Cosmo Photo Couplers & Optocouplers – Authorised Dealer in Pune

Cosmo Optocouplers for Electrical Isolation Between Circuits

Cosmo ( Photo Couplers ) — We are Manufacturer, Supplier and Exporter of our product range. Our setup is situated in Pune, Maharashtra, India and majorly we serve our customers from all over India including metro cities like Pune, Mumbai, Bangalore, Chennai, Delhi and Hyderabad.

The basic function of a Photo Coupler is that it ensures total electronic isolation, including potential isolation (as in the case of transformer) in an electrical circuit. It comprises of Photo Transistor and Photo Darlington.

At Kura Electronics, we strive to be a key contributor in the industry for supplying best quality electronic photo couplers and associated products. The achievements of Kura Electronics are attributed to our unwavering commitment to customer satisfaction, made possible by our selective product portfolio. This approach empowers us to provide unparalleled proficiency combined with extensive product knowledge, focusing on electromechanical and interconnect components. We offer innovative supply chain solutions tailored to your specific needs. We are well equipped to address challenging supply related issues. We strive to enhance the uniformity of materials and processes in the supply of electronic goods, with a commitment to ensure customer satisfaction.

A photocoupler is an electronic component that combines light sensitive and light emitting elements to provide power isolation between two circuits. It is often used to transmit signals or data between two parts of an current system while maintaining voltage isolation which means there is no direct wired connection between the input and output sides. A typical photocoupler consists of an light emitting diode on the input side and a phototransistor or a photosensitive diode on the output side. The two sides are physically separated by a transparent package that allows light to pass through but prevents direct electrical contact.

Applications of Cosmo Photo Couplers

Cosmo SSR with MOSFET Output

Kura Electronics has emerged as a prominent player in trading of electronic products. Our core mission revolves around delivering unique, innovative, cost efficient products and robust automation solutions to meet the needs of our valued customers. Furthermore, we have ensured that our products are competitively priced, making them accessible to a wide range of customers. We take the utmost care in packaging our products using durable materials to guarantee their safe transit. Our proficient team of logistics experts ensures timely delivery of products. Our advanced infrastructure plays a pivotal role in maintaining the high quality of our product range.

SSR (Solid State Relay) MOSFET output refers to the output stage of a solid state relay that uses MOSFET (Metal Oxide Semiconductor Field Effect Transistor) technology to switch electrical loads. Solid state relays are electronic switches that do not have moving parts and use semiconductor devices like MOSFETs, to control the flow of current from the input control signal to the output without physical contact. The primary application of these SSR MOSFET output devices is to regulate the switching of the output pole connection.

How an SSR MOSFET Output Works

• Input Stage : The input stage of the solid state relay is where you provide a control signal, typically a low voltage direct current signal, to the relay. When this control signal is applied, it activates the internal circuitry of the solid state relay.

• Output Stage (MOSFET) : The output stage of an solid relay with a MOSFET output uses one or more MOSFETs as the switching element. MOSFETs are semiconductor devices that can efficiently switch high power loads such as alternating current and direct current loads using a low power control signal. When the control signal is activated, the MOSFET in the SSR allows current to flow through the load connected to its output terminals.

• Isolation : These type of relays often include opto isolation between the input and output stages. This means that there is an optical barrier ,usually an LED on the input side and a phototransistor on the output side that provides electrical isolation, preventing the control signal from directly affecting the load. This isolation adds an extra layer of safety and protection.

Advantages of SSR MOSFET Output

• Solid State Relays with MOSFET outputs are known for their fast switching speed.

• Low power consumption and durability because they lack mechanical components.

• They are commonly used in applications where high frequency switching is required.

• They offer advantages over traditional electromechanical relays including longer lifespan and faster switching times.

Types of SSR MOSFET Output

• Normal Close Type.

• LNormal Open / low Current and ON Resistance Type.

• Normal Close + Normal Open Type.

• Normal Open Type.

Cosmo Reed Relays for Fast, Sealed Switching

At Kura Electronics, our commitment is to become a leading supplier of products related to safeguarding, regulating and managing power. Our products are designed to enhance safety, efficiency and convenience across various industrial sectors including automotive, industrial and heavy vehicles. Our strong reputation in the industry for delivering high quality products is an affirmation that our staff is determined and ready for hard work. To attract and retain customers, we design clear business policies through which our valued customers are benefitted.

Reed relays are compact and reliable digital components that play a crucial role in numerous industries and technologies by providing efficient and precise switching capabilities. These relays comprise a hermetically sealed glass tube housing two closely positioned flexible metal reeds. The operation of reed relays is based on the interaction of these reeds, offering a reliable method for controlling electrical currents in a wide range of applications. Key components of reed relays include the reed switch, the coil and the contact terminals. The heart of the relay is the reed switch which consists of two metal reeds enclosed in a sealed glass envelope. These reeds respond to magnetic fields, moving closer together when exposed to such fields to complete an electrical circuit. The coil, wound around the reed switch, generates the necessary magnetic field.

Advantages of Cosmo Reed Relays

Applications of Cosmo Reed Relays

Cosmo Photo Interrupters

Kura Electronics aspires to be a premier source of electronics solutions . Our expertise lies in the supplying of an extensive array of electronic products. From our end, we offer a diverse range of sensors, controllers, connectivity solutions and more. These products have gained the trust of techinicians across a multitude of industrial applications, with our technology seamlessly integrating into everyday automated devices. Through our commitment to deliver exceptional relays and other associated products ,we aim to fulfill our mission of enhancing human life quality by introducing innovative products in the field of electronic switches and relays.

A photo interrupter is an electronic device used to detect the interruption of a light beam by an object or obstruction. It consists of an emitter and a detector, and it finds application in various fields due to its ability to provide non contact detection, precise sensing and reliability. At Kura Electronics, our product lineup includes the KW Series photo interrupter. This device comprises a high radiant power Gas infrared LED along with a Si photo transistor. Housed in a compact short lead package, this photo interrupter is perfectly suited for seamless automated installation.

Photo Interrupter Components

• Emitter : This component emits a light beam, usually in the form of infrared light.

• Detector : The detector which is positioned opposite the emitter, senses the light beam. When the beam is uninterrupted, the detector receives the emitted light.

The photo interrupter works based on the interruption of the light beam. When an object passes between the emitter and the detector, it blocks the light, causing the detector's light reception to change. This change is then converted into an electrical signal, indicating the presence or absence of an object.

Benefits of Photo Interrupters