Power Source Compatibility:Wide range AC/DC input
Output Capacity:Up to 1500 VA continuous power output
Redundancy Configuration:Hot-swappable redundant modules for uninterrupted operation
Communication Interface:Fieldbus compatible for seamless integration
Operating Temperature Range:-20°C to +50°C
Protection Rating:IP67 for dust and water resistance
Failure Rate:< 10^(-7) hours at 25°C
Load Current Limit:Overload protection for safe operation
Engineered for maximum uptime and reliability, the MTL F802 RELCOM F802 Redundant Fieldbus Power System ensures seamless operation in challenging industrial environments. This system is equipped with advanced redundancy modes, providing fail-safe operation without compromising performance.
Featuring an extensive operating temperature range from -25°C to +70°C, this unit is built to withstand extreme conditions, making it ideal for outdoor and harsh industrial settings. Its low power consumption ensures energy efficiency, reducing operational costs without affecting its robust performance.
With support for fieldbus communication protocols, the MTL F802 RELCOM F802 seamlessly integrates into existing industrial control systems, enhancing communication capabilities and data transfer speeds. This compatibility ensures smooth integration with various automation systems, improving overall process efficiency.
Rated at IP67 protection class, the system is dustproof and waterproof, guaranteeing reliable operation even under wet or dusty conditions. This high level of environmental protection ensures continuous performance in various industrial applications, from manufacturing floors to remote monitoring stations.
The MTL F802 RELCOM F802 Redundant Fieldbus Power System is a testament to MTL’s commitment to safety and quality. Its active/standby redundancy mode provides a failover mechanism that ensures uninterrupted operation, minimizing downtime and safeguarding critical processes. With its combination of reliability, versatility, and safety features, this system is an indispensable component in any demanding industrial network.
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