Most Important Electronics now offers IP-Pro Alu EMC enclosures from nVent SCHROFF, excellent enclosures standard or proprietary small shape electronic PCBS
This proven and pre-certified rugged enclosure is ideal for use in harsh environments in applications including rail and transportation, aerospace and defense, industrial Internet of Things, instrumentation and test and measurement. Provides waterproof, dustproof and EMI protection for sensitive electronic products, and can be customized to meet the needs of customers specific applications, speeding up design and development time and reducing costs.
It is the perfect enclosure solution for systems that may need to be located near the operation site and must be protected from shock and vibration, electromagnetic interference, water and dust. This, coupled with the optimal heat dissipation concept, ensures reliable operation of the board even at high processing capacity. This is extremely important for applications including predictive maintenance, where large amounts of data must be collected, summarized, and analyzed, such as signaling and automation applications for rail and Iot applications.
The solution is an electromagnetic shielded aluminium die-cast housing, which provides protection up to IP67(in accordance with EN 60529), shock and vibration resistance (in accordance with EN 61373 CAT.2) and AREMA Class I, IK 09(in accordance with IEC 62262), depending on the size, Protection from external mechanical shock, operating temperature range from -40 ℃ to +90℃. Available in 15 different sizes from H90mm × W122mm × D122mm to H180mm × W600mm × D310mm, with aesthetic design and silver grey (RAL 7001) outdoor powder coating as standard.
Emma Kempster, Major account Manager at Foremost Electronics, comments, "The new nVent SCHROFF IP-Pro Alu EMC enclosure provides an off-the-shelf and easily customized enclosure for installing electronic data collection and control systems in harsh environments. It provides customers with time and cost savings and improved system reliability."
