Use: Terminal rails enable the easy connection of thermocouples or resistance thermometer measurement circuits in junction boxes or on the rear side of devices. Mechanical design: • Core material of fibreglass-filled nylon • Insulators between the contacts prevent short-circuits. • Screw connections for easy installation. • Available in a wide range of thermo-pairings. • Dimensions suitable for the use of cable-shoes A-20.131-(…) and A-20.132-(…).
Germany
Use: Enables neat connection of thermocouple cables to devices or terminal rails. This is advisable particularly in the case of small conductor dimensions. Mechanical design: • Solid thermocouple material.
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Use: The arrangement as series terminals allows a large number of connections with a low space requirement. Mechanical design: • Housing of Duroplast. • The design reliably prevents short-circuits. • The terminal width of 5 mm allows the maximum number of connections with the lowest possible space requirement. • Screw connections for easy and quick installation. • Installation parts set available as an accessory, including all additional parts required for rail installation. • Contact bridges of original thermocouple materials.
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Use: Panel insert for thermocouple and RTD circuits. Designed to used together with panel sets for assembly to complete standard panels. Mechanical design: • Housing of fibreglass-filled plastic. • Contacts of original thermocouple materials. • Spring-loaded sockets. • Reverse polarity protection by different pin thicknesses. • Moulded barriers prevent short-circuits. • Screw terminals enable quick connection. • Polarity designation next to the connection screws.
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Use: Miniature Jack/Socket for thermocouple and RTD circuits. Designed for direct soldering onto printed circuit boards. This version is suitable for flat mounting other versions available, please see separate specification sheet. Mechanical design: • Housing of fibreglass-filled plastic. • Contacts of original thermocouple materials and • spring-loaded sockets for reliable contact. • Moulded barriers prevent short-circuits. • Reverse polarity protection by different contact pin widths. • One-piece housing withstands great stresses.
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