Diary and Events
Ericsson Exhibition Hall, Ricoh Arena, Coventry(CV6 6AQ)
Made in the Midlands, the Midland’s fastest-growing single industry network, will be returning (more)
NEC Birmingham(B40 1NT)
25/09/2019 - 26/09/2019
Sensors & Instrumentation Live will celebrate its 10 year anniversary in 2019 and the UK’s (more)
NEC, Birmingham(B40 1NT)
01/10/2019 - 03/10/2019
The UK’s largest ever event in the processing and packaging sector calendar. With over 350 exhibitors (more)
High-temperature connectors function in environments up to 200°CHARTING has introduced a new high-temperature connector family, the Han HighTemp Series, which enables the reliable transmission of signals and power at temperatures up to 200°C in industrial environments.
The design of the Han HighTemp Series is based on HARTING's well-established Han B and Han E series with the addition of high-quality temperature-resistant materials and heat-resistant design applied to all components such as contacts, insulating materials, housing, seals and grounding elements. During development, the resistance of these components was verified in HARTING's in-house testing laboratory.
The basic structure of the Han HighTemp connector consists of a bulkhead-mounted housing and a cable-side hood. The aluminium die-cast hoods and housings feature a highly compressed surface with excellent non-stick properties. It also has a special non-stick coating on the bulkhead-side seal which allows easy handling without significant sticking.
The rugged contact inserts use LCP (liquid crystal polymer) injection moulding to deliver outstanding temperature resistance coupled with excellent mechanical stability. The temperature-resistant contacts, for either screw or crimp termination, ensure reliable connections with minimal contact resistance even at extreme temperatures.
High-temperature connectors offer significant savings in equipment design, manufacture and maintenance by removing the need to enclose machine parts which are exposed to high temperatures and clearing the way to modular plug-in designs. The resulting lower wiring complexity results in reduced maintenance costs, fewer outages and minimal down times.
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