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Série de relais C-Lin Offre une gamme complète de solutions de contrôle intelligentes adaptées à l'automatisation industrielle et aux applications intelligentes. Revêtement relais temporels, comptoirs, relais de niveau liquide, Commutateurs de contrôle du temps, Relais électromagnétiques miniatures, régulateurs d'électricité, et relais à semi-conducteurs, la série assure des fonctions de synchronisation, de comptage, de contrôle et de protection précises.
Avec des fonctionnalités telles que une précision élevée de retard / nombre, des fonctionnalités multi-modes, une large compatibilité de tension (AC 50 / 60Hz ≤380V, DC 24V) et de fortes performances anti-ingérence, les relais C-Lin sont largement utilisés dans la fabrication, les maisons intelligentes, les systèmes d'alimentation, etc.
Certifié GB / T14048.5, JB / T10047, et UL / CCC Normes, la série prend en charge l'installation flexible et les applications globales.
With a focus on proprietary technology, Xinling Electrical has obtained over 450 patents and 120 software copyrights.
En 2023, 88 nouveaux brevets ont été ajoutés, dont 23 brevets d'invention, améliorant considérablement l'innovation unique de ses technologies et stimulant l'avantage concurrentiel de ses produits.
A time relay is a device that controls the timing of electrical events, opening or closing contacts after a predetermined time delay.
The primary difference between a standard relay and a timer relay is that a standard relay operates immediately upon receiving an electrical signal, whereas a timer relay introduces a delay before activating or deactivating its contacts.
A counting relay is designed to count the number of events or pulses in a circuit, activating its output after a specified count has been reached.
A meter counter works by tallying the number of electrical pulses it receives, often used to measure quantities like flow rate or production counts.
A liquid level relay monitors the liquid level in a container, activating or deactivating a pump or alarm when the liquid reaches a certain threshold.
A level relay for conductive liquids detects the level of conductive liquids, using the conductivity to complete a circuit and trigger actions like activating a pump or alarm.
To test a solid-state relay (SSR), begin with a visual inspection to check for any physical damage or loose connections. Next, verify that the input side of the SSR receives the correct control voltage. Use a multimeter to measure the output side, ensuring it responds appropriately when the control input is applied. Finally, connect the SSR to its intended load and confirm it operates as expected under normal conditions.
A solid-state relay operates by using semiconductor components to switch electrical circuits on or off without moving parts, providing faster and more reliable operation compared to electromechanical relays.
The main difference between a standard relay and a solid-state relay lies in their construction and operation: standard relays use electromagnetic coils and moving parts to open or close contacts, while solid-state relays rely on semiconductor components to perform the switching function, offering advantages like faster response times and longer lifespan.
A time relay is a device that controls the timing of electrical events, opening or closing contacts after a predetermined time delay.
The primary difference between a standard relay and a timer relay is that a standard relay operates immediately upon receiving an electrical signal, whereas a timer relay introduces a delay before activating or deactivating its contacts.
A counting relay is designed to count the number of events or pulses in a circuit, activating its output after a specified count has been reached.
A meter counter works by tallying the number of electrical pulses it receives, often used to measure quantities like flow rate or production counts.
A liquid level relay monitors the liquid level in a container, activating or deactivating a pump or alarm when the liquid reaches a certain threshold.
A level relay for conductive liquids detects the level of conductive liquids, using the conductivity to complete a circuit and trigger actions like activating a pump or alarm.
To test a solid-state relay (SSR), begin with a visual inspection to check for any physical damage or loose connections. Next, verify that the input side of the SSR receives the correct control voltage. Use a multimeter to measure the output side, ensuring it responds appropriately when the control input is applied. Finally, connect the SSR to its intended load and confirm it operates as expected under normal conditions.
A solid-state relay operates by using semiconductor components to switch electrical circuits on or off without moving parts, providing faster and more reliable operation compared to electromechanical relays.
The main difference between a standard relay and a solid-state relay lies in their construction and operation: standard relays use electromagnetic coils and moving parts to open or close contacts, while solid-state relays rely on semiconductor components to perform the switching function, offering advantages like faster response times and longer lifespan.
