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Best Practices Using Your Accsense Monitoring and Alarming Data Loggers

Using your Accsense real-time monitoring and alarm system, it’s easy to access your critical data remotely from our cloud servers. To make it even easier, the Applications Specialists at CAS DataLoggers have put together a brief guide to show you how to download and archive your data from our Accsense servers for data organization and … Continued

Gateway Power or Internet Outage Alerts using Accsense Data Loggers

Continual Monitoring and Alarming Systems for Healthcare and Industry CAS DataLoggers provides its Accsense wired and wireless monitoring systems to a wide variety of industries including healthcare, the life sciences, and bloodbanks. Using the standard Accsense service level which supports alarm capabilities, you can depend on your system’s default behavior to reliably respond to gateway … Continued

7 Steps to Change Communication Channels on Your Wireless Accsense System

Accsense  Monitoring and Alarming Systems are commonly used in hospitals, pharmacies and businesses to protect their temperature-sensitive supplies and products. Infrequently, facilities have an issue with interference caused by their own equipment such as walkie-talkies, in-hospital communications systems, and cordless phones. For these customers, the Applications Specialists at CAS DataLoggers have put together this quick … Continued

3 Ways to Troubleshoot RTD Probes on an Accsense System

Wireless Temperature Monitoring and Alarm Systems Several Accsense data logger pods can connect with PT-100 RTD temperature probes to provide highly accurate measurements. These probes are 3-wire probes and can present some problems when users do the initial install. With this in mind, the Applications Specialists at CAS DataLoggers have prepared this quick list of … Continued

3 Steps to Connect and Properly Scale a 0-5V Signal to an A1-09 Accsense Pod

Completely Automated Wireless Monitoring and Archiving Many CAS DataLoggers customers utilize Accsense A1-09 Wireless Voltage Data Loggers to record and monitor voltage for their critical applications in healthcare, health sciences, and research and manufacturing. These wireless data logger pods are specifically designed to hook up to 6 analog inputs, allowing an increase in the number … Continued

Reassociating an Accsense Wireless A1 Series Pod with a B1-06 Gateway

The popular Accsense wireless monitoring and alarming system operates on a public 2.4ghz wireless frequency. Since this is the same frequency used by many cordless phones, Wi-Fi systems, and various other wireless hardware systems, users can occasionally experience interference within this frequency band. When this type of interference occurs, there is a possibility that a … Continued

Troubleshooting the Accsense B1-06 Wireless Gateway

Diagnosing Network Connection Issues Network configuration errors can occasionally crop up when working with wireless monitoring systems. To help diagnose and remedy them, CAS DataLoggers presents this brief tutorial showing you how to troubleshoot network connection issues which may occur using the Accsense model B1-06 Wireless Gateway. We’ll cover two common failure modes, both of … Continued

Automated Multichannel Sensor Compensation and Calibration

Delphin Measurement Systems Cut Application Development Time Many of today’s measurement requirements involve large numbers of measurement channels and sensors. However, setup and preparation times for these large-scale measurement and testing procedures are often lengthy and can delay project deadlines. As a result, engineers’ measurement results must be traceable, so the calibration of each sensor … Continued

Simulation & Test Systems for Electronic Control Units

ADwin Systems Perform at Microsecond Accuracy In the automotive industry, the development of Electronic Control Units—ECUs—is critical in the manufacture of new vehicle models. This includes ECUs used in ABS, airbags, powertrains, suspension, drivers and other devices. Safety, comfort, and increased market competitiveness are the major factors driving new ECU developments. In this brief example … Continued

ADwin-Based System Tests Six Switches in Parallel

ADwin Provides Real-Time Data Acquisition with Extremely Low Latency Multi-axis motion control systems are used extensively in manufacturing and laboratory research for positioning purposes. These systems often rely on feedback from position sensors to maintain closed-loop control for improved accuracy. In test and measurement applications, it is often desirable to use additional inputs as part … Continued