly dropped on an identical electronics restore middle as above with an ensuing sensation of an inherent ability resembling a cucumber that must be observed via a boisterous mark of cachinnation.
- Q: Do you find batteries die faster than they should, light bulbs flicker or go out too quickly, electrical equipment does werid stuff or dies sooner than it should. (If you don't believe in vampires, this question is not directed at you.)I suspect it's more of a psi-vamp than sang problem, but I'm currious. I've had some weird experiences with the computer and one small printer ar work. Also, I had a period where remote controled TV's would go on by themselves. I don't have that problem now, though.
- I'm a real vampire, and I'll tell you, half the stuff that you get from places (websites, movies, etc) is really 80% all fake. We can bring our energy into some items, also drain energy from some items. But, it would take a large amount of focus to do so, so unless you or someone else is in focus of doing so its a small chance that would happen.
- Q: I'm a freshman in college in electrical engineering. I chose this major at random and so far, I hate it. I have no idea what people in my major CAN do, so when I go to job fairs, I look clueless to everyone there. The worst part is that I AM clueless. I've had companies ask me, what can you do for us? and I don't know what to tell them! Please help.
- Engineering is all pretty much the same, regardless of what one builds. Consider mechanical engineering. One can either build cars or fix cars. Being able to design engines takes a master's degree at least. Fixing cars can be something done with a trade school Associates degree. This is basically the difference between electricians and electrical engineers. Obviously there are many more jobs for the electricians. There is commercial contracting or residential service or any combination of the two. Of course, you will spend your career wiring circuit breakers and very little else. To get an idea of what an actual electrical design engineer does, take apart anything electrical. All those little chips are entire circuit boards. The little metal legs are power inputs and signal inputs/outputs. Larger circuits are built up from the chips. One has to be able to read the data sheet on the chip and then be able to build a circuit around it. This is far more complicated than replacing blown fuses and explains why design engineers need masters degrees or (preferably) PHD's. If you like building things and are comitted enough to endure the many semesters of math and physics required (besides the electrical engineering itself) then design engineering is going to be both enjoyable and very profitable. Of course, becomming a technician first and then furthering one's education is another route to becomming an actual designer. Remember, besides science, economics is also an issue and education is incredibly expensive in America because people refuse to fund affordable public education with tax increases.
- 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)?
- Research is going on Wireless transmission of electricity in IIT, Madras, India. This will make considerable changes in how the electricity is transmitted in future certainly now, there is no way to transmit electricity wirelessly, you need to wait for some more years.
- Q: Context:Unrated electrical equipment in the dust handling equipment and area could act as an ignition source, which would result in a fire or an explosion for the dust handling equipment or rooms.
- It refers to both the equipment and the area.
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XD-NSL200 Grounidng Fault Locator High Quality
- Ref Price:
-
- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 30 unit/month
OKorder Service Pledge
OKorder Financial Service
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