EFI Panel
TVSS Products
EFI Surge Suppresion Products
| The increased usage of computers and other sophisticated, integrated electronic devices globally has driven the demand for quality power in facilities everywhere. As a result, today's construction engineers, electrical contractors, architects and specifying engineers must adhere to strict, high-energy specifications. EFI offers high-capacity service-entrance, branch-panel and integrated branch-panel products that meet the diverse requirements of industrial, commercial and government facilities everywhere. These products are distributed worldwide under the Titan™ brand and through select private-label suppliers |
.
Titan SEPrice - From $4,000.00 When surge protection is critical for service-entrance and branch-panel applications, the Titan™ SE delivers top performance, even under the worst electrical conditions. With its revolutionary design, the Titan SE includes features previously reserved for larger and more expensive spec-grade suppression products. The high-energy suppression circuit of the Titan SE offers up to 600,000 peak amps of peak-surge capacity, while EFI's sine-wave tracking circuitry provides up to 54 dB of noise attenuation. Bus bar construction and bolt-down modules reduce impedance in the system for maximum protection. The Titan SE is engineered to be the industry's safest surge protection device, surviving abuse that would destroy a lesser suppression device. |
|
| SPECIFICATIONS: View Pdf Specification file |
|
LineMaster iSEPrice - From $2,500.00 The Linemaster™ iSE is a high-performance service-entrance surge protection device engineered to protect service-entrance panels and critical electronic loads in industrial, commercial and medical environments. The iSE offers a peak-surge capacity of 150,000 Amps, provides transient voltage protection and up to 54 dB noise filtration, uses EFI's hybrid Sine Wave Tracker™ suppression circuit in easily replaceable modules. To ensure the lowest possible impedance to ground, the modules are bolted to tin-plated copper bus bars. The iSE can be installed on main-service panels as well as on sensitive electronic equipment. |
|
| SPECIFICATIONS: View Pdf Specification file |
|
Titan BPPrice - From $1,000.00 Titan™ BP surge suppression panels, which offer peak-surge capacity of up to 200,000 amps, provide solid protection for service entrance panels, branch panels and sensitive electronic equipment. With the Titan BP, design engineers have the flexibility to specify individual options and features for each project, such as system voltage, housing type, integral-fused disconnect, and so forth. The Titan BP utilizes EFI's hybrid Sine Wave Tracker™ suppression circuit in a replaceable three-phase module, providing protection from transient voltages and up to 54 dB noise filtration. This multi-phase suppressor means state-of-the-art protection for industrial, medical and commercial applications. |
|
| SPECIFICATIONS: View Pdf Specification file |
|
LineMaster iBPPrice - From $450.00 The Linemaster™ iBP is a high-performance surge protection device designed to protect branch panels and critical electronic loads in industrial, commercial and medical environments. The iBP, which provides transient voltage protection of up to 110,000 amps and up to 54 dB of noise filtration, uses EFI's hybrid Sine Wave Tracker™ suppression circuit in easily replaceable modules. Originally designed for installation on branch panels, the iBP is also effective for commercial and light-industrial main-service panels. |
|
| SPECIFICATIONS: View Pdf Specification file |
|
LineMaster MBPPrice - From $320.00 With a peak-surge capacity of 90,000 amps, EFI's LineMaster™ MBP is designed to protect branch panels and critical electronic loads in industrial, commercial and medical environments. It also effectively protects in commercial and light industrial main-service panels. The MBP, which provides transient voltage protection and up to 40 dB noise filtration, incorporates EFI's hybrid Sine Wave Tracker™ suppression circuit in easily replaceable modules. Its modular design allows user-replaceable modules to be serviced without the use of tools or shutting down of connected loads. |
|
| SPECIFICATIONS: View Pdf Specification file |
|
