Descrição
Caraterísticas:
- Designed for low flow gas / liquid measuring.
- High precision, good repeatability. For liquids, the measurement accuracy can reach ± 0.25%; for gases, the measurement accuracy can reach ± 0.5%.
- High reliability and stability, capable of withstanding extreme environmental conditions: The product maintains consistent performance even in vibration-prone environments. In the event of accidental physical disturbances such as impacts or collisions, the system automatically recovers stable measurement within 400 milliseconds.
- It can measure high viscosity fluid and high density gas: MTL20FE measures a wide range of fluids, such as
lubricating oil, liquid nitrogen and other high-density fluids can also be accurately measured. - Rácio de redução: 50:1 para o controlador digital de caudal mássico; 100:1 para o medidor digital de caudal mássico.
- Tempo de resposta: controlador de caudal mássico <0,2s; medidor de caudal mássico <0,1s
- Integrated PID controller to regulate flow rate.
- Directly measuring mass flow rate, automatic temperature compensation.
- Touchable display screen.
- No preheating required, no response lag during measurement.
- Estão disponíveis para o ecrã LCD inglês, espanhol, francês e outras línguas, mediante pedido.
- Cada medidor de caudal é calibrado e é-lhe atribuído um número de série único correspondente a todos os dados de calibração.
Aplicações:
- Fabrico de semicondutores: Precisely controlling gas and liquid flows to ensure accuracy in chip fabrication processes.
- Food & Beverage Processing: Accurately metering food additives, flavorings, and dairy products to maintain consistent product quality.
- Scientific research: Enabling exact fluid measurement for chemical reactions and formulation development.
- Oil, Gas & Energy: Optimizing flow control of reactants and products to enhance production efficiency and output quality.
- Monitorização ambiental: Providing reliable emissions measurement for pollution control and regulatory compliance.
- Fuel cell technology: Precisely regulating hydrogen/oxygen flow ratios to maximize cell efficiency and service life.
Pharmaceutical Production: Ensuring strict dosage control of active ingredients for drug safety and batch consistency.
