Used STANFORD RESEARCH SYSTEMS / SRS SR560 #9308543 for sale

STANFORD RESEARCH SYSTEMS / SRS SR560 is an electronic test and measurement instrument designed for both laboratory and industrial applications. It offers a wide range of features, from precise voltage and current measurements to monitoring of power line frequencies, allowing users to accurately monitor and control their test environment. SRS SR560 boasts an impressive 30 MHz bandwidth with both voltage and current input ranges ideal for demanding experiments. Its high accuracy digital panel meter is capable of accurately measuring positive and negative DC or AC Voltages up to 30 volts and currents up to 10 amps. A unique feature of STANFORD RESEARCH SYSTEMS SR560 is its ability to measure power line frequency, allowing users to monitor their system's energy consumption. This is especially useful when dealing with multiple energy sources such as solar, diesel, and wind. SR560 has the power to detect and alert operators to high and low frequency range anomalies, enabling them to take corrective action quickly. STANFORD RESEARCH SYSTEMS / SRS SR560's precision overload protection allows users to confidently take accurate and reliable measurements without the risk of damaging instruments. It also offers isolation from ground loops and other electromagnetic interference (EMI) which can cause errors in test results. SRS SR560 also includes timing features, such as capable of providing a signal for start and stop synchronization of related instruments. Similar data can also be synchronized via coaxial cable, digital input, or Ethernet. STANFORD RESEARCH SYSTEMS SR560 is an ideal choice for a variety of applications, from monitoring and controlling laboratory experiments to industrial-level testing and monitoring. Its features allow users to make the most of their testing while ensuring the accuracy and reliability of their test results. With SR560, users can move confidently forward with their experimentation and monitoring tasks without worrying about potential miscalculated errors or damaging their equipment.