Tripp Lite 3-Phase 208/220/120/127V 50kVA/kW Double-Conversion UPS - Unity PF, External Batteries Required. UPS topology: Double-conversion (Online), Output power capacity: 50 kVA, Output power: 50000 W. AC outlet types: Hardwire, Power plug: Hardwire, USB port type: USB Type-B. Form factor: Tower, Product colour: Black, Housing material: Steel. Width: 442 mm, Depth: 849.9 mm, Height: 1199.9 mm. Cables included: RS-232, USB cable, Package width: 557 mm, Package depth: 964.9 mm
Battery Backup and VFI Operation Protect Critical Loads The SmartOnline® S3M50K IGBT UPS supports the continuous availability of your most important operational and IT equipment loads through all power conditions, providing a compact backup power platform that’s easy to manage and inexpensive to operate. Sophisticated voltage- and frequency-independent (VFI) operation and advanced IGBT rectifier technology with DSP control deliver reliable output power quality. Providing up to 50kVA/kW of clean, continuous power, this 3-phase UPS system is ideally suited for critical applications in banking, education, healthcare, government and manufacturing sectors.
Best-in-Class Footprint for Easy Integration into Your Network Application The UPS market’s smallest footprint for 3-phase 208V systems lets you install the S3M50K in spaces that would otherwise have required expensive retrofitting. By achieving its compact size without compromising runtime, reliability or functionality, the S3M50K is recommended for data centers, colocation facilities and edge computing environments that require high efficiency, high performance and clean, reliable power protection, while preserving as much space as possible for revenue-generating server racks.
Efficient Operation and Design Reduces Cost of Ownership ENERGY STAR 2.0-certified technology provides high operational efficiency to save on utility and cooling costs, as well as protect the environment. This UPS achieves up to 94% efficiency in double-conversion mode and up to 98% in ECO mode, reducing your power and cooling costs. Unity output power factor (1.0) lets you support more equipment. A low THDi (<3%) improves generator compatibility. A low THDv (≤2%) and active power factor correction with DSP control improve output performance. The hardware and firmware platform design reduces the number of unique boards, improving mean time to repair (MTTR) and resulting in reduced downtime. Automatic and maintenance bypass transfer UPS load to utility power during faults, overloads and maintenance, which also avoids costly system downtime.
External Batteries Supply Reliable Backup with Expandable Runtime Options The S3M50K uses external battery cabinets, including BP240V40L, BP240V65/65L and BP240V100/100L (sold separately), to provide backup support in case of a power failure. These cabinets are available with or without internal batteries. No internal batteries are included with the S3M50K. A one-touch cold-start button powers up the UPS with battery power only.
Intuitive LCD Interface Delivers Important Performance Information at a Glance The large five-inch touchscreen LCD panel displays critical operating conditions and diagnostic data, including battery and load status. Four LEDs provide information about AC, bypass, battery and fault status.
Remote Network Monitoring and Control Available 24 Hours a Day The optional Java-free WEBCARDLXMINI network management card (sold separately) enables remote management through embedded HTML5 web, SSH/telnet and SNMP interfaces, as well as integration with a wide range of network management systems and DCIM platforms. WEBCARDLXMINI also supports EnviroSense2 (sold separately), which monitors temperature, humidity and other environmental factors. Three MODBUS ports (RS-485, USB, RS-232) may also be used to monitor and manage the UPS. A Remote Emergency Power Off (REPO) port allows shutdown from a safe distance during emergencies.
Parallel Capability Provides Additional Capacity Connect up to six S3M50K units in parallel using separate/shared battery cabinets for 300kVA maximum capacity or N+N fault tolerance redundancy.
