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DuPont™ Tyvek® 500 连帽连身衣专家。材料：TYVEK 聚乙烯 - 100%，41 g/m²重量：小于 180g。闭合：拉链设计特点：3 件式兜帽提供最佳贴合度和头部活动自由度。松紧风帽、袖口和下摆，胶合松紧腰带。设计允许自由活动。带手套，超大拉链拉片易于抓握。Tyvek® 材料由高密度聚乙烯纤维制成，采用快速扭曲技术，非常合身. 防护性能、耐用性和便利性。 Tyvek® 是一种透气材料，可透过空气和水蒸气，但可排斥水溶液和气溶胶的飞溅。对细小颗粒、病毒和细菌剂、尺寸达 1 微米的纤维具有高度的屏障保护，同时材料本身的掉毛极少。抗静电处理。不含有机硅 应用：医疗、制药、化工、石油和天然气、设备维修、喷漆、一般清洁等。符合 TR CU 019/2011 颜色：白色 尺码范围：S、M、L、XL、XXL、XXXL

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Подносы для растений и водостоков, система выращивания гидропоники, стол для посадки теплиц, упакованный с деревянным корпусом и деревянным поддоном Такую систему для выращивания растений помогу заказать с Китая, беру только оптовые заказы . Описание товара Компания предоставляет теплицы, включая отопительное и охлаждающее оборудование, внутреннее/внешнее оборудование для затенения, стационарную/мобильную спринклерную систему, систему вентиляции, систему затенения, гидропонное оборудование и другие вспомогательные средства. Компания обладает прочными научно-исследовательскими и опытными разработками, передовой концепцией дизайна, сильной инженерной и технической силой, богатым опытом строительства и безупречным послепродажным обслуживанием в овощных теплицах, саженцах и теплицах с цветами, саженцы теплиц, теплицы, теплицы, экологические рестораны и другие дизайн и строительство имеют богатый опыт. Теплица нашей компании изготовлена из оцинкованной стальной трубы, как каркас, с влагостойкостью, коррозионной стойкостью, устойчивостью к давлению, ветроустойчивостью, устойчивостью к снегу, длительным сроком службы и другими значительными преимуществами. Подносы для растений и водостоков, система выращивания гидропоники, стол для посадки теплиц, упакованный с деревянным корпусом и деревянным поддоном Такую систему для выращивания растений помогу заказать с Китая, беру только оптовые заказы .

Selective Reclosure System AR blocking for cable faults: prevents equipment damage from reclosing on permanent faults.  Dual data transmission: GSM + radio channel between modules. Self-powered operation: no external power or maintenance. Works with single- and double-fed OHL-cable lines Overhead Power Line Diagnostics System (PLDS) is designed to remotely monitor the state of the wire without need for on-site visits by service personnel, and it signals the possibility of emergency situations in the early stages.  The system tracks the following parameters: - wire operating parameters: temperature, current, sag angle, vibration amplitude and frequency; - the occurrance, magnitude, and direction of short circuit current (with event oscillogram capture); - ice load with weight display in kg;wire sag in meters (over roads, crossing, water bodies, etc.); - wire break within the anchor section; - wind loads on the wire, conductor galloping; - detection of short circuit; - prevention of wire breakage due to ice deposit formation; - DLR; - control of wire temperature, sag angle and distance between wire and obstacle. BENEFITS: - Reduction of time for indication of events; - Reduction of time for finding of place of incident happened; - Reduction of time for repair; - Reduction of downtime; - Reduction of cost of repair and downtime charges. Customers: - Electricity transmission and distribution operators (state and private) - Industrial energy consumers with own OHL; - Smart city/renewable energy projects. ServiceEnergy Ltd offers FREE INDUSTRIAL TRIAL FOR POWER GRID COMPANIES! To demonstrate the systems’ effectiveness, we offer: - Free trial installation on a selected power line (including full technical support); - Comprehensive analytics via web interface and Telegram alerts; - Regulatory support.

 Dividing Automatics  PLDS-based divider automation system monitors short-circuit currents flowing through the transmission line network, localizes the damaged section and gives a command for switching on automatic reserve entry. Overhead Power Line Diagnostics System (PLDS) is designed to remotely monitor the state of the wire without need for on-site visits by service personnel, and it signals the possibility of emergency situations in the early stages.  The system tracks the following parameters: - wire operating parameters: temperature, current, sag angle, vibration amplitude and frequency; - the occurrance, magnitude, and direction of short circuit current (with event oscillogram capture); - ice load with weight display in kg;wire sag in meters (over roads, crossing, water bodies, etc.); - wire break within the anchor section; - wind loads on the wire, conductor galloping; - detection of short circuit; - prevention of wire breakage due to ice deposit formation; - DLR; - control of wire temperature, sag angle and distance between wire and obstacle. BENEFITS: - Reduction of time for indication of events; - Reduction of time for finding of place of incident happened; - Reduction of time for repair; - Reduction of downtime; - Reduction of cost of repair and downtime charges. Customers: - Electricity transmission and distribution operators (state and private) - Industrial energy consumers with own OHL; - Smart city/renewable energy projects. ServiceEnergy Ltd offers FREE INDUSTRIAL TRIAL FOR POWER GRID COMPANIES! To demonstrate the systems’ effectiveness, we offer: - Free trial installation on a selected power line (including full technical support); - Comprehensive analytics via web interface and Telegram alerts; - Regulatory support.

  Explosion-Proof Access Control and Management System The explosion-proof access control and management system is designed for reading identifiers, performing identification, controlling an external actuator, and generating an electrical signal to a component of the automated process control system to provide subsequent notification to the control panel about authorized access to the controlled area. The operating principle of the system is based on a contactless (radio-frequency) method of reading a code from an electronic identifier, followed by an automatic comparison of the read code with the set of authorized codes and issuing an electrical signal to the external device. The system includes a power-saving mode with automatic transition. Exit from the power-saving mode occurs when the reader panel is touched with an identifier (card) or when a control signal is received from an external device. The system can operate either in standalone mode or in networked mode. Overall dimensions (excluding cable): 150 × 85 × 70 mm Weight: 1 kg Explosion protection marking: 1Ex ib [ia Ga] IIB T5 Gb X Degree of dust and moisture protection: IP54 Operating temperature range: −40…+60 °C Guaranteed identifier reading distance: — at 128 kHz operating frequency: 2 cm — at 13 MHz operating frequency: 2 cm Number of internal memory cells for identifier list storage: 256 Number of internal memory cells (event log): 65,536 DC supply voltage range: 4.5…30 V Average current consumption in power-saving mode: 15 µA Average current consumption during data reading: 50 mA Average electrical power consumption: 0.05 W Open collector output parameters: — maximum switching voltage: 30 V — maximum switching current: 0.5 A Maximum data exchange rate via RS-485 interface: 57,600 baud Maximum communication line length for RS-485 (using STP/FTP twisted pair): 100 m Type and number of input/output interfaces for external devices: — Discrete “open collector” output for actuator control: 1 — Discrete “open collector” output for signaling: 1 — Discrete input for deactivation of power-saving mode: 1 — Wired communication interface RS-485: 1

  Acoustic Sensor “NeuroAcustic – Ex” The “NeuroAcustic – Ex” acoustic sensor is designed for use in vibroacoustic diagnostic systems for continuous monitoring of the condition and operational integrity of components and mechanisms at facilities responsible for the transportation and distribution of heat carriers, including natural gas. The acoustic sensor is mounted on the monitored surface, detects sound waves through contact transmission, converts these sound waves into a standard audio signal, and transmits the signal to an external device. The sensor can be used at industrial process facilities, including hazardous gas distribution and gas consumption facilities. The acoustic sensor is designed to operate under the following environmental conditions: Maximum ambient temperature: +110 °C Minimum ambient temperature: −40 °C The parameters of the intrinsically safe electrical circuits comply with the following values: Input voltage (Ui), max: 12 V Input current (Ii), max: 0.02 A Input power (Pi), max: 0.1 W Internal capacitance (Ci), max: 0.065 µF Internal inductance (Li), max: 0.01 mH Technical Specifications: Overall dimensions: Ø27 × 35 mm Weight: 0.3 kg Degree of dust and moisture protection (IP rating): IP67 Supply voltage: 3–12 V Current consumption: 5 mA Operating frequency range: 100–6000 Hz intended for: - Thermal power plants, boiler houses, and gas distribution stations - Oil and gas and chemical industry enterprises - Companies specializing in equipment diagnostics - Industrial safety and IIoT (Industrial Internet of Things) systems

High Voltage Indicator High Voltage Indicator "IVN Protection" - an additional safety measure for the electrician when working at a transformer substation.  The indicator is designed to provide visual and audible signaling of the presence of high voltage on live parts of high-voltage equipment operating at a line voltage of 6–10 kV and a frequency of 50 Hz. The presence or absence of current flowing through the live parts does not affect the operation of the device. The indicator is used to visually verify the results of switching operations on power lines, sections, and parts of electrical installations, as well as to warn maintenance personnel of the presence of voltage on electrical parts before carrying out scheduled or unscheduled work. Design and Construction The device consists of three capacitive voltage dividers (one per phase) and a visual and audible signaling panel. Each capacitive divider and the indicator panel are housed in separate enclosures. The divider housing is designed as a support insulator. Both the dividers and the indicator panel are equipped with built-in connecting cables, which are used for installation and connection at the site. Operation The indicator provides simultaneous monitoring of the presence of nominal voltage on the live parts of all three phases of the electrical installation. When nominal voltage is present on the monitored live parts, the indicator panel produces a steady light signal in three primary colors (yellow, green, and red), corresponding to the phase color coding of electrical installations. Additionally, an audible alarm is activated when a high-voltage compartment door is opened, provided that the door is equipped with a position monitoring device such as a limit switch or reed door sensor. The audible signal is generated only if nominal voltage is present on the monitored live part. Optionally, the product package may include door position sensors. Installation and Application Mounting the indicator panel on the front panel of a switchgear cubicle or a prefabricated transformer substation makes the voltage indication more visible and attracts the attention of operating personnel before any work is carried out. The indicator panel may also be installed in relay protection and automation (RPA) compartments, low-voltage switchboards, and similar enclosures. Power Supply The device is self-powered and does not require an external power source. The indicator is energized directly from its connection to the live parts of the power line. Technical Specifications: Overall dimensions of the capacitive divider: 82 × 122.5 mm Overall dimensions of the indicator panel: 114.4 × 59 × 34 mm Length of the capacitive divider connecting cables: 300 mm Length of the indicator panel connecting cables: 3000 mm Weight of the capacitive divider: 0.7 kg Weight of the indicator panel: 0.5 kg Degree of dust and moisture protection (indicator panel): IP40 Number of capacitive dividers in the device: 3 pcs Number of indicator panels in the device: 1 pc Rated supply voltage (50 Hz): 6 or 10 kV Maximum continuous operating voltage applied to the poles: 10 kV Maximum test voltage: 42 kV Minimum operating voltage: 0.6 kV

            Power Line Diagnostic System Overhead Power Line Diagnostics System (PLDS) is designed to remotely monitor the state of the wire without need for on-site visits by service personnel, and it signals the possibility of emergency situations in the early stages.  The system tracks the following parameters: - wire operating parameters: temperature, current, sag angle, vibration amplitude and frequency; - the occurrance, magnitude, and direction of short circuit current (with event oscillogram capture); - ice load with weight display in kg;wire sag in meters (over roads, crossing, water bodies, etc.); - wire break within the anchor section; - wind loads on the wire, conductor galloping; - detection of short circuit; - prevention of wire breakage due to ice deposit formation; - DLR; - control of wire temperature, sag angle and distance between wire and obstacle. BENEFITS: - Reduction of time for indication of events; - Reduction of time for finding of place of incident happened; - Reduction of time for repair; - Reduction of downtime; - Reduction of cost of repair and downtime charges. Customers: - Electricity transmission and distribution operators (state and private) - Industrial energy consumers with own OHL; - Smart city/renewable energy projects.   Service Energy Ltd offers FREE INDUSTRIAL TRIAL FOR POWER GRID COMPANIES! To demonstrate the systems’ effectiveness, we offer: - Free trial installation on a selected power line (including full technical support); - Comprehensive analytics via web interface and Telegram alerts; - Regulatory support. System Specification: Dimensions: 390x130x134 mm Water resistant IP56 Weight: 3 kg Communication channels: GSM 900/1800, radio channel (for close-located devices) Power: from power line Autonomic activity: minimum 2 hours after de-energized of lines via supercapacitors Minimal amperage: 10A Ambient temperature: -40 °C…+50 °C Wire temperature measurement: -40 °C…+125 °C Wire current measurement: 0-200 A Sag angle measurement: 0-90 degrees Wire vibration frequency: 1-1000 Hz

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