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Pack of 10 piece
₹601   ₹699
You save ₹98!
14.02% OFF
The TECHDELIVERS Nylon 10 x 4.5 inch 1045 1045R CW CCW Propeller Black for DJI F450 500 F550 FPV Multi-Copter 5 Pair Combo, a propeller is a type of rotary device that consists of blades mounted around a central hub. When the propeller spins, it generates thrust by creating a difference in air pressure between its front and rear surfaces. This thrust is used to propel aircraft, watercraft, and even some land-based vehicles. Propellers are commonly used in various applications to achieve propulsion and generate movement. Propellers: Blades: The blades of a propeller are designed to generate lift and thrust as they cut through a fluid medium, such as air or water. Hub: The hub is the central part of the propeller that connects the blades. It houses the mechanisms that transmit the rotational force to the blades. Rotation: When the propeller rotates, it pushes against the surrounding fluid (air or water), creating a force in the opposite direction. This force propels the vehicle forward. Pitch: The pitch of a propeller refers to the angle at which the blades are set relative to the hub. It determines how much the propeller "bites" into the fluid and influences the amount of thrust generated. Thrust: The forward force generated by the propeller's rotation is known as thrust. It's the force that moves a vehicle in the desired direction. Applications of Propellers: Aircraft: Propellers are commonly used on small aircraft, such as general aviation planes and some helicopters. They generate the necessary thrust for flight. Boats and Ships: Watercraft, from small boats to large ships, use propellers to move through water efficiently. Propellers for boats are also called marine propellers or boat propellers. Underwater Vehicles: Submarines, remotely operated vehicles (ROVs), and underwater drones use propellers to navigate underwater. Drones: Many drones, especially multirotor drones, use propellers to generate lift and control their movement. Land Vehicles: Some land vehicles, such as hovercraft and certain types of amphibious vehicles, use propellers to move over water or uneven terrain. Fans and Ventilation: Industrial fans and ventilation systems also use propeller-like designs to move air and provide cooling. Overall, propellers are essential components for generating thrust and propulsion in a wide range of vehicles and devices that operate in fluid environments, whether in the air, water, or even on the ground.
₹872  
The JT 4 Channel Relay Card is a board with four independent relays. The relays can be controlled using an Arduino, and the card is also compatible with the Raspberry Pi. It can also be used in conjunction with systems that have industrial power supplies and other systems that require DC power sources to be switched on and off remotely. The relays are rated for 120 VAC / 240 VAC at 400 mA/240 VAC, and are designed to have a current-limiting circuit built-in so they will not burn out if the load is too heavy. The relays can handle up to 50VDC of input voltage, making this board ideal for use with 24VDC systems. When using the card in conjunction with an Arduino board, the relays will respond when receiving signals between 3 – 5 Volts. The input voltage for the card can be 12V DC. The output voltage of this relay board is 5V DC, which is safe and convenient for controlling low-voltage devices such as LED lights or solenoid valves. Each channel has an input terminal and an output terminal which allows you to connect these terminals with wires to control the device you want to turn on or off. The relay contacts can withstand about 10A current. The relay cards have many applications such as: home automation, industrial automation, vending machine control, robot control and etc. This card is a perfect solution for controlling high-power loads as well as providing isolated control of sensitive electronic equipment. This card can control up to four channels via a single relay output. It is designed with the same footprint as a PCI card so that it can be used in place of one in any computer case.
₹188 - ₹376
You save ₹1,741!
87.09% OFF
The TECHDELIVERS Copper Clad Board for PCB making is a single-sided phenolic board specifically designed for creating custom printed circuit boards (PCBs) in electronic projects. This type of board is commonly used by hobbyists, electronics enthusiasts, and professionals who need a reliable substrate for assembling and soldering electronic components.The key feature of the TECHDELIVERS Copper Clad Board is its construction using a phenolic resin substrate with a thin layer of copper laminated onto one side. The copper layer serves as the conductive trace material for creating circuit pathways, while the phenolic substrate provides structural support and insulation between the copper traces.One of the advantages of using a single-sided copper clad board is its simplicity and affordability, making it ideal for prototyping and small-scale projects. The single-sided design means that components and traces are only soldered onto one side of the board, simplifying the assembly process and reducing complexity.The copper layer on the board is typically pre-etched with a copper pattern or grid, providing a template for creating custom circuit designs. Users can use etching techniques such as chemical etching or mechanical milling to remove unwanted copper and create the desired circuit layout.The TECHDELIVERS Copper Clad Board is also designed with convenience in mind. It comes in standard sizes and thicknesses, making it compatible with common PCB design software and fabrication techniques. This standardization ensures compatibility with drill sizes, component placements, and soldering processes.
green checkSuitable For : PCB making Single Sided
green checkType of Product : Copper Clad Board
green checkMaterial : Phenolic
green checkCare Instructions : Always use mask while cutting PCBs
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₹282   ₹559
You save ₹277!
49.55% OFF
The TECHDELIVERS Ferric Chloride (FeCl3) PCB Etching Powder For PCB Making - 500 g, also known as etchant or etching solution, is a chemical substance used in the process of creating printed circuit boards (PCBs). PCB etching is a method of removing unwanted copper from the surface of a copper-clad PCB substrate to create circuit traces, pads, and other conductive features. PCB Etching Powder: Chemical Composition: PCB etching powder typically consists of a mixture of chemicals that can dissolve or react with copper, effectively etching away the unwanted copper from the substrate. Selective Etching: The etchant selectively removes copper while leaving behind the protective mask that defines the circuit pattern. This allows for precise creation of conductive pathways on the PCB. Etching Process: The PCB is coated with a resist material (such as photoresist) that protects the areas where the circuit traces and pads are intended. The PCB is then submerged or brushed with the etching solution. The etchant removes copper from the exposed areas, leaving the desired circuit pattern. Safety Considerations: PCB etching solutions can contain corrosive and potentially harmful chemicals. Proper safety precautions, such as wearing protective gear and working in a well-ventilated area, are essential when using etchants. Common Types of PCB Etching Solutions: Ferric Chloride (FeCl3): One of the most common etchants, ferric chloride is corrosive and reacts with copper to dissolve it. Cupric Chloride (CuCl2): Cupric chloride is used as an alternative to ferric chloride and offers faster etching times. Ammonium Persulfate (NH4)2S2O8): This etchant is less corrosive compared to ferric chloride and is often used for more delicate applications. Sodium Persulfate (Na2S2O8): Similar to ammonium persulfate, sodium persulfate is a milder etchant suitable for fine-pitch traces and sensitive components. Using PCB Etching Powder: Prepare the PCB: Apply a resist material (photoresist, for example) to the PCB surface. The resist protects the areas you want to keep. Expose the Circuit Pattern: Expose the resist to light or use other methods to create the desired circuit pattern. Develop the Resist: Develop the exposed resist to remove unwanted portions, leaving the circuit pattern intact. Etching: Submerge the PCB in the etching solution. Agitate or brush the solution over the surface to speed up the process. Rinse and Neutralize: Once the desired copper has been etched away, rinse the PCB thoroughly with water to remove any remaining etchant. Neutralize the etchant to make it safe for disposal. Remove the Resist: Strip the remaining resist material from the PCB using appropriate methods.
₹329   ₹399
You save ₹70!
17.54% OFF
The TECHDELIVERS 12-24 V 775 DC High-speed Large Torque Motor with Fan Blade on armature for DIY Model Car/Small Drill Micro-machine refers to a type of electric motor that is connected to a fan blade. The motor's primary purpose is to rotate the fan blade and create airflow or ventilation. This setup is commonly found in various appliances and equipment where cooling or air circulation is essential. Here's how the motor with a fan blade typically works: 1. Motor: The motor is an electric device that converts electrical energy into mechanical energy. In this context, it's usually an electric motor designed to rotate the fan blade. The motor can be of different types, such as AC (alternating current) or DC (direct current), depending on the application. 2. Fan Blade: The fan blade is a component with curved or angled surfaces that are designed to move air when rotated. The blade is connected to the shaft of the motor, so when the motor spins, it also drives the fan blade to rotate. 3. Housing: The motor and fan blade assembly is usually housed in a protective casing or housing. The housing provides structural support, protection, and helps guide the airflow generated by the rotating fan blade. Applications of motors with fan blades include: 1. Cooling Fans: These are commonly found in electronic devices, computers, laptops, and other equipment to dissipate heat and prevent overheating. 2. HVAC Systems: Heating, Ventilation, and Air Conditioning systems use motors with fan blades to circulate air and maintain indoor comfort. 3. Household Fans: Ceiling fans, pedestal fans, table fans, and other types of fans in households use this configuration for air circulation. 4. Automotive Cooling Fans: In vehicles, motors with fan blades are used in cooling fans for the engine and air conditioning system. 5. Industrial Fans: Large industrial fans used for ventilation, air circulation, and cooling purposes also use this setup. The motor with a fan blade is a practical and efficient way to move air and provide cooling in various applications. The size and power of the motor, as well as the design of the fan blade, are tailored to the specific requirements of the device or system in which it is used.
Pack of 10 piece
₹176   ₹299
You save ₹123!
41.14% OFF
The TECHDELIVERS EPK Heat Toner Transfer Paper Project Circuit PCB, Making at Home Set of 10 Pcs x A4 Size . Transfer paper is commonly used in the process of making DIY PCBs at home. The transfer paper method allows you to transfer the circuit design from a printed image onto a copper-clad PCB board, which is then etched to create the desired PCB circuit. Here's a step-by-step guide to the transfer paper method for creating a PCB: Materials Needed:
1. Copper-clad PCB board
2. Circuit design printed on regular paper using a laser printer (mirrored/flipped horizontally)
3. Transfer paper (also known as iron-on transfer paper or toner transfer paper)
4. Iron
5. Etching solution (such as ferric chloride or ammonium persulfate)
6. Plastic container for etching
7. Rubber gloves
8. Fine sandpaper or abrasive pad
9. Safety goggles Steps: 1. Circuit Design: Create or download the desired circuit design using PCB design software. Print the circuit design on regular paper using a laser printer. The design should be mirrored or flipped horizontally, as it will be transferred to the copper side of the PCB. 2. Preparing the Copper Board: Cut the copper-clad PCB board to the desired size for your circuit. Clean the copper surface thoroughly with fine sandpaper or an abrasive pad to remove any oxidation or impurities. 3. Preparing the Transfer Paper: Cut the transfer paper to the size of the PCB board. Place the printed side of the transfer paper (with the circuit design) onto the cleaned copper surface. Ensure that the toner side is in contact with the copper surface. 4. Heat Transfer: Preheat the iron to a medium-high setting (without steam). Place the iron on top of the transfer paper and apply even pressure while moving the iron in a circular motion. Make sure to cover the entire circuit design area. Apply heat for about 2-3 minutes. 5. Cooling and Peeling: Allow the transfer paper to cool down for a few minutes. Once cool, gently peel off the transfer paper. The toner from the paper should now be transferred onto the copper surface. 6. Etching: Wear rubber gloves and safety goggles for this step. Prepare the etching solution in a plastic container according to the manufacturer's instructions. Submerge the copper-clad board with the toner in the etching solution. Agitate the container gently to ensure even etching. The etching process will remove the exposed copper areas, leaving the printed circuit behind.
Pack of 50 piece
₹176 - ₹1,769
You save ₹205!
29.33% OFF
TECHDELIVERS PCB Toner Transfer Paper in Glossy A4 size is a specialized printing medium designed for creating high-quality printed circuit board (PCB) layouts with ease and precision. This paper is specifically engineered for use in the toner transfer method, a popular technique used by electronics enthusiasts and professionals for transferring circuit designs onto copper-clad boards.The glossy finish of the paper ensures crisp and clear printing of PCB designs, allowing for intricate details and fine traces to be accurately reproduced. The A4 size is a standard dimension that provides ample space for printing multiple circuit designs on a single sheet, maximizing efficiency and reducing waste during the PCB fabrication process.One of the key advantages of TECHDELIVERS PCB Toner Transfer Paper is its compatibility with laser printers and copiers commonly found in home offices and professional work environments. This compatibility ensures that users can easily print their circuit designs directly onto the transfer paper without the need for specialized printing equipment.The paper's heat-resistant properties are crucial for the toner transfer method, where the printed circuit design is transferred from the paper onto a copper-clad board using heat and pressure. TECHDELIVERS PCB Toner Transfer Paper can withstand the high temperatures required for successful toner transfer, ensuring reliable and consistent results.Moreover, the glossy surface of the paper facilitates smooth toner transfer onto the copper surface of the PCB, minimizing the risk of smudging or smearing during the transfer process. This contributes to the overall quality and accuracy of the transferred circuit pattern, making it easier for users to etch and create functional PCBs.Overall, TECHDELIVERS PCB Toner Transfer Paper in Glossy A4 size is a reliable and efficient solution for creating professional-grade PCB layouts using the toner transfer method. Its compatibility with laser printers, heat-resistant properties, and glossy finish make it an essential tool for electronics enthusiasts, hobbyists, and professionals involved in PCB prototyping and fabrication.
green checkType of Product : PCB toner transfer paper
green checkSheet Size : A4
green checkPaper Finish : Glossy
₹235   ₹499
You save ₹264!
52.91% OFF
The TECHDELIVERS RS555 DC Hobby Motor Turbine Generator 12 V 5500 RPM High Torque is a system that combines three main components: a motor, a turbine, and a generator. This setup allows for the conversion of mechanical energy into electrical energy. The process involves using the motor to drive the turbine, which, in turn, rotates the generator to produce electricity. Here's how each component works in the motor turbine generator system: 1. Motor: The motor is an electric device that converts electrical energy into mechanical energy. It provides the initial rotational force required to drive the turbine. 2. Turbine: The turbine is a machine with blades or buckets that rotate when subjected to a fluid (gas or liquid) flow. In the context of a motor turbine generator, the turbine is connected to the motor's shaft and rotates when the motor is powered on. 3. Generator: The generator is an electrical device that converts mechanical energy (rotational motion) into electrical energy (electricity). As the turbine rotates, it drives the generator, causing the generation of electricity through electromagnetic induction. The motor turbine generator system is commonly used in various applications, such as: 1. Power Plants: In some power plants, particularly in hydroelectric power plants, water turbines are driven by electric motors to generate electricity. 2. Wind Turbines: In wind power systems, the motor is used to initiate the rotation of the turbine, which harnesses the kinetic energy of the wind and drives the generator to produce electrical power. 3. Gas Turbines: In some gas turbine power plants, electric motors are used to start the initial rotation of the gas turbine before it begins generating power on its own. 4. Experimental Setups: Motor turbine generator systems are also used in educational and experimental setups to demonstrate the principles of energy conversion and electrical generation. It's important to note that in many cases, the motor turbine generator system may be a part of a larger complex power generation system. The choice of the motor, turbine, and generator components depends on the specific application, power requirements, and efficiency considerations.
Bottle of 500 gram
₹282   ₹499
You save ₹217!
43.49% OFF
The TECHDELIVERS 500 g Ferric Chloride FeCl3 PCB Etching Agent for DIY PCB Making, a chemical sorcerer in the world of electronics, emerges as a transformative solution that shapes the pathways of innovation. This unassuming concoction wields the power to carve intricate designs onto copper-clad circuit boards, giving birth to the intricate patterns that underlie modern technology. Designed with precision and reactivity, a PCB etching agent performs a delicate dance of chemical reactions. It selectively removes unwanted copper from the surface of a circuit board, leaving behind the pathways that guide electrical currents. It's a conductor of transformation, turning raw copper into meticulously designed circuitry. In the realm of circuit board production, a PCB etching agent is the master of detail, bringing complex designs to life. It transforms flat sheets of copper into functional works of art, connecting components and enabling the flow of information and power that powers our devices. With an eye for precision, a PCB designer employs the etching agent to create connections that dictate the functionality of a circuit. It's a tool that breathes life into the dreams of engineers, artists, and innovators, allowing their visions to materialize as tangible pathways of possibility. Beyond its functional prowess, a PCB etching agent stands as a symbol of controlled creativity. It's the fusion of chemistry and technology, where the controlled application of science yields results that spark progress. In its transformative power, it embodies the essence of design, intricacy, and the ever-evolving journey of human ingenuity. In the realm of innovation, a PCB etching agent is the silent collaborator that forges the connections that drive our digital lives. It's the alchemical blend that turns copper into circuits and circuits into devices, leaving an indelible mark on the tapestry of technology.
Pack of 4 piece
₹388 - ₹518
You save ₹308!
37.29% OFF
The Invento 260mA Mini DC Air Pump ISC 1613 is a compact and efficient air pump designed for a variety of applications where space and power constraints are a concern. With a nominal current of 260mA and operating on a DC power supply, this mini air pump provides reliable and consistent air flow in a small, portable package. It is ideal for use in aquariums, small ventilation systems, and other low-power air movement needs. The ISC 1613 features a robust construction that ensures durability and long-term performance. Its compact design makes it suitable for installation in tight spaces where traditional pumps might be too large. Despite its size, the pump delivers a commendable air flow rate, making it a versatile choice for both hobbyist and professional applications. The air pump operates quietly, minimizing noise disruption while providing efficient air circulation. It is easy to install and maintain, with user-friendly connections and minimal maintenance requirements. The device is engineered to handle continuous operation, making it reliable for ongoing use in various environments. The Invento Mini DC Air Pump ISC 1613 is a practical solution for applications requiring a small yet powerful air pump. Its combination of efficiency, durability, and compact size makes it an excellent choice for enhancing air flow in confined spaces and specialized settings.
green checkFlow Rate : 0.3L/min
green checkVoltage : 3V - 6V DC
green checkType of Product : Mini DC Air Pump
green checkCurrent : 260mA
green checkSize : 48 x 27 x 12 mm
green checkPressure : 30KPa
green checkNo-Load Testing Paramete : 3v 130ma, 300mmhg
₹884 - ₹1,887
You save ₹1,417!
42.89% OFF
The Invento 2 mm Hole Diameter Aluminium Alloy Sheet is an essential material for a wide range of DIY projects, offering both durability and versatility. Crafted from high-quality aluminium alloy, this sheet is designed to meet the needs of hobbyists and professionals alike, making it ideal for custom fabrication, crafting, and repair work. With a precise 2 mm hole diameter, the sheet features a series of evenly spaced perforations that enhance its adaptability for various applications. The perforations allow for easy integration with other components, facilitating seamless assembly in projects such as custom enclosures, decorative panels, and ventilation grilles. The aluminium alloy construction provides a strong yet lightweight material, ensuring that the sheet maintains its structural integrity while remaining manageable and easy to work with. The sheet's aluminium alloy composition also offers excellent resistance to corrosion, making it suitable for use in both indoor and outdoor environments. Its smooth surface can be easily painted, anodized, or finished to match aesthetic preferences or functional requirements. Additionally, the material's inherent thermal and electrical conductivity makes it a practical choice for projects involving heat dissipation or electrical components. Whether you're constructing a bespoke piece of furniture, creating custom artwork, or building functional components, the Invento Aluminium Alloy Sheet delivers the quality and performance needed to achieve professional results. Its combination of strength, versatility, and ease of use makes it a valuable addition to any DIY enthusiast's toolkit.
green checkSuitable For : DIY Projects
green checkType of Product : Aluminium Alloy Sheet
green checkHole Diameter : 2mm
green checkMaterial : Aluminium Alloy
green checkPackage Contains : 1 pc Aluminium Alloy Sheet
₹1,143  
The JT 8 Channel RELAY CARD is a reliable relay card with 8 channels, each of which can support up to 10A/250VAC or 2A/30VDC. It is ideal for industrial automation to control various kinds of electrical devices. It can work in the same time in Parallel, it can save cost and more easy to control. It is suggested for using for home automation control, security system control, traffic light monitoring control and so on. The card requires a bus-powered PCI slot and consumes approximately 2 watts of power (1 watt with the backlight off). Each relay has an independent contact rating of 30VDC at 1A or 250VAC at 2A, and can be triggered by an external signal or by internal timing. The external trigger input uses a 3-pin screw terminal, while the internal trigger input uses a 4-pin screw terminal. The timing input is provided via 16-pin header and allows for event control through software. When triggered, the relays turn on and remain active for 20 seconds before turning off automatically. This prevents unwanted relay chatter due to momentary surges in current draw, thereby ensuring that the card performs reliably over time. With the relay card, one can achieve a wide range of tasks including lighting control, heavy machinery automation, and anything else that requires switching on and off power supply. The device has 8 channels for remote control; each channel can be independently controlled. Each channel contains a relay output. The relay outputs are designed to control various loads with up to 10A 250VAC.
₹2,949 - ₹4,247
You save ₹330!
10.06% OFF
The SELEC 8-Channel Contact Changeover Relay Module is a versatile and reliable device used for controlling multiple electrical circuits in industrial automation and control systems. This module acts as an interface between a programmable logic controller (PLC), distributed control system (DCS), or other control device and external loads such as motors, solenoids, valves, lights, and more. Key features of the SELEC 8-Channel Contact Changeover Relay Module include: Multiple Channels: The module is equipped with eight channels, allowing users to control multiple electrical circuits simultaneously. Each channel typically consists of a contact changeover relay, offering flexibility in switching between different loads or control signals. Contact Changeover Configuration: The contact configuration of the relays is changeover (also known as Form C or SPDT), providing a single-pole double-throw switching capability. This configuration enables each relay to switch between two separate circuits, offering versatility in control applications. Wide Operating Voltage Range: The module typically operates within a wide voltage range, accommodating various industrial control system requirements. This ensures compatibility with different power supply voltages commonly used in industrial environments. DIN Rail Mounting: The module is designed for DIN rail mounting, which is a standard method for mounting components in industrial control panels. DIN rail mounting offers secure installation and easy maintenance, allowing for efficient use of space within the control panel. LED Indicators: Many models of the SELEC 8-Channel Contact Changeover Relay Module feature LED indicators for each channel. These indicators provide visual feedback on the status of each relay, such as whether it is energized or de-energized, aiding in troubleshooting and diagnostics. Reliable Performance: Built with quality components and rugged construction, the SELEC relay module offers reliable performance in harsh industrial environments. It is designed to withstand temperature fluctuations, electrical noise, vibration, and other environmental factors commonly encountered in industrial settings. Easy Integration: The module is designed for easy integration into existing control systems. It typically features standard input/output connections and communication protocols, allowing for seamless integration with PLCs, DCS, or other control devices.
green checkType of Product : Changeover Relay Module
green checkNo. of Channels : 8
green checkMounting Type : 35 mm DIN Rail
green checkInput Rating : 24 V DC
₹164  
The Omron 23 mm DIN Rail 10 A Relay Socket Screw Terminal Black, PYFZ-08-E is a versatile and efficient component designed for the seamless integration of relays into industrial control systems. Engineered for DIN rail mounting, this socket provides a secure and organized solution for incorporating relays into control panels and cabinets. The inclusion of screw terminals enhances ease of installation and maintenance, ensuring reliable connections for various applications. The DIN rail mounting feature allows for quick and convenient installation on standard DIN rails commonly used in control panels. This design facilitates efficient organization and arrangement of components within industrial environments, contributing to streamlined control systems. The screw terminals on the socket provide a reliable and secure means of connecting wiring to the relay. The screw connection design simplifies the installation process, allowing for straightforward wiring without the need for additional tools. This feature ensures a robust and stable electrical connection, vital for maintaining the integrity of industrial control systems. The socket's design is compatible with a range of Omron relays, enhancing its versatility and applicability across different relay models. This compatibility allows users to select and integrate relays based on the specific requirements of their applications, offering flexibility in design and functionality. Built with Omron's commitment to quality and durability, this relay socket meets the standards of reliability expected in industrial settings. The robust construction ensures that it can withstand the demands of diverse applications, providing long-lasting performance in challenging environments. In summary, the Omron 23 mm DIN Rail 10 A Relay Socket Screw Terminal Black, PYFZ-08-E is a reliable and versatile solution for integrating relays into industrial control systems. With its DIN rail mounting, screw terminals, and compatibility with various Omron relays, this socket offers a streamlined and efficient approach to organizing and connecting relays in control panels. Trust in Omron for advanced and dependable components that contribute to the stability and performance of industrial automation.
₹2,123 - ₹2,123
The Selec Rectangular Window Type Earth Fault Relay Accessories with a CT Ratio of 630 are indispensable components in electrical protection systems, meticulously designed to detect and respond to earth fault conditions in power distribution networks. These accessories are pivotal for ensuring the safety of personnel, equipment, and infrastructure by swiftly identifying and isolating fault conditions to mitigate damage and minimize downtime. Key features of the Selec Rectangular Window Type Earth Fault Relay Accessories with a CT Ratio of 630 include: Rectangular Window Design: These accessories boast a convenient rectangular window design, simplifying installation around the conductor without the need for circuit interruption. This design expedites non-intrusive installation, curbing downtime and disruption to operations during setup and maintenance. Earth Fault Detection: Outfitted with highly sensitive current transformers (CTs), these accessories can discern even minute leakage currents associated with earth faults. The CTs discern the current flow through the conductors and furnish a proportional signal to the earth fault relay for scrutiny and detection of fault conditions. CT Ratio of 630: Featuring a high CT ratio of 630, these accessories exhibit enhanced sensitivity to earth fault currents, facilitating prompt and accurate detection of fault conditions. This elevated ratio ensures the detection of even minor fault currents, furnishing reliable protection for personnel and equipment. Reliable Performance: Fabricated with robust materials and premium components, the Selec Rectangular Window Type Earth Fault Relay Accessories are engineered for dependable and long-lasting operation in demanding industrial environments. They withstand temperature fluctuations, electrical noise, and mechanical stress, delivering consistent performance under harsh conditions. Integration with Earth Fault Relays: Seamlessly integrating with earth fault relays, these accessories form an integral part of the overall protection system. The CTs furnish the requisite input signals to the relay, empowering it to detect and respond to earth fault conditions effectively, thus enhancing the overall safety and reliability of the electrical system. Compliance with Standards: Adhering to relevant industry standards and regulations for electrical protection and safety, the Selec Rectangular Window Type Earth Fault Relay Accessories meet stringent performance and safety requirements, instilling user confidence in their reliability and effectiveness. Versatile Applications: These accessories find application across a diverse array of industries, encompassing power generation, transmission, distribution, and industrial facilities. They furnish indispensable protection against earth faults, thwarting equipment damage, downtime, and safety hazards.
green checkType of Product : Earth Fault Relay Accessories
green checkFeatures : Sensitive, Accurate
green checkCT ratio : 630/1A
green checkBurden : 1VA
green checkCurrent Transformer Type : Rectangular Window Type
green checkMounting Type : Wall Mount
green checkAccuracy : Class 1.0
₹825 - ₹6,961
The Selec Core Balance Current Transformer (CBCT) Earth Leakage Relay Accessories represent a comprehensive solution for electrical safety and protection in industrial and commercial environments. These accessories are designed to complement Selec's CBCT Earth Leakage Relays, enhancing their functionality and ensuring reliable operation in diverse electrical systems. At the heart of the system is the Core Balance Current Transformer (CBCT), a specialized device used to detect leakage currents in electrical circuits. The CBCT operates by measuring the difference between the sum of currents flowing in phase conductors and the neutral conductor, thereby identifying any imbalance caused by leakage to ground. This enables early detection of earth faults, helping to prevent electrical hazards such as electric shocks, fires, and equipment damage. The Selec CBCT Earth Leakage Relay Accessories are designed to enhance the performance and functionality of CBCT-based earth leakage protection systems. These accessories may include mounting brackets, terminal covers, auxiliary contacts, and communication modules, among others, providing users with flexibility and customization options to suit their specific application requirements. For example, mounting brackets facilitate secure installation of CBCTs in electrical panels or enclosures, ensuring proper positioning for accurate current measurement. Terminal covers offer protection against accidental contact or tampering, safeguarding the integrity of connections and ensuring operational safety. Auxiliary contacts enable the relay to interface with external devices such as alarm systems, control panels, or remote monitoring devices, allowing for seamless integration into existing infrastructure. This enhances system visibility and enables proactive response to earth fault events, minimizing downtime and optimizing safety. Furthermore, communication modules may enable remote monitoring and control of the CBCT Earth Leakage Relay system, providing real-time status updates, fault notifications, and diagnostic information. This remote accessibility enhances operational efficiency and enables timely intervention in the event of earth fault incidents, helping to mitigate risks and ensure continuity of operations.
green checkType of Product : Earth Leakage Relay Accessories
green checkCurrent Transformer Type : Core Balance Current Transformer
green checkMounting Type : Panel Mount
green checkOperating Current : 30 mA - 30A
₹1,887  
The JT 8 Channel 5A Switching Current RELAY CARD is a high-density relay card designed for industrial control applications, such as machine power control, automation, networking and so on. The relay card supports 8 channels of 5A current output and each channel can be turned on or off by external signals (typically from industrial controls). The relay card integrates relays and driver chips with advanced switching technology and the use of high-quality electronic components to achieve outstanding performance. It can protect the circuit from transient over-voltage and overcurrent, as well as from abnormal voltage drop. The relay card also has excellent surge protection and anti-interference ability to ensure stable operation. It is designed to drive the relays directly and can be used in many industrial applications such as the control circuit of a machine tool, or automatic door opener or remote control and so on. In the event of a failure or when switching between high motor power and low motor power, it will quickly switch the high-power circuit to low-power circuit by pressing one key on the remote control board. With built-in overheat protection, it will automatically detect whether there is a short circuit or overload and shut down when overheating occurs, so it has good protection against short circuits and overload. This product has high reliability, small volume, and easy installation in harsh environment. It is suitable for control of air conditioners, electric fans, home appliances, lighting equipment and other large current loads. It has a built-in timer function that can be used to control the ON/OFF time.
₹1,533 - ₹1,533
The Selec Rectangular Window Type Earth Fault Relay Accessories with a CT Ratio of 250 are crucial components in electrical protection systems, specifically designed to detect and respond to earth fault conditions in power distribution networks. These accessories are vital for ensuring the safety of personnel and equipment by promptly identifying and isolating fault conditions to prevent damage and minimize downtime. Key features of the Selec Rectangular Window Type Earth Fault Relay Accessories with a CT Ratio of 250 include: Rectangular Window Design: The accessories feature a rectangular window design, facilitating easy installation around the conductor without the need for circuit interruption. This design ensures quick and non-intrusive installation, minimizing downtime and disruption to operations during installation and maintenance. Earth Fault Detection: Equipped with highly sensitive current transformers (CTs), these accessories can detect even small leakage currents associated with earth faults. The CTs sense the current flowing through the conductors and provide a proportional signal to the earth fault relay for analysis and detection of fault conditions. CT Ratio of 250: With a high CT ratio of 250, these accessories offer enhanced sensitivity to earth fault currents, allowing for prompt and accurate detection of fault conditions. This high ratio ensures that even minor fault currents are detected, providing reliable protection for personnel and equipment. Reliable Performance: Built with robust materials and high-quality components, the Selec Rectangular Window Type Earth Fault Relay Accessories are designed for reliable and long-term operation in demanding industrial environments. They are resistant to temperature fluctuations, electrical noise, and mechanical stress, ensuring consistent performance under harsh conditions. Integration with Earth Fault Relays: These accessories seamlessly integrate with earth fault relays, forming an essential part of the overall protection system. The CTs provide the necessary input signals to the relay, enabling it to detect and respond to earth fault conditions effectively, thus enhancing the overall safety and reliability of the electrical system. Compliance with Standards: The Selec Rectangular Window Type Earth Fault Relay Accessories comply with relevant industry standards and regulations for electrical protection and safety. This ensures that they meet stringent performance and safety requirements, providing users with confidence in their reliability and effectiveness. Versatile Applications: These accessories are suitable for a wide range of applications across various industries, including power generation, transmission, distribution, and industrial facilities. They provide essential protection against earth faults, helping to prevent equipment damage, downtime, and safety hazards.
green checkType of Product : Earth Fault Relay Accessories
green checkFeatures : Sensitive, Accurate
green checkCT ratio : 250/1A
green checkBurden : 1VA
green checkCurrent Transformer Type : Rectangular Window Type
green checkMounting Type : Wall Mount
green checkAccuracy : Class 1.0
₹978 - ₹1,297
The Selec Rectangular Window Type Earth Fault Relay Accessories with a CT Ratio of 160 are essential components in electrical protection systems, designed to detect and respond to earth fault conditions in power distribution networks. These accessories play a critical role in safeguarding equipment, personnel, and infrastructure from the potentially hazardous effects of earth faults. Key features of the Selec Rectangular Window Type Earth Fault Relay Accessories with a CT Ratio of 160 include: Rectangular Window Design: The accessories feature a rectangular window design, allowing for easy installation around the conductor without the need for disconnecting or interrupting the circuit. This design facilitates quick and non-intrusive installation, minimizing downtime and disruption to operations. Earth Fault Detection: Equipped with sensitive current transformers (CTs), the accessories are capable of detecting even small leakage currents associated with earth faults. The CTs sense the current flowing through the conductors and provide a proportional signal to the earth fault relay for analysis and detection of fault conditions. CT Ratio of 160: The accessories feature CTs with a ratio of 160, indicating the relationship between the primary and secondary currents. A higher CT ratio allows for more sensitive detection of earth faults, ensuring prompt and accurate response to fault conditions. Reliable Operation: Built with quality materials and components, the Selec Rectangular Window Type Earth Fault Relay Accessories are designed for reliable and long-term operation in harsh industrial environments. They are resistant to temperature fluctuations, electrical noise, and mechanical stress, ensuring consistent performance under demanding conditions. Integration with Earth Fault Relays: The accessories are designed to work seamlessly with earth fault relays, forming an integral part of the overall protection system. The CTs provide the necessary input signals to the relay, enabling it to detect and respond to earth fault conditions effectively. Compliance with Standards: The Selec Rectangular Window Type Earth Fault Relay Accessories comply with relevant industry standards and regulations for electrical protection and safety. This ensures that they meet stringent performance and safety requirements, providing users with confidence in their reliability and effectiveness. Application Versatility: These accessories are suitable for a wide range of applications across various industries, including power generation, transmission, distribution, and industrial facilities. They provide essential protection against earth faults in electrical systems, helping to prevent equipment damage, downtime, and safety hazards.
green checkType of Product : Earth Fault Relay Accessories
green checkFeatures : Sensitive, Accurate
green checkCT ratio : 160/1A
green checkBurden : 1VA
green checkCurrent Transformer Type : Rectangular Window Type
green checkMounting Type : Wall Mount
green checkAccuracy : Class 1.0
₹2,005  
The Hobbywing Xrotor 20A ESC is an affordable, reliable and easy to use electronic speed controller that is perfect for your multi-rotor applications. The Xrotor ESC is small yet powerful, and can handle 2S-4S LiPo batteries without any problems. The Xrotor has a built-in BEC that provides 5V to power the receiver and servos, so there's no need for additional components or wiring for them.The Xrotor 20A ESC is also very easy to program. You can set the desired battery voltage and the number of cells you are using (2S-4S) using dip switches, which means you don't have to go through the hassle of hooking up a computer to reprogram it every time you want to change your battery configuration. The Xrotor ESC also comes with an LED display that shows you the battery voltage under load, so you can keep track of your battery health.The Xrotor 20A ESC can handle up to 3S LiPo/LiFe batteries, and comes with a barrel jack connector for an external BEC. The input voltage range is 6 – 15V, which means it can be powered by 2-3s LiPo, a 3s LiFe battery, or even 4s LiPo with a step down converter.For most applications, an external BEC is not necessary. If you want to use an external BEC though, Hobbywing offers an optional one on their site. The stock BEC will do just fine for powering servos.As far as programming goes, this ESC has all of the features you'd expect from a modern speed controller. There are three timing modes: Multiwii/Airplane mode (1-2ms), Multiwii/Heli mode (2-4ms), and Multiwii/Climb mode (2-7ms). It also has two programmable mixes: one between throttle and pitch channel.
₹872 - ₹2,005
You save ₹597!
26.55% OFF
The Siemens Stand-Alone Assembly 3RU29...3AA01 Series represents a cutting-edge solution for motor protection and control in industrial settings. Specifically designed for standalone applications, this series offers a comprehensive range of features to ensure efficient and reliable operation. With its robust construction and advanced engineering, the Stand-Alone Assembly provides superior protection for motors against overloads, short circuits, and phase imbalances. This helps prevent damage to equipment and ensures uninterrupted production processes, minimizing downtime and maintenance costs. The series incorporates Siemens' innovative technologies, including thermal and magnetic trip elements, to accurately detect and respond to abnormal operating conditions. Additionally, its modular design allows for easy installation and customization to suit specific application requirements. Equipped with comprehensive diagnostic and monitoring capabilities, the Stand-Alone Assembly provides real-time insights into motor performance, enabling proactive maintenance and troubleshooting. This enhances overall system reliability and efficiency while reducing the risk of unexpected failures. Furthermore, the series complies with international standards for safety and performance, ensuring compliance with regulatory requirements and industry best practices. Whether used in manufacturing plants, utilities, or infrastructure projects, the Siemens Stand-Alone Assembly 3RU29...3AA01 Series delivers unmatched performance and peace of mind for critical motor protection applications.
green checkType of Product : Stand-Alone Assembly
green checkMounting Type : Screw and snap-on mounting
green checkColor : Black
green checkApplicaton : Accessory for Independent Mounting
₹199  
The Omron 29.5 mm DIN Rail 5 A Relay Socket Screw Terminal Beige, PYF14A-N is a versatile and efficient component designed for the seamless integration of relays into industrial control systems. Engineered for DIN rail mounting, this socket provides a secure and organized solution for incorporating relays into control panels and cabinets. The inclusion of screw terminals enhances ease of installation and maintenance, ensuring reliable connections for various applications. The DIN rail mounting feature allows for quick and convenient installation on standard DIN rails commonly used in control panels. This design facilitates efficient organization and arrangement of components within industrial environments, contributing to streamlined control systems. The screw terminals on the socket provide a reliable and secure means of connecting wiring to the relay. The screw connection design simplifies the installation process, allowing for straightforward wiring without the need for additional tools. This feature ensures a robust and stable electrical connection, vital for maintaining the integrity of industrial control systems. The socket's design is compatible with a range of Omron relays, enhancing its versatility and applicability across different relay models. This compatibility allows users to select and integrate relays based on the specific requirements of their applications, offering flexibility in design and functionality. Built with Omron's commitment to quality and durability, this relay socket meets the standards of reliability expected in industrial settings. The robust construction ensures that it can withstand the demands of diverse applications, providing long-lasting performance in challenging environments. In summary, the Omron 29.5 mm DIN Rail 5 A Relay Socket Screw Terminal Beige, PYF14A-N is a reliable and versatile solution for integrating relays into industrial control systems. With its DIN rail mounting, screw terminals, and compatibility with various Omron relays, this socket offers a streamlined and efficient approach to organizing and connecting relays in control panels. Trust in Omron for advanced and dependable components that contribute to the stability and performance of industrial automation.
₹601 - ₹1,415
The Invento 12V Diaphragm Self-Priming Water DC Pump ISC 1917 is a compact, versatile pump designed for DIY enthusiasts and small-scale projects. Featuring a robust diaphragm mechanism, this pump is capable of self-priming, meaning it can start pumping water even if it has not been fully primed beforehand. This function is particularly useful for applications where consistent water flow is needed, and it simplifies the setup process for users. Operating on a 12V DC power supply, the ISC 1917 is highly efficient, making it suitable for use in a variety of low-power settings. Its small size and lightweight design allow for easy installation in tight spaces, whether it's in a small water feature, a compact irrigation system, or a custom-built project. The pump's self-priming capability ensures reliable performance, even when the water source is located at a distance or when the system is first set up. The diaphragm construction not only enhances the pump’s durability but also ensures it runs quietly and smoothly, minimizing noise and vibration during operation. The Invento ISC 1917 is built with high-quality materials to resist wear and tear, making it a dependable choice for continuous or intermittent use. Ideal for hobbyists and engineers alike, this micro pump is perfect for projects that require a steady, reliable water supply without the need for extensive plumbing or complicated setups. Its efficiency, ease of use, and durability make it an excellent addition to any DIY toolkit.
green checkNozzle Diameter : 7.5mm
green checkFlow Rate : 80-120L/H
green checkVoltage : 12V
green checkType of Product : Diaphragm Self-Priming Water DC Pump Micro
green checkMaximum lift : 40-120cm
green checkPump Diameter : 35mm
green checkPump Length : 80 mm
green checkMaximum suction : 2 metre
Pack of 10 piece
₹1,651 - ₹2,477
The "Invento 10pcs EN31 Rustproof Steel Smooth Rod Length 100-200 mm" appears to be a package containing 10 smooth rods made from EN31 rustproof steel, each with a length ranging from 100mm to 200mm. Here's a detailed overview of this product:
Material: The rods are made from EN31 rustproof steel. EN31 steel is a high-carbon alloy steel known for its high strength, hardness, and resistance to corrosion. This material choice ensures durability and longevity, particularly in environments prone to rust and corrosion.
Smooth Rods: These rods feature a smooth surface finish, without any threading or grooves. Smooth rods are commonly used in various applications where linear motion is required, such as in 3D printers, CNC machines, robotics, and other mechanical systems. They are often used in conjunction with linear bearings or bushings to facilitate smooth and precise movement.
Quantity: The package contains 10 smooth rods, providing a convenient solution for projects that require multiple rods or for stocking up on spare parts.
Length Range: Each rod in the package has a length ranging from 100mm to 200mm. This range offers flexibility, allowing users to choose the appropriate rod length for their specific project requirements.
Rustproof Properties: The EN31 rustproof steel ensures that the rods have excellent resistance to rust and corrosion, making them suitable for use in challenging environments where exposure to moisture or corrosive substances is a concern.
green checkType of Product : Parts & Accessories
green checkMaterial : EN-31 (Hard Chromed)
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