Principal 10 Fabricantes de termômetros de fibra óptica em 2024-INNO

Why use a fiber optic thermometer

With the implementation of power grid renovation, especially the continuous deepening of urban network renovation and construction, the usage of cables and electrical equipment has increased significantly, which has made the operation management, monitoring and maintenance of cables and electrical equipment very important. In practical work, in order to avoid cables and electrical equipment from overheating at high temperatures, it is usually necessary to choose a method that appropriately preserves their load capacity. No entanto, this makes the use of these cables and electrical equipment uneconomical, and manual inspection can only detect the surface temperature of the test point. For enclosed electrical equipment such as cables and switchgear, o monitoramento real da temperatura não pode ser alcançado. Whether from the perspective of the safe operation of electrical equipment such as cables and ring main units or from the perspective of power system scheduling needs, é necessário monitoramento em tempo real da capacidade de carga de cabos e equipamentos elétricos, which can be achieved through online real-time monitoring of the temperature at the measurement point.

With the development of AC/DC transmission towards high voltage and large capacity, power grid companies have put forward higher requirements for the current carrying capacity of high-voltage electrical equipment. Users hope to use products that are stable, confiável, and have better comprehensive performance. Electrical equipment has strict requirements for operating temperature, and there have been a large number of cases of equipment overheating due to short circuits and other reasons, resulting in serious losses in substations. Real time monitoring of the operating temperature of electrical equipment, especially core electrical equipment, is particularly important to avoid losses caused by overheating of electrical equipment.

Fiber optic temperature measurement technology has the characteristics of anti electromagnetic interference, voltage insulation, estabilidade e confiabilidade. There is no conductive part that causes additional temperature rise. Portanto, fiber optic temperature measurement technology has significant advantages in the field of temperature measurement and has received widespread attention in many industries, especially in transmission and transformation, medical and other fields. The chassis of the fiber optic thermometer is an important component, and its design is related to whether the instrument is convenient to use and whether the data is true and effective.

Sensor de temperatura de fibra óptica is a new type of temperature measurement technology developed in recent years, and it is also a major product in the fiber optic sensor family. It is based on optical signal transmission of information and has advantages such as insulation, interferência anti-eletromagnética, e resistência de alta tensão. In foreign countries, fiber optic temperature sensors have developed rapidly, forming various models of products and have been applied in multiple fields, achieving good results. Domestic research in this area is also flourishing, with multiple universities, research institutes, and companies collaborating to develop various fiber optic temperature measurement systems for on-site application.

Características de Termômetros de fibra óptica

1. Fiber optics inherently do not have electromagnetic interference and are not afraid of electromagnetic interference;

2. It is relatively easy to be received by various light detection devices and can conveniently perform photoelectric or electro-optical conversion;

3. Fácil de combinar com dispositivos eletrônicos e computadores modernos altamente desenvolvidos;

4. Os cabos de fibra óptica têm uma ampla frequência operacional e uma grande faixa dinâmica, tornando-os uma linha de transmissão de baixa perda;

5. A fibra óptica em si não é carregada, pequeno em tamanho e leve em peso, fácil de dobrar, e tem boa resistência à radiação. É particularmente adequado para uso em ambientes agressivos, como ambientes inflamáveis, explosivo, espaço limitado, e forte interferência eletromagnética.

Characteristics and advantages of distributed fiber optic thermometer

The fiber optic sensor of the fibra óptica distribuída termômetro tem as vantagens de sensibilidade e precisão extremamente altas, boa segurança inerente, resistência à interferência eletromagnética, alta resistência de isolamento, resistência à corrosão, integração de detecção e transmissão, e compatibilidade com sistemas de comunicação digital.

(1) Alta sensibilidade e velocidade de resposta rápida;

(2) Cabos de fibra óptica são leves, flexível, e fácil de instalar e enterrar;

(3) Bom isolamento elétrico e estabilidade química.

A própria fibra óptica é uma substância altamente isolante e quimicamente estável, adequado para uso em ambientes agressivos, como isolamento de alta tensão e ambientes inflamáveis e explosivos em sistemas de energia e químicos;

(4) Boa segurança. Sensores de fibra óptica são componentes sensíveis eletricamente passivos, portanto, eles são usados para medição de temperatura sem quaisquer riscos de segurança, como vazamento ou choque elétrico;

(5) Interferência anti-eletromagnética. Em geral, the frequency of light waves is higher than that of electromagnetic radiation, so the propagation of light in optical fibers is not affected by electromagnetic factors;

(6) Medição distribuída. A single optical fiber can achieve long-distance continuous measurement, accurately measuring information such as strain, dano, vibração, and temperature at any point, and thus forming a monitoring area with a large range, improving environmental monitoring technology;

(7) Longa vida útil. The main material of fiber optic sensors is stable, wrapped in a polymer material coating, which gives it greater durability compared to metal sensors;

(8) Large transmission capacity. Using optical fibers as busbars, large capacity optical fibers are used instead of cables to collect and store information from various sensing points, and distributed optical fiber sensor monitoring is achieved through multiplexing technology.

How much is the price of a termômetro de fibra óptica

Fiber optic thermometers have many advantages compared to other traditional thermometers, so their prices are also different. The price of fiber optic thermometers is related to many factors, such as the number of fiber optic temperature measurement channels, the length of the transmission fiber, e assim por diante. The quality of fiber optic temperature measurement equipment is also closely related to its price. FJINNO provides fluorescent fiber optic temperature measurement products, sistemas distribuídos de medição de temperatura por fibra óptica, sensores de grade de fibra óptica, and welcomes bidding and agency cooperation from companies in the power equipment industry. The after-sales service is guaranteed and the response is fast. Deixe uma mensagem no site ou entre em contato conosco por e-mail!