Esta é uma nova geração de micro bomba de ar baseada na tecnologia de cerâmica piezoelétrica. Ela abandona completamente as estruturas tradicionais de motor, escovas de carbono e fricção deslizante mecânica, utilizando o efeito piezoelétrico inverso para realizar diretamente a conversão de energia elétrica em energia mecânica, alcançando assim um avanço revolucionário em miniaturização, silêncio e vida útil.

Esta é uma "pele eletrônica" projetada especificamente para robôs — uma película sensorial flexível que pode ser adaptada e curvada, capaz de converter em tempo real a distribuição de pressão na superfície de contato em uma matriz de sinais digitais de alta resolução, permitindo que os robôs obtenham uma capacidade de percepção tátil e feedback de força comparável à das pontas dos dedos humanos. Na evolução tecnológica dos robôs de "ver" para "tocar", este sensor resolve exatamente o gargalo central da percepção tátil. Seja para a preensão fina de mãos ágeis ou para a interação segura de braços robóticos colaborativos, depende dele para perceber "quanta força foi aplicada", "qual forma foi tocada" e "se ocorreu deslizamento".

Componente acabado, microfone, incluindo placa PCB transmissora TX embutida, incluindo antena, caixa de plástico, modelo: S62KTV-T

The T158 oval flat thermometer can measure two temperatures at once. It can be mounted on a wall or placed on a desk. It has an insulated wire of 304 cm in length and offers dual F/C temperature selection.

由真空紫外灯、高灵敏度低噪声检测电路和微型电离室构成的光离子化传感器，可提供高达10000ppm 的检测量程和zui低 5ppb的检测极限。

Measurement range: 0-90; Accuracy: ±0.1%; Resolution: 0.01%; Response speed: <1s; Spot size: 60×90mm; Working distance: 250mm±50mm; Signal output: RS485, 4-20mA, switch quantity; Number of channels: 20 groups; Protection level: IP65; Working temperature: -20 to 50℃; Power supply: AC220V 50Hz, 50VA; Housing: fully cast aluminum sealed, high-boron quartz probe glass; Weight: 14KG; Installation: hoisting and fixing

Sensor inteligente digital de pH, suporta RS-485 (Modbus RTU) e saída dupla analógica de 0–5V/4–20mA, pode ser conectado diretamente a PLC ou plataforma em nuvem, com chip de armazenamento integrado que registra o histórico de calibração, facilitando a gestão de rastreabilidade, atendendo às necessidades da Indústria 4.0.

O sistema pode ser utilizado para medir parâmetros de qualidade da água, como ozônio, dureza, TDS, condutividade, cloro residual, oxigênio dissolvido, pH, turbidez, nitrogênio amoniacal, nitrito, sulfato, fosfato, nitrogênio de nitrato, DQO, sulfetos, entre outros. Os usuários podem selecionar conforme suas necessidades, com integração conveniente. Este instrumento pode ser amplamente utilizado para testes de qualidade da água em estações de tratamento de água, água potável, água de torneira, água mineral, indústrias alimentícias, químicas, metalúrgicas, de proteção ambiental e farmacêuticas, sendo um instrumento comum de monitoramento em tempo real online.

The online water quality monitoring sensor is an industrial-grade integrated water quality monitoring device that integrates multi-dimensional basic water quality monitoring. It can simultaneously monitor parameters such as pH, turbidity, conductivity (TDS), water temperature, dissolved oxygen (DO), and free residual chlorine in real time. The device adopts integrated technology combining optical detection, electrochemical sensing, and temperature compensation, offering advantages such as stable measurement, strong anti-interference capability, maintenance-free operation, and easy installation. It can comprehensively reflect the basic water quality status, cleanliness level, salt content, dissolved oxygen content, and disinfection residual level of the water body.

The online water quality monitoring sensor is an industrial-grade integrated water quality monitoring device that integrates multi-dimensional basic water quality monitoring. It can simultaneously monitor parameters such as pH, turbidity, conductivity (TDS), water temperature, dissolved oxygen (DO), and free residual chlorine in real time. The device adopts integrated technology combining optical detection, electrochemical sensing, and temperature compensation, offering advantages such as stable measurement, strong anti-interference capability, maintenance-free operation, and easy installation. It can comprehensively reflect the basic water quality status, cleanliness level, salt content, dissolved oxygen content, and disinfection residual level of the water body.

用于检测 R22、R134a、R410A、R404A、R32 等冷媒泄漏，防止密闭空间窒息、中毒，R32 等还存在爆炸风险，广泛用于制冷机房、冷库、中央空调机房、冷链车间，符合《GB500722021 冷库设计标准》强制要求中国建筑科

The conventional five parameters include water temperature, pH, dissolved oxygen (DO), conductivity, and turbidity, widely used for online monitoring of surface water, reservoirs, water sources, sewage, and pipe networks, following environmental industry standards such as HJ/T96-98 and the HJ915 series, and are divided into six modules: general whole-machine requirements, specific technical indicators for each parameter, mechanical structure, communication and electrical, calibration and maintenance, and environmental adaptability.

设备发射水分子特征吸收波段的近红外光照射流动砂石物料，通过采集物料反射光谱信号，结合专用骨料算法与温度补偿模型，高速运算输出精准含水率数值。全程无需取样、不接触物料，真正实现流水线不间断无损检测。

Analisador Online de Umidade por Infravermelho Próximo - Dados de Feedback em Tempo Real

Medidor de concentração online de hidróxido de sódio | Detector de concentração online refratométrico

The conventional five parameters include water temperature, pH, dissolved oxygen (DO), conductivity, and turbidity, widely used for online monitoring of surface water, reservoirs, water sources, sewage, and pipe networks, following environmental industry standards such as HJ/T96-98 and the HJ915 series, and are divided into six modules: general whole-machine requirements, specific technical indicators for each parameter, mechanical structure, communication and electrical, calibration and maintenance, and environmental adaptability.

Medidor de umidade online por infravermelho próximo - Amostra gratuita para calibração

The conventional five parameters include water temperature, pH, dissolved oxygen (DO), conductivity, and turbidity, widely used for online monitoring of surface water, reservoirs, water sources, sewage, and pipe networks, following environmental industry standards such as HJ/T96-98 and the HJ915 series, and are divided into six modules: general whole-machine requirements, specific technical indicators for each parameter, mechanical structure, communication and electrical, calibration and maintenance, and environmental adaptability.

A precisão do sensor de COD é de ±5% F.S., com resolução de 0,1 mg/L — você realmente entendeu esses parâmetros? Baseado no método de absorção ultravioleta para analisar parâmetros como COD, turbidez e temperatura na água. Poluentes orgânicos absorvem principalmente nas bandas ultravioleta e visível. Ao escanear e analisar o espectro de absorção na banda ultravioleta-visível de 254 nm, combinado com algoritmos de modelagem química, é possível analisar qualitativa e quantitativamente vários poluentes, sendo especialmente adequado para determinar mudanças na composição ou concentração da qualidade da água. O sensor é composto por fonte de luz, análise espectral e caminho óptico de medição. A luz emitida pela fonte é dividida em dois feixes. Um feixe é a luz de medição, que após ser absorvida pela amostra de água a ser testada, entra

基于紫外吸收法分析水体中COD、浊度、温度等参数。有机污染物主要在紫外和可见波段产生吸收，通过扫描分析254nm紫外可见波段的吸收光谱，结合化学建模算法，可定性和定量地分析各污染物，尤其适合于判断水质成分或浓度的变化。传感器由光源、光谱分析、测量光路等组成，光源发出的光被分成两束。一束为测量光，经待测水样吸收后进行光谱分析；另一束为参比光，不经待测水样直接进行光谱分析。分别测量两束光的光谱特征

A conductivity sensor is a core water quality monitoring device used for real-time detection of water conductivity, accurately reflecting water salinity, ion concentration, and water cleanliness. The product supports multiple working modes such as online continuous monitoring, immersion in-situ monitoring, and portable sampling inspection, adapting to water quality testing scenarios across industries including water utilities, industry, environmental protection, aquaculture, and agriculture. It features wide applicability, high stability, and precise data.

It uses a polymer high-molecular sensitive capacitor, with fast response, stable and reliable, measuring range from -80℃ to 20℃Td, accuracy of ±2℃Td across the full range. This product has an automatic zero-point calibration function and automatically heats to clean chemical substances attached to the sensor surface, ensuring extremely stable long-term use. This polymer dew point capacitor is the result of over twenty years of arduous research. Usually, polymer capacitors struggle to measure dew points below -40℃Td, as the change rate is too low and the signal is difficult to distinguish in the circuit. We conducted extensive fundamental research and finally mastered the technology to improve low-humidity sensitivity, currently from -7

It can be freely combined with single/multi-parameter sensors to meet the full set of water quality monitoring needs for secondary water supply: pH acidity/alkalinity, water turbidity, free residual chlorine, dissolved oxygen (DO), conductivity/TDS, water temperature. It can also be equipped with a six-parameter integrated probe for full-indicator monitoring, with real-time data storage, traceability, and compliance with water utility acceptance standards.

This device is an integrated multi-parameter online water quality monitoring terminal designed for secondary water supply scenarios such as residential buildings, municipal pump rooms, and community water tanks. It can be equipped with water quality sensors for pH, turbidity, residual chlorine, dissolved oxygen, conductivity, temperature, etc., enabling 24-hour real-time water quality monitoring, data upload,超标报警, and equipment linkage, effectively solving problems such as lagging monitoring and difficult management of secondary water supply quality, and is suitable for smart water utility renovation and daily water supply safety supervision.

Sensor online de umidade por infravermelho próximo

双信号输出：Modbus 485与4-20mA同时输出，直接连接电脑和PLC等系统。 量程范围可定制：量程（0~10NTU 、0~100NTU 、 0~1000NTU 、 0~4000NTU、0-20mg/L）。 特殊材料制作：蓝宝石测量窗口 ，不怕小颗泣和沙子磨损。 先进的测量原理：采用先进的90°散射光法。

Utilizado para detectar vazamentos de refrigerantes como R22, R134a, R410A, R404A, R32, prevenindo asfixia em espaços fechados

The conventional five parameters include water temperature, pH, dissolved oxygen (DO), conductivity, and turbidity, and are widely used for online monitoring of surface water, reservoirs, water sources, sewage, and pipe networks. They comply with environmental industry standards such as HJ/T96-98 and the HJ915 series, and are divided into six modules: general machine requirements, specific technical indicators for each parameter, mechanical structure, communication and electrical systems, calibration and maintenance, and environmental adaptability.

The conventional five parameters include water temperature, pH, dissolved oxygen (DO), conductivity, and turbidity, widely used for online monitoring of surface water, reservoirs, water sources, sewage, and pipe networks, following environmental industry standards such as HJ/T96-98 and the HJ915 series, and are divided into six modules: general whole-machine requirements, specific technical indicators for each parameter, mechanical structure, communication and electrical, calibration and maintenance, and environmental adaptability.

Intelligent pH sensors, also known as digital pH sensors, are online detection devices that integrate signal amplification, AD conversion, temperature acquisition, and processing operations all within the probe body based on traditional analog pH electrodes, directly outputting digital signals. They are mainly used for continuous measurement of water pH value, while simultaneously outputting temperature and ORP oxidation-reduction potential data, and are widely used in online monitoring scenarios such as industry, environmental protection, water affairs, and aquaculture.

Equipped with a 7-inch high-definition display, it shows real-time water quality parameters, operating status, historical curves, and alarm records. The interface is intuitive and easy to operate, supporting on-site parameter setting and calibration debugging.

The conventional five parameters include water temperature, pH, dissolved oxygen (DO), conductivity, and turbidity, widely used for online monitoring of surface water, reservoirs, water sources, sewage, and pipe networks, following environmental industry standards such as HJ/T96-98 and the HJ915 series, and are divided into six modules: general whole-machine requirements, specific technical indicators for each parameter, mechanical structure, communication and electrical, calibration and maintenance, and environmental adaptability.

用于检测 R22、R134a、R410A、R404A、R32 等冷媒泄漏，防止密闭空间窒息、中毒，R32 等还存在爆炸风险

It is a smart water quality sensor that uses an RS485 communication interface and standard Modbus protocol. The sensor housing is made of corrosion-resistant material, with an imported ORP glass electrode, built-in Pt1000 temperature sensor, and compensation algorithm, suitable for various harsh working environments. The sensor features high accuracy, long lifespan, and low drift. It is widely used in surface water, municipal wastewater, industrial wastewater, wastewater treatment, industrial processes in water plants, aquaculture, and other industries.

Smart conductivity sensor (digital conductivity sensor) integrates the electrode, signal acquisition, MCU microprocessor, and temperature sensor into the probe body, directly completing signal calculation and temperature compensation, outputting digital signals without the need for an external secondary transmitter. It can directly connect to PLC, DTU, industrial computers, and IoT platforms for online monitoring of water conductivity, TDS, salinity, and temperature.

Smart conductivity sensor (digital conductivity sensor) integrates the electrode, signal acquisition, MCU microprocessor, and temperature sensor into the probe body, directly completing signal calculation and temperature compensation, outputting digital signals without the need for an external secondary transmitter. It can directly connect to PLC, DTU, industrial computers, and IoT platforms for online monitoring of water conductivity, TDS, salinity, and temperature.

用于检测 R22、R134a、R410A、R404A、R32 等冷媒泄漏，防止密闭空间窒息、中毒，R32 等还存在爆炸风险

探测器（探头）：安装在泄漏点位，采集气体浓度，防爆型用于机房现场。

Existem dois grandes tipos de medidores de umidade por infravermelho: o tipo por perda de peso por aquecimento infravermelho (bancada de laboratório) e o tipo por espectroscopia de infravermelho próximo (online/portátil, sem contato). Os princípios dos dois são completamente diferentes, e muitas pessoas tendem a confundi-los.

The entire system consists of a near-infrared moisture measurement probe, an on-site control host, an automatic air purge dust-proof component, and a mounting bracket. The probe's protection rating is suited for harsh conditions in mixing plants, including high dust, strong vibration, and large temperature variations. It comes with a built-in lens purge device to reduce contamination of optical lenses by dust. It supports multiple signal outputs such as 4-20mA and RS485 Modbus, and is compatible with the vast majority of existing and new mixing control systems on the market, enabling rapid integration and installation whether for new plant setups or intelligent retrofitting of old sites.

Existem dois grandes tipos de medidores de umidade por infravermelho: o tipo por perda de peso por aquecimento infravermelho (bancada de laboratório) e o tipo por espectroscopia de infravermelho próximo (online/portátil, sem contato). Os princípios dos dois são completamente diferentes, e muitas pessoas tendem a confundi-los.

Existem dois grandes tipos de medidores de umidade por infravermelho: o tipo por perda de peso por aquecimento infravermelho (bancada de laboratório) e o tipo por espectroscopia de infravermelho próximo (online/portátil, sem contato). Os princípios dos dois são completamente diferentes, e muitas pessoas tendem a confundi-los.

This near-infrared online moisture meter is an industrial-grade real-time detection device customized for the ready-mixed concrete industry, mainly used for online monitoring of surface free water in aggregates such as manufactured sand, river sand, and crushed stone on the conveyor belt of mixing stations. Traditional manual sampling and drying detection methods have long intervals and poor sample representativeness; slight fluctuations in aggregate moisture content can change the water-to-binder ratio of concrete, causing unstable slump, bleeding and segregation, unqualified strength, and pump blockage quality issues. This device adopts a non-contact optical detection method, enabling rapid moisture measurement during dynamic material transport on the belt, and transmits moisture content data in real time to the PLC batching system of the mixing station.

Existem dois grandes tipos de medidores de umidade por infravermelho: o tipo por perda de peso por aquecimento infravermelho (bancada de laboratório) e o tipo por espectroscopia de infravermelho próximo (online/portátil, sem contato). Os princípios dos dois são completamente diferentes, e muitas pessoas tendem a confundi-los.

Existem dois grandes tipos de medidores de umidade por infravermelho: o tipo por perda de peso por aquecimento infravermelho (bancada de laboratório) e o tipo por espectroscopia de infravermelho próximo (online/portátil, sem contato). Os princípios dos dois são completamente diferentes, e muitas pessoas tendem a confundi-los.

设备发射水分子特征吸收波段的近红外光照射流动砂石物料，通过采集物料反射光谱信号，结合专用骨料算法与温度补偿模型，高速运算输出精准含水率数值。全程无需取样、不接触物料，真正实现流水线不间断无损检测。

Note: The market calls 'infrared moisture meters' two types, with completely different principles, easily confused. 1) Infrared heating loss-on-drying type (benchtop laboratory): infrared lamp heating and drying

Note: The market calls 'infrared moisture meters' two types, with completely different principles, easily confused. 1) Infrared heating loss-on-drying type (benchtop laboratory)