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₹5,71,488 - ₹12,34,562
Havells Welding Cable HOFR 1000 m Length Red, WHAFDEKG10_ _ is engineered for safe and efficient power transmission in demanding welding applications. Designed with HOFR (Heat, Oil, and Flame Retardant) insulation, this cable offers superior protection against high temperatures, sparks, oil exposure, and mechanical stress. Its flexible construction supports smooth handling and easy movement during welding operations, while the red outer sheath improves visibility and on-site safety. Ideal for industrial workshops and fabrication environments, it ensures dependable performance under continuous load conditions. Built for durability and long operational life, the Havells Welding Cable HOFR 1000 m Length Red, WHAFDEKG10_ _ delivers consistent current flow with minimal power loss, supporting stable and precise welding output. Supplied in a 1000 m length, it reduces jointing requirements and installation time in large-scale setups. Widely used in construction sites, shipyards, and heavy engineering units, this Havells welding cable combines safety, flexibility, and reliability for professional welding applications.
green checkCable Length : 1000 m
green checkColor : Red
green checkType of Product : Welding Cable
green checkMaterial : HOFR
green checkSuitable For : Conducting the Welding Current to the Welding Torch
green checkApplication : Industrial Machinery, Battery Systems, Marine Settings, Solar Energy, Aircraft Servicing, Car Audio
₹21  
Makita Compression Spring for AT1216AZ, Part No A0100-0021 is a versatile mechanical component widely used in a diverse range of applications to store and release energy, absorb shock, or maintain a specific force between two contacting surfaces. These helical coil springs are characterized by their ability to compress under a load and return to their original uncompressed state once the force is removed, making them essential in various industries, including automotive, aerospace, manufacturing, and engineering.
The design of a compression spring consists of a helical coil of spring wire with a uniform pitch and diameter. When a load is applied, the spring compresses, absorbing the force and storing potential energy. This stored energy is then released when the load is removed, causing the spring to return to its original shape and producing an opposing force that pushes back against the compression. This property makes compression springs ideal for applications where resistance to linear compressive forces or shock absorption is required, such as in suspension systems, valves, industrial machinery, and consumer products.
The material selection for compression springs is critical and depends on the specific requirements of the application. High-carbon steel, stainless steel, music wire, and several non-ferrous alloys are commonly used due to their excellent strength, resilience, and fatigue resistance. The size, pitch, and number of coils are customized to achieve the desired spring rate, load capacity, and compression characteristics, ensuring optimal performance in the intended application.
Compression springs are available in a wide range of sizes, from miniature springs used in electronics and medical devices to large industrial springs employed in heavy machinery and equipment. Moreover, they can be manufactured with various end configurations, such as open ends, closed ends, or a combination of both, to suit specific mounting and force transmission requirements.
In summary, compression springs are indispensable components that provide reliable and predictable linear force and energy storage capabilities across numerous industries and applications. Their ability to absorb shock, maintain force, and store energy positions them as essential elements in countless mechanical systems, contributing to enhanced functionality, safety, and performance in diverse engineering and manufacturing environments.
₹30,679 - ₹54,279
The Shanti Stainless Steel 304Q Water Bath S.S.I-94 is a reliable and versatile piece of laboratory equipment designed to meet the demanding needs of precise temperature control in various scientific and industrial applications. Crafted from high-quality Stainless Steel 304Q, known for its excellent corrosion resistance and durability, this water bath ensures longevity and reliability in laboratory settings.
Featuring a robust and sturdy construction, the Shanti S.S.I-94 water bath is built to withstand the rigors of daily laboratory use. Its corrosion-resistant properties make it suitable for a wide range of applications, from microbiology and molecular biology to quality control processes in various industries.
Equipped with advanced heating elements and precise temperature controls, the S.S.I-94 water bath offers accurate and uniform temperature regulation within its spacious chamber. The temperature range of the water bath allows for versatile applications, such as sample incubation, enzyme reactions, and thermal testing of materials.
The spacious chamber of the water bath accommodates a variety of laboratory vessels, including beakers, flasks, and test tubes, providing flexibility and efficiency in experimental setups. The water bath's design ensures optimal heat distribution throughout the chamber, ensuring uniform temperature conditions for samples.
green checkModel No : S.S.I-94
green checkType of Product : Water Bath
green checkAccuracy : +-2⁰C
green checkMaterial : Stainless Steel 304Q
green checkTemperature Range : 300⁰C
₹20,059  
A Labpro Microprocessor Pid Digital Temperature Indicator with Timer for Labpro Serological Water Bath is a device that uses a microprocessor-based controller to accurately measure and display temperature while implementing a PID control algorithm for precise temperature regulation. It is commonly used in industrial and laboratory applications where maintaining precise temperature control is crucial. Here are the key features and functions of a microprocessor PID digital temperature indicator: Temperature Measurement: The device includes a temperature sensor (such as a thermocouple or RTD) that detects the temperature of the process or environment being monitored. Digital Display: It has a digital display that provides a clear and accurate readout of the current temperature. The display may show the temperature in degrees Celsius (°C) or Fahrenheit (°F) and can be configured to show additional information like setpoint, alarms, and other parameters. PID Control Algorithm: The microprocessor controller uses a PID algorithm to continuously analyze the difference (error) between the desired temperature (setpoint) and the measured temperature. It then adjusts the output control signal to minimize this error and maintain the temperature at the desired level. Control Outputs: The device typically provides one or more control outputs, such as relay contacts or analog outputs, to interface with external devices like heaters, coolers, or actuators. These outputs are modulated by the PID algorithm to regulate the temperature effectively. Setpoint Programming: Users can set the desired temperature setpoint manually or through programming options available on the device. Setpoint ramps and profiles may also be supported for applications requiring temperature changes over time. Alarm and Safety Features: The PID digital temperature indicator often includes configurable alarm functions. Users can set high and low temperature limits, and when these limits are exceeded, the device can trigger visual or audible alarms or perform predefined actions to ensure process safety. Communication Interfaces: Advanced models may offer communication interfaces like RS485, Ethernet, or USB, allowing the device to be integrated into control systems, data acquisition systems, or connected to a computer for data logging and remote monitoring. Calibration and Configuration: The device typically provides options for calibration and configuration to ensure accuracy and adaptability to specific applications. These settings can be accessed through the front panel or via software interfaces. Microprocessor PID digital temperature indicators are widely used in various industries such as manufacturing, chemical processing, food and beverage, pharmaceuticals, and research laboratories. They provide precise temperature control, accurate measurements, and advanced features to optimize process efficiency, maintain quality, and ensure safety.
₹2,595  
The PISCO Straight Check Valve Union 13.5 mm² Effective Section Area, 8 mm Suitable Tube, CVU8-8 – a dependable component designed to enhance fluid control systems with precision and reliability. Engineered for seamless integration, this check valve union is crafted to meet the rigorous demands of professionals across various industries, ensuring optimal performance in fluid management applications.Crafted with precision and durability in mind, the PISCO Check Valve Union features a robust design that withstands the challenges of industrial use. The high-quality materials and meticulous engineering guarantee longevity, making it a trusted choice for those seeking a durable solution for fluid control systems.The key functionality of the PISCO Check Valve Union lies in its ability to regulate unidirectional flow, preventing backflow and maintaining the integrity of fluid systems. This check valve union is a crucial component in situations where precision control of fluid direction is paramount, reducing the risk of contamination and enhancing overall system efficiency.Installation is made simple with the user-friendly design of the PISCO Check Valve Union. Its compact and versatile construction allows for easy integration into a variety of systems, providing a hassle-free solution for professionals in plumbing, manufacturing, and other industries where precise fluid control is essential.Trust in the precision engineering of PISCO products to elevate your fluid management systems. Whether you are a seasoned professional or a DIY enthusiast, the PISCO Check Valve Union is a valuable addition to your toolkit, offering a reliable and efficient solution for controlling fluid flow in your projects.
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