Emerson Ups Liebert ITA2 10KVA

Emerson Ups Liebert ITA2 10KVA Specification

Control System
DSP Based

Port Type
Other

Cooling System
Other

Batteries Type
Other

Power Capacity
10 KVA / 10 KW

Battery Backup
Configurable, External Battery Bank Minutes

Efficiency (%)
Up to 96%

Material
Metal Enclosure

Type
Standby

Phase
Single Phase

Protection
Over Voltage

Output Voltage
220/230/240V AC Volt (V)

Recharge Time
5 hours to 90% (std. batteries) Hours

Back-Up Time
Depends on Battery Configuration Hours

Interface Type
RS232, USB, SNMP (Optional)

Size
430 190 628 mm (W H D)

Weight
Approx. 19 kg (without batteries) Kilograms (kg)

Color
Black

Display
LCD Panel

Crest Factor
3:1

LED Indicator
Available

Power Factor
0.99

Input Frequency
40-70 Hz

Generator Compatibility
Yes

Noise Level
<55 dB

Remote Monitoring
Supported

Output Frequency
50/60 Hz Auto Sensing

Parallel Redundancy
Up to 6 Units

Mounting Type
Rack/Tower Convertible

Cold Start
Supported

THDi
<3%

Switching Time
Zero Transfer

Topology
Double Conversion

Emerson Ups Liebert ITA2 10KVA Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
5-7 Days

About Emerson Ups Liebert ITA2 10KVA

Experience noble, uninterrupted power with the Emerson UPS Liebert ITA2 10KVA. Meticulously engineered using the finest double conversion topology, this classic, rack/tower convertible UPS offers a pinnacle crest factor of 3:1 and an exceptional power factor of 0.99. With zero switching time and robust protection sensors, reliability is non-negotiable. Its LCD panel delivers vital information at a glance, while parallel redundancy supports up to 6 units. Last chance to purchase superior protection-pick yours and secure high-performance power solutions today!

Diverse Applications and Versatile Usage

The Emerson UPS Liebert ITA2 10KVA finds its place in a broad range of applications, making it ideal for data centers, healthcare facilities, critical IT infrastructure, and industrial automation. Its configurable battery backup and remote monitoring capabilities ensure operational continuity at key sites. Suitable for businesses, institutions, and export-driven industries in India, this UPS is an indispensable choice for environments demanding unwavering protection and consistent energy delivery during demanding scenarios.

Packaging, Certifications, and Delivery Assurance

Each Emerson UPS Liebert ITA2 10KVA is securely packed in a sturdy, cushioned metal enclosure to prevent shipment damage. Certified for highest safety and efficiency standards, the product is supplied with all necessary documentation. For both dealers and exporters in India, delivery timelines are transparent-your order will be dispatched promptly, typically within the stipulated period, and shipping charges are communicated in advance to ensure clarity. Reliable customer support accompanies every consignment.

FAQ's of Emerson Ups Liebert ITA2 10KVA:

Q: How does the Emerson UPS Liebert ITA2 10KVA ensure uninterrupted power during outages?

A: The UPS utilizes double conversion technology with zero transfer time, instantly switching to battery backup during power interruptions, providing seamless electricity to connected equipment.

Q: What sites or environments are best suited for the Liebert ITA2 10KVA?

A: It is ideal for data centers, large enterprises, medical institutions, and industrial automation sites that require critical power protection and versatile battery backup configurations.

Q: When can customers expect the shipment after purchase?

A: Orders are typically dispatched within the standard delivery window defined by the dealer or supplier, with shipping details and charges clearly communicated beforehand.

Q: How does remote monitoring work with the Liebert ITA2 10KVA?

A: Remote monitoring is supported via RS232, USB, or optional SNMP interfaces, allowing users to manage and monitor the UPS performance in real-time from off-site locations.

Q: What types of protection does the UPS provide for sensitive equipment?

A: It safeguards against overload, short circuit, overvoltage, undervoltage, and low battery conditions, ensuring connected devices are always protected under various power scenarios.

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