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Data Acquisition System Services

IQS Directory provides an extensive list of data acquisition system manufacturers and suppliers. Utilize our website to review and source data acquisition system manufacturers with our easy-to-use features which allow you to locate data acquisition system companies that will design, engineer, and manufacture data acquisition systems for your exact specifications. Our request for quote forms make it easy to connect with leading data acquisition system manufacturers. View company profiles, website links, locations, phone number, product videos, customer reviews, product specific news articles and other production information. We are a leading manufacturer directory who will connect you with the right manufacturers whether you are looking for digital acquisition systems, automated data systems, or data systems.

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DCC Corp. is a major manufacturer of thermocouple welders and we supply thermocouple wire. Here at DCC Corp. we also offer data acquisition systems for monitoring analog signals using digitizing eight channel modules. Providing all of our customers with low-cost, top-quality, reliable equipment. If you would like more information please give us a call today!
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Since our foundation, Enetics, Inc. has designed and manufactured PC-based solutions for very high-speed applications in four key areas, which includes data acquisition systems, parallel digital signal processing, signal waveform generation and playback and real-time signal waveform recording. Contact Enetics, Inc. today to find out more information about our company and services.
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United Industrial Automation Inc., is dedicated to providing our customers with high quality automation solutions. Because of our size, our data acquisition systems can be adapted to many different industries and situations. With a majority of our staff members having over 20 years of engineering experience, United Industrial Automation Inc. has the knowledge and skills to offer proven solutions that exceed our customers' expectations.
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We may be located in Michigan however we are dedicated to providing our customers with top of the line products and services no matter where they are! The data acquisition systems that we are able to provide will withstand the trials and the tribulations of the everyday in order to provide you with a long lasting value! To learn more about what we may be able to do for you; visit our website today!
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Data acquisition systems are critical to engine and vehicle testing in any environment, but it's becoming more complex due to engine design and increased demand for greater testing capabilities. As it does, testing is also evolving and becoming more complicated from start to finish - including setup, operation, and analysis. The good news is that our data acquisition systems have kept pace. Turn to Taylor Dynamometer for a robust, yet easy-to-use system. Give us a call today!
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Industry Information
View A Video on Data Acquisition Systems - A Quick Introduction

Data acquisition systems are used in order to convert analog waveforms into digital values that can be used for processing. This conversion is possible due to the process data acquisition (DAQ) which is the sampling of actual physical conditions such as property or phenomena, which can include light intensity, fluid flow, gas pressure, temperature and force. The resulting samples are then converted into digital numerical values by means of sensors in order to get all of the data into a unified form that can be utilized by a computer.

Abbreviated DAS, data acquisition systems are both accessed and controlled by data acquisition software programs that utilize a wide range of general-purpose programming languages including Java, Pascal, Lisp and BASIC. Through the utilization of general-purpose programming, instead of industry or application-specific, data acquisition systems are able to be beneficial for a broad spectrum of industries including: medical, for the acquisition of clinical trial data by means such as central web based systems and local electronic data capture systems; industrial, to acquire data through methods such as chart recorders and PC-based systems; aerospace, for the acquisition of data by means including flight data acquisition units and structural dynamics test systems; and wastewater, in order to collect data for information regarding the toxicity of the wastewater and the effectiveness of the treatment.

There are many different components that can be utilized in the manufacturing of data acquisition systems, some of which are essential while others are simply advantageous in certain applications. Some of the essential components include sensors, signal conditioning circuitry and analog-to-digital converters. The sensors are necessary in data aquisition systems because they are the means of conversion of the physical data to the digital values. The signal conditioning circuitry, or signal conditioner, is necessary because it is also a means of conversion. However, instead of functioning in the same capacity as sensors, the signal conditioning circuitry is used to convert the signals from the sensors into a form that is more readily able to be converted into digital values. Lastly, analog-to-digital converters are an essential component of data acquisition systems because they are utilized to finally fully convert the signal after it has been transformed by the signal conditioning circuitry into digital values. Some of the more common uses of data acquisition systems include testing of all kinds for applications such as field studies, troubleshooting and research. Along with monitoring and making appropriate adjustments for processes, manufacturers can test all types of technical products using data acquisition systems.

A variety of components, devices and types of data acquisition systems are available to suit many applications. Some of the more common data acquisition devices include data loggers, temperature recorders and data acquisition cards. Data loggers, also known as data recorders, are defined as being any device with the ability of storing data. Some examples of specific data logging equipment include plug-in boards and serial communication systems. Although they are able to be used as part of a data acquisition system, data loggers are more commonly utilized separately and can even operate without the requirement of a computer. A more specific type of data logger, temperature recorders are utilized for the measurement of the physical phenomena of temperature, which is defined as the degree of either hot or cold of an environment. Temperature recorders can be mechanical, analog or digital, and once converted the information is then downloaded to a computer for usage in applications such as laboratory research and particularly weather stations in order to monitor meteorological conditions. Lastly, data acquisition cards refer to electronic hardware that must be physically plugged into a computer. DAQ hardware is used as an interface between the signal and a computer and the majority must be connected to a computer in order to run, although a small number are able to operate independently.

In addition to a variety of devices and components, there is a broad range of methods in which data acquisition can be achieved. Two common methods in industrial applications are personal computer (PC) data acquisition and universal serial bus (USB) data acquisition. The method of PC data acquisition refers to the vast majority of data acquisition systems and devices that require some sort of connection to a host computer in order to function and properly download the collected information. In fact, there are many types of data acquisition devices that plug directly into the host computer in order to function. One example of this type of data acquisition device is one that uses USB data acquisition. The definition of a USB device is a serial bus that has become standard for connecting and establishing communication between data acquisition devices and a host controller, which is typically a computer. USB data acquisition offers several advantages for DAQ systems including the ability to provide power to peripheral devices as well as offering a higher bandwidth which the capability of reaching 12 Mbits/s. Since USB devices are used in order to supply power, only one cable is required to link the data acquisition device to the computer, which will likely feature at minimum one USB port.

Data Acquisition Systems
Data Acquisition Systems
Data Acquisition Systems
Data Acquisition Systems - Signatec
Data Acquisition Systems - Signatec
Data Acquisition Systems - Signatec
Data Acquisition Systems
Data Acquisition Systems
Data Acquisition Systems - Signatec
Data Acquisition Systems - Signatec

Data Acquisition Systems Types

  • DAQ is an abbreviation for data acquisition.
  • Data acquisition is the process in which electric signals from various devices are converted into a digital form that can be analyzed.
  • Data acquisition cards are a form of data acquisition (DAQ) hardware used to interface between a signal and a type of personal computer (PC) such as a desktop, PC-compatible industrial computer or an Apple Macintosh computer.
  • Data acquisition software is designed to process, record, and analyze information received from various sensors and instruments.
  • Data aquisition is the sampling of actual physical conditions such as property or phenomena, which can include things such as light intensity, fluid flow, gas pressure, temperature and force.
  • Data loggers are acquisition systems that store information from various devices.
  • Data logging is the process of storing data that can occur in a variety of instruments and devices.
  • Data recorders receive and analyze information.
  • Data acquisition software enables computers to recognize and process signals received from monitoring devices.
  • Electronic data loggers need a computer to operate. These devices are programmable and allow the user to choose the different interval readings.
  • Mechanical data loggers are stand-alone instruments that do not require computer operation and print the measurements directly on a chart. 
  • PC data acquisition is a method of data acquisition that utilizes a personal computer (PC) as the device to which the signals are converted to digital values for further manipulation.
  • Pressure sensors are used to measure and record the pressure of a particular environment. 
  • Signal conditioners are data acquisition devices that are used to convert one type of electronic signal, typically analog, to another type of electronic signal, which is almost always digital.
  • Temperature recorders are a specific kind of data logger that record temperature and sometimes humidity. Many of these devices are highly compact and can monitor conditions inside packages; they also monitor the temperatures of facilities that require regulated environments.
  • USB data acquisition is a method of converting analog waveforms into digital values that can be used for processing by means of a universal serial bus (USB).
  • Wireless data loggers are very small and remote-controlled, and scan data by lasers. These models are the latest technology in data acquisition systems.

Data Acquisition System Terms

Accuracy - The sum of all factors of error in a data acquisition device.
Aliasing - The false reading of high-frequency signals as lower-frequency signals. These readings are expected errors from the discrete calculations with sampling devices like analog-to-digital (A/D) converters.
Anti-Aliasing Filter - An apparatus that attenuates the content of signals outside the preferred bandwidth and comes before the analog-to-digital converter (ADC) in instrumentation designs, which, in theory, permits the frequencies only in the pass band to be sampled with the ADC.
Analog - A signal that has a value somewhere between two extremes and can constantly change.
Analog-to-Digital Conversion (A/D) - The procedure of converting analog signals into a digital value or signal that is then able to be stored on a computer.
Asynchronous - Transmission of data between receiving and transmitting mechanisms in the form of zeros and ones. For correct data interpretation, the receiving data needs to start at the appropriate location of the sequence.
Automated Local Evaluation in Real Time (ALERT) - Protocol of data transmission for flood warning systems.
Calibration - The process of adjusting a device to increase its accuracy.
Common Mode Range - The required voltage range as related to the datalogger ground into which both inputs of a differential calculation must fall in order to make a differential measurement.
Data Retrieval - Receiving data from an RTU, datalogger or field recording apparatus. This process is done locally or remotely, depending on the data retrieval peripheral.
Differential Input - An input channel configuration consisting of two signal wires coupled with each input signal, one wire for input and one for return signals. The measurement is the variation of voltage between the wires.
Differential Measurements - Analog measurements that measure the voltage between two inputs. Differential measurements are able to reject noise better than single-ended calculations, and can purge errors from differences in ground potential between the sensors and the datalogger.
Digital I/O Ports - Input/output ports that sense status, read SDM peripherals or SDI-12 sensors and maintain external devices.
Excitation - The electrical current or voltage used with transducers.
External Signal Conditioning - The use of a peripheral device to change a sensor's signal so another non-compatible device is able to read the signal. Signal conditioning mechanisms can be simple or complex.
Jitter - The frequent or periodic displacement of a signal away from its intended location.
Queue - A temporary storage location for information that has yet to be processed or has not yet been transmitted.
Resolution - The lowest vital number at which a measurement is determined.
Sample Rate - The pace of measurements.
Sampling - Procedure of calculating a signal's value at discrete time points.
Sampling Frequency - Amount of times per second that an analog signal is measured as A/D conversion occurs.
Sensitivity - A measure of the minimum amount of change in a signal that an instrument can detect.
Sensor - A device that responds to a physical stimulus and generates an electrical signal or alters an electrical property, such as resistance. The stimuli can be things like light, sound, heat, pressure and motion.
Supervisory Control and Data Acquisition (SCADA) - System that correlates redundant data storage with measurement regulation, typically for regulating a manufacturing process. Water treatment plants generally use SCADA systems.

Transducer - A sensor that converts energy into readable electrical signals, which data loggers measure and record. Examples of these include thermocouples and strain gauges.

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