Showing 19–27 of 1467 results

  • Bacharach 3015-5330

    $3.762

    Bacharachs Multi-Zone delivers the best refrigerant leak detection available, with industry-leading MDL of 1ppm for halogenated gases, the fastest sampling frequency and the widest range of refrigerants accurately detected. The large graphic LCD display and LED status indicators provide a system-wide overview at a glance. The Multi-Zone enhances effective refrigerant management, detecting leaks early to enable cost savings by reducing refrigerant recharge, enhancing energy efficiency and reducing risk of refrigeration failure and produce loss. A variety of communication interfaces are available including Modbus, BACnet and LonWorks, allowing easy integration into BMS/BAS systems and remote monitoring solutions. Detects leaks that other instruments cant 1ppm Minimum Detectable Level for refrigerants – the lowest MDL in the industry High-performance detection of halogenated refrigerants, CO2 and NH3 Identify leaks early to mitigate refrigerant loss, protect produce, enhance energy efficiency Ideal solution for grocery store refrigerant monitoring Over 50 different refrigerants accurately detected Monitors up to 16 remote areas, expandable to 48 monitoring points Proprietary infrared (NDIR) sensor technology delivers precision and stability Industry-leading sampling times with high performance pump Long sampling distances (up to 1,200 ft / 365 m) No calibration required, minimal maintenance

  • Bacharach 3015-5331

    $4.083

    Bacharachs Multi-Zone delivers the best refrigerant leak detection available, with industry-leading MDL of 1ppm for halogenated gases, the fastest sampling frequency and the widest range of refrigerants accurately detected. The large graphic LCD display and LED status indicators provide a system-wide overview at a glance. The Multi-Zone enhances effective refrigerant management, detecting leaks early to enable cost savings by reducing refrigerant recharge, enhancing energy efficiency and reducing risk of refrigeration failure and produce loss. A variety of communication interfaces are available including Modbus, BACnet and LonWorks, allowing easy integration into BMS/BAS systems and remote monitoring solutions. Detects leaks that other instruments cant 1ppm Minimum Detectable Level for refrigerants – the lowest MDL in the industry High-performance detection of halogenated refrigerants, CO2 and NH3 Identify leaks early to mitigate refrigerant loss, protect produce, enhance energy efficiency Ideal solution for grocery store refrigerant monitoring Over 50 different refrigerants accurately detected Monitors up to 16 remote areas, expandable to 48 monitoring points Proprietary infrared (NDIR) sensor technology delivers precision and stability Industry-leading sampling times with high performance pump Long sampling distances (up to 1,200 ft / 365 m) No calibration required, minimal maintenance

  • Sale!

    Bacharach 3015-5332

    Original price was: $4.403.Current price is: $4.200.

    Bacharachs Multi-Zone delivers the best refrigerant leak detection available, with industry-leading MDL of 1ppm for halogenated gases, the fastest sampling frequency and the widest range of refrigerants accurately detected. The large graphic LCD display and LED status indicators provide a system-wide overview at a glance. The Multi-Zone enhances effective refrigerant management, detecting leaks early to enable cost savings by reducing refrigerant recharge, enhancing energy efficiency and reducing risk of refrigeration failure and produce loss. A variety of communication interfaces are available including Modbus, BACnet and LonWorks, allowing easy integration into BMS/BAS systems and remote monitoring solutions. Detects leaks that other instruments cant 1ppm Minimum Detectable Level for refrigerants – the lowest MDL in the industry High-performance detection of halogenated refrigerants, CO2 and NH3 Identify leaks early to mitigate refrigerant loss, protect produce, enhance energy efficiency Ideal solution for grocery store refrigerant monitoring Over 50 different refrigerants accurately detected Monitors up to 16 remote areas, expandable to 48 monitoring points Proprietary infrared (NDIR) sensor technology delivers precision and stability Industry-leading sampling times with high performance pump Long sampling distances (up to 1,200 ft / 365 m) No calibration required, minimal maintenance

  • Bacharach 3015-5333

    $4.724

    Bacharachs Multi-Zone delivers the best refrigerant leak detection available, with industry-leading MDL of 1ppm for halogenated gases, the fastest sampling frequency and the widest range of refrigerants accurately detected. The large graphic LCD display and LED status indicators provide a system-wide overview at a glance. The Multi-Zone enhances effective refrigerant management, detecting leaks early to enable cost savings by reducing refrigerant recharge, enhancing energy efficiency and reducing risk of refrigeration failure and produce loss. A variety of communication interfaces are available including Modbus, BACnet and LonWorks, allowing easy integration into BMS/BAS systems and remote monitoring solutions. Detects leaks that other instruments cant 1ppm Minimum Detectable Level for refrigerants – the lowest MDL in the industry High-performance detection of halogenated refrigerants, CO2 and NH3 Identify leaks early to mitigate refrigerant loss, protect produce, enhance energy efficiency Ideal solution for grocery store refrigerant monitoring Over 50 different refrigerants accurately detected Monitors up to 16 remote areas, expandable to 48 monitoring points Proprietary infrared (NDIR) sensor technology delivers precision and stability Industry-leading sampling times with high performance pump Long sampling distances (up to 1,200 ft / 365 m) No calibration required, minimal maintenance

  • BeNano 180 Zeta Pro – Nanoparticle Size and Zeta Potential Analyzer

    $3.340

    Introduction to the Benano 180 Zeta Pro The Benano 180 Zeta Pro is a state-of-the-art nanoparticle size and zeta potential analyzer, designed to meet the rigorous demands of modern scientific research. This sophisticated instrument is indispensable in various industries, including pharmaceuticals, cosmetics, and materials science, where precise characterization of nanoparticles is crucial. Accurate measurement of nanoparticle size and zeta potential enables researchers to optimize formulations, enhance product stability, and ensure quality control. Nanoparticle size analysis, achieved through Dynamic Light Scattering (DLS), is fundamental in understanding the behavior and functionality of nanoparticles. The Benano 180 Zeta Pro employs advanced DLS technology to provide precise and reproducible measurements of particle size distribution. This capability is essential for applications such as drug delivery systems in the pharmaceutical industry, where particle size can significantly influence drug efficacy and bioavailability. Zeta potential, measured using Electrophoretic Light Scattering (ELS), is another critical parameter that the Benano 180 Zeta Pro excels in analyzing. Zeta potential offers insights into the surface charge of nanoparticles, which affects their stability and interaction with biological systems. In the cosmetics industry, for example, understanding zeta potential helps in formulating products that are both effective and safe for consumers. What sets the Benano 180 Zeta Pro apart from other analyzers on the market is its exceptional precision, user-friendly interface, and cutting-edge technology. The instrument’s high sensitivity allows for the detection of even the smallest nanoparticles, ensuring comprehensive and accurate analysis. The intuitive interface simplifies operation, making it accessible to both experienced researchers and those new to nanoparticle analysis. Additionally, the Benano 180 Zeta Pro integrates the latest advancements in optical and electronic components, ensuring reliable performance and consistent results. In summary, the Benano 180 Zeta Pro is a powerful tool that offers unparalleled capabilities in nanoparticle size and zeta potential analysis. Its precision, ease of use, and innovative technology make it an invaluable asset across various scientific and industrial applications. Applications and Benefits of Using the Benano 180 Zeta Pro The Benano 180 Zeta Pro has established itself as an indispensable tool across various fields, including quality control, research and development, and product formulation. Its advanced capabilities in measuring nanoparticle size and zeta potential offer numerous advantages that significantly enhance product stability, efficacy, and safety. In the realm of quality control, the Benano 180 Zeta Pro is instrumental in ensuring that products meet stringent specifications. For instance, in the pharmaceutical industry, accurate nanoparticle size measurements are critical for maintaining the consistency and effectiveness of drug delivery systems. By providing precise data, the Benano 180 Zeta Pro helps manufacturers identify any deviations early, thus preventing potential quality issues. Research and development also benefit immensely from the Benano 180 Zeta Pro. Researchers can leverage its high-resolution measurements to explore new nanoparticle formulations and optimize their properties for specific applications. For example, in the field of nanomedicine, understanding the zeta potential of nanoparticles is crucial for predicting their behavior in biological systems. The Benano 180 Zeta Pro enables scientists to fine-tune the surface charge of nanoparticles, enhancing their targeting and delivery capabilities. Product formulation is another area where the Benano 180 Zeta Pro proves invaluable. In industries such as cosmetics and food, the stability of emulsions and suspensions is paramount. By accurately measuring the particle size distribution and zeta potential, formulators can ensure the long-term stability and homogeneity of their products. This not only improves the consumer experience but also extends the shelf life of the products. Case studies have highlighted the practical benefits of using the Benano 180 Zeta Pro. For instance, a cosmetics company reported a 15% reduction in product returns after implementing routine nanoparticle size and zeta potential analyses. Similarly, a pharmaceutical firm achieved a 20% increase in production efficiency by optimizing their formulations based on the data provided by the Benano 180 Zeta Pro. Operational efficiencies and cost savings are additional advantages of utilizing the Benano 180 Zeta Pro. Its user-friendly interface and rapid analysis capabilities reduce the time and labor required for testing. Moreover, the high accuracy and reproducibility of the measurements minimize the need for repeated experiments, thereby lowering overall operational costs.

  • BW Technologies 54-53-A00005052NW

    $1.462

    The BW Technologies 54-53-A00005052NW is a state-of-the-art gas detection device designed for use in a variety of industrial and environmental settings. This advanced detector is engineered to provide precise and reliable monitoring of hazardous gases, ensuring the safety and well-being of personnel in potentially dangerous environments. At the core of the BW Technologies 54-53-A00005052NW is its robust sensor technology. The device is equipped with high-performance sensors capable of detecting multiple gases simultaneously. These sensors are known for their exceptional sensitivity and accuracy, which are critical in identifying even trace amounts of harmful substances. The integration of these sensors ensures that the device delivers consistent and reliable readings, minimizing the risk of false alarms. The design and build quality of the BW Technologies 54-53-A00005052NW further enhance its reliability and durability. Constructed from high-quality materials, the device is built to withstand harsh industrial conditions. Its rugged exterior is resistant to impacts, dust, and water, making it suitable for use in a wide range of environments. The compact and ergonomic design allows for easy handling and portability, ensuring that users can operate the device comfortably even in confined spaces. In addition to its robust construction and advanced sensor technology, the BW Technologies 54-53-A00005052NW boasts a user-friendly interface. The device features a clear and intuitive display that provides real-time readings and alerts. The interface is designed to be straightforward, allowing users to quickly interpret the data and respond to potential hazards. Notable features such as audible and visual alarms, data logging capabilities, and customizable settings further enhance the usability of the device. The BW Technologies 54-53-A00005052NW stands out in the market due to its combination of cutting-edge technology, durable construction, and ease of use. Its comprehensive suite of features makes it an invaluable tool for professionals in industries where gas detection is critical, ensuring that they can maintain a safe and compliant working environment. Applications and Benefits of Using BW Technologies 54-53-A00005052NW The BW Technologies 54-53-A00005052NW has proven to be an invaluable tool across a variety of industries, each benefiting uniquely from its features and capabilities. In the oil and gas sector, this device is essential for monitoring hazardous gases, ensuring worker safety, and maintaining compliance with stringent industry regulations. The ability to detect multiple gases simultaneously makes it a critical asset for preventing accidents and maintaining operational efficiency in environments where explosive gases are a constant risk. In the mining industry, the BW Technologies 54-53-A00005052NW plays a crucial role in detecting toxic gases like methane and carbon monoxide, which are prevalent in underground operations. By providing real-time data, the device enables miners to take immediate action to mitigate risks, thereby enhancing safety and productivity. Furthermore, its robust design ensures durability and reliability in harsh mining conditions. The manufacturing sector also utilizes this advanced gas detection technology to monitor and control air quality within production facilities. This is particularly important in industries dealing with chemicals and other hazardous materials. The BW Technologies 54-53-A00005052NW helps in maintaining a safe working environment, thereby reducing the risk of occupational hazards and ensuring compliance with health and safety regulations. Environmental monitoring is another critical application of the BW Technologies 54-53-A00005052NW. It is used to track pollution levels, detect leaks, and monitor air quality in various settings, from industrial sites to urban areas. This capability is essential for environmental agencies and organizations committed to sustainability and public health. Case studies illustrate the practical uses and effectiveness of this device. For instance, in a real-world scenario within an oil refinery, the BW Technologies 54-53-A00005052NW successfully detected a gas leak that could have led to a major accident, demonstrating its reliability and importance in preventing industrial disasters. Despite its numerous benefits, users may encounter challenges such as the need for regular calibration and maintenance to ensure accuracy. However, these can be managed with proper training and adherence to manufacturer guidelines. Customer reviews and testimonials often highlight the device’s ease of use, dependability, and the peace of mind it provides, reinforcing its reputation as a trusted solution in gas detection technology.

  • BW Technologies 54-53-A00005052NW

    $1.462

    The PhD6® is a state-of-the-art six-gas detector and the most configurable gas detector in the IQ Management System with five sensor ports, up to six channels of detection, and 16 sensor options including electrochemical, LEL, PID and Infrared. The PhD6 is built to be reliable and sophisticated while maintaining the ease of use that you have come to expect. Day-to-day detector operations are controlled entirely through the mode button. A status bar on the display, with easy-to-recognize icons, gives the user immediate access to everything from time to calibration status. Built-in and easy-to-navigate menus give advanced users the ability to configure the detector in the field. Rugged polycarbonate case with TPE overmold One button operation for daily usage including automatic calibration Easy-to-read top-mounted graphic display with configurable backlight Standard Blackbox recorder stores a minimum of 63 hours of readings and other data Standard Eventlogger stores specific data from alarm events Available with optional datalogging for convenient and easy downloading to a computer 5 sensors: O2, LEL, PID, Duo-Tox, CO, H2S, CO-H, SO2, Cl2, NO, NO2, NH3, PH3, HCN, IR-CO2, IR-CH4 Use the Duo-Tox two channel CO/H2S sensor to achieve 6 channel functionality Field replaceable sensors One button auto calibration Calibration due reminder Sensor span reserve indicators during calibration for predictive maintenance Interchangeable alkaline and rechargeable (Li-Ion) battery packs Up to 22 hours battery life in either configuration Drop-in fast charger / data dock Recharges typically in less than 5 hours

  • BW Technologies 54-53-A00005080NW

    $1.102

    The PhD6® is a state-of-the-art six-gas detector and the most configurable gas detector in the IQ Management System with five sensor ports, up to six channels of detection, and 16 sensor options including electrochemical, LEL, PID and Infrared. The PhD6 is built to be reliable and sophisticated while maintaining the ease of use that you have come to expect. Day-to-day detector operations are controlled entirely through the mode button. A status bar on the display, with easy-to-recognize icons, gives the user immediate access to everything from time to calibration status. Built-in and easy-to-navigate menus give advanced users the ability to configure the detector in the field. Rugged polycarbonate case with TPE overmold One button operation for daily usage including automatic calibration Easy-to-read top-mounted graphic display with configurable backlight Standard Blackbox recorder stores a minimum of 63 hours of readings and other data Standard Eventlogger stores specific data from alarm events Available with optional datalogging for convenient and easy downloading to a computer 5 sensors: O2, LEL, PID, Duo-Tox, CO, H2S, CO-H, SO2, Cl2, NO, NO2, NH3, PH3, HCN, IR-CO2, IR-CH4 Use the Duo-Tox two channel CO/H2S sensor to achieve 6 channel functionality Field replaceable sensors One button auto calibration Calibration due reminder Sensor span reserve indicators during calibration for predictive maintenance Interchangeable alkaline and rechargeable (Li-Ion) battery packs Up to 22 hours battery life in either configuration Drop-in fast charger / data dock Recharges typically in less than 5 hours

  • BW Technologies 54-53-A00005280ND

    $1.102

    The PhD6® is a state-of-the-art six-gas detector and the most configurable gas detector in the IQ Management System with five sensor ports, up to six channels of detection, and 16 sensor options including electrochemical, LEL, PID and Infrared. The PhD6 is built to be reliable and sophisticated while maintaining the ease of use that you have come to expect. Day-to-day detector operations are controlled entirely through the mode button. A status bar on the display, with easy-to-recognize icons, gives the user immediate access to everything from time to calibration status. Built-in and easy-to-navigate menus give advanced users the ability to configure the detector in the field. Rugged polycarbonate case with TPE overmold One button operation for daily usage including automatic calibration Easy-to-read top-mounted graphic display with configurable backlight Standard Blackbox recorder stores a minimum of 63 hours of readings and other data Standard Eventlogger stores specific data from alarm events Available with optional datalogging for convenient and easy downloading to a computer 5 sensors: O2, LEL, PID, Duo-Tox, CO, H2S, CO-H, SO2, Cl2, NO, NO2, NH3, PH3, HCN, IR-CO2, IR-CH4 Use the Duo-Tox two channel CO/H2S sensor to achieve 6 channel functionality Field replaceable sensors One button auto calibration Calibration due reminder Sensor span reserve indicators during calibration for predictive maintenance Interchangeable alkaline and rechargeable (Li-Ion) battery packs Up to 22 hours battery life in either configuration Drop-in fast charger / data dock Recharges typically in less than 5 hours