General

• Online double-conversion UPS topology.

• Three-phase input and output.

• Distributed in parallel with Hot Sync technology (up to 4 units).

• Compact tower design with smaller footprint vs competitors.

• Efficiency:
  • Up to ~98 % in high-efficiency mode.
  • ~94 % in double-conversion mode.

Electrical Input

• Input wiring: 3-phase + neutral.

• Nominal input voltages: 220/380 V, 230/400 V or 240/415 V (50/60 Hz).

• Input voltage tolerance: -15 % / +20 % (at nominal).

• Input frequency range: 40 – 72 Hz.

• Input power factor: > 0.99 typical.

• Input current distortion: < 5 % THD.

Output

• Output wiring: 3-phase + neutral.

• Nominal output voltage: 380/400/415 V, 50/60 Hz.

• Output voltage regulation: ±1 % static; <5 % dynamic, ≤20 ms response.

• Output power factor: 0.9.

• Permitted load power factor: 0.7 lag – 0.9 lead.

• Output distortion: <2 % THD (linear load).

• Overload capacity (inverter):
  • 102 – 125 % for 10 min; 126 – 150 % for 1 min; >151 % for 500 ms.

• Bypass overload: continuous <115 % load; 1000 % for 20 ms peak.

Battery

• Battery type: VRLA lead-acid.

• Charging method: ABM cyclic or float charging.

• Nominal battery voltages:
  • 384 V (32×12 V), 432 V (36×12 V), 456 V (38×12 V) or 480 V (40×12 V).

• Charging current: varies by model (e.g., 3.5 – 15.6 A default; up to 24 A max).

Runtime (Internal Batteries)

(Typical full-load internal runtimes for 20-60 kVA)

• 20 kVA: ~21 min.

• 30 kVA: ~12 min.

• 40 kVA: ~10 min.

• 60 kVA: ~5 min.

(Can be extended with external battery cabinets — e.g., up to ~138 min on 20 kVA with EBC.)

Communication & Controls

• Display: Graphical LCD with blue backlight.

• Status LEDs: 4 LEDs for notice/alarm.

• Audible alarms: Yes.

• Ports: RS-232, USB, Remote Emergency Power Off (REPO).

• Mini-slot bays: 2 slots for network cards (Web/SNMP, Modbus/Jbus, relay).

• Building alarm inputs: 3.

Environmental

• Operating temperature: 0 °C to +30 °C (batteries recommended max +25 °C).

• Storage temperature:
  • With batteries: +15 °C to +25 °C.
  • Without batteries: -25 °C to +55 °C.

• Relative humidity: 5 %–95 % non-condensing.

• Altitude: < 1500 m at +30 °C.

• Audible noise: < 65 dBA at 1 m, typical.

Physical

• Dimensions (20-30 kVA): ~530 × 800 × 1360 mm.

• Dimensions (40-60 kVA): ~600 × 800 × 1880 mm.

• Weight (20-30 kVA): ~476–680 kg.

Certifications

• Safety: UL1778 / IEC 62040-1.

• EMC/EMI: IEC 62040-2, EMI standards EN55022/EN55024.

• Quality standards: ISO 9001, ISO 14001.

Eaton 93E UPS – Key Features 

• True Online Double-Conversion Technology – The 93E continuously converts incoming AC power to DC and back to AC, ensuring that connected equipment always receives clean, stable, and regulated power regardless of fluctuations, surges, or outages from the utility supply.

• High Operating Efficiency (Up to 98%) – With its high-efficiency mode, the UPS reduces energy losses and heat generation, which lowers electricity costs and minimizes cooling requirements in data centers or server rooms.

• Three-Phase Input and Output – The three-phase design provides balanced and reliable power distribution, making it suitable for medium to large IT environments and industrial applications that demand consistent load handling.

• High Input Power Factor (>0.99) – A near-unity input power factor reduces stress on generators and electrical infrastructure, improving overall system efficiency and reducing operating costs.

• Low Input Harmonic Distortion (<5%) – The UPS minimizes harmonic interference drawn from the mains supply, helping to protect upstream equipment such as generators and transformers.

• Hot Sync Parallel Technology – This feature allows multiple 93E units to operate in parallel without requiring a centralized control unit, enabling capacity expansion or redundancy for improved system reliability.

• Internal and External Battery Flexibility – The UPS supports internal batteries for short runtime needs and optional external battery cabinets for extended backup durations, allowing customization based on business requirements.

• Advanced Battery Management (ABM) – Eaton’s ABM charging technology optimizes battery charging cycles, extending battery life and reducing replacement frequency and maintenance costs.

• Wide Input Voltage Tolerance – The system can handle voltage fluctuations without switching to battery mode, which helps preserve battery life and ensures continuous uptime.

• Overload and Short-Circuit Protection – The inverter can withstand temporary overload conditions, ensuring stable operation during sudden load increases while protecting critical equipment.

• Integrated Maintenance Bypass – The built-in maintenance bypass allows servicing or replacing components without interrupting power to connected loads, ensuring continuous business operations.

• Graphical LCD Display – A user-friendly LCD interface provides real-time system status, alarms, measurements, and configuration settings for easy monitoring and control.

• Multiple Communication Options – With RS-232, USB, and optional network cards (such as SNMP or Modbus), the UPS enables remote monitoring and integration into building management systems.

• Compact Footprint Design – Despite its high power capacity, the 93E is engineered with a space-saving cabinet design, making it suitable for facilities where floor space is limited.

• Comprehensive Environmental Protection – The UPS is designed to operate reliably in typical commercial and industrial environments, with built-in protections against temperature variations and electrical disturbances.

Eaton 93E UPS – Applications

• Data Centers – The 93E UPS is ideal for small to medium data centers where continuous, clean, and stable power is required to protect servers, storage systems, and networking equipment from downtime and data loss.

• Server Rooms & IT Closets – It provides reliable backup power for enterprise server rooms, ensuring that business-critical applications, databases, and cloud services remain operational during power interruptions.

• Telecommunications Infrastructure – The UPS supports telecom equipment such as switches, routers, and transmission systems by delivering uninterrupted power that prevents communication failures.

• Healthcare Facilities – In hospitals and medical centers, the 93E protects diagnostic machines, imaging systems, and laboratory equipment where power interruptions could affect patient care and safety.

• Industrial Automation & Manufacturing – The system safeguards PLCs, control panels, robotics, and production line systems from voltage fluctuations that could cause costly production downtime.

• Commercial Buildings – It supports critical building systems such as elevators, security systems, access control, and emergency lighting to maintain operational continuity.

• Banking & Financial Institutions – The UPS ensures ATMs, transaction servers, and financial processing systems remain online, preventing service disruptions and financial losses.

• Educational Institutions – Universities and schools use the 93E to protect computer labs, research equipment, and campus data centers from unexpected power failures.

• Government & Public Sector Facilities – It provides dependable backup for administrative systems, communication networks, and essential public services that require high uptime.

• Retail & Large Enterprises – The UPS supports POS systems, inventory management servers, and centralized IT systems, ensuring uninterrupted business operations during outages.