In addition to the critical role data loggers play in a data-acquisition system, there are other types of measurement devices. Some measurement devices are used to increase the number of terminals that data loggers can use, which enables them to measure more sensors or control more external devices. Other measurement devices offer additional capabilities that would otherwise be unavailable.
Data loggers are an essential component in data acquisition systems. They can scan a wide variety of measurement sensors, perform any programmed calculations, convert the data to other units of measur...read more
Distributed Data Acquisition seamlessly networks all the components of your integrated monitoring system. The resulting synchronization decreases the quantity and lengths of communications wires betwe...read more
Expansion peripherals are used with data loggers to achieve many purposes, including the following: add additional channels, extend data communications networks, perform media conversions, read vibrat...read more
Conversion devices and adapters fulfill several roles. For example, you can use them to convert an output signal to a signal type that can be measured by a data logger, to adjust resistive bridge meas...read more
External data storage devices can be used for redundant data storage, additional data storage, or convenient data retrieval from the field. These devices use a variety of technologies, including USB,...read more
Our measurement and control peripherals, including SDMs, multiplexers, and Terminal Input Modules (TIMs), expand the measurement and control capabilities of the data logger.
CDM refers to Campbell Distributed Module. A CDM expands the measurement capability of a data logger by adding additional channels, controls, or measurement types.
SDM refers to Synchronous Device for Measurement. SDMs expand digital control ports, analog output ports, and measurement capabilities. They are addressable devices, allowing more than one to be connected to a data logger at the same time.
A multiplexer allows switched excitation channels and analog inputs to be shared. By using one channel to measure multiple sensors, the number of sensors that can be measured increases.
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