Eaton SF8RM
| Technology: | Rackmount Dual Mode Filter & Surge Protector |
| KA Rating: | 22.5kA Mass Aggregate – 10 & 15 Amp Available |
| Operation Modes: | L-N, L-E, N-E |
| Operating Voltages: | 220-275vac |
Documentation / Downloads
Description
The Eaton SF8RM stands as an IEC Class III rackmount 1RU solution, offering 8 Aus socket power outlets with plug pack spacing, dual-mode filter, and surge protection capabilities. Crafted to safeguard equipment against surges and electrical noise, it provides a versatile combination of power outlets suitable for various applications. Its unique mounting system facilitates installation in diverse configurations to accommodate crowded racks.
Features include:
- 8-way 10A Power Filter for comprehensive surge protection.
- Flexible mounting options: rack or surface mounting for adaptability.
- Incorporation of a 3-mode, 3-stage protection system for enhanced safety.
- Re-settable circuit breaker for over-current protection.
- The Eaton SF8RM employs a multi-stage protection approach to mitigate excess voltage potentials. Initially, MOVs (Metal Oxide Varistors) divert excess voltage to mains neutral and earth. Subsequently, power undergoes filtration to reduce surge amplitude and high-frequency noise. Finally, the filtered output terminates in MOVs to provide additional surge reduction and protect against surges induced by reactive loads.
For pricing and further information, please phone Power On Australia on 1300 66 24 35 or complete the enquiry form below.
Features include:
- 8-way 10A Power Filter for comprehensive surge protection.
- Flexible mounting options: rack or surface mounting for adaptability.
- Incorporation of a 3-mode, 3-stage protection system for enhanced safety.
- Re-settable circuit breaker for over-current protection.
- The Eaton SF8RM employs a multi-stage protection approach to mitigate excess voltage potentials. Initially, MOVs (Metal Oxide Varistors) divert excess voltage to mains neutral and earth. Subsequently, power undergoes filtration to reduce surge amplitude and high-frequency noise. Finally, the filtered output terminates in MOVs to provide additional surge reduction and protect against surges induced by reactive loads.
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