Kintamo klimato spinta

Binder Kälte-/Wärmeschrank MKT 240 E3 –70°C bis +180°C

Sąlyga: naujas, Step-by-Step Painting Systems Elboy Industrial Solutions designs and manufactures a wide range of paint shops tailored to your product requirements. With ELBOY, you can navigate your facility in virtual reality during the design phase, allowing you to make desired modifications before final construction, thereby avoiding unexpected outcomes. We provide design and manufacturing services for your application, with a focus on environmental protection and occupational safety for processes such as sandblasting, filling, washing, priming, and top coating - suitable for all product sizes. Ledpfx Asdy Dw Aobrohc Step-by-Step systems are equipped with overhead or floor conveyors and can be configured for products of all dimensions. Cabins for sandblasting, chemical washing, pre-coating, drying, filling, top coating, and curing can be seamlessly integrated into the system. Each process step, predefined by the system, is executed in sequence: once the set time elapses, automatic doors open and the product moves automatically to the next processing line. These fully automated systems are managed via a 15-inch touchscreen, offering various reporting options such as main computer monitoring, product reporting, and outcome reporting as needed, including remote control capability. These paint shops are designed and built by our engineers in close alignment with your capacity, application areas, and specific requirements. For applications involving electrostatic powder coating or wet painting, sandblasting, coating, washing, and similar system needs, we aim for maximum efficiency with minimal manpower and space requirements.

Sąlyga: naujas, Gamybos metai: 2025, Funkcionalumas: visiškai funkcionalus, bendras svoris: 2 600 kg, spalva: balta, bendras ilgis: 1 400 mm, bendras plotis: 1 300 mm, bendras aukštis: 2 225 mm, The EnergyCore EC-100&230 energy storage system (100 kW, 230 kWh) is an all-in-one solution, ideally suited for industrial operations, renewable energy farms (RES), and data centers. It provides high efficiency, safety, and reliable energy management with an advanced design. Lhsdpfx Abevuhuasrsc Production Facilities Thanks to its ability to quickly respond to fluctuations in energy demand, production plants can avoid costly downtime. It enhances the reliability of the power supply and enables more efficient use of renewable energy sources. Industrial Companies The EnergyCore EC-100&215 energy storage system supports grid stability in large industrial plants, reduces peak energy costs, and increases operational efficiency. It is ideal for managing surplus energy and supporting production processes. Data Centers Ensures a reliable power supply during power outages, which is critical for maintaining the continuous operation of data centers. The energy storage system acts as a supplement to uninterruptible power supplies (UPS), providing additional protection against outages and ensuring power stability under high loads. Photovoltaic and Wind Power Plants The EnergyCore EC-100&215 enables efficient storage of excess energy generated by renewable sources such as photovoltaic and wind power installations. It maximizes self-consumption, minimizes energy losses, and promotes sustainable resource management. INNOVATIVE APPROACH Mobile App for Proton Energy Storage Systems Modern Proton energy storage—maximum efficiency and long life expectancy Proton's energy storage systems are based on innovative LiFePO4 technology, which delivers high energy efficiency and an extremely long lifespan with several thousand charge/discharge cycles. LiFePO4 batteries offer high energy density, allowing large amounts of energy to be stored in compact spaces. Additionally, these cells have a low self-discharge rate and are immune to the "memory effect" that affects older battery types like Ni-Cd, Ni-MH, or AGM. We have been in business since 2007 (over 17 years). Under what conditions can our energy storage systems be operated? - Detached houses - Restaurants - Hotels - Office spaces - Farms - Server rooms - Public institutions - Production facilities - Universities and technical colleges - Anywhere that requires constant access to electricity - Our customer service office is available on working days from 8 am to 4 pm. - For our customers, the service department is available 24/5. If you have questions or issues that require a quick response, we recommend contacting us by phone.

Sąlyga: naujas, Gamybos metai: 2025, Funkcionalumas: visiškai funkcionalus, bendras aukštis: 5 600 mm, bendras ilgis: 11 200 mm, bendras plotis: 5 100 mm, įvesties srovės tipas: trifazis, garantijos trukmė: 24 mėnesiai, vidinis aukštis: 4 970 mm, vidinis ilgis: 11 000 mm, temperatūra: 80 °C, vidinis plotis: 5 000 mm, oro poreikis: 52 000 m³/val, įėjimo įtampa: 380 V, šildymo galia: 250 kW (339,91 AG), galia: 45 kW (61,18 AG), kuras: suskystintos naftos dujos (LPG), įėjimo dažnis: 50 Hz, energijos suvartojimas: 45 kWh, izoliacijos storis: 50 mm, nominali galia: 250 kW (339,91 AG), plieno lakšto storis (maks.): 2 mm, Įranga: apšvietimas, * Air Treatment Unit: The air treatment unit is a recirculation system that supplies the cabin with filtered fresh air and expels used air during the painting process. It heats the air to 60°C, mixes 10% fresh air with recirculated air via an automatic multi-damper system, and reheats the air before it is fed back into the cabin. Air is heated using a burner and heat exchanger, both made from high-grade 304 stainless steel and housed in the fresh air unit. During painting, the air passes through two stages of filtration (front and ceiling filters) before entering the cabin. The contaminated air is also filtered twice (inlet and outlet filters) before leaving through the extraction unit. Air treatment units are insulated like the side walls to minimize heat loss and are equipped with rubber seals on the covers to protect against possible vibrations and noise. The exhaust air is regulated by a damper in the exhaust air duct, which helps control the cabin’s internal pressure. Lodpfswzl Hxjx Abrohc * PRINCIPLE OF OPERATION FOR THE CABIN: Processes inside the cabin are controlled via an operator panel that manages the following steps: * PAINTING PROCESS: During painting, 100% fresh air is drawn in from outside and passes through front filters before entering the distribution chamber at ambient temperature. The air is then extracted through the exhaust unit. Floor filters (paint stop) capture paint particles, and the air passes through final exhaust filters before being released. * FLASH-OFF PROCESS: After painting, the cabin continues to operate for about 15 minutes to expel residual solvents and thinners. During this process, fresh air from outside circulates in the cabin. * DRYING PROCESS: In this phase, 80% of the air circulating through the cabin is heated to 60°C and supplied to the cabin via the distributor. Since 20% of the solvents are released during drying, they are expelled along with this air. Industrial paints are generally dried at 60°C, though the cabin temperature can be adjusted via the operator panel as needed. * COOLING PROCESS: After the 30-minute drying phase, the coil is deactivated via the control panel, the pneumatic damper closes, and the extraction system is restarted. During the 5-minute cooling phase, fresh air from outside circulates in the cabin, after which the system shuts down automatically. ELECTRICAL AND ELECTRONIC EQUIPMENT: These control panels manage the functions and operation of all machinery and devices integrated into the cabin. The panel is constructed from robust galvanized sheet metal and steel profiles, and is fully enclosed for protection from dust and moisture. Electrical Components and Switching Panels: • The switching panel includes all necessary components such as circuit breakers, fuses, indicator lamps, thermal relays, contactors, and connectors. • Heat-resistant cables are used for control and command connections between the control panel and motors or other electrical devices. • Wiring is designed to allow for cabin relocation, if required. • Operating equipment is powered at 380 V 50 Hz, while control devices run at 220 V.

Gamybos metai: 2025, Sąlyga: naujas, Funkcionalumas: visiškai funkcionalus, bendras ilgis: 7 000 mm, bendras plotis: 4 000 mm, bendras aukštis: 3 500 mm, durų angos plotis: 3 450 mm, durų angos aukštis: 2 780 mm, vidinis aukštis: 2 800 mm, vidinis ilgis: 6 920 mm, vidinis plotis: 3 920 mm, tūrio srautas: 30 000 m³/val, mašinos/transporto priemonės numeris: TEC/PR/15, PRISMATEC 15 reprezintă o nouă generație de cabine de vopsire — combinând precizia mecanică, designul modular european și controlul inteligent al procesului bazat pe inteligență artificială (AI). Dezvoltată pentru medii industriale și profesionale de finisare, asigură un proces stabil, eficiență energetică excepțională și calitate constantă a suprafeței. Lhedpfx Asxv D Sgsbrec Fiecare sistem este complet pregătit pentru Industry 4.0, cu integrare nativă în mediile ERP / MES / QMS / SCADA. Caracteristici principale - Construcție & Izolație: panouri tip sandwich PIR (pereți și tavan), cadru din oțel galvanizat de 1,5 mm, uși și panouri din aluminiu, podea și platformă cu grilaj ridicat (300 mm) pentru flux de aer optim și durabilitate structurală. - Ventilație: două ventilatoare centrifugale NICOTRA-GEBHARDT, asigurând presiune echilibrată și distribuție uniformă a aerului în cabină. Echipate cu motoare cuprinse între 7,5 kW și 11 kW, debit total de la 25.000 m³/h până la 35.000 m³/h la o presiune statică de 800 Pa (pentru ambele sisteme, alimentare și evacuare). - Control inteligent (NVIDIA AI-Edge): HMI industrial de 14″, algoritmi AI în timp real pentru controlul temperaturii, presiunii și fluxului de aer; mod ECO Gun-Idle, diagnosticare predictivă, jurnalizare completă a datelor și compatibilitate open API (REST) prin Modbus TCP / OPC UA / MQTT. Integrare fără întreruperi cu sistemele ERP, MES și QMS pentru trasabilitate și mentenanță predictivă. - Monitorizare termică (opțional): imagistică infraroșu bazată pe AI cu recunoaștere de obiecte (YOLO), cartografiere termică automată și profiluri de întărire adaptive pentru consum redus de energie. - Iluminare: sistem LED Programabil Daylight cu control precis al CRI și al intensității luminoase, corpuri laterale și de tavan la 45° pentru iluminare fără umbre. - Sistem de încălzire: schimbător de căldură din oțel inoxidabil (versiunea pe ulei) cu surse opționale pe gaz / ulei / electric; timp de încălzire la 60 °C ≈ 4–5 min; economii de până la 30% prin recuperare termică bazată pe AI. - Detalii de design: sistem de închidere ascuns (fără părți proeminente) pentru curățare ușoară, aplicare de folie și întreținere minimă. Gamă de modele PRISMATEC 15/18/22 (7×4 m) – configurație compactă, de înaltă eficiență pentru ateliere și aplicații industriale; control complet AI-Edge. LS22 / Seria Custom – disponibil la cerere pentru integrare robotică, transportoare sau control termic pe mai multe zone. Conectivitate & Raportare Integrare directă ERP / MES / QMS (open API). Rapoarte automate de producție, energie și calitate cu panouri OEE / KPI. Diagnosticare la distanță, vizualizare de date și management cloud prin TEC NOVA AI Cloud. Conformitate & Certificare Producție complet europeană, conform standardelor Industry 4.0. Calitatea structurală și a sudurii certificată conform EN 1090-1 și EN ISO 3834-3 (TÜV Thüringen Polska). Opțiuni disponibile - Monitorizare termică cu infraroșu + AI - Analize avansate & suport tehnic la distanță - Presetări pentru vopsele pe bază de apă - Mod ECO Gun-Idle - Integrare robotică sau pe transportor - Control termic pe zone multiple (Seria Custom)