Delta Amplon MX Series (1.1–3 kVA)
Pure sine wave line-interactive power protection for small servers and networking devices.
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Delta Amplon MX Series (1.1–3 kVA) Overview
The Delta Amplon MX Series delivers pure sine wave output and high power factor in a compact tower form factor, making it ideal for servers, networking equipment, and sensitive telecom hardware.
1. Engineering Architecture & Operational Profile
The Delta Amplon MX Series (1.1–3 kVA) by Delta Online UPS is engineered to deliver continuous, clean, and stabilized electrical energy to mission-critical industrial, IT, and healthcare infrastructure. Featuring advanced microprocessor and digital signal processor (DSP) controls, it guarantees instantaneous transient response and complete galvanic isolation from dirty utility grid power.
2. Technical Specifications & Electrical Parameters
| Parameter / Metric | Factory Rating & Engineering Value |
|---|---|
| Ratings | 1.1 kVA, 2 kVA, 3 kVA |
| Output Waveform | Pure Sine Wave on battery mode |
| Output Power Factor | 0.9 PF |
| Transfer Time (Mains to Inverter) | Precisely 0 ms (Zero Milliseconds - No interruption) |
| Harmonic Distortion (THDv) | < 2% Linear Load; < 4% Non-Linear Load |
| Compliance Standards | IEC/EN 62040-1, IEC/EN 62040-2, CE, ISO 9001 |
3. Key Engineering Features & Operational Advantages
- Pure sine wave output compatible with active PFC computer power supplies
- Wide input voltage range reduces battery discharge frequency
- Programmable power outlets allow battery shedding during extended outages
4. Target Industrial Applications
5. Battery Energy Storage & Runtime Customization
Northern EPES provides customized battery racks and energy storage banks engineered for the Delta Amplon MX Series (1.1–3 kVA). We supply factory-authorized Sealed Maintenance-Free (SMF) VRLA batteries from Amaron Quanta and Exide Powersafe, tubular deep-cycle flooded cells for extended multi-hour blackouts, and cutting-edge Lithium Iron Phosphate (LiFePO4) systems.
Our team calculates exact battery Ah ratings, discharge currents, and autonomous runtime curves based on your site's peak kW load and ambient temperature conditions.