Find temperature recorders including temperature data loggers, temperature date recorders, temperature logging charts, temperature recording software and more. Use the time-saving Request for Quote tool to submit your inquiry to all the temperature recorder manufacturers and suppliers you select.
DATAQ® Instruments is a manufacturer and supplier of PC-based data acquisition hardware and software products for industrial applications. We serve life sciences research and engineering. Contact us for quality data acquisition systems and portable data logging equipment.
Astro-Med is an industry leader in data acquisition. Our Test & Measurement group designs data recorders for use in many industries, including defense, aerospace and transportation. Our products include portable data loggers, PC-based data acquisition systems and ruggedized data loggers.
Computer Aided Solutions carries a variety of data acquisition systems with anywhere from 1 to 100 channels capable of measuring input signals including temperature, humidity, pressure, flow, voltage, current and digital signals. Let us help you find the data logger with all the features you need.
CyberResearch is a leading supplier of PC-based data acquisition systems, rack-mount PCs, personal instrumentation and motion control systems. We have hundreds of products for PC-based data acquisition, data acquisition software, industrial PC systems, instrumentation and motion control.
ACCES I/O Products designs and manufactures data acquisition systems. We also offer popular and proven digital, analog, serial and relay I/O boards. These are isolated and non-isolated, including distributed wireless I/O products. PCI, Low Profile PCI, PC/104, USB, Ethernet, RS-485 and ISA.
Temperature recorders are data acquisition systems that receive electric signals from thermometers and convert them into a digital form that can be analyzed by a computer. Temperature recorders are used in sensitive environments in which a precise or stable level of heat is necessary.
Temperature recorders rely on a basic chain of actions. First, thermometers, which may be used in conjunction with barometers and humidity instruments, measure the temperature in a particular location. Next, this measurement is converted into an electric signal by a transducer. The electric signal is then transmitted to a computer and converted into a digital form. Finally, the data is stored on computers and evaluated with the help of software programs that are designed to understand and process the information.
Temperature recorders are used in many different environments that require constant monitoring and precision of temperature. Warehouses that store perishable goods use temperature recorders to ensure that the food does not spoil. Museums, on the other hand, use temperature recorders to maintain a constant temperature to preserve precious artifacts. In factories, temperature recorders are used in various machines to maintain safe operating temperatures. Temperature recorders are also used by meteorologists to make informed weather forecasts.
