Vertiv-apm 300 Kva

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MOQ : 1 Unit

Vertiv-apm 300 Kva Specification

Cooling System
Forced Air Cooling

Control System
DSP Controlled

Batteries Type
VRLA/SMF Batteries

Power Capacity
300 KVA

Port Type
Communication Port (RS232/485)

Battery Backup
External Battery Bank

Efficiency (%)
Up to 96%

Material
Steel Body

Type
Online

Phase
Three Phase

Protection
OverVoltage

Output Voltage
400V AC

Recharge Time
<6 hours

Back-Up Time
<10 Mins

Interface Type
LCD Display Panel

Size
2200 x 600 x 1050 mm

Weight
Approx. 450 kg

Color
Grey

Environment
Indoor Installation

Form Factor
Tower Model

Output Power Factor
Up to 1.0

Parallel Operation
Up to 4 Units

Application
Industrial Use

Display
7-inch Touchscreen

Topology
Double Conversion

Input Voltage Range
305-478V AC

Frequency
50/60 Hz Selectable

Vertiv-apm 300 Kva Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Vertiv-apm 300 Kva

Access a new standard in industrial power solutions with the Vertiv-APM 300 KVA Tower Model. This remarkable system offers double conversion topology, spotlighting an ineffable blend of reliability and efficiency up to 96%. Its classic, sleek grey steel body houses advanced DSP control and a 7-inch touchscreen for streamlined management. The versatile configuration grants parallel operation for up to four units, supporting high-demand environments. With overvoltage protection, selectable frequency, and optimal output power factor, Vertiv delivers unwavering performance for critical indoor installations-offering unmatched durability and effortless access to power security.

Delivering Remarkable Features and Versatile Application

The Vertiv-apm 300 Kva stands out for its classic tower form factor and a 7-inch touchscreen interface for smooth control. Purpose-built for industrial use, it is compatible with various application surfaces, ensuring robust performance in three-phase operations. Its efficient DSP-controlled topology grants up to 96% efficiency, and parallel operation is possible with up to four units, offering scalable power solutions perfectly adapted to evolving business needs.

Certifications, Packing & Dispatch, and Sample Policy

Vertiv-apm 300 Kva's certifications ensure compliance with stringent industrial standards, promising a secure outlay for your enterprise. Packing & dispatch are meticulously managed for safe transit across India, ensuring the product reaches you swiftly. Delivery time is kept minimal, supporting your operations with prompt service. Sample policies are crafted to offer the lowest price advantage, helping traders and suppliers experience the product's capabilities before a major investment.

FAQ's of Vertiv-apm 300 Kva:

Q: How does the Vertiv-apm 300 Kva ensure reliable industrial power?

A: The Vertiv-apm 300 Kva uses double conversion topology with DSP control, offering stable and continuous power output with high efficiency-even in demanding environments. Overvoltage protection and forced air cooling reinforce reliability.

Q: What is the process for installing the Vertiv-apm 300 Kva?

A: Installation requires indoor placement in three-phase environments, connection to external battery banks, and interface setup via its 7-inch touchscreen display. We recommend professional installation for optimal performance and safety.

Q: Where can the Vertiv-apm 300 Kva be used effectively?

A: This unit is ideal for large-scale industrial sites, manufacturing facilities, and other environments needing high-capacity and uninterrupted power with parallel operation capabilities.

Q: When should I consider using parallel operation with this UPS?

A: Parallel operation is recommended when your facility needs extra redundancy or increased capacity beyond a single unit's 300 KVA rating. Up to four units can operate in parallel.

Q: What are the benefits of the DSP controlled system in this model?

A: The DSP controlled system allows for precise real-time monitoring and adjustments, improving operational efficiency, power quality, and ensuring rapid fault detection and response.