AECO sensor SMC-12 L NO LC025 M8M90

AECO sensorSMC-12 L NO LC025 M8M90

Brand: AECO

Origin: Italy

The products of Italian AECO company mainly focus on sensing: Italian AECO sensors, AECO position sensors, sensors, position sensors, inductive sensors, metal surface inductive sensors, capacitive sensors, photoelectric sensors, miniature photoelectric sensors, fiber optic sensors, magnetic spring sensors and magnets, ultrasonic sensors, cylinder magnetic sensors, magnetic safety sensors, safety modules, sensor amplifiers, sequence timers, proxy testers, Namur inductive sensors, inductive 3D sensors, 3D capacitive sensors, spring magnetic sensors, sensors for 3D rotation control, and 1/2D rotation liquid level controllers.

1. AECO capacitive continuous level gauge

Aeco showcased a new SLC series capacitive continuous level gauge suitable for detecting water and conductive liquids. The sensor is equipped with four electrode lengths: 500-1000-1500 and 2000 millimeters. PTFE coating in AISI 316 steel. The fixing of the sensor on the tank includes a half "gas connection in AISI 303 and a pressure seal of 25 Bar. The liquid level measurement is provided in the form of 4-20 mA simulation, and threshold devices adjustable according to requirements are provided to activate relays at the programming level. The electrical connection is a 2-core M12 connector. They are used as continuous level controllers in tanks and containers made of metal or insulating materials. This continuous level gauge can also provide models for oil and non-conductive liquids.

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AECO sensorSMC-12 L NO LC025 M8M90

Shandong Sailite's main products include various sensors, hydraulic and pneumatic components, optical detection equipment, analytical instruments, experimental equipment, electrical equipment and components, brake transmission components, machines, tools, etc.

Industrial Knowledge

Working principle of fuse

A type of electrical appliance that uses metal conductors as a melt connected in series in a circuit. When an overload or short-circuit current passes through the melt, it melts due to its own heating, thereby breaking the circuit. Fuses have a simple structure and are easy to use, widely used as protective devices in power systems, various electrical equipment, and household appliances.

Common types of fuses

Plug in fuse: It is commonly used at the end of lines with voltage levels of 380V and below, as a short-circuit protection for distribution branches or electrical equipment.

Spiral fuse: There is a fuse indicator on the upper end cover of the melt. Once the melt melts, the indicator will immediately pop out and can be observed through the glass hole on the ceramic cap. It is commonly used in machine tool electrical control equipment. Spiral fuse. The breaking current is relatively large and can be used for short-circuit protection in circuits with voltage levels of 500V and below and current levels of 200A and below.

Enclosed fuses: Enclosed fuses are divided into two types: filler fuses and unfilled fuses, as shown in Figure 3 and Figure 4. Filler fuses are generally made of square ceramic tubes, filled with quartz sand and melt, with strong breaking capacity, and are used in circuits with voltage levels below 500V and current levels below 1KA. The unfilled sealed fuse installs the melt into a sealed cylinder, with slightly lower breaking capacity, and is used in power grids or distribution equipment below 500V and 600A.

Quick fuse: Quick fuse is mainly used for short-circuit protection of semiconductor rectifier components or rectifier devices. Due to the low overload capacity of semiconductor components. It can only withstand large overload currents in a very short period of time, so short-circuit protection is required to have the ability to quickly fuse. The structure of a fast fuse is basically the same as that of a filler sealed fuse, but the material and shape of the melt are different. It is a variable cross-section melt with a V-shaped deep groove punched from silver sheets. Fast fuse, commonly referred to as "fast melting", is characterized by fast melting speed, high rated current, strong breaking capacity, stable current limiting characteristics, and small size.