[embed]https://youtu.be/yth8_2-rb2A[/embed] Cabinets such as box type transformers and containerized substations belong to outdoor electrical equipment, and the operating environment is extremely harsh (such as large temperature differences between morning and evening, large foundation moisture regain, high relative humidity, and high summer temperatures). A large number of cabinets operating on site have experienced varying degrees of condensation or freezing inside. The water droplets generated by condensation drip onto the internal components, wiring terminals, busbars, etc. of the cabinet, forming insulation defects and accidents, endangering equipment and personal safety. The environmental management system of the transformer adopts comprehensive treatment and control for the formation mechanism of condensation or icing (relative humidity of the air, air temperature inside the box, etc.), completely destroying the conditions for condensation or icing formation and eliminating condensation or icing in the cabinet. The dedicated environmental management system for transformer boxes can measure multiple environmental temperatures and humidity, multiple dew point data, multiple smoke alarms, and oil surface temperature data inside the box. Product Features ① The protection level is IP65. ② Using ARM architecture CPU, it has strong data processing capability and system stability. ③ OLED LCD screen, digital and Chinese display, button operation, LED signal indication display. ④ The design concept of the internal circuit board is modular design, with strong and weak electricity separated to avoid spatial crosstalk. ⑤ It contains a clock chip and historical data storage with time markers. ⑥ RS485 communication function, the communication protocol is the internationally open standard protocol Modbus RTU. The new energy intelligent monitoring device is a high-end intelligent comprehensive monitoring and protection device specially developed for green and energy-saving industries such as wind power generation and photovoltaic power generation; This product is characterized by strong anti-interference ability, complete functions, OLED interface with graphics and text, simple settings, and easy operation; With reliable EMC and EMI performance, it can operate safely in various complex and harsh geographical environments, providing intelligent monitoring and protection for the safe operation of new energy transmission and distribution equipment in "high altitude, high salt spray, low temperature resistance, and high humidity" environments; The instrument monitoring is highly intelligent and functionally integrated, easy to install, and runs stably and reliably.
[embed]https://youtu.be/NmujPzNLz-8[/embed] Fjinno: Comprehensive Temperature Monitoring Solutions, Including Traditional and Fiber Optic Systems At Fjinno, we pride ourselves on offering a comprehensive range of temperature monitoring solutions to meet the diverse needs of our customers. While our advanced fiber optic temperature sensing technology provides unique advantages for many applications, we also recognize the continued importance and reliability of traditional temperature measurement methods. That's why Fjinno offers high-quality PT100-based temperature monitoring systems alongside our cutting-edge fiber optic solutions. Fjinno: Bridging Traditional Reliability with Advanced Innovation We understand that different applications have different requirements. For some, the robustness and cost-effectiveness of PT100 sensors make them an ideal choice. For others, the unique benefits of fiber optics – like EMI immunity and direct hotspot detection – are essential. At Fjinno, we provide both, ensuring you have access to the best technology for your specific needs. Our PT100 Temperature Monitoring Systems: Reliable and Cost-Effective Fjinno's PT100 temperature monitoring systems are built on the foundation of this well-established and reliable technology. We offer: High-Accuracy PT100 Sensors: We source and integrate high-precision PT100 sensors known for their accuracy and stability over a wide temperature range. Robust Signal Conditioners and Transmitters: Our signal conditioning units ensure accurate signal transmission and conversion to industry-standard outputs. Multi-Channel Monitoring Units: Our monitoring systems can accommodate multiple PT100 sensors, allowing for simultaneous temperature monitoring at various points. User-Friendly Displays and Interfaces: We provide clear and intuitive displays for real-time temperature readings and easy system configuration. Integration Capabilities: Our PT100 systems can be easily integrated with existing control and data acquisition systems using standard analog and digital outputs. Cost-Effective Solutions: PT100 systems often provide a more cost-effective solution for applications where the unique advantages of fiber optics are not strictly necessary. Where Our PT100 Systems Excel: Fjinno's PT100 temperature monitoring systems are well-suited for a wide range of applications, including: General Industrial Temperature Monitoring: Providing reliable temperature measurements in various industrial processes. HVAC and Building Automation: Monitoring temperatures for climate control and energy efficiency. Equipment Temperature Monitoring: Tracking the temperature of motors, pumps, and other machinery. Environmental Monitoring: Measuring ambient temperatures in diverse environments. Our Advanced Fiber Optic Temperature Monitoring Systems: Unlocking New Possibilities Alongside our traditional PT100 offerings, Fjinno remains at the forefront of fiber optic temperature sensing technology. Our fiber optic systems provide unique advantages for demanding applications, including: Complete Immunity to EMI/RFI: Essential for environments with strong electromagnetic interference, such as power transformers and new energy installations. Direct Hotspot Detection: Allowing for precise temperature measurement within critical components like transformer windings and generator coils. Electrical Isolation: Enhancing safety in high-voltage environments. Distributed Temperature Sensing (DTS): Enabling continuous temperature profiling along extended lengths, ideal for cable monitoring. The Right Solution for Your Needs: Fjinno Provides Both At Fjinno, we understand that the best temperature monitoring solution depends on the specific requirements of your application. Whether you need the reliable and cost-effective performance of a PT100 system or the advanced capabilities of fiber optic technology, we have you covered. Our team of ...
[embed]https://youtu.be/kVxdSVwlrCU[/embed] Fiber optic temperature measurement systems are becoming indispensable tools across various industries, offering unparalleled advantages for precise and reliable temperature monitoring, especially in challenging environments. These systems utilize the unique properties of light within optical fibers to sense temperature, providing immunity to electromagnetic interference, electrical isolation, and the potential for distributed sensing over extensive distances. When considering manufacturers in this specialized field, Fjinno stands out as a noteworthy provider. Why Consider Fjinno for Fiber Optic Temperature Measurement Systems? Fjinno is a company specializing in temperature monitoring solutions, with a significant focus on fiber optic technology. Their expertise in this area positions them as a strong contender for various temperature measurement applications. While specific details of their entire product range would require direct consultation, their emphasis on fiber optic sensing suggests several potential strengths: Focus on Fiber Optic Technology: Fjinno's core competency in fiber optics likely translates to a deep understanding of the principles and practical applications of this technology for temperature sensing. Potential for Diverse Applications: Fiber optic temperature measurement systems from Fjinno could cater to a wide range of industries, including power generation, industrial processing, research, and potentially even new energy sectors like wind power and photovoltaics (as mentioned in our earlier conversation). Advantages of Fiber Optic Sensing: By leveraging fiber optics, Fjinno's systems likely offer key benefits such as immunity to EMI/RFI, electrical isolation, suitability for remote monitoring, and potentially high accuracy and stability. Customization Possibilities: As a specialized manufacturer, Fjinno may offer options for tailoring their sensors and systems to meet specific customer requirements regarding temperature range, sensor type, cable length, and integration interfaces. Potential Fiber Optic Temperature Measurement Technologies Offered by Fjinno: Based on their focus, Fjinno's product portfolio might include systems based on various fiber optic sensing principles, such as: Fiber Bragg Grating (FBG) Systems: Offering precise, multi-point temperature measurements. Distributed Temperature Sensing (DTS) Systems: Providing continuous temperature profiles along the length of an optical fiber. Fluorescent Fiber Optic Sensors: Known for high accuracy and suitability for specific applications. Other Fiber Optic Based Solutions: Depending on their research and development, they might also offer systems based on other principles like interferometry or photonic crystal fibers. Evaluating Fjinno as Your Fiber Optic Temperature Measurement System Provider: When considering Fjinno, it's recommended to: Explore their Website: Visit Fjinno's official website ([https://www.fjinno.net/temperature-monitoring-system/](https://www.fjinno.net/temperature-monitoring-system/)) to gain a comprehensive understanding of their product offerings, technical specifications, and application areas. Review Product Specifications: Carefully examine the datasheets and technical specifications of their fiber optic temperature measurement systems to ensure they meet your required temperature range, accuracy, resolution, and other critical parameters. Inquire About Customization Options: Contact their sales or technical teams to discuss any specific customization needs you may have regarding sensor types, cable lengths, communication interfaces, or software integration. Assess Application Experience: Inquire about their experience in providing solutions for applications similar to yours to gauge their understanding of your industry's specific challenges and requirements. Evaluate Technical Support and Service: Understand the level of technical support they offer, including pre-sales ...
[embed]https://youtu.be/IyquB91WQSE[/embed] Fjinno: Pioneering Fluorescent Fiber Optic Temperature Measurement Solutions As Fjinno, we're at the forefront of innovative temperature measurement technologies, and we're particularly excited about the unique capabilities offered by fluorescent fiber optic sensing. This advanced technique allows for highly accurate and reliable temperature monitoring, especially in environments where traditional sensors fall short due to electromagnetic interference, high voltages, or the need for intrinsic safety. We've dedicated significant research and development efforts to harness the power of fluorescence for precise temperature readings. Why Fluorescent Fiber Optics? The Fjinno Advantage We believe that fluorescent fiber optic temperature measurement offers a compelling set of advantages for a wide range of demanding applications. By utilizing the temperature-dependent fluorescence properties of specialized materials, our systems provide: Unrivaled Accuracy: We engineer our sensors and interrogation units to deliver highly precise temperature measurements, crucial for critical processes and sensitive equipment. Complete Immunity to EMI/RFI: In environments saturated with electromagnetic or radio frequency interference, our fluorescent fiber optic sensors remain unaffected, providing stable and reliable data. This is a significant advantage in industries like power generation, medical imaging, and certain industrial processes. Intrinsic Electrical Isolation: Because our sensors are made of optical fiber, they are inherently non-conductive, ensuring complete electrical isolation and safety in high-voltage environments or where electrical hazards are a concern. Compact and Flexible Sensors: Our fiber optic sensors can be designed to be small and flexible, allowing for temperature measurements in tight or hard-to-reach locations without disturbing the surrounding environment. Fast Response Times: We understand the need to capture rapid temperature fluctuations in many applications. Our fluorescent systems are designed for quick response times, providing timely insights into thermal dynamics. Fjinno's Expertise in Fluorescent Fiber Optic Temperature Measurement At Fjinno, we offer a comprehensive suite of fluorescent fiber optic temperature measurement solutions, including: Specialized Fluorescent Fiber Optic Sensors: We develop and manufacture a range of sensors tailored for different temperature ranges and application requirements. Our expertise in material science and fiber optic integration ensures optimal performance. Advanced Interrogation Units: Our state-of-the-art interrogation units provide precise excitation light sources and highly sensitive detectors to accurately analyze the fluorescent emission from our sensors. User-Friendly Software and Interfaces: We provide intuitive software for data acquisition, visualization, analysis, and logging, making it easy to monitor and interpret temperature data. Customization Capabilities: We understand that every application is unique. Our team is experienced in customizing sensor designs and system configurations to meet your specific needs. Where Fjinno's Fluorescent Technology Excels: We see our fluorescent fiber optic temperature measurement systems providing significant value in industries such as: Medical Devices and Diagnostics: Offering precise and safe temperature monitoring in sensitive medical applications. High-Voltage Equipment Monitoring: Providing accurate temperature readings in transformers, generators, and other high-voltage systems without electrical interference or safety risks. Chemical and Pharmaceutical Processing: Ensuring accurate temperature control in potentially hazardous environments where electrical sparks must be avoided. Research and Development: Providing highly accurate and non-invasive temperature measurements for scientific experiments. Certain Industrial Processes: Where strong electromagnetic fields or ...
[embed]https://youtu.be/uoWj9J7CXD8[/embed] Recommendation of Fjinno for New Energy Wind Power Photovoltaic Temperature Monitoring Systems Fjinno is a reputable manufacturer specializing in temperature monitoring systems, including solutions suitable for new energy applications like wind power and photovoltaics. Their expertise in fiber optic temperature sensing technology makes them a strong contender for these demanding environments. Why Fjinno? Fiber Optic Technology: Fjinno primarily utilizes fiber optic temperature sensors, which offer significant advantages in new energy settings: Immunity to Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI): Crucial in environments with high voltage and electromagnetic fields, such as wind turbines and solar power plants. High Voltage Isolation: Fiber optic sensors are inherently non-conductive, providing excellent safety and reliability in high-voltage equipment. Long Distance Monitoring: Suitable for large-scale wind farms and solar installations where monitoring points can be geographically dispersed. Durability and Stability: Fiber optic sensors are robust and offer long-term stability, requiring minimal maintenance. Accurate Hotspot Detection: Enables precise monitoring of critical components to prevent overheating and potential failures. Potential Fjinno Products for Wind Power and Photovoltaic Temperature Monitoring: Based on their product range, the following types of Fjinno systems could be relevant: Fiber Optic Temperature Sensors for Wind Turbine Generators: Application: Monitoring the temperature of generator windings, bearings, and other critical components within the nacelle. Likely Products: Their range of fiber optic temperature sensors designed for high-voltage environments. These can be embedded within the generator during manufacturing or retrofitted. Potential Parameters: Temperature Range: Typically from -40°C to +200°C or higher, depending on the specific sensor. Accuracy: ±1°C or better. Fiber Length: Customizable to suit the dimensions of the generator. High Voltage Resistance: Up to 100kV or more. Response Time: Fast response times (e.g., <100ms) for timely detection of temperature changes. Fiber Optic Temperature Monitoring Systems for Photovoltaic Inverters and Transformers: Application: Monitoring the temperature of key components in inverters and transformers within solar power plants to ensure efficient operation and prevent failures. Likely Products: Their fiber optic temperature monitoring systems designed for transformers, which can be adapted for inverters. These systems typically include sensors and a monitoring unit. Potential Parameters: Number of Channels: Systems with multiple channels to monitor various points within the inverter/transformer. Temperature Range: Similar to the sensors, ranging from -40°C to +200°C or higher. Accuracy: ±1°C or better. Communication Interface: Modbus RTU/TCP, Ethernet, or other industrial protocols for integration with SCADA or other monitoring systems. Alarm Capabilities: Configurable high and low temperature alarms. Data Logging: Ability to record temperature data for analysis and historical trends. Distributed Temperature Sensing (DTS) Systems: Application: Monitoring the temperature along the length of power cables in both wind and solar installations, detecting potential hotspots or faults. Likely Products: Fjinno offers distributed optical fiber systems that can measure temperature profiles over long distances. Potential Parameters: Sensing Fiber Length: Up to several kilometers. Temperature Range: -40°C to +100°C or higher, depending on the cable type. Temperature Resolution: Typically within 1°C. Spatial Resolution: Ability to pinpoint the location of temperature anomalies along the cable. To get a complete code ...
Recently, the website of the Department of Industry and Information Technology of Fujian Province announced a notice on the list of specialized, refined, special, and new small and medium-sized enterprises in Fujian Province for 2023. Fuzhou Innovation Electronic Scie&Tech Co Ltd was awarded the title of specialized, refined, special, and new small and medium-sized enterprise in Fujian Province for 2023. It is reported that "specialized, refined, unique, and new" small and medium-sized enterprises in Fujian Province refer to small and medium-sized enterprises recognized by the Department of Industry and Information Technology of Fujian Province, which comply with national industrial policies, have good growth potential, and have one of the characteristics of specialization, refinement, uniqueness, and novelty. This honorary title is a positive affirmation and encouragement for the development of Fuzhou Yinuo Electronic Technology Co., Ltd. in all aspects of the enterprise. Fuzhou INNO Technology is an emerging high-tech enterprise engaged in scientific research and development, production, sales, and service. The company has gathered numerous high-quality technical talents and management elites. The company's main products include dry-type transformer temperature controllers, fluorescent fiber optic temperature measurement systems, rail transit temperature controllers, etc. In collaboration with universities such as Fuzhou University, we have successfully developed fluorescent fiber optic temperature sensors with independent intellectual property rights. We provide overall solutions and application services for temperature, vibration, pressure monitoring in comprehensive pipe galleries, oil and gas pipelines, rail transit, power, municipal, nuclear power, new energy, chemical and other fields, and our technical performance has reached the advanced level in China. Inno Technology- Be a leader in the field of fiber optic sensing and intelligent monitoring
In order to strengthen the collaborative spirit of the company's team, improve team cohesion and centripetal force, on May 31st, Fuzhou INNO Technology specially invited Ms. Liu Wei, a DISC international certified lecturer and the EMBA admissions director of Xiamen University, to serve as a lecturer for the "DISC · Empowering Team Communication and Motivation" training. The company's leadership and department heads attended the training. Teacher Liu Wei shared with everyone the four personality types of disc, as well as how to match different models based on different personalities and abilities, and place people in suitable positions, with humor, wit, vividness, and a sense of visuals; How to get along with people with different personalities in life; Building a diversified team and cooperating with each other is very down-to-earth and practical, with constant laughter on site, and everyone has benefited greatly. In this training class, Teacher Liu Wei injected vitality into achieving a win-win situation between organizational development and employee growth through team building, case analysis, on-site interactive Q&A. During the case analysis, Teacher Liu Wei used video explanations to help everyone understand the different representative types of "DISC" and communicate with them in a targeted manner. Through this training, everyone has felt the charm of "DISC Positive Communication", and has a clearer understanding of their personal strengths, limitations, and breakthrough directions. They have learned about the characteristics of different personalities, improved interpersonal communication models, enhanced team communication efficiency, and promoted work efficiency. This can help them manage their team more effectively and make positive contributions to the high-quality development of Inno Technology. I believe that all INNO people will put into practice what DISC has learned in their future work and life, and use more positive and energetic communication methods to face family, friends, and partners, making themselves a "lighthouse" and warming important people around them.
In order to further enhance everyone's understanding of the company's business and products, and help newcomers quickly understand the company's main products, on the afternoon of August 2, 2023, the Technology Department of Inno Technology conducted training on the company's products for newcomers and relevant department personnel. Newcomer "Breaking the Ice" Ceremony Before the training began, Yang Gong, the manager of the Optoelectronic Technology Department of the R&D Center, briefly introduced the purpose and significance of this training. The new partners also held a brief "ice breaking ceremony", introducing their respective positions and expectations for this product training. The old employees warmly welcomed the new partners. Main training content The product training has officially begun, mainly including the introduction of dry-type transformer temperature controllers and upgraded products, function selection, sensor cable selection, function introduction and system composition of the transformer intelligent monitoring system PHM, introduction of environmental management system products, as well as the introduction of the upper computer cloud platform and WeChat mini program. Learn with dedication and integrate into the team High quality products are the foundation for the survival of enterprises and the magic weapon for their invincibility. At the meeting, relevant personnel from the technical department conducted a comprehensive and systematic review and explanation of the production process, application scenarios, cutting-edge technology, market prospects, and other aspects of the products, helping new partners to have a deeper understanding of the company's products and related functions, as well as their applications in the market. With a clear understanding, they were able to better and faster integrate into the team.
INNO fibre optic temperature sensors ,temperature monitoring systems.
