Elastimold® Triple-Single Phase Reclosers
Flexible triple‑single reclosers for advanced overhead distribution control.
Smart and light overhead protection
ABB's Elastimold triple-single phase reclosers automatically sense temporary faults and reclose quickly to help prevent prolonged outages across 15-38kV overhead distribution lines. Offering independent phase operation, smart sensors, modular upgradability and reduced weight with submersible EPDM construction, these reclosers provide flexible overhead grid automation without dispatching crews. Compatible with SEL and Beckwith controls, they deliver virtually maintenance-free performance rated for thousands of trouble-free operations.
Key Features and Benefits
<p>Assembled, tested and shipped from Hackettstown, New Jersey, USA, ABB's Elastimold triple-single phase reclosers use solid-dielectric insulation without oil or gases for virtually maintenance-free operation up to 38kV. Lightweight construction with internal diaphragm and silicone rubber sheds reduces installation costs, while electrically ganged operation and load-side voltage sensors enable flexible, automated overhead distribution management. </p>
Lightweight
<p>Molded vacuum reclosers weighing up to 33% less than typical units make installation easy and cost-effective.</p>Modular
<p>Supports the addition of source- and load-side voltage sensors for easy field upgrades and retrofits.</p>Reliable
<p>Fast, highly reliable, electrically ganged tripping can trip all three phases simultaneously or individually with three-phase lockout.</p>Industries We Support
From residential construction to commercial and industrial projects, our products support professionals across diverse industries.
Utilities, Power distribution, Commercial and institutional construction
Challenges We Solve
Our products are designed to help professionals solve installation, safety and performance challenges in demanding applications.
Labor constraints and workforce gaps, Grid modernization, integrations and retrofits, Harsh environments, Low-maintenance requirements, Continuous operation demands, System flexibility and reconfiguration needs , Labor constraints and workforce gaps, Smart grid integration , Weight limitations