Home > ECEFast offer Comark N3014 multichannel portable data logger

ECEFast offer Comark N3014 multichannel portable data logger

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article image Comark N3014 multichannel portable data logger

Comark have released the N3014 multichannel portable data logger.

It has universal thermocouple inputs with standard sub miniature connectors and covers temperatures from –200° to 1750°C using the appropriate thermocouple type.

These multichannel portable data loggers are available from ECEFast .

The N3014 instrument accuracy is +/-0.1% with cold junction better than 0.2°C. These multichannel portable data loggers can save up to 64,000 readings for display on the instrument display, a PC, or a printer.

As the graphic display is interactive, the operator can configure the device and interpret the data with little instruction. With 240x180 pixels, tabulated and graphical data is available at the press of a button.

Data can be printed directly from the N3014 multichannel portable data logger through a serial or parallel port connected to a printer.

For computer analysis, data can be exported to Excel or Word files or can be obtained with the Comark N1SW software package.

The Comark N1SW software package is similar to the Evolution series logging thermometers and Diligence EV loggers, which require less learning for multiple applications.

The N3014 multichannel portable data logger is an alternative to the KM1242 5 channel printer. As these data loggers are flexible they are used in a range of applications.

With password protection of operation, and hardware alarm outputs, the N3014 multichannel portable data logger is suitable for monitoring a number of processes for safety and quality control and recording.

These data loggers are suitable for heat treatment furnaces and other industrial thermal processes due to their simple operation, multichannel capacity and report generation function.

Other processes where high accuracy is essential such as food transport and storage, autoclaves and sterilisers and critical processes can be monitored with high accuracy type T thermocouples that give total errors down to +/-0.5°C over a range of temperature.

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