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RS PRO Silver Anodised Aluminium Instrument Case, 80 x 169.8 x 53.8mm Model No 1951548

By RS PRO

₹6,607  

RS PRO Silver Anodised Aluminium Instrument Case, 80 x 169.8 x 53.8mm Model No 1951548 is a protective enclosure designed to store and transport sensitive instruments, tools, equipment, or valuable items safely and securely. Instrument cases come in various sizes, materials, and configurations to accommodate the specific needs and dimensions of the items they are intended to protect.
The main features and components of an instrument case include:
Outer Shell: The outer shell of the instrument case is usually made of durable and impact-resistant materials such as hard plastic, aluminum, or composite materials. This provides protection against external forces, water, dust, and other environmental factors.
Foam Interior: The interior of the case is lined with customizable foam or padded dividers. This foam is cut or shaped to fit the contours of the instruments or equipment being stored, ensuring a snug and secure fit. The foam absorbs shocks and prevents items from shifting during transportation, minimizing the risk of damage.
Latches and Locks: Instrument cases often come with secure latches or locks to keep the case closed and prevent unauthorized access. Some cases have dual-action latches for added security, while others come with padlock holes for additional protection.
Handles and Straps: To facilitate easy transportation, instrument cases feature ergonomic handles or shoulder straps. Handles are usually reinforced with rubber or soft materials for a comfortable grip.
Wheels (optional): Larger and heavier instrument cases may be equipped with built-in wheels and retractable handles, allowing users to pull the case instead of carrying it, reducing strain on the user.
Instrument cases have diverse applications across numerous industries, including:
Music: Protecting musical instruments such as guitars, keyboards, and wind instruments during travel or storage.
Photography and Videography: Safeguarding cameras, lenses, and accessories while on the move or during storage.
Test and Measurement: Transporting delicate electronic equipment and testing instruments to job sites or between laboratories.
Medical: Storing and transporting sensitive medical devices, diagnostic tools, and surgical instruments.
Industrial and Military: Carrying specialized tools, equipment, and communication devices in rugged environments.
The use of instrument cases ensures the safety and longevity of valuable and sensitive equipment, preventing damage and costly repairs. Customizable foam interiors allow for tailored solutions that precisely fit the items being stored, minimizing movement and maximizing protection. Whether for professional use or personal belongings, an instrument case is an indispensable accessory for those who need to transport delicate and valuable items safely and conveniently.

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RS PRO ET5300 Earth Tester 2kΩ Model No 1445339

By RS PRO

₹20,059  

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RS PRO Silver Anodised Aluminium Instrument Case, 40 x 63.5 x 30mm Model No 1951539

By RS PRO

₹2,241  

RS PRO Silver Anodised Aluminium Instrument Case, 40 x 63.5 x 30mm Model No 1951539 is a protective enclosure designed to store and transport sensitive instruments, tools, equipment, or valuable items safely and securely. Instrument cases come in various sizes, materials, and configurations to accommodate the specific needs and dimensions of the items they are intended to protect.
The main features and components of an instrument case include:
Outer Shell: The outer shell of the instrument case is usually made of durable and impact-resistant materials such as hard plastic, aluminum, or composite materials. This provides protection against external forces, water, dust, and other environmental factors.
Foam Interior: The interior of the case is lined with customizable foam or padded dividers. This foam is cut or shaped to fit the contours of the instruments or equipment being stored, ensuring a snug and secure fit. The foam absorbs shocks and prevents items from shifting during transportation, minimizing the risk of damage.
Latches and Locks: Instrument cases often come with secure latches or locks to keep the case closed and prevent unauthorized access. Some cases have dual-action latches for added security, while others come with padlock holes for additional protection.
Handles and Straps: To facilitate easy transportation, instrument cases feature ergonomic handles or shoulder straps. Handles are usually reinforced with rubber or soft materials for a comfortable grip.
Wheels (optional): Larger and heavier instrument cases may be equipped with built-in wheels and retractable handles, allowing users to pull the case instead of carrying it, reducing strain on the user.
Instrument cases have diverse applications across numerous industries, including:
Music: Protecting musical instruments such as guitars, keyboards, and wind instruments during travel or storage.
Photography and Videography: Safeguarding cameras, lenses, and accessories while on the move or during storage.
Test and Measurement: Transporting delicate electronic equipment and testing instruments to job sites or between laboratories.
Medical: Storing and transporting sensitive medical devices, diagnostic tools, and surgical instruments.
Industrial and Military: Carrying specialized tools, equipment, and communication devices in rugged environments.
The use of instrument cases ensures the safety and longevity of valuable and sensitive equipment, preventing damage and costly repairs. Customizable foam interiors allow for tailored solutions that precisely fit the items being stored, minimizing movement and maximizing protection. Whether for professional use or personal belongings, an instrument case is an indispensable accessory for those who need to transport delicate and valuable items safely and conveniently.

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RS PRO Silver Anodised Aluminium Instrument Case, 220 x 108.5 x 45mm Model No 1951547

By RS PRO

₹7,433  

RS PRO Silver Anodised Aluminium Instrument Case, 220 x 108.5 x 45mm Model No 1951547 is a protective enclosure designed to store and transport sensitive instruments, tools, equipment, or valuable items safely and securely. Instrument cases come in various sizes, materials, and configurations to accommodate the specific needs and dimensions of the items they are intended to protect.
The main features and components of an instrument case include:
Outer Shell: The outer shell of the instrument case is usually made of durable and impact-resistant materials such as hard plastic, aluminum, or composite materials. This provides protection against external forces, water, dust, and other environmental factors.
Foam Interior: The interior of the case is lined with customizable foam or padded dividers. This foam is cut or shaped to fit the contours of the instruments or equipment being stored, ensuring a snug and secure fit. The foam absorbs shocks and prevents items from shifting during transportation, minimizing the risk of damage.
Latches and Locks: Instrument cases often come with secure latches or locks to keep the case closed and prevent unauthorized access. Some cases have dual-action latches for added security, while others come with padlock holes for additional protection.
Handles and Straps: To facilitate easy transportation, instrument cases feature ergonomic handles or shoulder straps. Handles are usually reinforced with rubber or soft materials for a comfortable grip.
Wheels (optional): Larger and heavier instrument cases may be equipped with built-in wheels and retractable handles, allowing users to pull the case instead of carrying it, reducing strain on the user.
Instrument cases have diverse applications across numerous industries, including:
Music: Protecting musical instruments such as guitars, keyboards, and wind instruments during travel or storage.
Photography and Videography: Safeguarding cameras, lenses, and accessories while on the move or during storage.
Test and Measurement: Transporting delicate electronic equipment and testing instruments to job sites or between laboratories.
Medical: Storing and transporting sensitive medical devices, diagnostic tools, and surgical instruments.
Industrial and Military: Carrying specialized tools, equipment, and communication devices in rugged environments.
The use of instrument cases ensures the safety and longevity of valuable and sensitive equipment, preventing damage and costly repairs. Customizable foam interiors allow for tailored solutions that precisely fit the items being stored, minimizing movement and maximizing protection. Whether for professional use or personal belongings, an instrument case is an indispensable accessory for those who need to transport delicate and valuable items safely and conveniently.

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RS PRO Non Contact Voltage Indicator, 230V ac to 1000V ac Model No 1411995

By RS PRO

₹14,159  

RS PRO Non Contact Voltage Indicator, 230V ac to 1000V ac Model No 1411995 is a crucial safety tool for electricians, maintenance technicians, and DIY enthusiasts to identify live circuits and potential electrical hazards before handling or working on electrical systems.
Key features and functions of a non-contact voltage indicator include:
Non-Contact Operation: The primary feature of a non-contact voltage indicator is its ability to detect voltage without any direct physical contact with the electrical conductors. It relies on capacitive coupling or electromagnetic field detection to sense the presence of voltage.
Visual and Audible Indicators: Non-contact voltage indicators typically have LED lights or a built-in audible buzzer that provides visual and/or audible feedback when voltage is detected. The intensity of the indicator's response often varies depending on the proximity to the live voltage source.
Voltage Range: Different models of non-contact voltage indicators may have different voltage ranges they can detect. It is essential to choose a voltage tester that suits the expected voltage levels in the application.
Battery-Powered: Non-contact voltage indicators are powered by internal batteries, making them portable and easy to use in various locations.
Safety Precautions: Non-contact voltage detectors help electricians identify live circuits, allowing them to take necessary safety precautions and avoid accidental shocks or injuries.
Quick and Convenient: Non-contact voltage indicators provide a quick and convenient way to determine whether a circuit is live or not, saving time and effort compared to using traditional test probes.
It is important to note that while non-contact voltage indicators are valuable tools for detecting the presence of voltage, they are not suitable for measuring voltage levels accurately. For precise voltage measurements, digital multimeters or other electrical testing instruments are required.
When using a non-contact voltage indicator, it is essential to follow proper safety procedures and verify the tool's functionality by testing it on a known live circuit before attempting to use it on an unknown circuit.
In summary, a non-contact voltage indicator is an essential electrical testing tool that allows users to detect the presence of voltage in electrical circuits without making physical contact. Its non-contact operation, visual and audible indicators, and portability make it a valuable safety tool for electricians and technicians working with live electrical systems.

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RS PRO 4 mm Green Male Banana Plug-Solder Termination 30V 24A, 2080254 (5 Pcs)

By RS PRO

Bag of 5 piece

₹1,533  

RS PRO 4 mm Green Male Banana Plug - Solder Termination, 30V, 24A Model No 2080254 5 PieceThe RS Pro Banana Connector is a versatile and reliable electrical connector designed for secure and efficient connection in various electronic and electrical applications. Engineered with precision and constructed from high-quality materials, this connector ensures consistent performance and long-lasting durability. The banana connector features a simple yet effective design, with a cylindrical metal pin at one end and a plastic insulating body. The pin is typically made of brass or other conductive metals, providing excellent electrical conductivity. The connector's name originates from its distinctive banana-like shape, allowing for easy insertion and removal from compatible jacks and sockets. The RS Pro Banana Connector is widely used in laboratory equipment, test and measurement instruments, audio systems, power supplies, and educational settings due to its ease of use and versatility. Its secure connection minimizes signal loss and provides a stable electrical path, making it ideal for applications where precision and accuracy are crucial. The connector's design includes a spring-loaded mechanism, ensuring a tight and reliable connection with low contact resistance. Additionally, the plastic insulating body prevents accidental short circuits and protects users from potential electrical hazards. Installation is straightforward, as the RS Pro Banana Connector is compatible with standard banana jacks and sockets, allowing for quick and hassle-free integration into existing setups. With its dependable performance, ease of use, and widespread compatibility, the RS Pro Banana Connector is a trusted choice for professionals and enthusiasts seeking a robust electrical connection solution for a wide range of applications.

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RS PRO Test lead, 10A, 5kV, Red, 1m Lead Length, 4233197

By RS PRO

₹10,147  

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RS PRO ICM3091N Clamp Meter, Max Current 400A ac With RS Calibration Model No 1232384

By RS PRO

₹25,959  

RS PRO ICM3091N Clamp Meter, Max Current 400A ac With RS Calibration Model No 1232384 is a versatile electrical measurement tool used to measure electric currents in a conductor without the need to disconnect the circuit. It is a practical and safe instrument that allows electricians, technicians, and engineers to measure current in live circuits without the risk of exposure to high voltages.
The key components of a clamp meter include:
Clamp Jaw: The clamp meter features a hinged clamp jaw that can be opened and closed around a conductor to measure the current flowing through it. The clamp jaw is made of a magnetic material and contains a current sensor.
Digital Display: Most modern clamp meters have a digital display that shows the measured current in amps (A) or milliamps (mA). Some clamp meters may also display other electrical parameters, such as voltage, resistance, frequency, and capacitance.
Rotary Dial or Selector: The clamp meter usually has a rotary dial or a selector switch to set the range and mode of measurement. Different ranges allow the clamp meter to measure different levels of current accurately.
Function Buttons: Function buttons allow the user to select additional features and modes, such as data hold, peak hold, and auto-ranging.
To measure current with a clamp meter, the user simply opens the clamp jaw, places it around the conductor, and closes it securely. The magnetic field generated by the current induces a voltage in the clamp jaw's sensor, which is then converted into an electrical signal proportional to the current. The clamp meter displays the measured current on the digital screen.
Clamp meters are widely used in various electrical applications, including:
Troubleshooting and Maintenance: Clamp meters are invaluable for diagnosing electrical problems, such as identifying overloads, short circuits, and ground faults.
Electrical Installations: Electricians use clamp meters to verify current readings during installation, ensuring that circuits are properly wired and balanced.
HVAC Systems: Clamp meters are used to measure current in HVAC systems, such as in motors, compressors, and fan motors.
Industrial Maintenance: In industrial settings, clamp meters are used to monitor and maintain equipment, motors, and electrical systems.
Clamp meters come in various types, with some offering additional functions like true RMS measurement, temperature measurement, and Bluetooth connectivity for data logging and remote monitoring. Proper calibration and use of the clamp meter are essential for accurate and safe measurements.

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RS PRO Handheld Digital Multimeter, 10A ac Max, 10A dc Max, 600V ac Max Model No 1231005

By RS PRO

₹29,499  

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RS PRO Power Meter, > 6kW max, 20 A ac, 200mA ac max, 20 A dc, 200mA dc max, 300V dc max Model No 1804805

By RS PRO

₹1,29,799  

RS PRO Power Meter, > 6kW max, 20 A ac, 200mA ac max, 20 A dc, 200mA dc max, 300V dc max Model No 1804805 is an electronic device used to measure and monitor the electrical power consumption of a specific electrical circuit or device. Its primary function is to provide accurate information about the amount of electricity being used, typically measured in kilowatt-hours (kWh) or watts (W).
Power meters are essential tools for residential, commercial, and industrial applications, where monitoring and managing energy usage are critical for cost control, energy efficiency, and environmental considerations.
In residential settings, power meters are commonly installed by utility companies to measure the electricity consumption of individual homes. These meters are typically located outside the property and continuously record the amount of electricity used. The data is then used to calculate the electricity bill based on the measured energy consumption.
In commercial and industrial environments, power meters play a crucial role in energy management and optimizing operational costs. They are often installed at various points within the electrical system to monitor the energy consumption of specific machines, equipment, or areas. By analyzing the data from these meters, businesses can identify energy-intensive processes, track energy usage trends, and implement energy-saving measures to improve overall efficiency.
Modern power meters often come equipped with advanced features, such as data logging, wireless connectivity, and real-time monitoring capabilities. These additional functions allow for remote access to energy consumption data, making it easier for businesses and homeowners to keep track of their power usage and make informed decisions regarding energy conservation and cost reduction.
Additionally, power meters are essential in renewable energy applications, such as solar panel systems. In this context, they are used to measure the amount of electricity generated by the solar panels and the surplus energy fed back into the grid, enabling homeowners or businesses to assess the effectiveness of their renewable energy investments.
In conclusion, power meters are indispensable devices that provide valuable insights into electricity consumption patterns. Their accurate measurement capabilities help promote energy efficiency, cost savings, and environmental sustainability in various sectors, contributing to a more responsible and informed approach to energy management.

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RS PRO Oscilloscope Probe, Differential, High Voltage Type, 50MHz, 1:10, 1:100, 1.5kV Max Model No 1236478

By RS PRO

₹77,879  

RS PRO Oscilloscope Probe, Differential, High Voltage Type, 50MHz, 1:10, 1:100, 1.5kV Max Model No 1236478 is a critical component that directly influences the quality and accuracy of the waveform displayed on the oscilloscope screen.
The primary purpose of an oscilloscope probe is to convert the electrical signal being measured into a voltage that can be accurately displayed and analyzed by the oscilloscope. The probe achieves this by attenuating and transmitting the signal from the circuit to the oscilloscope's input while maintaining signal integrity.
Key features of an oscilloscope probe include:
Probe Tip: The probe tip is the small, pointed end of the probe that makes contact with the test point on the circuit. It is typically designed to provide a secure and reliable connection.
Ground Clip: The ground clip is another component of the probe that connects to the ground reference of the circuit. It helps maintain a proper ground reference for the measured signal, reducing noise and improving measurement accuracy.
Coaxial Cable: The probe is connected to the oscilloscope's input via a coaxial cable, which carries the attenuated signal. The cable must be of high quality to minimize signal loss and maintain signal fidelity.
Attenuation Ratio: Oscilloscope probes come with different attenuation ratios, typically 1:1 or 10:1. The attenuation ratio determines the voltage scaling of the measured signal. A 10:1 probe attenuates the signal by a factor of 10, which is commonly used to avoid loading effects on the circuit under test and to improve measurement accuracy.
Bandwidth: The bandwidth of the probe is an essential consideration. It must be sufficient to accommodate the frequency range of the signals being measured. Higher bandwidth probes are needed for capturing fast-rise time signals accurately.
Compensation Adjustment: Some oscilloscope probes come with compensation adjustments to ensure the probe matches the oscilloscope's input characteristics. Properly compensating the probe ensures accurate measurements and waveform display.
Oscilloscope probes must be chosen carefully to match the specific measurement requirements of the circuit under test. Using a probe with insufficient bandwidth or incorrect attenuation can result in distorted waveforms and inaccurate measurements.
In summary, an oscilloscope probe is a critical tool for connecting the circuit under test to the oscilloscope, enabling engineers and technicians to visualize and analyze electrical signals accurately. Properly selecting and using the appropriate probe ensures that the oscilloscope displays reliable and informative waveforms, facilitating efficient troubleshooting, design verification, and waveform analysis in various applications and industries.

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RS PRO Polyester Instrument Bag with Shoulder Strap 300mm x 150mm x 250mm Model No 7077338

By RS PRO

₹6,607  

RS PRO Polyester Instrument Bag with Shoulder Strap 300mm x 150mm x 250mm Model No 7077338 is a specialized carrying case used by healthcare professionals, such as doctors, nurses, and medical technicians, to transport and organize medical instruments, equipment, and supplies. These bags are designed to be durable, portable, and organized, making them essential tools for medical professionals who need to carry their instruments with them for house calls, clinics, or emergency situations.
Key features and characteristics of an instrument bag include:
Sturdy Construction: Instrument bags are typically made from durable materials like leather, canvas, or nylon to withstand the rigors of daily use and protect the sensitive medical instruments inside.
Organization Compartments: These bags often have multiple compartments, pockets, and elastic loops to keep various instruments and tools organized and prevent them from shifting during transport.
Zippers or Clasps: Instrument bags come with secure closures, such as zippers, clasps, or snap buttons, to keep the contents safely enclosed during transportation.
Carrying Handles or Straps: Most instrument bags have sturdy carrying handles or adjustable shoulder straps for easy portability.
Padded Interior: Some higher-end instrument bags have padded interiors to provide extra protection for delicate instruments and reduce the risk of damage during transport.
Uses and benefits of an instrument bag:
Portability: An instrument bag allows medical professionals to carry their essential tools and equipment conveniently to different locations, making it suitable for house calls, medical missions, or mobile clinics.
Organization: The multiple compartments and pockets in the bag help medical professionals keep their instruments and supplies organized, making it easy to access the necessary items quickly.
Protection: The durable and padded construction of the instrument bag provides protection for fragile and sensitive medical instruments, preventing damage during transit.
Professionalism: Instrument bags give healthcare professionals a professional and organized appearance when making house calls or attending to patients outside of medical facilities.
Versatility: Instrument bags are not limited to medical professionals but can also be used by technicians, artists, and other professionals who need to transport and organize their tools and equipment.
In conclusion, an instrument bag is a practical and essential accessory for medical professionals and other individuals who need to transport and organize their tools and equipment. Its durable construction, organizational features, and portability make it a valuable tool in medical settings and other professions that require mobility and organization.

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RS Pro 9 V Wall Scanner LED Display 0-38 mm Stud Detection Depth

By RS PRO

₹2,123  

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RS PRO 2mm Black Red Male Banana Connector 30 V ac 60 V dc 10A, 1873807 (Each 1 Pair)

By RS PRO

₹778  

RS PRO 2mm Black, Red Male Banana Connector, 30 V ac, 60 V dc, 10A Model No 1873807The RS Pro Banana Connector is a versatile and reliable electrical connector designed for secure and efficient connection in various electronic and electrical applications. Engineered with precision and constructed from high-quality materials, this connector ensures consistent performance and long-lasting durability. The banana connector features a simple yet effective design, with a cylindrical metal pin at one end and a plastic insulating body. The pin is typically made of brass or other conductive metals, providing excellent electrical conductivity. The connector's name originates from its distinctive banana-like shape, allowing for easy insertion and removal from compatible jacks and sockets. The RS Pro Banana Connector is widely used in laboratory equipment, test and measurement instruments, audio systems, power supplies, and educational settings due to its ease of use and versatility. Its secure connection minimizes signal loss and provides a stable electrical path, making it ideal for applications where precision and accuracy are crucial. The connector's design includes a spring-loaded mechanism, ensuring a tight and reliable connection with low contact resistance. Additionally, the plastic insulating body prevents accidental short circuits and protects users from potential electrical hazards. Installation is straightforward, as the RS Pro Banana Connector is compatible with standard banana jacks and sockets, allowing for quick and hassle-free integration into existing setups. With its dependable performance, ease of use, and widespread compatibility, the RS Pro Banana Connector is a trusted choice for professionals and enthusiasts seeking a robust electrical connection solution for a wide range of applications.

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RS PRO 4 mm Red Male Banana Plug 30V 32A, 2080270 (5 Pcs)

By RS PRO

Bag of 5 piece

₹1,533  

RS PRO 4 mm Red Male Banana Plug, 30V, 32A Model No 2080270 5 PieceThe RS Pro Banana Connector is a versatile and reliable electrical connector designed for secure and efficient connection in various electronic and electrical applications. Engineered with precision and constructed from high-quality materials, this connector ensures consistent performance and long-lasting durability. The banana connector features a simple yet effective design, with a cylindrical metal pin at one end and a plastic insulating body. The pin is typically made of brass or other conductive metals, providing excellent electrical conductivity. The connector's name originates from its distinctive banana-like shape, allowing for easy insertion and removal from compatible jacks and sockets. The RS Pro Banana Connector is widely used in laboratory equipment, test and measurement instruments, audio systems, power supplies, and educational settings due to its ease of use and versatility. Its secure connection minimizes signal loss and provides a stable electrical path, making it ideal for applications where precision and accuracy are crucial. The connector's design includes a spring-loaded mechanism, ensuring a tight and reliable connection with low contact resistance. Additionally, the plastic insulating body prevents accidental short circuits and protects users from potential electrical hazards. Installation is straightforward, as the RS Pro Banana Connector is compatible with standard banana jacks and sockets, allowing for quick and hassle-free integration into existing setups. With its dependable performance, ease of use, and widespread compatibility, the RS Pro Banana Connector is a trusted choice for professionals and enthusiasts seeking a robust electrical connection solution for a wide range of applications.

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RS PRO 4 mm Red Female Banana Plug-Solder Termination 30V 19A, 2080293 (5 Pcs)

By RS PRO

Bag of 5 piece

₹1,297  

RS PRO 4 mm Red Female Banana Plug - Solder Termination, 30V, 19A Model No 2080293 5 PieceThe RS Pro Banana Connector is a versatile and reliable electrical connector designed for secure and efficient connection in various electronic and electrical applications. Engineered with precision and constructed from high-quality materials, this connector ensures consistent performance and long-lasting durability. The banana connector features a simple yet effective design, with a cylindrical metal pin at one end and a plastic insulating body. The pin is typically made of brass or other conductive metals, providing excellent electrical conductivity. The connector's name originates from its distinctive banana-like shape, allowing for easy insertion and removal from compatible jacks and sockets. The RS Pro Banana Connector is widely used in laboratory equipment, test and measurement instruments, audio systems, power supplies, and educational settings due to its ease of use and versatility. Its secure connection minimizes signal loss and provides a stable electrical path, making it ideal for applications where precision and accuracy are crucial. The connector's design includes a spring-loaded mechanism, ensuring a tight and reliable connection with low contact resistance. Additionally, the plastic insulating body prevents accidental short circuits and protects users from potential electrical hazards. Installation is straightforward, as the RS Pro Banana Connector is compatible with standard banana jacks and sockets, allowing for quick and hassle-free integration into existing setups. With its dependable performance, ease of use, and widespread compatibility, the RS Pro Banana Connector is a trusted choice for professionals and enthusiasts seeking a robust electrical connection solution for a wide range of applications.

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RS PRO RS 135 Multi Function Calibrator, 1749557

By RS PRO

₹42,479  

RS PRO RS 135 Multi Function Calibrator Model No 1749557 are precision instruments or devices used to check, adjust, and standardize the accuracy of other measuring instruments. They play a critical role in ensuring the reliability and accuracy of various measurement tools and systems across different industries, including manufacturing, laboratory testing, electronics, and research.
Key features and functions of calibrators are as follows:
Calibration Standard: Calibrators serve as a reference standard with known and traceable accuracy. They are calibrated against national or international standards, ensuring their reliability and accuracy.
Verification: Calibrators are used to verify the accuracy and performance of other measuring instruments, such as multimeters, pressure gauges, thermometers, flow meters, and oscilloscopes.
Calibration Procedure: During calibration, the calibrator applies a known input or signal to the measuring instrument being tested and compares the instrument's output with the expected value. Any discrepancies are used to adjust and calibrate the measuring instrument to bring it into alignment with the calibrator's standard.
Types of Calibrators: There are various types of calibrators, including voltage calibrators, current calibrators, pressure calibrators, temperature calibrators, frequency calibrators, and multifunction calibrators, each designed for specific measurement parameters.
Portable and Benchtop Calibrators: Calibrators can be portable handheld devices or benchtop units, depending on the intended use and the complexity of the calibration process.
Calibration Certificates: After calibration, a calibration certificate is provided, indicating the calibrator's accuracy, the reference standard used, and the results of the calibration process. This certificate serves as a record of traceability and compliance with quality assurance standards.
Compliance and Quality Control: In industries where accuracy is crucial, such as aerospace, healthcare, and manufacturing, regular calibration of measuring instruments is essential to meet regulatory requirements and maintain quality control.
Calibrators are widely used by calibration laboratories, instrument manufacturers, and various industries to ensure that measurement instruments produce accurate and reliable results. Regular calibration of measuring instruments is essential to prevent errors and discrepancies in measurements, leading to improved product quality, process efficiency, and customer satisfaction. Properly calibrated measuring instruments provide confidence in data accuracy, reduce measurement uncertainties, and enhance overall productivity and safety in various industrial and scientific applications.

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RS PRO IDM91E Handheld Digital Multimeter, 10A ac Max, 10A dc Max, 600V ac Max - UKAS 1233476

By RS PRO

₹40,119  

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RS PRO IDM8341 Bench Digital Multimeter, True RMS, 10A ac Max, 10A dc Max, 750V ac Max 1233535

By RS PRO

₹64,899  

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RS PRO RSDM3055 Bench Digital Multimeter, True RMS, 10A ac Max, 10A dc Max, 750V ac Max 1236465

By RS PRO

₹87,319  

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RS PRO IVT-10, LED Voltage tester, 750V ac/dc, Continuity Check, Battery Powered, CAT III 750V Model No 1241961

By RS PRO

₹24,779  

RS PRO IVT-10, LED Voltage tester, 750V ac/dc, Continuity Check, Battery Powered, CAT III 750V Model No 1241961 is a simple handheld tool used to determine the presence or absence of voltage in electrical circuits. It is a basic and widely used instrument for electricians, homeowners, and DIY enthusiasts to check the status of electrical circuits and identify potential issues with wiring or electrical components.
Key features and capabilities of a voltage tester include:
Voltage Sensing: A voltage tester detects the presence of voltage in a circuit by making direct contact with the electrical conductor or terminal. When voltage is present, the tester completes a circuit, causing an indicator to light up or emit a sound.
Indicator Type: Voltage testers typically have LED lights or neon bulbs as indicators. Some models may also have audible indicators, such as a beeping sound, in addition to the visual indication.
Voltage Range: Different voltage testers have varying voltage range capabilities. Some are designed to detect low voltages, such as those found in electronic circuits, while others can detect higher voltages commonly found in household wiring or industrial applications.
Non-Contact Voltage Testers: Some voltage testers are non-contact, meaning they can detect voltage without making direct contact with the conductor. These testers work by sensing the electric field around the live conductor.
Battery-Powered: Voltage testers are usually battery-operated, making them portable and easy to use in various locations.
Voltage testers are used in a variety of applications, including:
Circuit Testing: To verify the presence of voltage in electrical circuits.
Outlet and Switch Testing: To check if electrical outlets, switches, or light fixtures are live and functioning correctly.
Troubleshooting: To identify live wires or voltage sources during electrical repairs or fault-finding activities.
Safety Checks: To ensure that power has been disconnected before performing maintenance or repairs on electrical systems.
While voltage testers are simple and user-friendly, it is important to use them with caution and follow proper safety procedures, especially when working with live circuits. Always ensure that the voltage tester is in good working condition and use appropriate personal protective equipment when working with electricity.
Voltage testers are valuable tools for quickly and easily checking the presence of voltage in electrical systems. They offer a cost-effective and convenient way to assess the status of circuits and electrical components, making them an essential tool for anyone working with electrical systems or performing home electrical inspections.

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RS PRO Grey ABS Instrument Case, 120 x 60 x 30 mm Model No 218898

By RS PRO

₹754  

The RS PRO Beige ABS Instrument Case, model number 218898, is a versatile and durable enclosure designed to protect sensitive electronic instruments and equipment in various applications. With its sleek and professional design, this instrument case is not only functional but also adds a touch of aesthetics to the setup. Constructed from high-quality ABS material, this case offers excellent impact resistance and durability, safeguarding the enclosed instruments from accidental bumps, shocks, and vibrations. The ABS material also provides good thermal and electrical insulation, ensuring the internal components are shielded from external influences. With its compact dimensions of 120 x 60 x 30 mm, the RS PRO Instrument Case is space-efficient and suitable for both small and medium-sized instruments and devices. The dimensions make it easy to fit into tight spaces or stack alongside other equipment. The beige color of the case gives it a professional and modern appearance, making it suitable for various applications, including electronics, communications, testing, and research. Model number 218898 serves as a unique identifier for this particular RS PRO Instrument Case, ensuring easy identification and compatibility with other RS PRO products and accessories. The case features a hinged lid that allows for easy access to the internal components and instruments. The lid securely closes with latches or screws, ensuring a tight seal to protect against dust and moisture. Inside the case, there may be pre-molded foam inserts or mounting points for secure placement and organization of instruments and equipment. These features enhance the protection and organization of the enclosed items. The RS PRO Beige ABS Instrument Case is designed with convenience in mind. It may include carrying handles for portability, allowing users to transport their instruments and equipment with ease. In summary, the RS PRO Beige ABS Instrument Case, model number 218898, is a reliable and functional enclosure for sensitive electronic instruments and equipment. With its high-quality ABS construction, compact dimensions, and professional design, this instrument case ensures the protection and organization of valuable instruments in various applications. Whether used in labs, workshops, or on the go, this case offers the assurance of durability and convenience, making it an excellent choice for professionals and hobbyists alike. RS PRO's reputation for quality and innovation is evident in this instrument case, providing users with a dependable solution for their storage and protection needs.

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RS PRO Handheld Capacitance Meter 20mF Model No 1238770

By RS PRO

₹25,959  

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RS PRO IIT2010 Insulation Tester, 50V Min, 1000V Max, 9.5GΩ Max Model No 9176308

By RS PRO

₹3,42,199  

RS PRO IIT2010 Insulation Tester, 50V Min, 1000V Max, 9.5GΩ Max Model No 9176308 is an electrical testing instrument used to assess the insulation resistance of electrical equipment and cables. Its primary purpose is to check the integrity of the insulation materials that separate conductive parts from the ground or other conductive elements. Insulation testing is critical in ensuring the safety and reliability of electrical systems and preventing electrical hazards such as short circuits and electric shocks.
Key features and functions of an insulation tester include:
Insulation Resistance Measurement: The main function of an insulation tester is to measure the resistance offered by the insulating material between two conductive parts. It applies a high voltage (typically in the range of hundreds to thousands of volts) to the insulation and measures the resulting current flow. The higher the insulation resistance, the better the insulating material's effectiveness.
High Voltage Output: Insulation testers generate high voltage to stress the insulation, allowing for accurate measurement of resistance even in situations where normal operating voltages are much lower.
Test Voltage Selection: Depending on the application and equipment being tested, insulation testers offer a variety of test voltages to suit different insulation resistance ranges.
Polarization Index (PI) Test: Some advanced insulation testers provide the Polarization Index test, which involves measuring the insulation resistance at specific intervals and calculating the PI value. This test helps assess the insulation's condition over time and detects potential moisture or contamination issues.
Automatic Discharge: After the test, insulation testers often come with an automatic discharge feature to safely discharge the stored voltage in the equipment being tested.
Insulation testing is crucial in various electrical applications, including:
Testing Electrical Equipment: Insulation testers are used to evaluate the insulation condition of motors, generators, transformers, cables, switches, and other electrical devices.
Preventive Maintenance: Periodic insulation testing helps identify insulation deterioration and potential failures before they cause equipment breakdowns or accidents.
Commissioning: During the installation of new electrical systems, insulation testing ensures that the insulation meets safety standards and manufacturer specifications.
Quality Control: Insulation testing is performed on new products to verify the quality and performance of the insulation materials used.
Proper safety precautions are essential when using an insulation tester due to the high voltages involved. Users must follow the manufacturer's guidelines and safety practices to avoid electrical hazards. Insulation testers are valuable tools for ensuring the reliability and safety of electrical systems and are a standard part of the electrical testing and maintenance toolkit.

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RS PRO Oscilloscope Probe, Passive Type, 20MHz, 1:1, 1:10, 600V Max Model No 1466616

By RS PRO

₹5,191  

RS PRO Oscilloscope Probe, Passive Type, 20MHz, 1:1, 1:10, 600V Max Model No 1466616 is a critical component that directly influences the quality and accuracy of the waveform displayed on the oscilloscope screen.
The primary purpose of an oscilloscope probe is to convert the electrical signal being measured into a voltage that can be accurately displayed and analyzed by the oscilloscope. The probe achieves this by attenuating and transmitting the signal from the circuit to the oscilloscope's input while maintaining signal integrity.
Key features of an oscilloscope probe include:
Probe Tip: The probe tip is the small, pointed end of the probe that makes contact with the test point on the circuit. It is typically designed to provide a secure and reliable connection.
Ground Clip: The ground clip is another component of the probe that connects to the ground reference of the circuit. It helps maintain a proper ground reference for the measured signal, reducing noise and improving measurement accuracy.
Coaxial Cable: The probe is connected to the oscilloscope's input via a coaxial cable, which carries the attenuated signal. The cable must be of high quality to minimize signal loss and maintain signal fidelity.
Attenuation Ratio: Oscilloscope probes come with different attenuation ratios, typically 1:1 or 10:1. The attenuation ratio determines the voltage scaling of the measured signal. A 10:1 probe attenuates the signal by a factor of 10, which is commonly used to avoid loading effects on the circuit under test and to improve measurement accuracy.
Bandwidth: The bandwidth of the probe is an essential consideration. It must be sufficient to accommodate the frequency range of the signals being measured. Higher bandwidth probes are needed for capturing fast-rise time signals accurately.
Compensation Adjustment: Some oscilloscope probes come with compensation adjustments to ensure the probe matches the oscilloscope's input characteristics. Properly compensating the probe ensures accurate measurements and waveform display.
Oscilloscope probes must be chosen carefully to match the specific measurement requirements of the circuit under test. Using a probe with insufficient bandwidth or incorrect attenuation can result in distorted waveforms and inaccurate measurements.
In summary, an oscilloscope probe is a critical tool for connecting the circuit under test to the oscilloscope, enabling engineers and technicians to visualize and analyze electrical signals accurately. Properly selecting and using the appropriate probe ensures that the oscilloscope displays reliable and informative waveforms, facilitating efficient troubleshooting, design verification, and waveform analysis in various applications and industries.

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RS PRO Earth Tester 257 mm Length, 2035536

By RS PRO

₹1,41,599  

The RS PRO Earth Tester 257 mm Length, 2035536 RS PRO Earth Tester represents a crucial instrument in the realm of electrical safety, providing a reliable and efficient means to assess and measure the integrity of the grounding system in various environments. Meticulously designed for accuracy and ease of use, this earth tester is an indispensable tool for professionals in the fields of electrical engineering, maintenance, and safety. Equipped with advanced features, the RS PRO Earth Tester ensures precise measurement of earth resistance, allowing users to assess the effectiveness of grounding systems in preventing electrical hazards. With a user-friendly interface, this tester simplifies the process of earth resistance measurement, making it accessible to both seasoned professionals and technicians. The robust construction of the RS PRO Earth Tester ensures durability in demanding environments. Engineered with high-quality materials, the tester can withstand the rigors of fieldwork and industrial applications, providing a reliable tool for routine maintenance checks or troubleshooting tasks. Its rugged design enhances its longevity, making it a cost-effective solution for long-term use. The RS PRO Earth Tester is versatile and adaptable to various grounding configurations, offering a comprehensive solution for different electrical systems. Its compatibility with multiple testing methods, including three-wire and two-wire testing, enhances its flexibility, catering to the diverse requirements of electrical installations. Whether used in construction sites, industrial facilities, or commercial buildings, the RS PRO Earth Tester plays a crucial role in ensuring the safety and integrity of electrical systems. By providing accurate and reliable measurements of earth resistance, it empowers professionals to identify potential issues, mitigate risks, and maintain a secure electrical environment. In summary, the RS PRO Earth Tester is a reliable and indispensable tool for those committed to maintaining electrical safety and system integrity.

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RS PRO 4 mm Black Female Banana Socket-Tab Termination 1000V 24A, 2247423

By RS PRO

₹530  

RS PRO 4 mm Black Female Banana Socket - Tab Termination, 1000V, 24A Model No 2247423The RS Pro Banana Connector is a versatile and reliable electrical connector designed for secure and efficient connection in various electronic and electrical applications. Engineered with precision and constructed from high-quality materials, this connector ensures consistent performance and long-lasting durability. The banana connector features a simple yet effective design, with a cylindrical metal pin at one end and a plastic insulating body. The pin is typically made of brass or other conductive metals, providing excellent electrical conductivity. The connector's name originates from its distinctive banana-like shape, allowing for easy insertion and removal from compatible jacks and sockets. The RS Pro Banana Connector is widely used in laboratory equipment, test and measurement instruments, audio systems, power supplies, and educational settings due to its ease of use and versatility. Its secure connection minimizes signal loss and provides a stable electrical path, making it ideal for applications where precision and accuracy are crucial. The connector's design includes a spring-loaded mechanism, ensuring a tight and reliable connection with low contact resistance. Additionally, the plastic insulating body prevents accidental short circuits and protects users from potential electrical hazards. Installation is straightforward, as the RS Pro Banana Connector is compatible with standard banana jacks and sockets, allowing for quick and hassle-free integration into existing setups. With its dependable performance, ease of use, and widespread compatibility, the RS Pro Banana Connector is a trusted choice for professionals and enthusiasts seeking a robust electrical connection solution for a wide range of applications.

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RS PRO 4 mm Yellow Male Banana Plug-Solder Termination 30V 19A, 2080230 (5 Pcs)

By RS PRO

Bag of 5 piece

₹2,359  

RS PRO 4 mm Yellow Male Banana Plug - Solder Termination, 30V, 19A Model No 2080230 5 PieceThe RS Pro Banana Connector is a versatile and reliable electrical connector designed for secure and efficient connection in various electronic and electrical applications. Engineered with precision and constructed from high-quality materials, this connector ensures consistent performance and long-lasting durability. The banana connector features a simple yet effective design, with a cylindrical metal pin at one end and a plastic insulating body. The pin is typically made of brass or other conductive metals, providing excellent electrical conductivity. The connector's name originates from its distinctive banana-like shape, allowing for easy insertion and removal from compatible jacks and sockets. The RS Pro Banana Connector is widely used in laboratory equipment, test and measurement instruments, audio systems, power supplies, and educational settings due to its ease of use and versatility. Its secure connection minimizes signal loss and provides a stable electrical path, making it ideal for applications where precision and accuracy are crucial. The connector's design includes a spring-loaded mechanism, ensuring a tight and reliable connection with low contact resistance. Additionally, the plastic insulating body prevents accidental short circuits and protects users from potential electrical hazards. Installation is straightforward, as the RS Pro Banana Connector is compatible with standard banana jacks and sockets, allowing for quick and hassle-free integration into existing setups. With its dependable performance, ease of use, and widespread compatibility, the RS Pro Banana Connector is a trusted choice for professionals and enthusiasts seeking a robust electrical connection solution for a wide range of applications.

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RS PRO Multimeter Current Clamp Adapter, 1000A, 1000A ac, 51mm 1233224

By RS PRO

₹34,219  

RS PRO Multimeter Current Clamp Adapter, 1000A, 1000A ac, 51mm Model No 1233224 is a versatile electrical measuring device used to measure the current flowing through a conductor without the need for physical contact or breaking the circuit. It is a non-invasive tool, making it safe and easy to measure current in live circuits and high-voltage systems.
Key features and functions of a current clamp adapter are as follows:
Non-Invasive Measurement: Current clamp adapters are designed to encircle or "clamp" around the conductor carrying the current. They do not require any direct electrical connection to the circuit, eliminating the need to open the circuit or disconnect any wires.
Inductive Principle: Current clamp adapters utilize the principle of electromagnetic induction to measure current. When current flows through a conductor, it generates a magnetic field, and the current clamp adapter senses this magnetic field to determine the current value.
Sensing Range: Current clamp adapters come in various sizes and models, each with a specific current sensing range. The range varies from a few milliamperes to thousands of amperes, allowing measurement in a wide range of applications.
Display: Many current clamp adapters have an integrated display that shows the measured current value in amperes or milliamperes, making it easy to read and interpret the current measurement.
Compatibility: Current clamp adapters are compatible with a variety of measurement devices, such as multimeters, oscilloscopes, and data loggers. They can connect to these devices using a BNC or banana plug connector.
AC and DC Current Measurement: Current clamp adapters can measure both alternating current (AC) and direct current (DC), making them suitable for various electrical systems and applications.
Safety: Current clamp adapters are designed with safety features, such as insulated housing and jaws, to ensure user safety during measurements.
Current clamp adapters find extensive use in industries such as electrical maintenance, industrial troubleshooting, automotive diagnostics, and energy auditing. They are especially valuable in situations where it is impractical or unsafe to break the electrical circuit to insert a traditional ammeter for current measurement.
Using a current clamp adapter is straightforward: the jaws are opened, placed around the conductor carrying the current, and then closed. The current reading is displayed on the connected measurement device. These devices have significantly simplified current measurements, enabling quick and accurate assessment of electrical systems and helping identify potential issues before they become critical problems.

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RS PRO IDM8351 Bench Digital Multimeter, True RMS, 10A ac Max, 10A dc Max, 750V ac Max 1233537

By RS PRO

₹86,139  

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RS PRO RSDM-9061 Bench Digital Multimeter, True RMS - RS Calibration Model No 1919775

By RS PRO

₹2,24,199  

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RS PRO RS330 Clamp Meter, Max Current 400A ac With RS Calibration Model No 1231983

By RS PRO

₹21,239  

RS PRO RS330 Clamp Meter, Max Current 400A ac With RS Calibration Model No 1231983 is a versatile electrical measurement tool used to measure electric currents in a conductor without the need to disconnect the circuit. It is a practical and safe instrument that allows electricians, technicians, and engineers to measure current in live circuits without the risk of exposure to high voltages.
The key components of a clamp meter include:
Clamp Jaw: The clamp meter features a hinged clamp jaw that can be opened and closed around a conductor to measure the current flowing through it. The clamp jaw is made of a magnetic material and contains a current sensor.
Digital Display: Most modern clamp meters have a digital display that shows the measured current in amps (A) or milliamps (mA). Some clamp meters may also display other electrical parameters, such as voltage, resistance, frequency, and capacitance.
Rotary Dial or Selector: The clamp meter usually has a rotary dial or a selector switch to set the range and mode of measurement. Different ranges allow the clamp meter to measure different levels of current accurately.
Function Buttons: Function buttons allow the user to select additional features and modes, such as data hold, peak hold, and auto-ranging.
To measure current with a clamp meter, the user simply opens the clamp jaw, places it around the conductor, and closes it securely. The magnetic field generated by the current induces a voltage in the clamp jaw's sensor, which is then converted into an electrical signal proportional to the current. The clamp meter displays the measured current on the digital screen.
Clamp meters are widely used in various electrical applications, including:
Troubleshooting and Maintenance: Clamp meters are invaluable for diagnosing electrical problems, such as identifying overloads, short circuits, and ground faults.
Electrical Installations: Electricians use clamp meters to verify current readings during installation, ensuring that circuits are properly wired and balanced.
HVAC Systems: Clamp meters are used to measure current in HVAC systems, such as in motors, compressors, and fan motors.
Industrial Maintenance: In industrial settings, clamp meters are used to monitor and maintain equipment, motors, and electrical systems.
Clamp meters come in various types, with some offering additional functions like true RMS measurement, temperature measurement, and Bluetooth connectivity for data logging and remote monitoring. Proper calibration and use of the clamp meter are essential for accurate and safe measurements.

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RS PRO RS330 Clamp Meter, Max Current 400A ac Model No 1231936

By RS PRO

₹6,961  

RS PRO RS330 Clamp Meter, Max Current 400A ac Model No 1231936 is a versatile electrical measurement tool used to measure electric currents in a conductor without the need to disconnect the circuit. It is a practical and safe instrument that allows electricians, technicians, and engineers to measure current in live circuits without the risk of exposure to high voltages.
The key components of a clamp meter include:
Clamp Jaw: The clamp meter features a hinged clamp jaw that can be opened and closed around a conductor to measure the current flowing through it. The clamp jaw is made of a magnetic material and contains a current sensor.
Digital Display: Most modern clamp meters have a digital display that shows the measured current in amps (A) or milliamps (mA). Some clamp meters may also display other electrical parameters, such as voltage, resistance, frequency, and capacitance.
Rotary Dial or Selector: The clamp meter usually has a rotary dial or a selector switch to set the range and mode of measurement. Different ranges allow the clamp meter to measure different levels of current accurately.
Function Buttons: Function buttons allow the user to select additional features and modes, such as data hold, peak hold, and auto-ranging.
To measure current with a clamp meter, the user simply opens the clamp jaw, places it around the conductor, and closes it securely. The magnetic field generated by the current induces a voltage in the clamp jaw's sensor, which is then converted into an electrical signal proportional to the current. The clamp meter displays the measured current on the digital screen.
Clamp meters are widely used in various electrical applications, including:
Troubleshooting and Maintenance: Clamp meters are invaluable for diagnosing electrical problems, such as identifying overloads, short circuits, and ground faults.
Electrical Installations: Electricians use clamp meters to verify current readings during installation, ensuring that circuits are properly wired and balanced.
HVAC Systems: Clamp meters are used to measure current in HVAC systems, such as in motors, compressors, and fan motors.
Industrial Maintenance: In industrial settings, clamp meters are used to monitor and maintain equipment, motors, and electrical systems.
Clamp meters come in various types, with some offering additional functions like true RMS measurement, temperature measurement, and Bluetooth connectivity for data logging and remote monitoring. Proper calibration and use of the clamp meter are essential for accurate and safe measurements.

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RS PRO RSDM3045X Bench Digital Multimeter, True RMS, 10A ac Max, 10A dc Max, 750V ac Max 1882708

By RS PRO

₹88,499  

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RS PRO IEK10N Clamp Meter, Max Current 300A ac II 600 V, 300 V With 1242000

By RS PRO

₹29,499  

RS PRO IEK10N Clamp Meter, Max Current 300A ac CAT II 600 V, 300 V With RS Calibration Model No 1242000 is a versatile electrical measurement tool used to measure electric currents in a conductor without the need to disconnect the circuit. It is a practical and safe instrument that allows electricians, technicians, and engineers to measure current in live circuits without the risk of exposure to high voltages.
The key components of a clamp meter include:
Clamp Jaw: The clamp meter features a hinged clamp jaw that can be opened and closed around a conductor to measure the current flowing through it. The clamp jaw is made of a magnetic material and contains a current sensor.
Digital Display: Most modern clamp meters have a digital display that shows the measured current in amps (A) or milliamps (mA). Some clamp meters may also display other electrical parameters, such as voltage, resistance, frequency, and capacitance.
Rotary Dial or Selector: The clamp meter usually has a rotary dial or a selector switch to set the range and mode of measurement. Different ranges allow the clamp meter to measure different levels of current accurately.
Function Buttons: Function buttons allow the user to select additional features and modes, such as data hold, peak hold, and auto-ranging.
To measure current with a clamp meter, the user simply opens the clamp jaw, places it around the conductor, and closes it securely. The magnetic field generated by the current induces a voltage in the clamp jaw's sensor, which is then converted into an electrical signal proportional to the current. The clamp meter displays the measured current on the digital screen.
Clamp meters are widely used in various electrical applications, including:
Troubleshooting and Maintenance: Clamp meters are invaluable for diagnosing electrical problems, such as identifying overloads, short circuits, and ground faults.
Electrical Installations: Electricians use clamp meters to verify current readings during installation, ensuring that circuits are properly wired and balanced.
HVAC Systems: Clamp meters are used to measure current in HVAC systems, such as in motors, compressors, and fan motors.
Industrial Maintenance: In industrial settings, clamp meters are used to monitor and maintain equipment, motors, and electrical systems.
Clamp meters come in various types, with some offering additional functions like true RMS measurement, temperature measurement, and Bluetooth connectivity for data logging and remote monitoring. Proper calibration and use of the clamp meter are essential for accurate and safe measurements.

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RS PRO RS-9889 Handheld Digital Multimeter, True RMS, 10A ac Max, 10A dc Max, 1000V ac Max 1799512

By RS PRO

₹70,799  

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RS PRO ICMA5 Clamp Meter, Max Current 200A ac CAT III 1000 V, 600 V With UKAS Calibration 1233469

By RS PRO

₹41,299  

RS PRO ICMA5 Clamp Meter, Max Current 200A ac CAT III 1000 V, CAT IV 600 V With UKAS Calibration Model No 1233469 is a versatile electrical measurement tool used to measure electric currents in a conductor without the need to disconnect the circuit. It is a practical and safe instrument that allows electricians, technicians, and engineers to measure current in live circuits without the risk of exposure to high voltages.
The key components of a clamp meter include:
Clamp Jaw: The clamp meter features a hinged clamp jaw that can be opened and closed around a conductor to measure the current flowing through it. The clamp jaw is made of a magnetic material and contains a current sensor.
Digital Display: Most modern clamp meters have a digital display that shows the measured current in amps (A) or milliamps (mA). Some clamp meters may also display other electrical parameters, such as voltage, resistance, frequency, and capacitance.
Rotary Dial or Selector: The clamp meter usually has a rotary dial or a selector switch to set the range and mode of measurement. Different ranges allow the clamp meter to measure different levels of current accurately.
Function Buttons: Function buttons allow the user to select additional features and modes, such as data hold, peak hold, and auto-ranging.
To measure current with a clamp meter, the user simply opens the clamp jaw, places it around the conductor, and closes it securely. The magnetic field generated by the current induces a voltage in the clamp jaw's sensor, which is then converted into an electrical signal proportional to the current. The clamp meter displays the measured current on the digital screen.
Clamp meters are widely used in various electrical applications, including:
Troubleshooting and Maintenance: Clamp meters are invaluable for diagnosing electrical problems, such as identifying overloads, short circuits, and ground faults.
Electrical Installations: Electricians use clamp meters to verify current readings during installation, ensuring that circuits are properly wired and balanced.
HVAC Systems: Clamp meters are used to measure current in HVAC systems, such as in motors, compressors, and fan motors.
Industrial Maintenance: In industrial settings, clamp meters are used to monitor and maintain equipment, motors, and electrical systems.
Clamp meters come in various types, with some offering additional functions like true RMS measurement, temperature measurement, and Bluetooth connectivity for data logging and remote monitoring. Proper calibration and use of the clamp meter are essential for accurate and safe measurements.

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RS PRO ICM136R Clamp Meter, 600A dc, Max Current 600A ac CAT II 1000 V, UKAS Calibration 1233434

By RS PRO

₹46,019  

RS PRO ICM136R Clamp Meter, 600A dc, Max Current 600A ac CAT II 1000 V, CAT III 600 V With UKAS Calibration Model No 1233434 is a versatile electrical measurement tool used to measure electric currents in a conductor without the need to disconnect the circuit. It is a practical and safe instrument that allows electricians, technicians, and engineers to measure current in live circuits without the risk of exposure to high voltages.
The key components of a clamp meter include:
Clamp Jaw: The clamp meter features a hinged clamp jaw that can be opened and closed around a conductor to measure the current flowing through it. The clamp jaw is made of a magnetic material and contains a current sensor.
Digital Display: Most modern clamp meters have a digital display that shows the measured current in amps (A) or milliamps (mA). Some clamp meters may also display other electrical parameters, such as voltage, resistance, frequency, and capacitance.
Rotary Dial or Selector: The clamp meter usually has a rotary dial or a selector switch to set the range and mode of measurement. Different ranges allow the clamp meter to measure different levels of current accurately.
Function Buttons: Function buttons allow the user to select additional features and modes, such as data hold, peak hold, and auto-ranging.
To measure current with a clamp meter, the user simply opens the clamp jaw, places it around the conductor, and closes it securely. The magnetic field generated by the current induces a voltage in the clamp jaw's sensor, which is then converted into an electrical signal proportional to the current. The clamp meter displays the measured current on the digital screen.
Clamp meters are widely used in various electrical applications, including:
Troubleshooting and Maintenance: Clamp meters are invaluable for diagnosing electrical problems, such as identifying overloads, short circuits, and ground faults.
Electrical Installations: Electricians use clamp meters to verify current readings during installation, ensuring that circuits are properly wired and balanced.
HVAC Systems: Clamp meters are used to measure current in HVAC systems, such as in motors, compressors, and fan motors.
Industrial Maintenance: In industrial settings, clamp meters are used to monitor and maintain equipment, motors, and electrical systems.
Clamp meters come in various types, with some offering additional functions like true RMS measurement, temperature measurement, and Bluetooth connectivity for data logging and remote monitoring. Proper calibration and use of the clamp meter are essential for accurate and safe measurements.

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RS PRO RS VP-4 Non Contact Voltage Indicator, 100V-1000V ac With RS Calibration Model No 1365749

By RS PRO

₹21,239  

RS PRO RS VP-4 Non Contact Voltage Indicator, 100V ac to 1000V ac With RS Calibration Model No 1365749 is an electronic tool used to determine the presence or absence of electrical voltage in a circuit or electrical system. It is an essential tool for electricians, technicians, and homeowners to ensure electrical safety during maintenance, repairs, or troubleshooting activities.
The main purpose of a voltage indicator is to provide a quick and easy indication of whether a conductor or a particular point in an electrical circuit is live or energized. This is crucial because working on live electrical circuits can be hazardous and may result in electric shock or other accidents. By using a voltage indicator, users can take necessary precautions or disconnect power before working on the circuit.
There are different types of voltage indicators available, each with its specific use case:
Non-Contact Voltage Testers: These are the most common type and are widely used due to their safety and convenience. They can detect the presence of voltage without direct contact with the conductor. Non-contact voltage testers typically use capacitive or inductive coupling to sense the electric field around the live conductor. When the tester approaches an energized source, it provides an audible or visual indication, such as a flashing light or a beeping sound.
Contact Voltage Testers: These voltage indicators require direct physical contact with the conductor or a test point to detect voltage. They often have two leads that need to touch different points in the circuit to complete the testing. Contact voltage testers may have a scale or digital display to show the voltage level.
Digital Multimeters (DMMs): While not strictly voltage indicators, digital multimeters are versatile test instruments commonly used by electricians. They can measure voltage, current, resistance, and other electrical parameters. Modern DMMs often have a voltage indicator function that quickly displays the voltage level when the leads are connected to the appropriate terminals.
Voltage indicators come in various shapes and sizes, from simple pen-like devices to more sophisticated digital models. When using a voltage indicator, it's essential to follow proper safety procedures and choose the right type of indicator for the specific task at hand. By doing so, users can prevent accidents and work confidently with electrical systems.

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RS PRO Grey ABS Instrument Case, 120 x 60 x 40 mm Model No 219318

By RS PRO

₹825  

The RS PRO Beige ABS Instrument Case, model number 219318, is a versatile and durable enclosure designed to protect sensitive electronic instruments and equipment in various applications. With its sleek and professional design, this instrument case is not only functional but also adds a touch of aesthetics to the setup. Constructed from high-quality ABS material, this case offers excellent impact resistance and durability, safeguarding the enclosed instruments from accidental bumps, shocks, and vibrations. The ABS material also provides good thermal and electrical insulation, ensuring the internal components are shielded from external influences. With its compact dimensions of 120 x 60 x 40 mm, the RS PRO Instrument Case is space-efficient and suitable for both small and medium-sized instruments and devices. The dimensions make it easy to fit into tight spaces or stack alongside other equipment. The beige color of the case gives it a professional and modern appearance, making it suitable for various applications, including electronics, communications, testing, and research. Model number 219318 serves as a unique identifier for this particular RS PRO Instrument Case, ensuring easy identification and compatibility with other RS PRO products and accessories. The case features a hinged lid that allows for easy access to the internal components and instruments. The lid securely closes with latches or screws, ensuring a tight seal to protect against dust and moisture. Inside the case, there may be pre-molded foam inserts or mounting points for secure placement and organization of instruments and equipment. These features enhance the protection and organization of the enclosed items. The RS PRO Beige ABS Instrument Case is designed with convenience in mind. It may include carrying handles for portability, allowing users to transport their instruments and equipment with ease. In summary, the RS PRO Beige ABS Instrument Case, model number 219318, is a reliable and functional enclosure for sensitive electronic instruments and equipment. With its high-quality ABS construction, compact dimensions, and professional design, this instrument case ensures the protection and organization of valuable instruments in various applications. Whether used in labs, workshops, or on the go, this case offers the assurance of durability and convenience, making it an excellent choice for professionals and hobbyists alike. RS PRO's reputation for quality and innovation is evident in this instrument case, providing users with a dependable solution for their storage and protection needs.

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