- Manufacturer Part Number: SU40K
- Plug/Connector Type: Hard Wire 4-wire
- Receptacles: Hard Wire 4-wire
- Load Capacity: 40 kVA/32 kW
- Input Voltage:
- 120 V AC
- 208 V AC
- Output Voltage:
- 120 V AC
- 208 V AC
- Network Management: SNMP Manageable
- Backup/Run Time (Full Load): 5.50 Minute
- Backup/Run Time (Half Load): 13 Minute
- Typical Battery Recharge Time: 4 Hour
- Form Factor: Tower
- Height: 66.9″
- Width: 20.5″
- Depth: 34″
- Weight (Approximate): 1512.50 lb
- Package Contents:
- SmartOnline SU40K 40kVA Tower UPS
- SU40K UPS System
- PowerAlert Software and cabling
- Parallel cable (for 1+1 operation)
- Instruction manual and startup checklist
- Warranty information
- Environmental Certification: RoHS
- Country of Origin: China
- Limited Warranty: 1 Year
Package Contents
- SmartOnline SU40K 40kVA Tower UPS
- SU40K UPS System
- PowerAlert Software and cabling
- Parallel cable (for 1+1 operation)
- Instruction manual and startup checklist
- Warranty information
Overview
Tripp Lite’s SU40K (40kVA) SmartOnline Modular 3-Phase Intelligent, True On-Line UPS System provides 100% system availability with N+1 modular architecture and 1+1 parallel capability. In an N+1 configuration, the SU40K provides two self-contained, redundant 20kVA power modules that can be hot-swapped (with the load powered) if maintenance is required. Connect two SU40K models in parallel (1+1 configuration) to provide fail-safe redundancy (two 40kVA models supporting a 40kVA load) or to increase capacity (two 40kVA models supporting an 80kVA load).The SU40K provides mission-critical equipment with the highest level of power protection available. Large capacity 40,000VA/32,000W UPS continually converts incoming AC power into filtered DC power, and then resynthesizes it back into AC power with a pure sine wave. Perfectly regulated, continuous sine wave output with zero transfer time assures compatibility with all equipment types. The SU40K’s high input power factor, advanced IGBT inverter technology and Digital Signal Processor (DSP) technology produce less than 3% input Total Harmonic Distortion (THDi). With low THDi, generators run cooler and last longer, allowing managers to save installation costs by installing a generator with a capacity equal to the equipment load (1:1 ratio). Extremely efficient operation (up to 96%) saves money by lowerin
