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TBS Transient and Lightning Protection Systems from OBO BETTERMANN are engineered to safeguard electrical and automation installations against overvoltages caused by direct lightning strikes and switching transients. These systems include surge protective devices (SPDs) classified as Type 1, Type 2, and Type 3, each designed for specific energy ...
TBS Transient and Lightning Protection Systems from OBO BETTERMANN are engineered to safeguard electrical and automation installations against overvoltages caused by direct lightning strikes and switching transients. These systems include surge protective devices (SPDs) classified as Type 1, Type 2, and Type 3, each designed for specific energy levels and installation points. Key technical parameters include nominal discharge current (In), maximum discharge current (Imax), voltage protection level (Up), and response time. The portfolio covers single-pole (1P), two-pole (2P), three-pole (3P), and four-pole (4P) configurations, with options for DIN rail mounting and integrated remote signaling contacts. Products comply with IEC 61643-11 and EN 62305 standards, ensuring robust protection for power supply networks, data lines, and telecommunications.
These systems are deployed in critical environments such as industrial control panels, building management systems, photovoltaic installations, and telecommunication towers. They are essential for protecting variable frequency drives (VFDs), programmable logic controllers (PLCs), and sensitive electronic equipment in manufacturing plants, data centers, and commercial buildings. Lightning protection zones (LPZ) concept is applied to coordinate surge protection across main distribution boards (MDBs), sub-distribution boards (SDBs), and terminal equipment, ensuring a graded approach to overvoltage mitigation.
Key subcategories include Type 1 arresters for direct lightning protection (e.g., OBO TBS 255 series), Type 2 arresters for switching surge protection (e.g., OBO TBS 280 series), and Type 3 arresters for fine protection of sensitive loads (e.g., OBO TBS 290 series). Article codes typically follow the pattern "TBS-XXX-YYY", where XXX indicates the series and YYY denotes the nominal discharge current and pole configuration. For instance, TBS-255-3P represents a three-pole Type 1 arrester with a nominal discharge current of 25 kA per pole. Additional variants include combined Type 1+2 devices and pluggable modules for easy maintenance.
Partnering with Electric Automation Network ensures access to genuine OBO BETTERMANN products with real-time pricing and technical documentation. Our engineering team provides personalized support for system design, coordination studies, and compliance verification. We offer express worldwide shipping, ensuring critical components arrive within days. Benefit from up to 65% discount on list prices, with dedicated account management for bulk orders and long-term projects.
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