Tripp Lite Smartonline Sv Series 140Kva N+1 Large-Frame Modular Scalable 3-Phase On-Line Double-Conversion 208/120V 50/60 Hz Ups System

Description :

SmartOnline SV Series 140kVA N+1 Large-Frame Modular Scalable 3-Phase On-Line Double-Conversion 208/120V 50/60 Hz UPS System

Tripp Lite SmartOnline SV Series 140kVA N+1 Large-Frame Modular Scalable 3-Phase On-Line Double-Conversion 208/120V 50/60 Hz UPS System. UPS topology: Double-conversion (Online), Output power capacity: 140 kVA, Output power: 126000 W. AC outlet types: Terminal, Power plug: Terminal, Serial interface type: RS-232. Form factor: Tower, Product colour: Black, Housing material: Steel. Width: 490 mm, Depth: 736.3 mm, Height: 2009.9 mm. Cables included: Serial, Package width: 579.9 mm, Package depth: 870 mm

The SV140KL8P SmartOnline® SV Series 140kVA 3-Phase On-Line Double-Conversion UPS System delivers true scalability and offers the highest level of secure, uninterrupted power protection. Featuring a modular, scalable design with high-efficiency voltage and frequency independent (VFI) operation, this on-line UPS system is ideal for protecting a variety of critical IT systems.

The SV140KL8P includes preinstalled input, bypass and output breakers, as well as a static transfer switch (STS) and eight included 20kVA SV20PM power modules. The system is fully configured at 140kVA maximum capacity with N+1 fault tolerance. Each power module is rated at 0.9 power factor for maximum power to the connected load.

The Java-free HTML5-based WEBCARDLX interface enables full remote access for site power and UPS status monitoring, configuration, control and email notifications via secure web browser, SNMP, telnet or SSH. It supports 10/100 Mbps auto-sensing for optimum communication with an Ethernet network.

With up to 92% efficiency in standard mode and up to 99% efficiency in optional economy mode, this 140kVA UPS system helps you reduce operating and cooling costs. Automatic and manual bypass options keep connected equipment operational during routine maintenance or critical power module failure. Batteries are not included. External ±120VDC battery cabinets, such as Tripp Lite’s BP240V370, are sold separately.

140kVA 126kW 3-Phase Large-Chassis UPS System
- Supports 208/120V or 220/127V AC 50/60Hz Wye 4-wire plus Earth hardwire input and output wiring
- Dual hardwire input design enables operation from up to 2 power sources
- Network-grade sine-wave AC output with 1% output voltage regulation and less than 1.5% output total harmonic distortion
- Tested to UL 1778 (U.S.), CSA (Canada) and NOM (Mexico) standards
- High 0.9 power factor for maximum power to the connected load
- Batteries not included—external ±120VDC battery cabinets, such as Tripp Lite’s BP240V370, sold separately

Pre-Installed WEBCARDLX Network Interface
- Allows full remote access for power monitoring, configuration, control and email notifications via secure web browser, SNMP, telnet or SSH
- Supports 10/100 Mbps auto-sensing for communication with an Ethernet network
- Optional EnviroSense2 sensors (sold separately) enable site monitoring of temperature, humidity and contact-closure status
- No Java required

Modular, Scalable Design for Maximum Flexibility
- Modular configuration with hot-swappable power modules enables easy and fast maintenance with zero downtime
- Fully configured at 140kVA maximum capacity with N+1 redundancy

Optional Economy Mode
- Up to 99% efficient in optional economy mode to lower operating and cooling costs

Wide Input/Narrow Output Voltage Operating Range
- Enables full continuous online operation during brownouts as low as 156V and overvoltages up to 253V
- Regulates output voltage within 1% of the selected nominal output voltage in on-line double-conversion mode

Advanced IGBT Inverter with Digital Signal Processor (DSP) Technology
- Provides for less than 3% input total harmonic distortion (THDi) to support 1:1 generator sizing and prevent the need to oversize generator systems relative to UPS capacity

Automatic and Manual Bypass Options
- Keep connected equipment operational during routine maintenance or critical power module failure