Russia
Manufacturer/ Producer
Russia
Online UPS SIPB1KA.9-11 of double conversion with a total capacity of 1000 VA and built-in batteries. The output power factor is 0.9. Possibility of installation in a rack or on a floor, height in a rack 2U. Connect additional batteries to increase backup time. Internal slot for installing an SNMP card. Connection: - 0.9 power factor output provides high power density - A large number of output sockets, for models 3000 VA an additional outlet of high power - Sinusoidal output voltage in all operating modes and zero switching time to batteries - Increase backup time by connecting external battery packs - Automatic switching on equipment during restoration of the power supply network - Cold start - turn on the UPS when there is no input utility power - Outlet group management, priority power for critical equipment - Models with increased charge current are available for connecting large capacity battery packs
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Оnline UPS SIPB3BA.9-11 double-conversion with output power capacity 3000 VA with built-in batteries and ability to connect external battery packs. Output power factor 0,9. Internal slot for SNMP card installation. Connection - Output power factor 0,9 provides high power density - A large number of output sockets, for models 3000 VA an additional outlet of high power - Sinusoidal waveform (sine wave) type of output voltage in all modes of operation and zero transfer time to battery Increase backup time by connecting external battery packs - Automatic switching on the equipment when the power supply is restored - Cold start - UPS can start work powered by battery pack when power utility is not available - Outlet group management, priority power for critical equipment Control Informative LCD display with additional LED indication Integrated interface ports USB and RS-232 Internal slot for management card installation: SNMP, Modbus or dry contact
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Compact direct current electronic control unit IBP8k-2,0/48R-4.4 is designed to ensure uninterrupted operation of telecommunication equipment with power up to 8 kW. Thanks to the modular design, power units easily replaceable during repair and maintenance. Operating range of AC power supply network is from 85 to 300 V with short-term emissions of up to 350 V. Thermal compensation system for the battery charge voltage allows extending its service life. EPU case made in the standard format of a 19" telecommunication rack with a height of only 2U, which ensures its compact placement. Remote monitoring of operation via RS-232/485 and SNMP is possible.
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KIN-48/230-3 inverter cassette possible to install up to three IN-1.0/48М inverters up to 1000 W each. Cassette with installed inverters provides connected equipment high-quality AC power. Parallel operation up to 4 inverter cassettes with a total power up to 12 kW or construction of a three-phase system on three cassettes is possible. Modification with optional bypass module available. RS-485 ports and dry contacts designed for system control, possible remote control through MPU controller. Case design in format of 19" telecommunication rack with height of 1U guarantees compact placement of equipment.
Request for a quoteParus Electro is a developer and manufacturer of uninterruptible power systems and supplies under the Svyaz Engineering brand, as well as other electric equipment and converters. The company's product portfolio includes: —AC and DC uninterruptible power supplies (UPS) , —rechargeable batteries, —telecommunication hardware cabinets for switchgears, —energy-saving LED lighting, —electric vehicle charging stations, —electrical lighting equipment for UV air disinfection. The UPS by Svyaz Engineering are based on the double conversion technology providing high quality output voltage and protection against power grid failures. Parus Electro performs development, production, shipment, commissioning and start-up and maintenance of solutions for power supply systems for infrastructural equipment. The company has extensive experience in turnkey projects of various complexity: •High-power AC uninterruptible power supply systems. •Containers for the placement and power supply of equipment. •Power distribution devices. •Lighting with energy-saving LED recessed downlights. •Supplies of rechargeable batteries and racks; grid solar inverters, including installed in containers; EV charging stations. Since its foundation in 2011, Parus Electro has been offering its partners and customers comprehensive solutions combined with in-depth technical development of projects
Germany
The CSN® HECT, HEVT and HECT/VT by Schniewindt combines proven sensor technology and opticaldigital data transfer according to the standard IEC 6185092, creating a future orientated solution for applications in high voltage AC substations. The required values to be measured are recorded in analog signal form by conventional sensor elements (R/C high voltage divider for voltage measurement and Rogowski coil for current measurement) on HVline potential and transferred to the RemoteDataModule (RDM) mounted in the head construction of the instrument transformer. The RDM converts the recorded data into a digital serial protocol and transmits them via optical fiber to the Merging Unit (MU), located in the control room. The distance between instrument transformer and MU can be up to 1 km. The MU transfers the data protocol of three instrument transformers into the protocol according to IEC 6185092. For signal output
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The IEC 6185092 LE Merging Unit is the optimal solution for process bus interfacing. It allows the consolidation of measurements made in the switchyard, feeding protection relays, meters and fault recorders located in the control room. The use of fiberoptical communications makes it inherently safe. By eliminating the majority of copper wiring, the CSN® Merging Unit addresses key technical and logistic challenges affecting the cost of substation design, construction and maintenance. The simple and disturbancefree architecture of the open IEC 6185092 process bus allows operation of relay, meter and faultrecording equipment of different manufacturers on the same bus. The IEC 6185092 LE Merging Unit collects data from conventional instrument transformers and converts the analog signals into a digital protocol
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