Showing 460–468 of 578 results

  • Hioki PW9100

    $1.035

    Overview of the Hioki PW9005 The Hioki PW9005 is a sophisticated clamp-on sensor designed to accurately measure both AC and DC current. This versatile device is engineered to cater to the needs of electrical engineers, technicians, and other professionals who require precise current monitoring in various applications. The Hioki PW9005 stands out due to its robust design, ensuring portability and ease of use in diverse work environments. One of the primary purposes of the Hioki PW9005 is to offer a reliable solution for current measurement, accommodating a wide range of applications from power line maintenance to diagnostic testing in industrial settings. With a measurement range that spans from 0.1 mA to 5,000 A, the PW9005 provides exceptional flexibility and accuracy, making it suitable for both low and high current applications. The Hioki PW9005 is meticulously designed with user convenience in mind. Its ergonomic build allows for effortless handling, while its lightweight nature ensures that it can be transported and used in various locations without causing fatigue. The sensor is equipped with a large jaw opening, making it compatible with a broad spectrum of conductor sizes, thereby enhancing its versatility. Technical specifications of the Hioki PW9005 further underscore its high performance. The device boasts a high accuracy rate, with a margin of error as low as ±0.3% for DC and ±0.6% for AC measurements. Compatibility with other Hioki instruments, such as data loggers and power meters, is seamlessly integrated, facilitating comprehensive data collection and analysis. Additionally, the build quality of the Hioki PW9005 is noteworthy. Constructed with durable materials, it is designed to withstand the rigors of daily use in demanding environments. Special features, such as auto-zero adjustment and noise reduction capabilities, set the PW9005 apart from similar devices available in the market, ensuring reliable performance and consistent results. In essence, the Hioki PW9005 is an indispensable tool for professionals who demand accuracy, reliability, and ease of use in current measurement. Its advanced features and robust design make it a standout choice for a wide range of applications, solidifying its position as a leading clamp-on sensor in the industry. Applications and Benefits of Using the Hioki PW9005 The Hioki PW9005 clamp-on sensor finds its utility across a broad spectrum of industries, making it an invaluable tool for professionals involved in electrical maintenance, troubleshooting, and energy management. Its accurate current measurement capabilities are instrumental in ensuring the efficiency and safety of electrical systems. One of the primary applications of the Hioki PW9005 is in electrical maintenance, where precise current measurements are essential for identifying potential issues before they escalate into significant problems. The device’s ability to provide accurate readings without interrupting the electrical circuit enhances safety and minimizes downtime. In the realm of troubleshooting, the Hioki PW9005 stands out due to its non-intrusive nature. For instance, in industrial settings, where machinery is often in continuous operation, the need for non-invasive measurement tools is critical. The PW9005 allows technicians to measure current flow efficiently without shutting down equipment, thus saving valuable time and reducing operational disruptions. This feature is particularly beneficial in energy management systems, where continuous monitoring of electrical parameters is required to optimize energy usage and reduce costs. Several case studies and testimonials from real users underscore the effectiveness and reliability of the Hioki PW9005. For example, a leading manufacturing firm reported a significant reduction in maintenance time and improved system reliability after incorporating the PW9005 into their routine checks. Similarly, an energy management company praised the device for its ease of use and ability to provide consistent, accurate measurements, which helped them enhance their energy-saving initiatives. The benefits of using a clamp-on sensor like the Hioki PW9005 extend beyond its measurement accuracy. Traditional current measurement methods often involve breaking the circuit, which can be time-consuming and potentially hazardous. In contrast, the clamp-on design of the PW9005 allows for quick, safe, and efficient measurements. Moreover, the device is compatible with various accessories and complementary tools, such as data loggers and software applications, which can further enhance its functionality and provide comprehensive insights into electrical systems. Overall, the Hioki PW9005 offers a blend of accuracy, safety, and efficiency, making it a preferred choice for professionals across different sectors. By integrating this advanced tool into their workflows, users can achieve better operational outcomes and ensure the longevity of their electrical systems.

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  • Hioki PW980

    $1.035

    Overview of the Hioki PW9005 The Hioki PW9005 is a sophisticated clamp-on sensor designed to accurately measure both AC and DC current. This versatile device is engineered to cater to the needs of electrical engineers, technicians, and other professionals who require precise current monitoring in various applications. The Hioki PW9005 stands out due to its robust design, ensuring portability and ease of use in diverse work environments. One of the primary purposes of the Hioki PW9005 is to offer a reliable solution for current measurement, accommodating a wide range of applications from power line maintenance to diagnostic testing in industrial settings. With a measurement range that spans from 0.1 mA to 5,000 A, the PW9005 provides exceptional flexibility and accuracy, making it suitable for both low and high current applications. The Hioki PW9005 is meticulously designed with user convenience in mind. Its ergonomic build allows for effortless handling, while its lightweight nature ensures that it can be transported and used in various locations without causing fatigue. The sensor is equipped with a large jaw opening, making it compatible with a broad spectrum of conductor sizes, thereby enhancing its versatility. Technical specifications of the Hioki PW9005 further underscore its high performance. The device boasts a high accuracy rate, with a margin of error as low as ±0.3% for DC and ±0.6% for AC measurements. Compatibility with other Hioki instruments, such as data loggers and power meters, is seamlessly integrated, facilitating comprehensive data collection and analysis. Additionally, the build quality of the Hioki PW9005 is noteworthy. Constructed with durable materials, it is designed to withstand the rigors of daily use in demanding environments. Special features, such as auto-zero adjustment and noise reduction capabilities, set the PW9005 apart from similar devices available in the market, ensuring reliable performance and consistent results. In essence, the Hioki PW9005 is an indispensable tool for professionals who demand accuracy, reliability, and ease of use in current measurement. Its advanced features and robust design make it a standout choice for a wide range of applications, solidifying its position as a leading clamp-on sensor in the industry. Applications and Benefits of Using the Hioki PW9005 The Hioki PW9005 clamp-on sensor finds its utility across a broad spectrum of industries, making it an invaluable tool for professionals involved in electrical maintenance, troubleshooting, and energy management. Its accurate current measurement capabilities are instrumental in ensuring the efficiency and safety of electrical systems. One of the primary applications of the Hioki PW9005 is in electrical maintenance, where precise current measurements are essential for identifying potential issues before they escalate into significant problems. The device’s ability to provide accurate readings without interrupting the electrical circuit enhances safety and minimizes downtime. In the realm of troubleshooting, the Hioki PW9005 stands out due to its non-intrusive nature. For instance, in industrial settings, where machinery is often in continuous operation, the need for non-invasive measurement tools is critical. The PW9005 allows technicians to measure current flow efficiently without shutting down equipment, thus saving valuable time and reducing operational disruptions. This feature is particularly beneficial in energy management systems, where continuous monitoring of electrical parameters is required to optimize energy usage and reduce costs. Several case studies and testimonials from real users underscore the effectiveness and reliability of the Hioki PW9005. For example, a leading manufacturing firm reported a significant reduction in maintenance time and improved system reliability after incorporating the PW9005 into their routine checks. Similarly, an energy management company praised the device for its ease of use and ability to provide consistent, accurate measurements, which helped them enhance their energy-saving initiatives. The benefits of using a clamp-on sensor like the Hioki PW9005 extend beyond its measurement accuracy. Traditional current measurement methods often involve breaking the circuit, which can be time-consuming and potentially hazardous. In contrast, the clamp-on design of the PW9005 allows for quick, safe, and efficient measurements. Moreover, the device is compatible with various accessories and complementary tools, such as data loggers and software applications, which can further enhance its functionality and provide comprehensive insights into electrical systems. Overall, the Hioki PW9005 offers a blend of accuracy, safety, and efficiency, making it a preferred choice for professionals across different sectors. By integrating this advanced tool into their workflows, users can achieve better operational outcomes and ensure the longevity of their electrical systems.

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  • HT Instruments I-V400W

    $2.082

    Immediate recording of the I-V characteristic and of the characteristic parameters I-V400 carries out the field measurement of the I-V characteristic and of the main characteristic parameters both of a single module and of module strings on PV plants (up to a maximum of 1000V and 10A). Immediate compliance test result The acquired data are then processed to extrapolate the I-V characteristic under standard test conditions (STC) in order to proceed comparing them with the rated data declared by the modules’ manufacturer, thus immediately determining whether or not the string or the module under test comply with the characteristics declared by the manufacturer. On the other hand the analysis of IV curve permits to detect any fault condition on each single module composing the string under test. Remote irradiation and temperature measurement Irradiation and temperature measurements play an essential role for extrapolation of the I-V characteristic under standard test conditions. I-V 400 carries out such measurements directly or under remote mode through the optional unit SOLAR-02, synchronized with main unit. I-V 400 can effect measurements at the inverter, while SOLAR-02 simultaneously detects environmental values close to modules without using long cable extensions. Friendly use with possibility of continuous updating of PV modules I-V 400 manages a database of PV modules, which can be updated at any time both via the management software and directly on the instrument through the user interface. Very accurate measurements even using cable extensions Current and voltage measurements on modules or strings are effected with the 4-terminal method, which allows extending measuring cables I-V Curve tracer Voc and Isc measurement Database of 30.000 PV modules curve types Measurement of output voltage from module/string up to 1000V DC Measurement of output current from module/string up to 10A DC Measurement of solar irradiation [W/m2] with reference cell HT304N Measurement of temperature, automatic or by means of probe PT300N Measurement of output DC and nominal power from module/string Numerical and graphical display of I-V characteristic Measurement of the resistance of photovoltaic module series Mechanical inclinometer for incidence angle of solar irradiation 4-terminal measuring method Comparison with standard conditions (STC 1000 W/m2, 25°C) Evaluation of testing result: OK / NO Management of up to 30 types of modules in the internal database Internal memory for data saving Recalling results on the display Optical/USB port for PC connection Help online on the display

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  • HT Instruments PQA820

    $1.539

    DC voltage TRMS voltage with 4 inputs for line(s) and neutral (if any) DC current TRMS current with 4 inputs for line(s) and neutral (if any) DC power Active, reactive and apparent power Active, reactive and apparent energy Power factor and cos-phi Frequency Up to 383 parameters to be recorded at once Integration period selectable from 5 seconds to 60 minutes Voltage and current harmonic analysis up to the 49th order Voltage anomalies (sags, swells) with 10ms resolution Numerical data analysis (DMM function) Graphical display of voltage and current (scope) Harmonic histogram Vectorial diagram of voltages and currents Voltage unbalance Predefined recording settings > Each Unit Includes Built-in memory for data logging Wi-Fi and USB interfaces Android/iOS/Windows software Rechargeable Li-Ion battery with built-in power supply Waterproof IP65 hard carrying case

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  • HT Instruments PQA823

    $2.394

    TRMS voltage measures (5 inputs) TRMS current on phases and neutral (4inputs) Active, reactive and apparent powers measures Active, reactive and apparent energies measures Power factors measure Frequency measure Max 251 selected parameters at the same time Integrated period selectable from 1s to 60min Harmonic analysis of voltage and current up to 49th component Voltage anomalies (sags, swells) with 10ms resolution Numerical and graphical (waveforms) visualization Histogram visualization of harmonic analysis Vectorial diagram of voltages and currents Flicker analysis (Pst, Plt) in compliance to EN50160 Voltage unbalance in compliance to EN50160 Inrush currents measures Predefined and customized recordings configurations TFT colour display with touch screen 15Mbytes internal memory for recordings saving Using of external compact flash and USB pen drives USB interface for PC connection Windows software for recordings analysis Rechargeable Li-Ion battery and external AC/D adapter Contextual help selectable on each screen Virtual keyboard at display > Each Unit Includes PQA 823 KIT800 : Set of 5 cables 5 alligator clips HTFLEX33D : Flexible clamp 3000A AC, diameter 174mm, 4 pcs A0055 : External adapter AC/DC recharging battery YABAT0003HT0 : Li-ION rechargeable battery PT400 : Touch pen TOPVIEW2007 : Windows software USB cable C2007 BORSA2051N : Soft carrying bag User manual on CD-ROM Quick reference guide ISO9000 calibration certificate

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  • HT Instruments PQA824

    $2.650

    Power quality analyser CAT IV with 4 CTs HTFLEX33 Order #: HV000824 Mfg #: HV000824

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  • HT Instruments VEGA 78

    $2.094

    TRMS P-N, P-P, P-PE voltage measures (5 inputs) TRMS current on phases and neutral (4inputs) Active, reactive and apparent powers measures Active, reactive and apparent energies measures Power factors measure Frequency measure Max 251 selected parameters at the same time Integrated period selectable from 1s to 60min Harmonic analysis of voltage and current up to 49th component Voltage anomalies (sags, swells) with 10ms resolution Numerical and graphical (waveforms) visualization Histogram visualization of harmonic analysis Vectorial diagram of voltages and currents Voltage unbalance Predefined recordings of parameters TFT colour display with touch screen 15Mbytes internal memory for recordings saving Using of external compact flash and USB pen drives USB interface for PC connection Windows software for recordings analysis Rechargeable Li-Ion battery and external AC/D adapter Contextual help selectable on each screen Virtual keyboard at display > Each Unit Includes VEGA 78 KIT800 : Set of 5 cables 5 alligator clips HTFLEX33D : Flexible clamp 3000A AC, diameter 174mm, 4 pcs A0055 : External adapter AC/DC recharging battery YABAT0003HT0 : Li-ION rechargeable battery PT400 : Touch pen TOPVIEW2007 : Windows software USB cable C2007 BORSA2051N : Soft carrying bag User manual on CD-ROM Quick reference guide ISO9000 calibration certificate

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  • HT Instruments ZG47

    $1.624

    Multifunctional Tester for connect with Bluetooth Protocol Order #: ZG47 Mfg #: HT ZG47

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  • Keysight Technologies 16034G

    $1.209

    Introduction to Keysight Technologies 16034G Keysight Technologies stands as a prominent leader in the realm of electronic measurement solutions, offering a wide array of instruments that cater to various industries. Among its extensive portfolio, the Keysight Technologies 16034G holds a special place due to its primary function as a highly effective test fixture. Specifically designed for measuring impedance on a range of electronic components, this model exemplifies precision and reliability in testing environments. The Keysight Technologies 16034G is recognized for its comprehensive frequency range, spanning from 1 MHz to 3 GHz, which enables it to accommodate a broad spectrum of testing needs. Measurement accuracy is another critical feature, with this model delivering precise readings essential for high-stakes applications. Compatibility is a notable aspect, as the 16034G seamlessly integrates with various other testing equipment, enhancing its versatility and utility in different setups. Design-wise, the 16034G test fixture boasts several features that distinguish it in the competitive market. Its user-friendly interface simplifies the operation process, making it accessible even for those who may not have extensive technical expertise. Durability is another hallmark, ensuring that the fixture can withstand rigorous use over extended periods. Precision engineering further ensures that the measurements obtained are consistently accurate, a crucial requirement in fields where reliability is paramount. The application of the Keysight Technologies 16034G spans multiple industries, reflecting its adaptability and broad utility. In electronics manufacturing, this test fixture plays a pivotal role in quality control processes, ensuring that components meet stringent specifications. In research and development, the 16034G aids in the innovation of new technologies by providing accurate data on component performance. Quality assurance departments also rely on this equipment to validate the functionality and reliability of electronic parts, thereby maintaining high product standards. Applications and Benefits of the Keysight Technologies 16034G The Keysight Technologies 16034G is an advanced piece of testing equipment that finds practical applications across a range of testing scenarios, particularly in the evaluation of electronic components such as capacitors, inductors, and resistors. In the development phase, the 16034G plays a crucial role in ensuring the reliability and performance of these components, providing precise measurements that are essential for optimizing design specifications. During the production phase, it aids in quality control by verifying that manufactured components meet stringent industry standards, thus preventing defects before they reach the market. One notable application of the 16034G is its use in component testing scenarios that require high accuracy and efficiency. For instance, it can measure the impedance of capacitors over a wide frequency range, enabling engineers to understand their behavior under different operating conditions. Similarly, when testing inductors, the 16034G provides detailed insights into parameters like inductance and quality factor, which are critical for applications in power electronics and RF circuits. Resistors, too, benefit from the 16034G’s precise measurement capabilities, ensuring their resistance values adhere strictly to design requirements. Case studies highlight the 16034G’s pivotal role in achieving accurate and efficient measurements. For example, in a high-volume production environment, a leading electronics manufacturer utilized the 16034G to significantly reduce testing time while maintaining high measurement accuracy. This not only improved their throughput but also minimized the risk of errors, resulting in substantial cost savings. Another instance involved a research institution that leveraged the 16034G’s advanced data analysis capabilities to enhance their experimental accuracy, thereby accelerating the development of innovative electronic components. The benefits of using the Keysight Technologies 16034G are manifold. Improved measurement accuracy ensures that electronic components perform reliably, leading to higher-quality end products. Reduced testing time translates to increased productivity and faster time-to-market for new designs. Enhanced data analysis capabilities provide deeper insights into component performance, facilitating better decision-making during the development process. Economically, the 16034G offers significant cost savings by minimizing testing errors and increasing throughput, thereby maximizing operational efficiency. Overall, the Keysight Technologies 16034G is an invaluable tool in maintaining high standards in electronic component testing and quality control. Its precise measurement capabilities, coupled with its efficiency and economic advantages, make it an essential asset for both development and production phases in the electronics industry.

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