UPS UPS103R2RT0B035 Amplon RT-10K Standard; battery module 20x9Ah and bypass with distribution C13x6; C19x5

Reference: UPS103R2RT0B035
EAN: 4710901730949
Condition: New
Price: €3,930.67
VAT included
Without tax: €3,248.49
  • Delta Electronics Amplon RT-10K Standard UPS, reference UPS103R2RT0B035
  • 10 kVA apparent power with online double-conversion architecture
  • Rack chassis, single-phase 230V input, terminal input power port
  • Battery module 20x9Ah and bypass with distribution: 6 x IEC-C13 and 5 x IEC-C19 outputs
  • Graphical LCD display with LED indicators, 1 x REPO I/O connector
Product availability: Last items in stock
Share
 

Buy it now and receive it between Tue 6 and Thu 8 with GLS / UPS / DHL €159.90

UPS UPS103R2RT0B035 Amplon RT-10K Standard; battery module 20x9Ah and bypass with distribution C13x6; C19x5

The Delta Electronics Amplon RT-10K Standard is a 10 kVA uninterruptible power supply designed for rack installation. It uses an online double-conversion architecture to deliver continuous, conditioned power to connected equipment. The UPS operates from a single-phase 230V input via a terminal power port and provides output through 6 x IEC-C13 and 5 x IEC-C19 ports, with a bypass and distribution configuration included.

This model, reference UPS103R2RT0B035, includes a battery module made of 20 x 9Ah batteries. It features a graphical LCD display with LED indicators for monitoring, and a 1 x REPO (Remote Emergency Power Off) I/O connector. The chassis is black and measures 440 x 750 x 218 mm, suitable for standard rack mounting.

Environmental operating range is 0 to 55 degrees C, with a note that between 40 and 50 degrees C the UPS parameters should be reduced to 75% of its capacity. Operating humidity is 5 to 95% RH non-condensing, and the noise level is 50 dB.

Características principales

  • 10 kVA apparent power
  • Online double-conversion UPS architecture
  • Single-phase 230V input
  • Rack chassis
  • Battery module 20x9Ah
  • Bypass with distribution: 6 x IEC-C13 and 5 x IEC-C19 output ports
  • Graphical LCD display with LED indicators
  • 1 x REPO I/O connector
  • Black color
  • Dimensions: 440 x 750 x 218 mm

Especificaciones

BrandDelta Electronics
ReferenceUPS103R2RT0B035
Product nameUPS UPS103R2RT0B035 Amplon RT-10K Standard; battery module 20x9Ah and bypass with distribution C13x6; C19x5
Apparent power10 kVA
UPS architectureOnline double conversion
Number of phases input1 (230V)
Chassis typeRack
Special functionsGraphical LCD display with LED indicators
Input power portsTerminal
Output power ports6 x IEC-C13
I/O connectors1 x REPO
ColorBlack
Dimensions440 x 750 x 218 mm
Operating temperature0 - 55 degrees C (40-50 degrees C after reducing the UPS parameters to 75% of its capacity)
Operating humidity5 - 95% RH non-condensing
Noise level50 dB

Preguntas frecuentes

What is the power capacity of this UPS?

The Delta Electronics Amplon RT-10K Standard has an apparent power of 10 kVA.

What type of UPS architecture does it use?

It uses an online double-conversion architecture.

What input and output connections does it provide?

Input is via a terminal power port. Output includes 6 x IEC-C13 and 5 x IEC-C19 ports, with a bypass and distribution configuration.

What are the operating temperature and humidity ranges?

Operating temperature is 0 to 55 degrees C, but between 40 and 50 degrees C the UPS parameters should be reduced to 75% of its capacity. Operating humidity is 5 to 95% RH non-condensing.

Es para ti si...

  • Necesitas una UPS de 10 kVA con conversión doble online para equipos críticos.
  • Buscas una instalación en rack con dimensiones de 440 x 750 x 218 mm.
  • Requieres distribución de salida con tomas IEC-C13 e IEC-C19.
  • Valoras un módulo de batería de 20x9Ah y funciones de bypass.
  • Necesitas monitorización mediante pantalla LCD gráfica con indicadores LED.

  • Brand
  • Reference
    UPS103R2RT0B035
  • In stock
    2 Items
  • Condition
    New
  • EAN13
    4710901730949
  • MPN
    UPS103R2RT0B035

12 other products in the same category

Viewed products

Loading...
Back to top