#15kv

[practicalsolutions]

They're testing the experimental heatsink today. Hope nothing goes catastrophically wrong.

[integrating-sphere]

The Purpose and Operational Procedure of Electrostatic Discharge (ESD) Immunity Testing

What is Electrostatic Discharge (ESD)? Electrostatic Discharge (ESD) is one of the common sources of interference in electronic devices. According to the national standard GB/T17626.2 (equivalent to the international standard IEC61000-4-2), Electrostatic Discharge (ESD) Immunity TestingESD immunity testing is an essential step to ensure devices are protected from the disruptive effects of electrostatic discharge. ESD occurs naturally and is often observed when humans come into contact with semiconductor devices. For instance, as people walk on synthetic fiber carpets, friction between shoes and the carpet can cause the accumulation of electric charges on the body, leading to electrostatic discharge. Such discharge can generate voltages of up to 15kV, with current pulse waveforms having rise times between 100ps to 30ns. Why Conduct Electrostatic Discharge Testing? Electronic engineers have found that electrostatic discharge can potentially cause semiconductor materials to break down, resulting in irreparable damage to devices. Additionally, electrostatic discharge and subsequent changes in electromagnetic fields can pose risks to the normal operation of electronic equipment. Through electrostatic discharge immunity testing, the resistance of devices to electrostatic discharge can be assessed, ensuring their reliability and stability in practical usage. The primary purposes of electrostatic discharge testing include: Assessing device resistance to electrostatic discharge: By simulating scenarios where humans interact with devices while charged, electrostatic discharge testing determines whether devices can effectively withstand external electrostatic discharge interference. Testing device stability and reliability: Through testing, the performance of devices under electrostatic discharge interference is evaluated to ascertain their stability and reliability in real-world usage. The electrostatic discharge testing process typically involves the following steps: • Setting test conditions: Parameters such as humidity and temperature are set according to standard requirements. • Simulating human body charging: Specific friction methods are used to induce electric charges on the human body, ensuring compliance with testing requirements. • Device contact testing: The charged human body is brought into contact with the device under test, and any electrostatic discharge occurrences and their potential impacts are observed and recorded. • Result evaluation: Test results are evaluated to assess the device’s electrostatic discharge resistance and determine compliance with standard requirements. Through electrostatic discharge immunity testing, potential issues devices may face when exposed to electrostatic discharge can be identified early, allowing for appropriate measures to be taken to enhance device stability and reliability. The Electrostatic Discharge (ESD) immunity test simulates two scenarios: • Direct discharge: When personnel directly touch the device, causing discharge, and its impact on the device’s operation. • Indirect discharge: When personnel touch nearby equipment, affecting the test device. The consequences of electrostatic discharge include: Direct discharge can lead to damage to semiconductor components in the device, resulting in permanent failure. Discharges (whether direct or indirect) can cause changes in the near-field electromagnetic field, potentially leading to unintended operation of the device. ESD61000-2_Electrostatic Discharge Simulator Discharge methods include: • Direct discharge: Contact discharge is the preferred form, only using air-gap discharge when contact discharge is not feasible, such as when there are insulating layers on surfaces or gaps in computer keyboards. • Indirect discharge: This includes horizontal coupling (HCP) and vertical coupling (VCP). The Electrostatic Discharge (ESD) immunity testing evaluates the device’s resistance to electrostatic discharge by simulating these discharge methods and scenarios, analyzing potential impacts to ensure device reliability and stability during actual use. The preference for contact discharge as the primary discharge method stems from shortcomings revealed during the implementation of the precursor to the IEC61000-4-2 standard, the IEC801-2 standard. The IEC801-2 standard exclusively used air-gap discharge, but issues regarding repeatability and comparability arose during its implementation. The primary reasons for these issues include various constraints on the discharge current waveform of air-gap discharge, such as the speed at which discharge electrodes approach the device under test, the influence of the device’s surface shape on the distribution of electric field strength, environmental factors (such as temperature, humidity, and air pressure), and the effect of discharge voltage on the current waveform spectrum. Additionally, at the time, measurement instruments were inadequate to meet requirements, such as oscilloscopes lacking the bandwidth to observe waveforms with rise times as fast as 1 ns. To address the shortcomings of air-gap discharge on test results, corrections were made in the 1991 draft of the IEC801-2 standard, deciding to prioritize contact discharge. However, air-gap discharge was still retained for testing devices with non-conductive surfaces (such as plastic enclosures or metal casings covered with insulating materials). This decision persisted until the issuance of the IEC61000-4-2 standard. Experimental content of electrostatic discharge testing includes: • Clarifying the typical operating state of the device under test, including its functions, performance, and operating modes. • Determining whether the device under test is tested as a benchtop device or a floor-standing device to ensure that the testing process reflects actual working conditions. • Identifying the locations for applying static electricity, including critical parts and interface positions of the device under test. • Specifying whether contact discharge or air-gap discharge is used at each application site to simulate possible electrostatic discharge scenarios in actual working environments. • Determining the level (1 to 4, and optional open levels) to test the product based on requirements from the client or manufacturer. • In conformity testing, specifying the number of discharges at each application site to ensure the accuracy and reliability of the test results. Results of electrostatic discharge immunity testing should be classified based on the loss of functionality or performance degradation of the device under test. The relevant performance levels are determined by the device manufacturer, test requester, or mutually agreed upon by the manufacturer and purchaser of the product. It is recommended to classify as follows: A Level: Performance is normal within the limits specified by the manufacturer, test requester, or purchaser. B Level: Temporary loss or reduction of functionality or performance, but can self-recover after the disturbance stops without requiring operator intervention. C Level: Temporary loss or reduction of functionality or performance, requiring operator intervention for recovery. D Level: Permanent loss of functionality or performance degradation due to hardware or software damage, or data loss. The classification is determined based on the actual situation of the device and the requirements of the manufacturer to ensure an accurate assessment of the device’s resistance to electrostatic discharge. Read the full article

[robertnelson2-blog]

Medium Voltage Automatic Transfer Switch

Spike Electric Controls presents innovative solutions that safeguard power integrity – from the conceptual stage right through to deployment, initiation, and sustained usage: all-encompassing protection for uninterrupted energy.

In today’s dynamic world, Spike Electric Controls recognizes the crucial role of stable and reliable energy in ensuring safety, operational excellence, and economic growth. Our SAFESYNC 15kV ATS embodies this recognition. It’s meticulously engineered to transform energy uncertainties into reliable assurance. This series, diverse in configurations and equipped with innovative features for varied transfer mechanisms, guarantees performance that doesn’t just meet but surpasses industry standards, including compliance with UL 1008A. Each SAFESYNC unit is a commitment to innovation, customer-focused solutions, and our expertise in navigating complex electrical challenges.

ABB-Approved Channel Partner

As the exclusive ABB channel partner in North America for Medium Voltage products, Spike Electric Controls stands at the forefront of providing advanced Medium Voltage Automatic Transfer Switch (ATS) systems and switchgear. This unique partnership with ABB, a global leader in electrical products and services, underscores our commitment to delivering top-tier, innovative solutions in the field of medium voltage power management.

Our collaboration with ABB means that we offer the latest in technological advancements and industry standards, ensuring our customers receive unparalleled quality and performance. The Medium Voltage ATS systems we provide are a testament to this commitment. They are engineered to offer superior reliability, safety, and efficiency, essential for large-scale and critical operations.

Being the only approved ABB channel partner for these products in North America, we bring exclusive access to ABB’s cutting-edge technology and expertise. This partnership allows us to tailor our ATS systems to meet the specific needs of our clients, ensuring that each solution is not only compliant with the highest industry standards but also customized to the unique requirements of each facility.

Our Medium Voltage ATS systems stand out for their robustness, adaptability, and compliance with stringent safety standards. By choosing Spike Electric Controls, customers are not just purchasing a product; they are investing in a partnership that guarantees access to the forefront of medium voltage power technology, backed by the global expertise of ABB and the tailored care of our dedicated team.

In summary, our exclusive partnership with ABB positions us uniquely in the North American market, allowing us to offer our customers Medium Voltage ATS systems that are at the pinnacle of industry excellence. We provide solutions that are not just products but gateways to innovation, reliability, and customer-focused engineering, ensuring that every installation contributes to the operational success of our clients. Automatic Transfer Switch Manufacturers

Standard & Optional Features: for Enhanced Operation & Reliability

Microprocessor-Driven Control Center: The SAFESYNC Series is anchored by a cutting-edge microprocessor-driven Control Center. It expertly orchestrates breaker operations for smooth transitions between power sources. This meticulous design ensures reliability and efficiency in power management.

Customizable Medium Voltage Transfer Switch: With dual voltage classifications (15 kV and 5 kV), our transfer switch can be customized with various accessories and specifications, catering to unique installation needs. Options include open, delayed, and closed transition modes. The robust metal-clad design, distinct control barriers, removable circuit breakers, and premium voltage transformers guarantee superior performance across different amperage and voltage ranges.

[gfuveelectronics]

GF2022 WIRELESS HIGH VOLTAGE VOLTMETER WITH HOT STICK

GF2022 wireless high voltage voltmeter, also known as full intelligent wireless high and low voltage voltmeter, with voltage, voltage level and frequency indication, is used for low-voltage and high-voltage transmission power line test, high-voltage transmission power line to ground voltage test, induced voltage test and high-voltage transmission power line test, etc. the instrument is composed of collector, insulating pole, receiver, ground wire, grounding metal rod, etc., and the test range is 0-69kV (400V, 10kV, 15kV, 20kV, 33kV, 69kV) full intelligent test voltage and power test range from 0 to 500kV (400V, 10kV, 33kV, 110KV, 220kV, 500kV). When the voltage of the bare conductor is 0-69KV, the collector can touch the test voltage and test the electricity, and display the voltage value at the same time; when the voltage of the bare conductor is more than 69KV, the non-contact test is adopted, and the collector can complete the test when it is close to the conductor gradually.

FEATURES ■ 3.5 inch color TFT LCD;

■ 5000 group data logger;

■ Integrated design ensures;

■ Voltage measurement accuracy 1%;

■ Easy to install and remove with power line;

■ Transmission voltage test of high voltage line;

■ Accurately measure 0.00-69KV voltage RMS value;

■ Surface voltage equipotential test of electrical equipment;

■ Intelligent test voltage and power test range from 0 to 500kV;

■ Wireless communication technology, transmission distance 100m;

APPLICATION ■ Power plant;

■ Power engineering company;

■ Distribution power corporation;

■ High voltage commission company;

■ Electricity power bureau & power company;

■ Electrical Department of property company;

■ Electric power maintenance engineering company;

■ Electrical Department of industrial and mining enterprises;

■ Anti theft Inspection Department of electricity power company;

Welcome you visit https://www.gfuvegroup.com/ammeter-recorder/wireless-high-voltage-voltmeter-with-hot-stick.html

[vienthongvthn]

Bộ kéo dài HDMI qua cáp quang 20km Có USB điều khiển - HDMI FIBER EXTENDER

Tần Băng thông: 25MHz-225MHz Hỗ trợ độ sâu màu: 24/30 / 36bit Giao diện HDMI bảo vệ tĩnh điện: 15KV Giao diện cáp quang chuẩn Fiber: SC Tốc độ truyền: 155Mbps

Mua hàng tại đây: https://vienthonghanoi.vn/san-pham/bo-keo-dai-hdmi-qua-cap-quang-20km-sc-1080p-co-usb/

[hundurebangladesh-blog]

Standard USB2.0 compliant.

Serial transmission speed of 300-115.2Kbps.

 Supports RS-422/485 communication interface.

Runs in Windows 95/98/2000/XP/Vista/Vista x64/7.

USB self powered, no additional power adaptor or battery required.

Built-in surge protection on power input and +/-15KV ESD protection for RS-485. #hundure epc-406 #hundure epc-406 price in bd #hundure epc-406 price in bangladesh #usb to rs485 converter price in bd #rs485 converter price in bd #usb converter price in bd

[jiunengcable]

Role of 15kV Pre-Moulded Cable Joint

A 15kV Pre-Moulded Cable Joint is a critical component in the electrical industry designed to provide a reliable and safe method of connecting and insulating medium-voltage power cables. These cable joints are used in a variety of applications, from electrical distribution networks to industrial installations, and play a pivotal role in ensuring the integrity of electrical connections and the safety of personnel.

Electrical Connection: The primary function of a 15kV Pre-Moulded Cable Joint is to create a secure and durable electrical connection between two medium-voltage power cables. These joints are designed to carry the electrical load continuously while maintaining low electrical resistance.

Cable Insulation: Cable joints serve as a means to insulate and protect cable terminations. They prevent the exposure of cable conductors and insulate against electrical faults, which can be particularly important in medium voltage applications, where electrical safety is paramount.

Cable Repair: Pre-moulded cable joints are essential for cable repair and splicing. They enable the repair of damaged or faulty cables without the need to replace the entire cable length. This is a cost-effective solution and minimizes downtime in case of cable faults.

[mcttvietnam]

Bộ chuyển đổi USB sang 4 cổng RS-232 3onedata USB4232

[analyticalmarketresearch]

Global Medium Voltage Outdoor Vacuum Circuit Breakers Market

"

Global Medium Voltage Outdoor Vacuum Circuit Breakers Market Size, Trends & Growth Opportunity, By Voltage Class (Upto 15kV and 15kV to 27kV), By Application (Transmission and Distribution, and Renewable), By End-User (Commercial, Industrial, Utility, and Others), By Region (North America, Europe, Asia Pacific, Latin America, Middle East) and forecast till 2030.

Global Medium Voltage Outdoor Vacuum Circuit Breakers Market

The Medium Voltage Outdoor Vacuum Circuit Breakers Market was valued at USD 0.9 Billion in 2022 and is expected to expand to USD 1.7 Billion in 2030 at a CAGR of 8.27% during the forecast period 2023- 2030.

Request Sample Link Here : https://analyticalmr.com/request-sample/Global-Medium-Voltage-Outdoor-Vacuum-Circuit-Breakers-Market/request-sample

Market Overview

A vacuum circuit breaker (VCB) is an electrical switching device that interrupts the flow of electricity to control and protect electrical circuits. It works on the basis of using a vacuum as the arc quenching medium.

Market Drivers

A "smart city" is a metropolitan area that has sophisticated communications, transportation, general infrastructure, and market viability. Modern medical and educational facilities, smart water management, robust transit systems, smart grids, and increased energy efficiency are some characteristics of the "smart city." These days, most regions are seeing a rapid expansion of smart city projects. As a result, there is a greater need for electrical components in the residential, commercial, and industrial sectors. Electrical overload and short circuit risks are higher in residential and commercial buildings when installed electrical systems and equipment are not routinely inspected. Therefore, a rise in electricity consumption is expected to support Global Medium Voltage Outdoor Vacuum Circuit Breakers Market growth during the forecast period.

Read More Here : https://analyticalmr.com/reports-details/Global-Medium-Voltage-Outdoor-Vacuum-Circuit-Breakers-Market

Market Opportunities

Increased investment in renewable energy and smart grid technology, on the other hand, will likely drive demand for medium-voltage vacuum circuit breakers in the future years.

Impact of Covid-19

Medium Voltage Outdoor Vacuum Circuit Breakers Market has seen possibilities as well as problems due to the epidemic. The epidemic brought to light how crucial a robust power infrastructure is to the provision of remote work and other necessary services. In order to guarantee a steady supply of power, governments and businesses realised they needed to invest in dependable electrical systems, such as Medium Voltage Outdoor Vacuum Circuit Breakers Medium Voltage Outdoor Vacuum Circuit Breakers Market has prospects as a result of the rising emphasis on resilient infrastructure.

Market Segmentation

Global Medium Voltage Outdoor Vacuum Circuit Breakers Market is segmented into Type, Application, and End-user. By Voltage Glass, the Global Medium Voltage Outdoor Vacuum Circuit Breakers Market is segmented into Upto 15kV, 15kV to 27kV. By Application, Global Medium Voltage Outdoor Vacuum Circuit Breakers Market is segmented into Transmission and Distribution, and Renewable. By End-user, the Global Medium Voltage Outdoor Vacuum Circuit Breakers Market is segmented into Commercial, Industrial, Utility, and Others.

Regional Analysis

Global Medium Voltage Outdoor Vacuum Circuit Breakers Market is segmented into five regions such as North America, Latin America, Europe, Asia Pacific, and Middle East & Africa.

Market Key Players

Various key players are discussed in this report such as Hyundai Electric, Mitsubishi, Eaton Corporation, Yamuna Power & Infrastructure Ltd., Toshiba Electronics Company, Jyoti Ltd., ABB Ltd., Siemens, Schneider Electric and Yueqing Liyond Electric Co.

Market Taxonomy

By Voltage Class • Upto 15kV • 15kV to 27kV • 27kV to 38kV By Application • Transmission and Distribution • Renewable By End-user • Commercial • Industrial • Utility • Others By Region • North America o U.S. o Canada o Mexico • Latin America o Brazil o Argentina o Colombia o Peru o Chile o Venezuela o Rest of Latin America • Europe o Germany o France o UK o Russia o Italy o Spain o Rest of Europe • Asia Pacific o China o Japan o India o South Korea o Australia o New Zealand o Singapore o Malaysia o Rest of Asia Pacific • Middle East & Africa o Saudi Arabia o UAE o Egypt o Kuwait o South Africa o Rest Middle East & Africa

Key Questions Addressed by the Report

• What are the Key Opportunities in Global Medium Voltage Outdoor Vacuum Circuit Breakers Market? • What will be the growth rate from 2023 to 2030? • Which segment/region will have highest growth? • What are the factors that will impact/drive the Market? • What is the competitive Landscape in the Industry? • What is the role of key players in the value chain? • What are the strategies adopted by key players?

"

[bharat059]

Circuit Breaker Market Growing Trends and Demands Analysis Forecast 2023 to 2030

The global Circuit Breaker Market size is expected to reach USD 24.59 billion by 2028, exhibiting a CAGR of 6.9% during the forecast period. The market value stood at USD 13.99 billion in 2020 and reached USD 15.41 billion by 2021. Increasing awareness regarding safety awareness and measures, rising construction activities, and dependence upon electricity are expected to foster market development. Fortune Business Insights™ provides this information in its report titled “Circuit Breaker Market, 2021-2028.”

The circuit breaker is electrical switching devices that regulate electricity flow and send specified amounts of electricity to buildings. Increasing construction activities and rising dependence upon electricity are expected to boost the device’s demand. It helps avoid failures, malfunctions, and short circuits and boosts residents’ safety. Further, the rising awareness regarding safety may boost the awareness of the device among consumers. The adoption of the device eliminates electrical system damages. In addition, its rising adoption in high voltage transmission & distribution lines, railway systems, and small and medium substations is expected to bolster market growth in the upcoming years.

List of Key Players Profiled in this Market Report

ABB (Switzerland)

General Electric (U.S.)

Schneider Electric (France)

Eaton (Ireland)

Siemens AG (Germany)

Mitsubishi Electric Corporation (Japan)

Larsen & Toubro Limited (India)

CG Power and Industrial Solutions Limited (India)

Kirloskar Electric Company (India)

Camsco Electric (Taiwan)

BCH ELECTRIC LTD (India)

Salzer Group (India)

Atom Power, Inc. (U.S.)

Segments

By voltage, the market is segmented into medium voltage, high voltage, and low voltage. As per installation, it is classified into outdoor and indoor. Based on rated voltage, it is categorized into Upto 500V, 500V – 1kV, 1kV – 15kV, 15kV – 50kV, 50kV – 70kV, 70kV – 150kV, 150kV – 300kV, 300kV – 600kV, 600kV – 800kV, and Above 800kV. On the basis of end-user, it is categorized into utility, industrial, commercial, and residential. Regionally, it is grouped into North America, Europe, Asia Pacific, Middle East & Africa, and Latin America.

Report Coverage

The report provides a detailed analysis of the top segments and the latest trends in the market. It comprehensively discusses the driving and restraining factors and the impact of COVID-19 on the market. Additionally, it examines the regional developments and the strategies undertaken by the market's key players.

Drivers and Restraints

Rising Adoption of Electrification Initiatives to Bolster Market Progress

The implementation of electrification programs in developing countries is expected to boost market development. This factor is expected to boost circuit breakers’ adoption. Rising electricity availability leads to the abundance of electricity, which is further utilized to deliver electricity to rural areas. For example, World Bank invested approximately USD 2.3 billion for reforms and infrastructural support in West Africa Power Pool (WAPP). This investment may help provide electric supply to approximately 15 countries in the Economic Community of West African States (ECOWAS) by 2030. In addition, the mandatory adoption of these breakers from utility-scale grids, industries, residential and commercial builds is expected to drive the circuit breaker market growth.

[lizseyi]

EMC, Safety and Environmental testing facilities at Cranage

An overview of our facilities at cranage

A brief overview of the EMC, Safety and Environmental testing facilities we have

Cranage EMC and Safety is UKAS accredited (number 1833) for testing and evaluating electrical and electronic products, with a team of qualified and experienced engineers providing support with domestic or global trading objectives.

Our facilities are all in one location, and include the following.

EMC testing services

-Emissions and immunity- Our Semi-Anechoic chamber offers testing for radiated emissions up to 26GHz, and our Fully Anechoic chamber has capabilities for radiated RF Immunity up to 6GHz

-Conducted emissions- up to 400 MHz

-We can also offer surge testing up to 24kV and ESD up to 15kV.

Electrical product safety

Our broad range of product safety testing facilities includes:

-Comparative Tracking Index and Proof Tracking Index (CTI and PTI), up to 600V

- Drop testing and tumble barrel.

- Flammability, Needle Flame and Glow wire. Used to evaluate if materials are flame retardant, we can test up to 1000°c

-EMF testing and surveys. Electromagnetic Field Testing is used to ensure people are not exposed to harmful fields. This forms part of the Health & Safety at Work Act.

-We offer a complete range of mechanical and electrical testing as part of our product safety tests. These include mechanical strength, impact resistance, creepage and clearance, impact hammer, temperature rise and electric strength.

Environmental testing

Our comprehensive environmental testing facilities allow us to simulate the effects of weathering, ageing and degradation or products and materials due to physical agents and environmental conditions. Specialist equipment allows us to simulate the majority of environments in which products may be stored, transported and operated.

-Ingress Protection Testing (IP). We can test dust/solid object ingress up to IP6X and can now offer the water IP testing up to IPX9. IPX9 is the highest level of water ingress testing currently available, and this high-pressure, high-temperature testing is used to evaluate machinery used in highly regulated industries, such as food and beverage, chemical, oil, gas and medical.

-Temperature and humidity – from -70°c to +1300°c, and humidity 20% to 98% RH damp heat

-UV (Solar Radiation) simulation

- Salt spray where we measure the corrosion of metals, plastics, paints and surface coatings to saline solution

-Shock and vibration

If your equipment is large or in-situ, we are able to perform testing on your premises to BS/EN/IEC standards. Our services also include factory inspections, technical support and guidance on regulatory affairs, as well as being able to provide Certified Body reporting for over 50 countries.

Get in touch with our team to discuss how we can help with your testing for worldwide markets.

HOW TO FIND US

Wallace Way, Tern Valley Business Park, Market Drayton, Shropshire, TF9 3AG

CALL US +44(1630) 658568

[hvcaps01]

Hv Caps

HVC Capacitor Manufacturing Co., Ltd. is an export operation brand and a Hong Kong-owned company that was established in January 2012. The company is associated with a Taiwan technology-based ceramic capacitor manufacturer that has over 20 years of production experience in this field. HVC's production plant is located in Dongguan Humen town. Currently, 95% of HVC Capacitor items are exported, with some products available in the Chinese domestic market.

15kv 220pf

[congtyphuongquan]

Lắp Đặt Tủ Điện Phân Phối MSB - Phương Quân

THÔNG SỐ KĨ THUẬT CỦA TỦ ĐIỆN TỔNG MSB: - Tiêu chuẩn: IEC60439-1, I EC60529 Điện áp định mức: 220-230 / 380-415 V AC Dòng cắt: 6kA – 50kA Tần số: 50Hz / 60Hz Dòng điện tối đa: 6300A Độ tăng nhiệt tối đa: 50 Bề mặt: Mạ kẽm hoặc sơn tĩnh điện RAL7032, RAL7033 và các màu khác theo yêu cầu khách hàng ( Màu thông dụng: kem nhăn, xám, cam hoặc màu của vật liệu.) Kết cấu:+ Cánh tủ: 01 lớp cánh và 02 lớp cánh theo yêu cầu kỹ thuật của khách hàng.+ Vỏ tủ: Làm từ thép tấm, sơn tĩnh điện, dày 1mm – 2mm Kích thước:+ Chiều cao 1200 – 2200 mm+ Chiều rộng 600 – 1200 mm+ Chiều sâu 400 – 1250 mm Vật liệu: Tôn đen sơn tĩnh điện hoặc thép không gỉ ( Inox 201, 304 ) Cấp bảo vệ (IP) IP43 – IP55. Tiêu chuẩn: IEC60439-1, I EC60529 Điện áp định mức: 220-230 / 380-415 V AC Dòng cắt: 6kA – 50kA Tần số: 50Hz / 60Hz Dòng điện tối đa: 6300A Độ tăng nhiệt tối đa: 50 Bề mặt: Mạ kẽm hoặc sơn tĩnh điện RAL7032, RAL7033 và các màu khác theo yêu cầu - rbwqjug6iq

[apsetupus]

Wavlink WING 12M Extender Setup

You may connect the extender to your wireless router or modem by following the Wavlink AC1200 WING 12M setup guide. By using a WIFI setup you can improve the signal of your existing wireless network and guarantee continuous access to far-reaching devices. 

Installation of the Wavlink WING 12M extender

Instruction manual for The Wing AC1200 12m Range Extender:

Connect the wireless devices to the Wing Extender.

To launch the browser, type ap.setup or the IP address 192.168.10.1.

To access the setup page, log in using the default username and password.

The repeater looks around for indications.

Click it to select the WiFi network at your residence.

After entering the WiFi setup, click Next.

Before linking the amp to your home network, wait 30 seconds.

Now that installation of the Wing 12m Extender units is complete.

To improve connectivity, put the extender near the area without internet.

Manual setup for the Wavlink WING 12M Extender

how to get to the manual setup page for the Wing 12m wifi extender:

The Wing 12m extender must be inserted into the outlet after the package has been opened.

Press the power button as soon as the power LED light goes green.

Now connect your WiFi device to the Ap extender configuration _Ext network.

In any active online browser, type Ap.setup.

You are presently on the setup page for the Wavlink Wing 12m Ac1200.

After creating your account, follow the AP Login procedures.

Note: If you need any assistance regarding your Wing 12m wifi extender so contact our technician or visit the official website that is ap setup login.

Wavlink Wing 12m Extender WPS Setup 

One of the most common methods to connect the extender to an existing wifi network during installation is by pressing the wireless protected setup (W.P.S) button.

To install the extender, set up your Wing ac1200 according to by the following instructions:

Place the extension near to the main wifi modem or router as a first move.

The Wavlink wifi extender is working right now.

then watch for an important green power edge to appear.

To switch on the extension's power light, press the W.P.S button.

Click the W.P.S icon on the modem or network now.

Your extender and router's green light is blinking.

Allow 1-2 minutes for the extender and home wifi to join.

meets the specifications of IEEE 802 11a, b, g, and n.

The Dual-Band RJ45 Connection with setup Integrated Passive Power Over Ethernet (PoE), Up to 2.4GHz 300Mbps and 5GHz 867Mbps Speeds, and is intended for flexible placement based on its antenna offers excellent long-distance performance.

can generate 1000mW of energy and has a superior receiver design.

A sturdy, waterproof receptacle can withstand severe weather.

WPA and WPA2 3 LED Lightning Adapter with Built-in Bluetooth Signal Power and Maximum Security (15kV ESD)

Wavlink WING 12M access mode setup

You can begin the installation process once the real connection and wavlink ac1200 login steps are complete. Follow these simple guidelines:

The Wavlink AC1200's display will show the settings signs.

By using the drop-down options, you can select your time zone and country/region.

To access your web interface page, log in using the updated information.

After selecting the "Access Point" operating mode, adhere to the directions shown on the screen.

Choose the wifi network that is linked to the primary device and to which you want to add a second connection.

You should use the same wifi password for your external extender as you did for your home network.

Give the change a chance to take effect. There could be some labour necessary.

[sottech]

SEUIC AUTOID HS220 industrial wireless bar code scanner Dimensions 166.2mm(L)×68.5mm(W)×105.5mm(H) Weight 213g±3g Battery Capacity Rated Capacity: 3150mAh; Typical Capacity: 3500mAh; Removable battery; Charge time from empty to full 6~8 hours over USB 2.5 hours over external power Shell Material Highly resistant industrial plastic ESD Protection ±15kV Air discharge; ±8kV direct discharge This is price is reference price. please contact with us to get the latest information includes: latest price (better provide the quantity you need) delivery time(stock or not) real picture(if in stock) replacement recommendation if customer require. Please send us inquiry to manager@sot-technology.com to get above information. or whatsapp:008617358508859 skype:tanyling227  

[fantastic4peace]

1x2 4K120Hz HDMI Splitter

SIIG 1×2 4K120Hz HDMI Splitter with EDID & Audio Extractor – 1 HDMI in & 2 HDMI output – Distibutes HDMI video and audio from a signal source to 2 HDMI displays simultaneously – 4K 120Hz 4:4:4; HDR / HDCP 2.3 / 7.1ch Audio / S/PDIF – 15kV Air/ 8kV Contact ESD Protection – EDID management – Up and Down scaling – Simultaneous HDMI/3.5mm/Optical output – No drivers – Aliminum enclosure – 3 years…