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| Warranty: | One Year |
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Partial discharge phenomenon of electrical equipment on the electrical equipment itself and the power grid will have different degrees of impact, serious and even lead to equipment scrapped and the collapse of the power grid, so the early local discharge monitoring of electrical equipment, accurately grasp the operating conditions of the equipment, timely and effective elimination of equipment faults that exist in the hidden danger of equipment failures nipped in the bud, to ensure the safety of the equipment and the power grid itself plays a crucial role. Role. There are many methods to detect the local discharge of electrical equipment, such as: pulse current method, DGA method, ultrasonic detection method, RIV method, light measurement method, radio frequency detection method and chemical methods. Various detection methods have their own strengths, but compared to the ultrasonic detection method is simple and easy to use, very suitable for daily equipment point inspection, real-time grasp of the operating conditions of electrical equipment. Common electrical equipment local discharge faults will generally have: corona, arc and electric traces. Corona and the initial traces will not produce heat, and environmental high temperature will also mask these phenomena, with the daily infrared camera can not be detected, but it will produce ultrasonic signals, with ultrasonic local discharge inspector can be detected at a distance. Arc and serious electric traces in the generation of ultrasonic waves will also produce high heat, so with infrared and ultrasonic methods can be tested; but when the discharge occurs inside the equipment, the infrared method can not be detected, with ultrasonic discharge inspector in the surface of the electrical equipment or the bonding surface of the test can be carried out.
Ultrasonic local discharge inspector is through the collection of abnormal ultrasonic signals and software analysis of power lines to diagnose power line fault detection device. This device is in the state of non-power state to achieve the judgement of the location of hidden faults and fault types. The device through the ultrasonic detector (ultrasonic sensor) to collect ultrasonic abnormal signals, transmitted to the host, and through the host built-in analysis software to accurately diagnose the type and severity of hidden faults, and converted into audible sound signals and waveforms, to help inspectors accurately find the line faults hidden, to prevent the occurrence of malignant faults, to avoid unnecessary blackouts, improve the reliability of the power supply, and at the same time also Improve the work efficiency of inspectors and reduce the labour intensity of inspectors.
1. Portable design, small size, light weight, easy to carry, one person can operate.
2. Handheld non-contact, visualisation, audible and display waveforms, charged non-contact detection.| Circuit System | Analogue and digital circuits for anti-interference filtering |
| CPU | 1GHz mains frequency |
| Memory | Running memory 2GB DDR3, 16GB Emmc |
| Display | 5.0-inch TFT LCD display |
| Interface | TF memory card, USB(TYPE-C), Headphone |
| SD Memory Card | 8G or above TF card |
| Camera | 5MP HD Camera |
| Attachment | GPS, temperature and humidity, high brightness laser positioning |
| Storage Function | GPS coordinates, time/date, temperature/humidity |
| Measurement range | -7dBμV~ 68dBμV |
| Frequency Range | 20kHz~150kHz |
| Resolution | 1dB |
| Error | ±1dB |
| Sensor Sensitivity | -65dB (0dB = 1volt/μbar rms SPL) |
| Sensor centre frequency | 40kHz |
| Operation Environment | -25ºC~70ºC |
| Sensor Diameter | 16mm |
| Relative Humidity | 0~95% |
| Charger Specifications | Input:100-240V, 50/60Hz Output:Voltage 20V,Current 3.25A |
| Power source | Battery power: lithium battery 14.8V/2600mAH Working time: more than 8 hours |
Q1:Is your company a sales or a manufacturer?
We are an integrated trade and manufacturing company with our own factory.
Q2:If we need to customize our own brand or if there are special requirements for the built-in software of the machine, can it be customized?
Yes, we accept OEM/ODM/OBM and can customize the built-in software of the product according to the customer's special requirements.
Q3:What is the usual lead time? How long can we receive the order after placing it?
In normal circumstances, products in stock can be received within 5 to 7 days via the fastest international express. Other situations may vary depending on the quantity of products ordered, whether there are special customization requirements, and the delivery time chosen.
Q4:How can we ensure that the product will not be damaged during transportation, considering the large size of the product?
We have professional internal and external packaging to ensure the safety and stability of the products during transportation. For fragile or other special parts, we will include an extra set to ensure that the customer can use the product immediately upon receipt.
Q5:How do you handle after-sales service? What if there is a quality problem with the product or if the customer does not know how to operate it?
For quality issues that are not caused by human error, we provide a one-year warranty from the time the product is delivered, and lifetime technical support. Other after-sales issues will be addressed by our professional technical staff within 24 hours. The product comes with a user manual and an operation video.
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