UPS PowerWalker VFI 40K CPG PF1 3/3 BI ON-LINE 40KVA USB-B RS-232 3/3 PHASE LCD SNMP tower
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
UPS PowerWalker VFI 40K CPG PF1 3/3 BI ON-LINE 40KVA USB-B RS-232 3/3 PHASE LCD SNMP tower
Professional UPS power supply for protecting sensitive devices
PowerWalker VFI 40K CPG PF1 3/3 BI is a three-phase, on-line UPS with a power of 40 kVA, designed to provide reliable power for critical systems and devices. The device utilizes double-conversion technology with power factor correction (PF=1.0), which guarantees high power quality and minimizes interference. This solution is ideal for server rooms, data centers, laboratories, and production facilities, where even a short power outage can generate significant losses.
High efficiency and configuration flexibility
The UPS design based on a three-level inverter topology translates into high efficiency – up to 95.5% in line mode and even 98.5% in ECO mode. This minimizes energy losses and reduces operating costs. The device is characterized by low harmonic distortion and precise voltage regulation (±1%), which ensures stable and safe power supply to connected devices. The ability to adjust the number of batteries (from 32 to 40 pieces) allows you to adapt the UPS to existing battery banks and increases installation flexibility. Additionally, the device offers generator support and the ability to parallel up to three units, allowing you to scale power as needed.
Functions and communication for professionals
The PowerWalker VFI 40K CPG PF1 UPS is equipped with an SNMP card, enabling remote monitoring and management of the device over an IP network. The touch LCD panel provides an intuitive user interface and easy access to device status information and operating parameters. Available communication ports (USB-B, RS-232) allow integration with IT monitoring systems and ViewPower software – enabling control over multiple UPS units from a local network or the Internet. The built-in reverse current protection protects against unwanted energy flow in the event of a network failure. The use of active power factor correction in all phases minimizes the impact of the device on the power grid.