NETYS RT

NETYS RT

Total protection on rack or tower
Single/single phase UPS from 1100 to 11000 VA

The solution for

• Switching
• Storage
• Servers and networking devices
• VoIP communication systems
• Structured cabling systems
• Control systems
• Video surveillance systems

Advantages

High protection and availability

• Online double conversion technology with sinusoidal waveform.
• Permanent regulation of output voltage and frequency.
• Wide tolerance of the input voltage.

Simple to install

• No configuration necessary on first startup.
• Conversion mode for installation either in tower mode or inside standard 19“ rack cabinets.
• IEC input and output connections (1100‑3300 VA) or terminal input and output connections with built‑in magnetothermal input switch (5000‑11000 VA).
• Compact footprint.

Easy to use

• Clear and uncluttered SOCOMEC LCD interface.
• Wide range of communication protocols for integration into LAN networks or Building Management Systems (BMS).
• Load segmentation function to prioritize loads and manage critical situations.
• EPO (Emergency Power Off) emergency stop.
• Management of power supply and local / remote shutdown of the applications.

Meets practical needs

• Modular battery extension (EBM) to meet all back‑up time requirements, even after installation.
• 1+1 parallel redundant configuration (5000‑11000 VA).

 

  • Standard and option features

  • Technical Data

    Connections

     

    netysRT-175a-174a-76a-77a.jpg

    1. Mains input socket (IEC 320)
    2. Fan
    3. Output socket (full power)
    4. EPO (Emergency Power Off) input
    5. RS232 interface (MODBUS protocol)
    6. USB port
    7. Input protection
    8. Output sockets (IEC 320 - 10 A)
    9. Battery extension connector
    10. Slot for optional communication boards
    11. Battery extension connector
    12. Output terminals
    13. Input terminals
    14. Input switch
    15. RJ45 LAN ethernet connector
    16. Parallel port connector

     

    Battery extension

     

    Netys RT 1100-3300 VA - Battery extension

    netys_115a-118d_gb.jpg (netys_118_d_gb)

     

     Netys RT 5000-11000 VA - Battery extension

    netys_116a-119e_gb.jpg (netys_119_e_gb)

     

    Control panel

     

    netysRT-177-110a.jpg

    1. Yellow LED lit. Operation in bypass mode
    2. Green LED lit. Mains healthy
    3. OFF button
    4. Green LED lit. Normal operation (inverter in-line)
    5. ON / TEST and buzzer override button
    6. Navigator button
    7. Alphanumeric LCD display
    8. Green LED lit. Status of the load
    9. Load status
    10. Configuration
     

    11. Programmable outlets
    12. Battery status
    13. Load level (5 steps)
    14. Buzzer off
    15. Load present
    16. Battery fault / Replace the battery
    17. General alarm
    18. Overload
    19. Input value
    20. Normal mode / Battery mode (flashing)
     

     

    Technical data

     

    Power 1100 VA / 900 W 1700 VA / 1350 W 2200 VA / 1800 W 3300 VA / 2700 W 5000 VA / 4500 W 7000 VA / 5400 W 9000 VA / 7200 W 11000 VA / 9000 W
    Architecture PFC and automatic bypassonline double conversion VFI with input
    Parallel redundant function - - - - 1+1 1+1 1+1 1+1
    Input
    Voltage 230 V (1ph) 175÷280 V; up to 120 V @70% load  230 V (1ph) 181÷280 V; up to 100 V @50% load
    Frequency 50/60 Hz +/-10% (Auto-Selectable)
    Power factor / THDi >0.99 / <5%
    Output
    Voltage 230 V (1ph) selectable 200 / 208 / 220 / 240 V - 50 or 60 Hz + /- 2 % (+/- 0.05 Hz in battery mode)
    Power factor 0.9
    @ 1000 VA
    0.9
    @ 1500 VA
    0.9
    @ 2000 VA
    0.9
    @ 3000 VA
    0.9
    @ 5000 VA
    0.9
    @ 6000 VA
    0.9
    @ 8000 VA
    0.9
    @ 10000 VA
    Efficiency (online mode) up to 93%
    Overload capability up to 105% continuously; 125% x 3 min; 150% x 30 sec up to 105% continuously; 125% x 5 min; 150% x 30 sec
    Output connections 6 x IEC 320-C13 (10 A) 6 x IEC 320-C13 (10 A) + 1 x IEC 320-C20 (16 A) terminals
    Battery
    Standard autonomy(1) 8 12 8 10 8 6 8 6
    Voltage 24 VDC 48 VDC 48 VDC 72 VDC 192 VDC 192 VDC 240 VDC 240 VDC
    Recharge time < 3h to recover 90% capacity < 6h to recover 90% capacity
    Communication
    Mimic panel LCD with graphical icons  LCD with menu available in 6 languages
    RS232 (DB9 port) Jbus protocol  •
    USB HID protocol - - - -
    WEB/SNMP (Ethernet RJ45 port) option option option option
    COMM slot
    Dry contacts card option option option option option option option option
    EPO input (RJ11 port)
    Parallel port - - - -
    Standards
    Safety IEC/EN 62040-1, AS 62040.1.1, AS 62040.1.2
    EMC IEC/EN 62040-2, AS 62040.2
    Performance IEC/EN 62040-3 (efficiency tested by an external independent body)
    Product declaration CE, RCM (E2376)
    Environment
    Operating ambient temperature from 0 °C to +40 °C (from 15 °C to 25 °C for best battery life)
    Relative Humidity 5-95% non-condensing
    Noise level (ISO 3746) < 45 dBA <50 dBA < 55 dBA
    Dimensions & weight
    UPS size std W x D x H 89 x 333 x 440 mm 89 x 430 x 440 mm 89 x 608 x 440 mm 177.5 x 670 x 440 mm 261 x 623 x 440 mm
    UPS size RACK 2U 2U 2U 2U 2U+2U 2U+2U 3U+3U 3U+3U
    UPS weight std 13 kg 18 kg 19 kg 30 kg 15.5+40 kg 16+40 kg 19.5+66 kg 20+66 kg
    IP rating IP20
    EBM module size (W x D x H) 89 x 340 x 440 mm 89 x 438 x 440 mm 89 x 610 x 440 mm 89 x 608 x 440 mm 130.5 x 623 x 440 mm
    EBM module RACK 2U 2U 2U 2U 2U 2U 3U 3U
    EBM module weight 16 kg 29 kg 29 kg 43 kg 40 kg 40 kg 66 kg 66 kg

    (1) @ 75% of nominal load PF 0.7. 

     

     

    Parallel redundant operation for business continuity

     

    To achieve the highest level of availability and to power critical utilities, NETYS RT UPS modules above 3.3 kVA can be configured for 1:1 redundancy.
    Redundant operation (1+1) means: the system incorporates one more UPS module than is needed to protect the load ; in the event of a breakdown, it guarantees sufficient power supply capacity to the load by maintaining online protection.
    Parallel technology is based on the principle of load sharing, whereby both units are always kept active.
    In a redundant configuration, overall system availability is much higher than a conventional UPS system using similar technology. 1+1 redundant configuration does not require additional circuits and can therefore be set up at a later date, simply by using two UPS modules and a collector / manual bypass module which simplifies cabling and maintenance of the UPS installation.
    To further streamline the solution, it is also possible to select between operation with separate battery or shared battery, which is extremely useful in the case of applications requiring high levels of autonomy.

     

     

    Converts from tower to rack mounted