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3 ton tower ac

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₹18,879  
The Omron Non-Float Switch, specifically in its Base Type configuration as the 61F-G model, represents an advanced and versatile solution for liquid level control in diverse industrial and commercial applications. This switch is meticulously engineered to provide precise and reliable liquid level monitoring and control without relying on traditional float mechanisms, making it particularly suitable for applications where float-based solutions may be impractical or less precise. The 61F-G Base Type switch employs electronic sensing technology to detect variations in the electrical conductivity of a liquid medium, ensuring accurate and dependable liquid level measurements. This advanced sensing technology eliminates the need for mechanical floats, thereby reducing the risk of interference, contamination, or wear and tear commonly associated with traditional float-based switches. This switch is designed to operate with various supply voltages, allowing for compatibility with different electrical systems while delivering energy-efficient performance. The 61F-G model is available in different variations, catering to specific application requirements, such as input voltage and output relay options. Omron's Non-Float Switch adheres to rigorous industry standards, guaranteeing the highest level of performance and safety. Its design features robust construction, built from durable materials capable of withstanding mechanical stress, environmental factors, and exposure to different liquid types, commonly encountered in industrial environments. The Omron Non-Float Switch, Base Type 61F-G, offers a sophisticated solution for liquid level control, providing precision, durability, and adaptability in a wide spectrum of industrial and commercial settings. Its reliance on advanced electronic sensing technology ensures accurate and reliable liquid level monitoring, making it an invaluable asset in applications where traditional float-based solutions may not suffice.
₹44,839  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹37,759  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹37,759  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹30,679  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹31,859  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹23,599  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹24,779  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹17,699  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹17,699  
The Dayton Tower Light LED Assembly is a component used in industrial and commercial settings for visual signaling and status indication purposes. Tower lights are commonly used in manufacturing facilities, warehouses, assembly lines, and control panels to convey important information such as equipment status, process alerts, and safety warnings.Key Features and Benefits:LED Technology: The use of LED technology in the tower light assembly offers several advantages, including high brightness, energy efficiency, long lifespan, and color options for signaling purposes. LEDs provide clear and visible indications even in bright ambient conditions.Modular Design: Dayton Tower Light Assemblies often feature a modular design with multiple light modules stacked vertically. Each module can emit a different color, allowing for customizable signaling combinations based on specific alerts or conditions.Multiple Signaling Options: Tower lights can emit steady light, flashing light, or rotating light patterns to indicate different statuses or events. For example, a steady green light may indicate normal operation, while a flashing red light signals an alarm or error condition.Durable Construction: Dayton tower lights are built to withstand industrial environments, with rugged enclosures, sealed optics, and impact-resistant materials. They are designed to resist dust, moisture, vibrations, and temperature fluctuations for reliable performance.Easy Installation: Tower light assemblies from Dayton are designed for easy installation on machinery, control panels, or mounting brackets. They typically come with mounting hardware and wiring connections for quick setup and integration into existing systems.Customizable Configurations: Dayton offers tower light assemblies with customizable configurations, such as the number of light modules, colors, and operating voltages. This flexibility allows users to tailor the tower light setup to their specific application requirements.Visibility and Safety: Tower lights improve visibility and safety in industrial environments by providing clear visual indications of equipment status, process conditions, and safety warnings. They help operators and personnel quickly identify issues and take appropriate actions.Compatibility: Dayton Tower Light Assemblies are compatible with standard industrial control systems, PLCs (Programmable Logic Controllers), and electrical circuits. They can be integrated into automation systems for synchronized signaling and status monitoring.
₹2,47,799  
The AS ONE Power Hot Stirrer AC 100 V 50 / 60Hz, 2.5m 3P plug, VPHS-230A represents a pinnacle of efficiency and precision in laboratory equipment, poised to elevate the process of heating and stirring in scientific applications. With meticulous design and engineering, this instrument sets a new benchmark for versatility and accuracy. At the core of its functionality lies a robust heating element, capable of rapidly and uniformly heating substances across a range of temperatures. This ensures consistent and reproducible results, making it an invaluable tool for a wide array of experiments. The heating element is equipped with intuitive controls that allow users to precisely set and monitor temperatures, enabling real-time adjustments to meet the unique requirements of each experiment. The integration of a powerful stirring mechanism further enhances the device's capabilities. The stirrer's motor offers a diverse speed range, catering to different viscosities and mixing requirements. This versatility is particularly advantageous when working with various samples, each demanding specific agitation conditions. Safety remains a priority with features such as overheat protection and secure clamping mechanisms. These safeguards not only protect the user but also contribute to the longevity of the device. Its durable construction and high-quality materials ensure reliability and consistent performance over time. The AS ONE Power Hot Stirrer AC 100 V 50 / 60Hz, 2.5m 3P plug, VPHS-230A's compact design optimizes benchtop space, allowing for efficient utilization of laboratory workspace. Its user-friendly interface and intuitive controls make it accessible to researchers of varying expertise levels, facilitating seamless integration into laboratory workflows. From chemistry to biology and beyond, the Power Hot Stirrer stands as an indispensable tool for laboratories pursuing scientific excellence. Its fusion of advanced heating technology and precise stirring mechanisms highlights AS ONE's commitment to innovation and progress. By enabling accurate temperature control and uniform mixing, this instrument plays a pivotal role in advancing research across diverse scientific disciplines. It is a testament to AS ONE's dedication to providing cutting-edge solutions that empower scientists to achieve breakthroughs and push the boundaries of knowledge.
₹2,00,599  
The AS ONE Power Hot Stirrer AC 100 V 50 / 60Hz, 2.5m 3P plug, VPHS-190A represents a pinnacle of efficiency and precision in laboratory equipment, poised to elevate the process of heating and stirring in scientific applications. With meticulous design and engineering, this instrument sets a new benchmark for versatility and accuracy. At the core of its functionality lies a robust heating element, capable of rapidly and uniformly heating substances across a range of temperatures. This ensures consistent and reproducible results, making it an invaluable tool for a wide array of experiments. The heating element is equipped with intuitive controls that allow users to precisely set and monitor temperatures, enabling real-time adjustments to meet the unique requirements of each experiment. The integration of a powerful stirring mechanism further enhances the device's capabilities. The stirrer's motor offers a diverse speed range, catering to different viscosities and mixing requirements. This versatility is particularly advantageous when working with various samples, each demanding specific agitation conditions. Safety remains a priority with features such as overheat protection and secure clamping mechanisms. These safeguards not only protect the user but also contribute to the longevity of the device. Its durable construction and high-quality materials ensure reliability and consistent performance over time. The AS ONE Power Hot Stirrer AC 100 V 50 / 60Hz, 2.5m 3P plug, VPHS-190A's compact design optimizes benchtop space, allowing for efficient utilization of laboratory workspace. Its user-friendly interface and intuitive controls make it accessible to researchers of varying expertise levels, facilitating seamless integration into laboratory workflows. From chemistry to biology and beyond, the Power Hot Stirrer stands as an indispensable tool for laboratories pursuing scientific excellence. Its fusion of advanced heating technology and precise stirring mechanisms highlights AS ONE's commitment to innovation and progress. By enabling accurate temperature control and uniform mixing, this instrument plays a pivotal role in advancing research across diverse scientific disciplines. It is a testament to AS ONE's dedication to providing cutting-edge solutions that empower scientists to achieve breakthroughs and push the boundaries of knowledge.
₹15,339  
The Omron Power Off Delay Timer SPDT AC/DC 24-48 V DIN rail 5 A, H3DT-HBL is an essential component in the realm of industrial automation and control systems, designed to provide precise and reliable control over timing functions when power is removed. Omron, a globally recognized leader in automation technology, has engineered these timers to meet the highest standards of precision, quality, and reliability, making them crucial elements for a wide range of industrial and manufacturing applications. At its core, the Omron Power Off Delay Timer plays a pivotal role in delaying the de-energization of electrical circuits after a power-off command. These timers are designed to ensure that specific operations continue for a defined period, even after power is removed. They are essential for processes where a controlled delay in shutdown is required for safety or operational reasons. The construction of the Omron Power Off Delay Timer is robust and dependable, engineered to withstand the demanding conditions often encountered in industrial settings. These timers are designed to resist mechanical stress, vibrations, and temperature fluctuations, ensuring consistent, long-term performance. This durability is crucial for maintaining the reliability and stability of timing and control systems, ultimately reducing the risk of costly downtime and equipment failures. One of the standout features of these timers is their adaptability and ease of integration. Omron has designed them with standardized connectors and user-friendly interfaces, simplifying the installation process and minimizing the time and effort required for system setup. These timers are compatible with a wide range of Omron products, ensuring a seamless fit into various automation and control projects. Furthermore, the Omron Power Off Delay Timer is essential for professionals seeking to enhance the precision and safety of their industrial applications. These timers contribute to ensuring safe shutdown sequences, protecting equipment, and allowing processes to conclude safely even after power is removed. In summary, the Omron Power Off Delay Timer is a fundamental tool for professionals dedicated to precise and controlled power-off delays in their industrial automation and control systems.
₹29,499 - ₹1,29,799
You save ₹37,136!
33.67% OFF
Siemens Conventional Power Contactor Series 3RT10 --6A.36 8K are engineered for superior performance and reliability in diverse industrial applications. Designed to handle high electrical loads, these contactors ensure safe and efficient control of electric motors, lighting, heating, and other heavy-duty electrical equipment. Featuring robust construction, Siemens Power Contactors are built to withstand rigorous operational environments, offering long-term durability and stability. Their modular design allows for easy installation and maintenance, reducing downtime and enhancing operational efficiency. With a wide range of current ratings and coil voltages, Siemens Power Contactors provide flexible solutions to meet specific application requirements. Enhanced safety features, such as arc suppression and overload protection, ensure secure operation and protection of connected equipment. These contactors are compliant with international standards, guaranteeing high-quality performance and reliability. Siemens’ advanced engineering ensures minimal energy consumption and low heat generation, making them an eco-friendly choice. Whether used in manufacturing plants, automation systems, or commercial buildings, Siemens Power Contactors deliver optimal performance, ensuring your operations run smoothly and safely. Choose Siemens Power Contactors for your electrical control needs and experience the reliability and efficiency that set Siemens apart in the industry.
green checkType of Product : Conventional Power Contactor
green checkVoltage : 415V
green checkAuxiliary Contacts : 2 NO+2 NC
green checkProduct Sub Type : AC-3
green checkCoil : AC/DC Coils (Conventional)
₹3,421  
A Dayton Enclosed Power Relay is an electrical switch used for controlling high-power circuits in industrial and commercial applications. These relays are enclosed in protective casings to ensure safe operation and protection against environmental factors.Key features of Dayton Enclosed Power Relays include:High Current Handling: Enclosed power relays are designed to handle high current loads, making them suitable for controlling motors, heaters, lighting systems, and other high-power equipment.Switching Capability: These relays can switch electrical circuits on and off, allowing for remote or automated control of equipment and machinery.Enclosed Design: The relay is housed in an enclosure that protects it from dust, moisture, debris, and accidental contact. This enclosure also provides insulation and safety for personnel working near electrical components.Durability: Dayton Enclosed Power Relays are built with durable materials such as metal or thermoplastics, ensuring long-term reliability and performance in industrial environments.Mounting Options: They come with various mounting options, including DIN rail mounting, panel mounting, or surface mounting, making installation flexible and convenient.Coil Voltage Options: These relays are available with different coil voltage options to match the electrical specifications of the application and control systems.Safety Features: Many enclosed relays come with features such as overload protection, surge protection, and built-in fuses to safeguard equipment and circuits from electrical faults.Compliance: Dayton Enclosed Power Relays comply with relevant safety standards and certifications, ensuring their reliability and safety in industrial and commercial installations.Overall, Dayton Enclosed Power Relays provide reliable switching and control capabilities for high-power electrical circuits, contributing to efficient and safe operation in various applications.
₹3,421  
A Dayton Enclosed Power Relay is an electrical switch used for controlling high-power circuits in industrial and commercial applications. These relays are enclosed in protective casings to ensure safe operation and protection against environmental factors.Key features of Dayton Enclosed Power Relays include:High Current Handling: Enclosed power relays are designed to handle high current loads, making them suitable for controlling motors, heaters, lighting systems, and other high-power equipment.Switching Capability: These relays can switch electrical circuits on and off, allowing for remote or automated control of equipment and machinery.Enclosed Design: The relay is housed in an enclosure that protects it from dust, moisture, debris, and accidental contact. This enclosure also provides insulation and safety for personnel working near electrical components.Durability: Dayton Enclosed Power Relays are built with durable materials such as metal or thermoplastics, ensuring long-term reliability and performance in industrial environments.Mounting Options: They come with various mounting options, including DIN rail mounting, panel mounting, or surface mounting, making installation flexible and convenient.Coil Voltage Options: These relays are available with different coil voltage options to match the electrical specifications of the application and control systems.Safety Features: Many enclosed relays come with features such as overload protection, surge protection, and built-in fuses to safeguard equipment and circuits from electrical faults.Compliance: Dayton Enclosed Power Relays comply with relevant safety standards and certifications, ensuring their reliability and safety in industrial and commercial installations.Overall, Dayton Enclosed Power Relays provide reliable switching and control capabilities for high-power electrical circuits, contributing to efficient and safe operation in various applications.
₹4,601  
RS PRO IVP-1 Non Contact Voltage Detector, 100V ac to 1000V ac Model No 1233247 is a handheld electronic tool used to determine the presence or absence of an electric voltage in a conductor or electrical circuit without the need for direct contact. It is a simple and essential safety tool used by electricians, maintenance technicians, and homeowners to identify live electrical circuits, faulty wiring, and potential electrical hazards.
Key features and capabilities of a voltage detector include:
Non-Contact Sensing: Voltage detectors use a sensing mechanism that allows them to detect the presence of an electric field around a live conductor without making physical contact. This minimizes the risk of electric shock to the user.
Visual and/or Audible Indicators: When brought close to an energized conductor, a voltage detector typically provides visual or audible indications of the voltage's presence. Common indicators include LED lights that light up or a beeping sound.
Sensitivity and Voltage Range: Different voltage detectors have varying sensitivity levels and voltage ranges. Some models can detect low voltages, such as those found in electronic circuits, while others can detect higher voltages commonly found in household wiring or industrial applications.
Battery-Powered: Voltage detectors are usually battery-operated, making them portable and convenient for use in different locations.
Voltage detectors are used in various applications, including:
Electrical Troubleshooting: To identify live wires or voltage sources during electrical repairs or troubleshooting activities.
Safety Inspections: To check the presence of voltage in electrical outlets, switches, and wiring before performing maintenance or repairs.
Circuit Testing: To verify the operation of electrical circuits and components.
Non-Destructive Testing: To assess the integrity of electrical insulation and identify potential issues without damaging the wiring or insulation.
Electrical Installations: To confirm that power has been disconnected or reconnected correctly during electrical installations.
It is important to note that voltage detectors are not precision instruments for measuring voltage levels accurately. Instead, they serve as a preliminary tool for quickly determining the presence of voltage. For precise voltage measurements, a digital multimeter is more appropriate.
In conclusion, a voltage detector is a valuable safety tool used to identify the presence of electric voltage in conductors or circuits without direct contact. By providing visual or audible indications, it helps electricians and technicians assess potential electrical hazards and take appropriate safety precautions during maintenance, troubleshooting, and electrical work. Its non-contact sensing mechanism and portability make it an essential device for anyone working with electrical systems
₹1,651  
The Omron Bi-Power Relay AC 100/110 V Plug-in terminal, LY4N AC100/110 is a highly versatile and reliable electrical component designed to control electrical circuits in a wide range of applications. With its impressive specifications and exceptional performance, this relay is a go-to choice for engineers and technicians seeking top-notch quality and precision in their projects. At the heart of the Omron Bi-Power Relay is its dual-coil design, which enables it to handle two separate circuits independently, making it a powerful and versatile solution for various electrical control needs. The dual-coil design is essential for applications where safety and redundancy are paramount, as it ensures that one circuit can serve as a backup in case the other fails. This level of reliability is especially critical in industries such as manufacturing, automotive, and aerospace. One of the standout features of the Omron Bi-Power Relay is its exceptional switching capability. It can handle high voltage and current, making it suitable for demanding applications. Whether you need to control lighting systems, motors, or heating elements, this relay can reliably handle the load, ensuring seamless operation. Furthermore, the Omron Bi-Power Relay is known for its long service life and durability. It's built to withstand harsh environmental conditions, including temperature extremes, vibrations, and shock, ensuring that it remains functional even in challenging settings. In terms of compatibility and ease of integration, the Omron Bi-Power Relay is designed to work seamlessly with various control systems and can be easily incorporated into existing setups. This simplifies the installation process and minimizes downtime during maintenance or upgrades. In summary, the Omron Bi-Power Relay is a reliable and robust electrical component designed to meet the stringent requirements of industrial and commercial applications. Its dual-coil design, high switching capacity, and rugged construction make it a standout choice for engineers and technicians who demand precision and reliability in their projects. Whether you're working in manufacturing, automation, or any field that requires precise control over electrical circuits, the Omron Bi-Power Relay is an excellent choice to ensure smooth and dependable operation.
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₹44,099 ₹54,600
19.23% OFF

Know Everything About 3 ton Tower ac

Enhance your comfort with a 3-ton AC. Offering powerful cooling for large spaces, this AC ensures relief from scorching heat. Explore tower ac 3 ton price options that suit your budget. With a sleek design, it complements your interiors seamlessly. Our range guarantees energy efficiency, keeping your bills in check. Choose from various models, including 1.5 ton split ac and 2-ton ac, for diverse needs. Looking for versatility? Check out the 2-ton ac and elevate your cooling experience today!

How does a 3 ton tower ac work?

Delve into the inner workings of a 3-ton AC and uncover the science behind its cooling prowess. As featured on IndustryBuying, this cooling giant is engineered to deliver exceptional comfort in spacious environments. Explore the range of 3 ton tower air conditioner price options, catering to your budget and needs. Here's an in-depth look at its functioning:

i) Air Circulation: When activated, the AC draws in warm air from the surroundings, initiating the cooling process. The warm air from the room is pulled into the AC unit.
ii) Cooling Process: Inside the AC, the warm air interacts with cooling coils containing a refrigerant. The refrigerant within the coils absorbs the heat from the warm air, causing the air to cool down.
iii) Powerful Cooling: The now-cooled air is propelled back into the room by a powerful fan, spreading the refreshing sensation. The fan's circulation system evenly distributes the cool air throughout the space.
iv) Model Diversity: IndustryBuying offers a diverse array of models, including 1.5-ton ac, 2 ton ac, and 2 ton ac, providing choices to suit unique requirements. Choose from a variety of models based on your specific cooling needs.

Elevate your cooling experience by embracing the technology and innovation packed into a 3-ton AC. With its intricate process of air manipulation, heat absorption, and efficient circulation, this cooling marvel stands as a testament to modern engineering. Discover the perfect balance between performance, convenience, and affordability as you navigate through the diverse selection of tower ac 3 ton price options available.

Where is a 3 ton tower ac commonly used? 

With its robust cooling capabilities, this appliance finds its purpose in a multitude of spaces, guaranteeing an oasis of comfort. Take a closer look at ac 3 ton price options tailored to accommodate your preferences. The versatility of this AC shines through its common usages:

a) Commercial Spaces: Whether it's a bustling shop, an office humming with productivity, or a showroom showcasing products, the 3 ton AC effortlessly maintains a pleasant atmosphere.
b) Expansive Living Areas: Elevate the ambience of large living rooms, conference halls, or spacious banquet areas with the cooling prowess of this AC.
c) Fitness Havens: In gyms and studios, where exertion is the norm, the 3-ton AC ensures an invigorating environment that keeps workouts effective and refreshing.
d) Eventful Comfort: Whether it's a celebratory soirée, a corporate gathering, or any event that demands cool comfort, this AC comes to the rescue.
e) Cooling Data Havens: The precision cooling capabilities make it indispensable for server rooms, safeguarding sensitive equipment from overheating.
f) Industrial Spaces: From warehouses to factories, this AC ensures a conducive environment for optimal productivity.
g) Hospitality Sector: Hotels, restaurants, and cafes can offer patrons a relaxing and cool ambience, enhancing their experience.

Explore a selection that includes 1.5-ton ac, 2 ton split ac, and 2 ton ac models, all armed with an advanced Air Compressor. Elevate your cooling experience and step into a world where versatile comfort meets cutting-edge technology.

What are the types of 3 ton tower AC? 

Delve deeper into the extensive selection, each meticulously designed to cater to your distinct cooling needs. While you explore tower ac 3 ton price options, let's explore the diverse spectrum of types that you can choose from:

1. Standard Cooling: Unleash the might of robust cooling performance, meticulously calibrated to cool expansive spaces with efficiency and power. These 3-ton ACs provide exceptional cooling power for larger areas, ensuring comfort even in sizable environments.
2. Inverter Technology: Opt for energy-efficient solutions that dynamically adjust cooling output based on prevailing conditions, conserving energy while ensuring a comfortable environment. Experience intelligent cooling through models equipped with inverter technology, which adapts to cooling requirements, saving energy while keeping you comfortable.
3. Wi-Fi Enabled: Embrace the future with smart ACs that grant you the ability to control and schedule cooling remotely using your mobile devices. Enjoy the convenience of controlling your AC remotely through your smartphone or tablet, thanks to Wi-Fi-enabled features.
4. Ductless Design: Some tower ACs seamlessly integrate into your space without the need for complex ductwork, blending in harmoniously with your interior aesthetics. Experience seamless installation and design integration with ductless tower ACs, avoiding the need for elaborate ductwork.
5. Portable Convenience: Choose models equipped with caster wheels, allowing you to effortlessly move your cooling solution wherever it's needed most. Enjoy the flexibility of portable tower ACs, easily relocating them to areas that require cooling attention.
6. Purification: Elevate your indoor air quality with tower ACs embedded with built-in air purifiers, ensuring a breath of fresh and clean air. Breathe easier with tower ACs that feature integrated air purifiers, enhancing the quality of the air you breathe.
7. Low Noise Operation: Prioritize serene environments with models designed for whisper-quiet operation, maintaining tranquil surroundings. Experience the peace of quiet operation, making these tower ACs ideal for environments where noise reduction is essential.

As you consider these diverse options, remember to explore the comprehensive array of choices like 1.5-ton ac, 2 ton ac, and 2 ton cassette ac, each equipped with an advanced Air Compressor.

What are the advantages of 3 ton tower ac? 

i) Powerful Cooling: The 3 ton AC stands as a powerful cooling solution, capable of rapidly and effectively cooling even the most spacious environments. Its high cooling capacity ensures a comfortable ambience throughout.
ii) Energy Efficiency: Within the diverse range of ac 3 ton price options, you can find models that prioritize energy efficiency. These units strike a balance between cooling performance and energy conservation, helping you maintain a cool environment without excessive energy consumption.
iii) Cost-Effective Cooling: By opting for an energy-efficient model, you're making a long-term investment in cost-effective cooling. The reduced energy consumption translates to more manageable electricity bills, saving you money over time.
iv) Space Optimization: The vertical design of a 3 ton AC maximizes the utilization of floor space. This is particularly advantageous in areas where floor space is limited, allowing you to enjoy powerful cooling without sacrificing valuable room area.
v) All-in-One Cooling Solution: One of the major advantages of a 3 ton AC is its ability to cool larger spaces efficiently. This eliminates the need for installing multiple air conditioning units, simplifying the cooling setup and ensuring uniform comfort across the entire area. Its advanced air conditioner compressor promises long-lasting performance.
vi) Elegant Aesthetics: With sleek and modern designs, these tower ACs seamlessly blend into a variety of interior aesthetics. The aesthetic appeal of the unit enhances the overall ambience of the space.
vii) Enhanced Air Quality: Some models come equipped with built-in air purifiers, ensuring that the air you breathe is not only cool but also clean and free from pollutants. This promotes a healthier indoor environment for you and your family.
viii) Low Noise Operation: The design of these tower ACs incorporates noise-reduction technologies, allowing for cooling without the disruption of excessive noise. This is particularly advantageous in environments where tranquillity is essential.

Frequently Asked Questions

What is the cooling capacity of a 3 ton tower AC?

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The cooling capacity of a 3 ton AC is designed to cool large spaces efficiently. It provides approximately 36,000 BTUs (British Thermal Units) of cooling power, making it suitable for spacious rooms, halls, and commercial areas.

How does the pricing of a 3 ton AC compare to other types of AC units?

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The 3 ton tower air conditioner price can vary based on the brand, features, and additional functionalities. Generally, 3 ton ACs are competitively priced compared to similar capacity units like 1.5 ton ac, 2 ton ac, and 2 ton ac. The pricing takes into account the enhanced cooling capacity and features offered by the tower AC.

Can a 3 ton AC be equipped with an advanced Air Conditioner Compressor?

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Yes, many 3 ton AC models come equipped with an advanced Air Compressor. This compressor technology enhances the efficiency and performance of the AC unit, ensuring optimal cooling even in demanding conditions. It's advisable to check the specifications of the specific model you are interested in to confirm the presence of the advanced compressor.