Datapaq® Introduces New 10 Channel Furnace Tracker® for Glass Tempering

Date: 5 March 2014
Source: www.datapaq.com
Datapaq extends its Furnace Tracker product range with the addition of a new ten thermocouple channel model, designed specifically for use in low height furnaces.  The data logger stores up to 18,000 readings per channel at intervals from 0.05 seconds to 10 minutes.

Ceramic coated and laser welded, the 29 mm (1.14 in) high thermal barrier ensures long operational life. The ten and four channel Furnace Tracker systems for glass tempering furnaces accurately measure temperatures from all types of glass, including hard and soft-coated low-E glass. Thus, users can optimize cycle times and reduce energy costs. The accompanying user-friendly software features comprehensive analysis and archiving functions and enables users to see quickly and easily what is really happening inside the furnace.

Fig. 1. Following customer requests, Datapaq has developed a ten channel Furnace Tracker for glass tempering furnaces that provides comprehensive temperature profiles for quality control purposes.

 

About Datapaq

DATAPAQ is a world leader in the manufacture of temperature measurement and analysis systems for all types of industrial heating processes. Founded in 1984 in Cambridge (UK), the company develops and manufactures sophisticated systems for recording and storing temperature profiles in rugged environments. DATAPAQ solutions are used to control and optimize processes in many different industries, including the photovoltaic, automobile, steel, electronics, ceramics, textile and food industries. DATAPAQ has experienced business partners around the world and operates subsidiaries in Germany, in the USA, and in China, staffed by experienced teams of experts who provide customer care and support. DATAPAQ is ISO 9001 certified and has a DAkkS calibration laboratory. The company is a member of the Fluke Group. Together with the sister companies IRCON and Raytek, it is a global expert in temperature measurement & profiling.

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