Wuhan Grat Control Valve Co., Ltd.

Application Background In industrial combustion systems, the accuracy and stability of air volume control directly impact combustion efficiency, energy consumption, and operational safety. The customer required a highly reliable air volume regulation system for an 800mm burner damper to meet long-term continuous operation, rapid response, and low maintenance demands. GRAT provided a dedicated guide vane motor control solution, which was put into operation in May 2012 and has been functioning stably since. Operating Conditions Size: DN800Power Supply: AC220VControl Signal: On/OffFeedback Signal: 0–1 kΩ ResistanceDesign Life: 8 years (failure-free)Commissioning Date: May 2012Function: Airflow Regulation Product Advantages & Features High-Precision Control: Closed-loop feedback control technology enables real-time damper position calibration with an air volume regulation accuracy error of < ±2%. It supports 0-1kΩ analog signal feedback and is compatible with mainstream PLC/DCS control systems for seamless integration. Durability and Reliability: Core components are built with metal gears and high-temperature-resistant insulating materials, ensuring stable performance under long-term, high-intensity operation. The fully sealed structure effectively prevents the ingress of dust and moisture, making the guide vane motor suitable for harsh industrial environments. Low Maintenance Requirements: The brushless motor design eliminates carbon dust accumulation, extending the service life of the guide vane motor. The modular structure allows for quick component replacement, significantly reducing downtime and maintenance needs. Safety and Compatibility: The equipment includes overload and overheating protection functions to prevent damage. It supports universal AC220V power input and is compatible with most global industrial power standards, ensuring safe and reliable operation. Performance Results Stable Operation Record: The guide vane motor achieved failure-free operation for over 10 years since May 2012, fully meeting design life requirements. Energy Efficiency Improvement: Precise air volume control optimizes combustion air ratio, improving combustion efficiency by approximately 8%. Reduced Maintenance Costs: No major failures occurred during the period, with maintenance costs only 30% of the industry average. Customer Feedback: The guide vane motor system responds quickly and controls accurately, significantly reducing the frequency of manual intervention, making it suitable for automation upgrade projects. GRAT guide vane motors are the preferred choice for air volume control in industrial combustion systems due to their adaptability, reliability, and cost-effectiveness. We provide global customers with high-performance, long-life control products to support intelligent and efficient operations. Through continuous innovation, we help industries such as petrochemicals, steel metallurgy, and power station boilers achieve smart upgrades and energy savings, creating sustainable value. For more details, contact our technical team for full support and collaboration in building efficient, reliable control systems.

Application Background Secondary water supply systems in high-rise buildings represent critical infrastructure in modern urban construction, where their stability and reliability directly impact residents’ water safety and quality of life. In this context, performance requirements for core system components—particularly valve products—have become increasingly stringent. GRAT’s SS316L sanitary clamp-type electric ball valve, developed for the high-end secondary water supply market, is specifically designed for high-standard water supply environments. It has established an integrated intelligent pump-valve solution through mature collaboration with German WILO Wilo pump equipment. Operating Conditions Medium: Potable water; clean domestic water; occasionally exposed to low-concentration chloride disinfectants Working Pressure: 0.6-1.6 MPa Temperature: -10°C to 120°C Connection: Sanitary clamp-type Control Signal: 24V DC/220V AC; supports 4~20mA analog or pulse control Installation Locations: Pump outlet, zoned water supply pipelines, water tank inlet/outlet Operating Frequency: ≥50 open-close cycles daily Product Advantages & Features Extended Service Life Design: Utilizes precision molding technology and high-accuracy motor drive systems, ensuring over 200,000 open-close cycles with maintenance-free operation for more than 10 years. Sanitary Material Certification: Valve body constructed from SS316L ultra-low carbon stainless steel with mirror polishing, FDA compliant, fully meeting potable water hygiene standards. Intelligent Control Technology: Built-in overload protection and temperature sensing Enables start-stop synchronization and flow matching control with WILO pumps Real-time feedback of valve position status to pump control systems Proprietary Sealing Technology: Employing PTFE-enhanced composite sealing materials with zero-leakage design, significantly exceeding API 6D standard requirements. Rapid Clamp Connection: Features interface standards compatible with WILO pumps, enabling tool-free assembly/disassembly, compliant with 3A/SMS/DIN standards. Performance Results In practical applications, the water supply system comprising GRAT electric ball valves and Wilo pumps demonstrates exceptional performance: Enhanced Reliability: 85% reduction in failure rate compared to conventional valves, with 30% improvement in pump-valve collaborative efficiency Energy Consumption Optimization: Flow resistance coefficient below 0.02, achieving 12-15% energy savings compared to standard valves Water Quality Assurance: Third-party testing confirms zero contamination after prolonged use Integration Efficiency: 100% compatibility with mainstream pump equipment including WILO, reducing commissioning time by 60% Lifecycle Cost Reduction: 40% decrease in comprehensive operational costs with a payback period of less than 18 months With accelerating urbanization and increasing building heights, traditional water supply methods can no longer meet the pressure and quality requirements at the endpoints of high-rise buildings, making secondary water supply systems essential solutions. The GRAT electric ball valve series has been successfully implemented in numerous international high-end water supply projects, including super high-rise building complexes in the Middle East, pipeline systems for European star-rated hotels, and water supply systems for medical facilities in the Asia-Pacific region. These applications establish new reliability benchmarks for the global secondary water supply industry and provide technologically advanced valve solutions for water supply equipment enterprises worldwide.

In mining production, electric control valves for slurry play a critical role as key fluid control devices. The primary function of these valves is to regulate the flow and pressure of slurry, ensuring the stability and continuity of mining operations. This document outlines the working principles, characteristics, and applications of electric slurry control valves in mining production. 1. Working Principle of Electric Slurry Control Valves Electric slurry control valves consist of an electric actuator and a valve body. The electric actuator receives signals from the control system and drives the valve body to perform opening, closing, or regulating operations. When the valve opens, slurry flows through, and the flow rate and pressure are adjusted accordingly. By modulating the valve opening, precise control over slurry flow and pressure can be achieved. 2. Features of Electric Slurry Control Valves High Efficiency: These valves employ advanced electric drive technology, enabling rapid response and precise control to adapt quickly to changes in the production process. Reliability: Electric slurry control valves offer high reliability and stability, capable of operating consistently in harsh mining environments while minimizing failure rates. Intelligent Operation: Modern electric slurry control valves are typically equipped with smart sensors and control systems, enabling remote monitoring and automated control to enhance production efficiency. Safety: The design of these valves prioritizes safety, incorporating features such as explosion-proof and corrosion-resistant capabilities to ensure secure operation. Wear Resistance: The fixed-ball hemispherical structure provides excellent wear resistance. Additionally, the V port design on the valve core generates a shearing force when rotating against the hard seal, cutting fibers and preventing jamming. 3. Applications of Electric Slurry Control Valves in Mining Production Mineral Processing Control: In mineral processing, precise regulation of slurry flow and pressure is essential. Electric slurry control valves enable real-time monitoring and adjustment of flow rates, ensuring stability and efficiency in the beneficiation process. Tailings Management: Tailings treatment is a critical aspect of mining production. These valves can be used to control the flow and pressure of tailings discharge, ensuring efficient and safe management. Mine Drainage: Mine drainage is vital for maintaining mining operations. Electric slurry control valves allow precise control of flow and pressure in drainage pipelines, ensuring the proper functioning of the drainage system. Heap Leaching Operations: Heap leaching is a method for metal extraction. Controlling slurry flow and pressure during this process is crucial. Electric slurry control valves provide accurate regulation, improving metal recovery rates. 4. Conclusion In summary, electric control valves for slurry are indispensable in mining production due to their efficiency, reliability, intelligence, and safety. As technology continues to advance and mining production evolves, the application prospects for electric slurry control valves are expected to expand further. > GRAT Electric Slurry Control Valves

In the modern industrial sector, valves serve as critical equipment for fluid control, and their performance and reliability are of great significance in ensuring the stable operation of systems. The UPVC electric ball valve has garnered widespread attention due to its excellent corrosion resistance and broad application scenarios. Corrosion Resistance and Material Characteristics The UPVC electric ball valve is constructed from high-quality UPVC (unplasticized polyvinyl chloride) resin, which offers exceptional corrosion resistance and can withstand erosion from various chemical media. Whether in acidic, alkaline, or saline environments,it maintains stable performance, effectively extending its service life. Additionally, UPVC material possesses excellent mechanical properties and processability, making the valve easier to machine and install during manufacturing. Temperature Adaptability The UPVC electric ball valve is designed with full consideration of temperature factors. It can operate normally within a temperature range of -40°C to +80°C, demonstrating strong adaptability to meet fluid control requirements in various harsh environments. Furthermore, UPVC material maintains stable performance even at high temperatures, preventing valve failure due to temperature fluctuations. Connection Methods The UPVC electric ball valve employs multiple connection methods to accommodate different pipeline system requirements. Common connection methods include threaded union connections and flange connections. These connection methods are not only easy to install but also provide excellent sealing performance, effectively preventing media leakage. Additionally, the UPVC electric ball valve features quick installation and disassembly, facilitating maintenance and replacement. Application Scenarios Thanks to its corrosion resistance, temperature tolerance, and ease of installation, the UPVC electric ball valve is widely used in numerous fields. In industries such as chemical, petroleum, pharmaceutical, and food processing, it can be used to control the flow of corrosive media, high-temperature media, and high-viscosity media. Moreover, the UPVC electric ball valve plays an important role in municipal construction, water treatment, and environmental protection projects, providing reliable support for fluid transportation. Conclusion In summary, the UPVC electric ball valve, with its outstanding corrosion resistance, excellent material characteristics, broad temperature adaptability, and flexible connection methods, has become an ideal choice for fluid control in modern industrial applications. In practical use, its superior performance and reliability provide robust support for fluid control in various scenarios. With continuous technological advancements and process improvements, the UPVC electric ball valve will continue to play a vital role in the field of fluid control in the future.

Background GRAT Automation Solutions provide critical electric ball valve solutions for railway insulator washing vehicles, which are essential for maintaining electrified rail systems. By addressing limitations of traditional manual or pneumatic valves—such as low precision, slow response, and poor environmental adaptability—GRAT's DN65 and DN125 pipeline solutions significantly enhance automation and reliability in regular cleaning operations that ensure insulation performance and operational safety. These solutions are now widely deployed across public railway networks. Operating Conditions Specification Value Size DN65/125 Medium Water Working power supply DC 24V Temperature -10°C~45°C Nominal pressure 1.6MPa Material SUS304 Connection Flange type Input signal On/Off Output signal Passive contacts Design life 5-8 years Operating date February 2022 Duty station Public railway system Product Advantages & Features High Environmental Adaptability: The SUS304 stainless steel valve body offers excellent corrosion resistance and mechanical strength, while the IP67 protection rating ensures stable operation in high-humidity and salt-spray environments. Low Power Control: Operates on DC24V power, fully compatible with railway vehicle electronic control systems, featuring low power consumption for opening/closing and ensuring safe and reliable performance. Fast Response and High Sealing: The ball valve structure enables rapid opening/closing (≤2 seconds) and supports high-frequency operation. Flange connections and a precision ball core design ensure zero leakage at 1.6MPa working pressure, maintaining stable flushing water pressure. High-Cycle Durability: Designed for continuous railway operation, it utilizes reinforced PTFE seals and requires no maintenance for 12 months or 50,000 operations. Performance Results Since its deployment in February 2022, GRAT automation solutions have been widely adopted in water washing vehicles across multiple public railway bureaus, demonstrating the following performance: Reliability Improvement: Achieves a 100% valve opening/closing success rate with over 12 months of trouble-free operation, significantly reducing maintenance costs. Optimization of Flushing Efficiency: Electric control enables precise water spray timing, increasing per-vehicle flushing efficiency by approximately 20%. System Compatibility: Enables seamless integration with existing onboard PLC systems, supporting remote control and status feedback for centralized operation and maintenance management. GRAT automation solutions, with its exceptional environmental adaptability, precise control performance, and long-lasting stability, has become a key innovative solution in the field of railway insulator water washing. Through continuous technological innovation and strict quality control, we provide smarter and more efficient equipment support for railway operation and maintenance, contributing to the intelligent and green development of China’s railway industry. GRAT will continue to deepen its efforts in the industrial valve sector, creating value for global customers with higher quality products and services while promoting technological advancement in the industry.

Latar Belakang Aplikasi Industri pewarnaan dan percetakan tekstil secara luas menggunakanmedia yang sangat korosif seperti natrium hidroksida dan hidrogen peroksida, yang menimbulkan tantangan serius terhadap ketahanan korosi katup.kebocoran dan waktu henti karena korosiUntuk memenuhi kebutuhan ini, pemerintah telahKatup bola kontrol listrik berlapis fluor GRATSeri ini dirancang khusus untuk aplikasi yang sangat korosif.ketahanan korosi yang luar biasa dan kemampuan kontrol yang tepat, secara efektif memastikan aliran proses yang stabil dan efisien. Kondisi Operasi Sedang Natrium hidroksida dan hidrogen peroksida (10% konsentrasi) Suhu Normal Tegangan 220V Segel Segel lunak Bahan bodi katup Berlapis PTFE sepenuhnya Hubungan Berwarna putih Operasi Kontrol proporsional Sinyal kontrol 4-20 mA dengan umpan balik Tingkat aliran maksimum 500 L/jam Fungsi Ketahanan korosi Keuntungan & Fitur Produk Katup bola kontrol listrik berlapis fluor GRAT menawarkan:Keuntungan inti yang disesuaikan untuk aplikasi kontrol media yang sangat korosif: Ketahanan Korosi yang Luar Biasa Ruang tubuh katup dan semua komponen logam yang basah media adalahberlapis penuh dengan polytetrafluoroethylene (PTFE) ber dinding tebal. PTFE pamerankemandulan kimia yang kuat, tahan korosi dari berbagai asam kuat, alkali, dan pelarut organik.memperpanjang umur layanan katup secara signifikan. Kinerja Kontrol yang Tepat Dilengkapiaktuator listrik cerdas berkinerja tinggi, katup mencapaikontrol proporsional yang akurat. Sistem ini memastikanpenyimpangan minimumdengan mempertahankan reaksi balik, zona mati, dan kesalahan umpan balik semua≤ 0,5%Hal ini menjamin pengolahan yang stabil dan dapat diandalkan, memenuhi persyaratan ketat dari proses pewarnaan dan pencetakan untukkontrol rasio yang tepat. Kinerja Penyegelan yang Dapat Diandalkan PeraturanDesain segel lunakmemastikan kontak erat antara kursi katup dan bola.Penutup yang sangat baik dipertahankan bahkan dalam kondisi tekanan rendah, mencegah kebocoran. Hal ini menghindari limbah media dan polusi lingkungankeamanan operasional. Desain Struktural yang Kuat Tubuh katup adalahterkulit dari baja karbon kekuatan tinggidan dilapisi dengan PTFE berkualitas tinggi, menggabungkankekuatan struktural dengan ketahanan korosi.sambungan flanged sesuai dengan standar internasional, memungkinkan pemasangan mudah dan integrasi yang dapat diandalkan ke dalam berbagai konfigurasi pipa. Integrasi Otomasi Fleksibel Klep mendukung4-20 mA sinyal umpan balik posisi, memungkinkan integrasi yang mulus keDCS, PLC, dan sistem kontrol otomatis lainnyaHal ini memungkinkanpemantauan jarak jauh dan kontrol cerdas, memberikan dukungan mendasar untuk lokakarya digital dan peningkatan manufaktur cerdas. Hasil Kinerja Sejak penyebarannya di jalur produksi pelanggan, katup bola kontrol listrik berlapis fluor GRAT telah menunjukkanKinerja dan keandalan yang luar biasa: Jangka hidup peralatan yang diperpanjang: Katup telah beroperasi terus menerus dalam media yang sangat korosif untuklebih dari 12 bulan tanpa tanda-tanda korosiKehidupan pelayanannya diproyeksikan menjaditiga kali lebih lama dari katup konvensional. Keakuratan Kontrol yang Ditingkatkan: Fungsi kontrol proporsional adalahtepat dan dapat diandalkan, mengurangi fluktuasi parameter proses dengansekitar 40%Hal ini secara signifikan meningkatkan konsistensi rasio larutan pewarna dan meningkatkankualitas produk. Mengurangi Biaya Pemeliharaan: Operasi katup yang stabil dan dapat diandalkan menghilangkan kebutuhan untuk penggantian atau perbaikan reguler,mengurangi waktu henti dan konsumsi suku cadangBiaya pemeliharaan secara keseluruhan telahditurunkan lebih dari 60%. Penghapusan Kebocoran Media: Struktur segel lunak memastikankebocoran nol jangka panjang, meningkatkan kondisi lingkungan bengkel dan mengurangi kerugian material.standar lingkungan dan keselamatan produksi. Kisah sukses ini menunjukkan bahwaKatup bola kontrol listrik berlapis fluor GRAT, dengansifat anti korosi yang luar biasa dari lapisan PTFE, telah menjadisolusi ideal untuk kontrol media korosifSelain itu, seri produk ini banyak digunakan dalam berbagai aplikasi pewarna dan pengolahan kimia dalam industri kimia pewarna,kontrol bahan kimia beracun dan berbahaya dalam produksi pestisida, dan penyimpanan dan transfer asam dan alkali konsentrasi tinggi dalam industri manufaktur asam dan alkali.berbagi produk dan teknologi GRAT® dengan lebih banyak pelanggan global, memberikansolusi katup kontrol yang aman, andal, dan efisienuntuk proses Anda.

Latar Belakang Aplikasi Industri pencelupan dan pencetakan tekstil secara ekstensif menggunakan media yang sangat korosif seperti natrium hidroksida dan hidrogen peroksida, yang menimbulkan tantangan berat terhadap ketahanan korosi pada katup. Katup tradisional rentan terhadap kebocoran dan waktu henti karena korosi, yang berdampak signifikan pada kelangsungan produksi dan kualitas produk. Untuk mengatasi kebutuhan ini, katup bola kontrol listrik berlapis fluorin GRAT seri dirancang khusus untuk aplikasi yang sangat korosif. Dengan ketahanan korosi yang luar biasa dan kemampuan kontrol yang presisi, secara efektif memastikan aliran proses yang stabil dan efisien. Kondisi Pengoperasian Parameter Spesifikasi Media Natrium hidroksida dan hidrogen peroksida (konsentrasi 10%) Suhu Normal Tegangan 220V Segel Segel lunak Material Badan Katup Sepenuhnya dilapisi PTFE Koneksi Berflensa Operasi Kontrol proporsional Sinyal Kontrol 4-20 mA dengan umpan balik Laju Aliran Maksimum 500 L/jam Fungsi Ketahanan korosi Keunggulan & Fitur Produk Katup bola kontrol listrik berlapis fluorin GRAT menawarkan keunggulan inti berikut yang disesuaikan untuk aplikasi kontrol media yang sangat korosif: Ketahanan Korosi yang Luar Biasa Rongga badan katup dan semua komponen logam yang bersentuhan dengan media sepenuhnya dilapisi dengan politetrafluoroetilena (PTFE) berdinding tebal. PTFE menunjukkan kelembaman kimia yang kuat, tahan terhadap korosi dari berbagai asam kuat, alkali, dan pelarut organik. Secara efektif mengatasi masalah korosi yang disebabkan oleh natrium hidroksida, hidrogen peroksida, dan media agresif lainnya, secara signifikan memperpanjang masa pakai katup. Kinerja Kontrol yang Presisi Dilengkapi dengan aktuator listrik cerdas berkinerja tinggi, katup mencapai kontrol proporsional yang akurat. Sistem memastikan deviasi minimal dengan mempertahankan celah balik, zona mati, dan kesalahan umpan balik semuanya dalam ≤0,5%. Ini menjamin pemrosesan yang stabil dan andal, memenuhi persyaratan ketat dari proses pencelupan dan pencetakan untuk kontrol rasio yang presisi. Kinerja Penyegelan yang Andal Desain segel lunak memastikan kontak yang erat antara dudukan katup dan bola. Penyegelan yang sangat baik dipertahankan bahkan dalam kondisi tekanan rendah, mencegah kebocoran. Ini menghindari pemborosan media dan pencemaran lingkungan sekaligus memastikan keamanan operasional. Desain Struktural yang Kuat Badan katup ditempa dari baja karbon berkekuatan tinggi dan dilapisi dengan PTFE berkualitas tinggi, menggabungkan kekuatan struktural dengan ketahanan korosi. Koneksi berflensa sesuai dengan standar internasional, memungkinkan pemasangan yang mudah dan integrasi yang andal ke dalam berbagai konfigurasi pipa. Integrasi Otomatisasi yang Fleksibel Katup mendukung sinyal umpan balik posisi 4-20 mA, memungkinkan integrasi yang mulus ke dalam DCS, PLC, dan sistem kontrol otomatisasi lainnya. Ini memungkinkan pemantauan jarak jauh dan kontrol cerdas, memberikan dukungan dasar untuk bengkel digital dan peningkatan manufaktur cerdas. Hasil Kinerja Sejak penerapannya di lini produksi pelanggan, katup bola kontrol listrik berlapis fluorin GRAT telah menunjukkan kinerja dan keandalan yang luar biasa: Masa Pakai Peralatan yang Diperpanjang: Katup telah beroperasi terus menerus dalam media yang sangat korosif selama lebih dari 12 bulan tanpa tanda-tanda korosi pada lapisan. Masa pakainya diperkirakan tiga kali lebih lama dari katup konvensional. Peningkatan Akurasi Kontrol: Fungsi kontrol proporsional tepat dan andal, mengurangi fluktuasi parameter proses sebesar kira-kira 40%. Ini secara signifikan meningkatkan konsistensi rasio larutan pewarna dan meningkatkan kualitas produk. Pengurangan Biaya Pemeliharaan: Pengoperasian katup yang stabil dan andal menghilangkan kebutuhan penggantian atau perbaikan rutin, mengurangi waktu henti dan konsumsi suku cadang. Secara keseluruhan, biaya pemeliharaan telah diturunkan lebih dari 60%. Eliminasi Kebocoran Media: Struktur segel lunak memastikan nol kebocoran jangka panjang, meningkatkan kondisi lingkungan bengkel dan mengurangi kehilangan material. Ini sesuai dengan standar produksi lingkungan dan keselamatan. Kisah sukses ini menunjukkan bahwa katup bola kontrol listrik berlapis fluorin GRAT, dengan sifat anti-korosi lapisan PTFE yang luar biasa, telah menjadi solusi ideal untuk kontrol media korosif dalam industri pencelupan dan pencetakan tekstil. Selain itu, seri produk ini banyak digunakan dalam berbagai aplikasi pemrosesan pewarna dan bahan kimia dalam industri kimia pewarna, pengendalian bahan kimia beracun dan berbahaya dalam produksi pestisida, serta penyimpanan dan transfer asam dan alkali berkonsentrasi tinggi dalam industri manufaktur asam dan alkali. Kami berharap dapat berbagi produk dan teknologi GRAT dengan lebih banyak pelanggan global, menyediakan solusi katup kontrol yang aman, andal, dan efisien untuk proses Anda.

GRAT IoT mini aktuator listrik telah mendapatkan adopsi industri yang luas karenaukuran kompak, desain ringan, pemasangan mudah, dan kemampuan kontrol yang tepatArtikel ini menyoroti aplikasi unik mereka dalam sistem rotasi mekanis pipa langit-langit kapal motor Belanda. Fitur dari IoT Mini Electric Actuator: Desain Kompak: Aktuator listrik mini GRAT IoT menempati ruang minimal, membuatnya ideal untuk instalasi di lingkungan yang terbatas. Efisiensi Tinggi & Penghematan Energi: Memberikan output torsi tinggi dengan hanyaKonsumsi daya 10W, mencapai optimasi ganda efisiensi energi dan biaya. Kontrol yang Tepat: Dilengkapi denganTeknologi regulasi kecepatan tanpa langkah PWM, memastikan operasi yang lancar danKeakuratan kontrol hingga 0,5%. Berbagai Jenis: Dukunganinput tegangan ganda (AC220V dan DC24V)untuk beradaptasi dengan berbagai pengaturan industri, mengurangi biaya penggantian dan waktu.metode umpan balik ganda (4-20mA/0-10V/1-5V), penggunaankontrol berbasis encoder, dan kompatibel denganProtokol komunikasi Modbusuntuk integrasi yang mulus ke dalam sistem otomatisasi. Aplikasi dalam Sistem Rotasi Mekanis Pipa Langit-langit Kapal Motor Kapal motor Belanda terkenal di seluruh dunia karenakecepatan, kelincahan, dan kualitas premiumTeknologi inovatif memainkan peran penting dalam desain dan manufaktur mereka.Integrasi aktuator listrik mini GRAT IoT ke dalam sistem rotasi mekanis pipa langit-langit perahu bermotor memenuhi persyaratan pelanggan berikut: Sudut Rotasi Mekanis: Saluran pipa membutuhkanRotasi 100°untuk mendukung instalasi dan penyesuaian antena, radar, dan peralatan lainnya. Skenario Aplikasi: Saluran pipa mendukung perangkat seperti antena dan radar sementara rumah kabel.Pengaturan sudut regulermemastikan penerimaan sinyal dan komunikasi yang optimal selama operasi perahu bermotor. Frekuensi Penggunaan: Operasi rotasi dilakukan2×4 kali seminggu. Persyaratan Tegangan: Aktuator harus mendukungMasukan DC24V. Hasil aplikasi: Peningkatan Kinerja: Pengendalian sudut yang tepat memastikanpenerimaan sinyal dan komunikasi yang optimaluntuk antena dan radar. Peningkatan Keandalan:Keandalan tinggi dan tingkat kegagalan rendahmenjamin kinerja yang stabil dalam lingkungan laut yang keras. Efisiensi Pemeliharaan:Ukuran kompak dan desain ringanmenyederhanakan pemasangan dan pemeliharaan, mengurangi biaya pemeliharaan kapal bermotor secara keseluruhan. Kesimpulan PeraturanGRAT IoT mini aktuator listrik, dengandesain kompak, efisiensi tinggi, dan kontrol presisi, telah memainkan peran penting dalam sistem rotasi lengan peralatan lipat perahu motor Belanda.Aplikasi inovatif ini tidak hanya meningkatkan kinerja dan keandalan perahu motor tetapi juga membuka jalan bagikemajuan teknologi dalam industri olahraga air. > GRAT IoT Mini Electric Actuator