SIMOTICS HV C flameproof SIEMENS

SIMOTICS HV C flameproof SIEMENS

SIMOTICS HV C flameproof is the new ultracompact flameproof high voltage motor, which ensures maximum safety and very reliable operation, even in highly explosive environments. The reason for the unique power density is a revolutionary cooling concept. This combines the principle of air circulating in the motor – together with tube cooling elements: Further, the SIMOTICS HV C flameproof sets itself apart as a result of its extremely rugged design for maximum reliability, even under harsh conditions, optimized vibration behavior – as well as extremely short delivery times and high on-time delivery for this power class.

Your advantages

• Less space required and simpler integration into plants and systems as a result of the extremely compact design
• Very safe and reliable, even in highly explosive, extreme environments
• Extremely long lifetime as a result of the optimized temperature distribution
• Minimized noise levels reduce noise attenuation measures/costs
• Low weight simplifies handling and transport
• Optimized vibration behavior for long plant and system lifetimes
• Increased flexibility in plants and systems and simplified installation as a result of the variable terminal box position
• Accelerated project execution for fast time-to-market
• Maximum system transparency and higher productivity by integrating into digital system concepts

Features

• Cooling system, which combines the inner cooling circuit with tube cooling
• Extremely high power density, which sets the benchmark in the flameproof motor market
• Improved cooling – where hotspots are reliably avoided
• Flow-optimized fan with explosion-certified design
• As a result of the flameproof enclosure in Ex d and Ex d(e) predestined for Zone 1 where there is an extremely high risk of explosion
• Extremely compact flameproof terminal box, which is identical for the 6 kV and 11 kV versions
• Very short delivery times with high on-time delivery
• Data matrix code so that mobile devices can quickly and simply access individual motor data
• Condition data can be analyzed using digital service concepts, also cloud based

Technical data overview

Brief overview