SurgeX SEQ Sequencing Surge Eliminator and Power Conditioner with Remote, 2RU

Protect critical security, surveillance and IT systems with the SurgeX SEQ Sequencing Surge Eliminator and Power Conditioner. This 2RU rack-mount power conditioner combines sequenced outlet control, advanced non-sacrificial surge protection and robust EMI/RFI filtering to keep cameras, recorders, access control and network equipment online and reliable. The SEQ offers 14 AC receptacles — two always-on plus three banks of four sequenced outlets — enabling controlled, staggered power-up to prevent inrush-related trips and equipment stress. With 120V AC input, ICE (Inrush Current Elimination) and COUVS over/under-voltage shutdown, the SEQ stops surges up to 6,000 volts while avoiding the harmful side effects of conventional MOV designs.

Technicians benefit from an intuitive front-panel LCD, nonvolatile setup memory and the ability to daisy-chain or control remote SurgeX units for scalable power distribution across multiple racks. Ideal for security closets, monitoring stations and IT racks, the SEQ simplifies power management, reduces downtime and extends the life of critical assets. Backed by a 10-year limited warranty, the SurgeX SEQ is an investment in reliable power for surveillance, monitoring and networking — contact us to configure your system.

• Ensures orderly power-up with three programmable sequenced banks and two always-on outlets to prevent inrush damage and staged startup of surveillance and IT equipment
• Non-sacrificial SurgeX Advanced Series Mode stops surges up to 6,000 volts for reliable protection without ground contamination
• Rack-friendly 2RU design with 14 AC outlets (two always-on + three banks of four) for centralized power management of cameras, NVRs and network switches
• Built-in EMI/RFI filtering, ICE inrush-current elimination and COUVS over/under-voltage shutdown to reduce noise, extend equipment life and avoid downtime
• Scalable control via daisy-chaining and remote unit management with settings stored in nonvolatile memory for consistent, repeatable deployments