ONLINE UPS CARD SET


ASL 220221091 / 220221092

DUAL-PROCESSOR ARCHITECTURE

25-500 KVA

Product Ordering Code :
ASL 220221091, 220221092

  • TMS320F28377DPTPT 32-bit Dual Core 200 MHz CPU
  • IEEE 754 single-precision Floating-Point Unit (FPU)
  • Trigonometric Math Unit (TMU)
  • SPECIAL FEATURES
  • Seamless transfer between MAINS AND BYPASS, 4ms. (Quarter Cycle)
  • All Protection and Control feature is available which help user to achieve IEC-62040-3.
  • 3-phase Load current sensing is available which helps user to achieve parallelling of UPS
    unit in (N+1) configuration.
  • Direct 3-pahse voltage sensing & CAN port available which makes user to utilize Load bus
    synchronization (LBS).
  • Built in Pulse-by-Pulse protection to derive the motor load directly without the use of
    any special soft start circuitry.
  • Same Controller can be used in Solar inverter and BESI (Battery energy storage
    inverter) from 30 to 2000 (KVA/KW) units.
  • With add on cards complete UL-1741 as well as IEE-1547 can be incorporated in BESI
    and Grid tied inverter.
  • With Latest TI controller, board is already field tested with more than 10 different sites.
  • FEATURES
  • Capable to generate 14 PWM pulse for 3 level inverters (Electrical)
  • High Resolution PWM up to 18 bits
  • Inbuilt PWM hardware Lock circuit in case of short circuit or overcurrent or overvoltage
    fault.
  • AC overcurrent, DC overvoltage, IGBT short circuit error latching, Over temperatur
    protection for heatsink, IGBT , transformers , inductors .
  • 6 Nos of thyristor firing possible by adding 220221095 (thyristor firing card).
  • Inbuilt CLA
  • Two CPU core in single Card.
  • EMIF for fast communication.
DIMENSIONS
  • Overall Size (in mm) : 274.5 x 280.0
  • Mounting Hole pitch (in mm) : 264 x 270
    ANALOG CHANNEL
  • 3 Channel for Line-to-Line Voltage sensing 415Vrms (+/-10%)
  • 6 Channel for Line-to-neutral Voltage sensing 230Vrms (+/-10%)
  • 9 Channel for current sensing via hall effect sensor (0 - 4V peak)
  • 1 Channel for bidirectional DC current sensing (0-4V peak)
  • 2 channel for DC bus voltage sensing up to 920VDC
  • COMMUNICATION
  • 2 CAN communication port.
  • 2 RS-485 Communication port available where MODBUS or any platform can be used for communication
    DI/DO:
  • 12 Digital input
  • 1 Dedicated Digital Output
  • 10 Digital Output (optional with external relay board)

ASL 220221088

INPUT VOLTAGE SPECIFICATION
  • DC voltage: +95 to 130VDC
OUTPUT VOLTAGE SPECIFICATION
  • +15VDC, ±1.5% @ 3.5A
  • -15VDC, ±1.5% @ 0.6A
  • +12VDC, ±1.5% @ 0.8A
  • +5VDC , ±1.5% @ 1.5A
  • +24VDC, ±1.5% @ 1A


Notes : Customize DC bus voltage can be available up to (450Vdc) on request

25-500 KVA

Product Ordering Code :
ASL 220221088

DIMENSIONS
  • L X W: 170mm X 180mm

ASL 220221089

INPUT VOLTAGE SPECIFICATION
  • DC voltage: +400 to 640Vdc
  • AC-1: 370 to 440Vrms
  • AC-2: 370 to 440Vrms
  • OUTPUT VOLTAGE SPECIFICATION
  • +110VDC,±2.5% @ 1.5A
  • FEATURES
  • Fully Complying the EMC requirement and prone to EMI.
  • 3- different Input source ORING.
  • 2-AC Voltage and 1-DC Voltage as input source is available and in case of failure of ANY
    SUPPLY ALSO OUTPUT WILL BE UNITERUPPTED which makes it as Ideal choice for UPS
    and energy Storage inverter.
  • Tested Ful short circuit at output.
  • Built in Inrush current limitation on AC input via NTC available which help it to realize BALCKSTART facility.


Product Ordering Code :
ASL 220221089


DIMENSIONS
  • L X W: 285mm X 160mm
  • ASL 220221095

    INPUT VOLTAGE SPECIFICATION
    • +15V DC ±1 % @ 500mA
    • OUTPUT VOLTAGE SPECIFICATION
    • Static Thyristor Firing Pulse at frequency set by user
    • FEATURES
    • Capable to Drive from 50A - 600A Module
    • New Control algorithm helps to transfer from one generating source to other in <4mS.
    • Fault indication & detection for thyristor Open & short condition
    • Dedicated built-in Controller for smooth transfer
    • Supply of +15Vand -15V is available with for bidirectional analog sensing.

    Product Ordering Code :
    ASL 220221095


    DIMENSIONS
  • L X W: 125mm X 146 mm
  • Major Highlights on Specification (25KVA to 500 kVA UPS)

    MAINS INPUT
    Nominal voltage(4) (V) 415 (3Ph + N(4))
    Input voltage range without battery discharge (V) 250(5) to 460
    Power factor @ nominal load & nominal input
    conditions(2)
    ≥0.99
    Input current distortion @ nominal
    input conditions & max input current(2) (6) (%)
    <3
    (Walk in/Soft start seconds) 10 (1 to 90 selectable)
    Inrush current / Imax input ≤1
    AC/DC Rectifier efficiency without
    Charging current @ nominal input conditions
    with nominal resistive load(1) (2)
    - Half load ≥ %
    - Nominal load ≥ %
    95 to 96.9 96 to 97.2
    (Note: Results may vary from KVA-to-KVA and other
    component selections)
    BATTERY
    Permissible battery voltage range (V) 396 (cut-off) to 700 (Boost)
    Recommended no. of cells:
    - VRLA
    - WET
    - NiCd
    240 - 300
    240 - 300
    375 - 468
    Float voltage for VRLA @ 20°C (V/cell) 2.27
    End cell voltage for VRLA (V/cell) 1.65
    Float voltage temperature compensation -0.11% per °C
    Float voltage stability in steady state condition (%) ≤1
    DC ripple voltage without battery (%) ≤1
    Optimum battery temperature (°C) 20 to 30
    Battery recharge current setting range for 240 cells @ 415V
    input voltage & nominal output load (PF=0.9)
    (A)
    Up to 10% of kva
    Battery recharge current setting range for 264 cells @ 400V
    input voltage & maximum output load (PF=1)
    (A)
    Up to 8
    Battery output power in discharge mode with nominal
    output load (kW)
    KVA rating of UPS * ƞ(Charger) * ƞ(Inverter)* ƞ(Isolation x’mer
    (if used)) * ƞ(Cable loss)
    End battery voltage for 240 cells(V) 396
    End battery current for 240 cells with nominal output load
    (A)
    (KVA rating of UPS * ƞ(Charger) * ƞ(Inverter)* ƞ(Isolation
    x’mer(if used)) * ƞ(Cable loss)) / 396

    Major Highlights on Specification (25KVA to 500 kVA UPS)

    INVERTER OUTPUT
    Apparent nominal power @40°C ambient temperature,
    lagging or leading load PF
    KVA rating of UPS
    Nominal active power (kW) KVA rating of UPS * ƞ (efficiency of UPS )
    Nominal output current per phase (A) (KVA rating of UPS * ƞ (efficiency of UPS )) / Nominal AC voltage
    Maximum active power up to 100% of nominal apparent
    power(7) (kW)
    KVA rating of UPS * ƞ (efficiency of UPS )
    Overload at nominal output voltage for 10 minutes (%) 125
    Overload at nominal output voltage for 1 minute (%) 150
    Short circuit current for 10ms / <5s (%) 300/150
    Nominal output voltage (V) 415 , (3ph+N)
    Nominal output frequency (Hz) 50 (60 selectable)
    Voltage stability in steady state condition for input (AC & DC)
    variations and step load (0 to 100%) (%)
    +/- 1
    Voltage stability in dynamic condition for input variations
    (AC & DC) and step load (0 to 100% load and vice versa)
    (%)
    Complies with IEC/EN 62040-3, Class 1
    Voltage stability in steady state for 100% load imbalance
    (0, 0, 100)
    (%)
    ±3
    Output frequency stability +/- 6% selectable
    - synchronized with bypass mains (%)
    - synchronized with internal cl (%)
    ±0.1
    Frequency slew rate (Hz/sec) <1
    Output voltage distortion with 100% linear load (%) <2 or 3
    Output voltage distortion @ reference
    non linear load as for IEC/EN 62040-3 (%
    <5 or 6
    Load crest factor handled without
    derating the UPS (Ipk/Irms)
    3:1
    Phase angle accuracy with
    balanced loads (degrees)
    <1
    Phase angle accuracy with
    100% unbalanced loads (degrees)
    <3
    DC/AC Inverter efficiency @ nominal input conditions
    with nominal resistive load(1)
    - Half load ≥(%) - Nominal load ≥(%)
    95 to 96.9
    96 to 97.2
    Neutral conductor sizing 1.7 nominal current
    Nominal output power upgrading with ambient temperature:
    - At 25°C(%)
    - At 30°C(%)
    - At 40°C(%)
    110
    105
    100

    Major Highlights on Specification (25KVA to 500 kVA UPS)

    STATIC BYPASS
    Nominal voltage (V) 415 , 3ph+N)
    Nominal frequency (Hz) 50/60 (selectable)
    Frequency range (%) +/- 6% selectable
    Voltage range (%) ±10 (5 to 15 selectable
    Maximum overload capacity
    - For 10 minutes (%)
    - For 1 minute (%)
    - For 600 milliseconds (%)
    - For 100 milliseconds (%)
    125
    150
    700
    1000
    Transfer time with
    inverter synchronous
    to bypass:
    - Inverter to Bypass (ms)
    - Bypass to Inverter (ms)
    < 4mSec
    < 4mSec
    Transfer time with inverter
    not synchronous
    to Bypass (ms)
    <20
    SYSTEM DATA
    AC/AC efficiency without charging current @
    nominal input conditions(1) (2) with resistive load:
    - 25% load (%)
    - 50% load (%)
    - 75% load (%)
    - 100% load (%)
    - ECO Mode (%)
    91.0
    93.8
    94.4
    94.5
    98.0
    (Note: Results may vary from KVA-to-KVA and other
    component selections)
    Noise @ 1 metre as per ISO 3746 (dBA ± 2dBA) 72
    Protection degree with open doors IP20 (higher degree of protection available on request)
    Mechanical dimensions:
    - Height (mm)
    - Width (mm)
    - Depth (mm)
    Can vary as per user demand and KVA rating
    No. of cabinets Depending on KVA rating
    Frame color(RAL scale) Depending on user demand
    Weight Depends on KVA rating
    Floor area(m2) -
    Floor loading(kg/m2) -
    Cable entry Bottom /side
    Access Front and BACK
    Cooling (m3/h) Forced ventilation
    Location Indoor (free from corrosive gases and conductive dust)
    Operating temperature(3)(°C) 0 - 40
    Storage temoerature (°C) 0 - 60
    Maximum relative humidity @ 20°C
    (non condensing)(%)
    Up to 95%
    Max altitude above sea level without derating (m) 1000 (for higher altitudes complies with IEC/EN 62040-3)
    Immunity to electrical interference IEC/EN 62040-2
    EMC Class IEC/EN 62040-2 Class C3

    Major Highlights on Specification (25KVA to 500 kVA UPS)


    1. 1) For tolerances see IEC/EN 60146-1. The data refers to 25°C ambient temperature.
    2. 2) At nominal voltage and frequency.
    3. 3) Recommended average daily ambient temperature 35°C with a maximum of 40°C for 8 hours as requested for 62040 standards
    4. 4) In the case of a split input configuration, the primary input and the bypass input must have a common neutral. The neutral conductor may be connected only to the bypass or to primary mains, but it must be present (bypass and primary neutrals are connected inside the UPS).
    5. 5) Referred to 70% of nominal load.
    6. 6) With input voltage at nominal value and voltage distortion THD 1%.
    7. 7) Nominal apparent power loads with PF > 0.9 can be supplied with marginal limitation of other performances. Please contact the Technical Support team for further information.

    General conditions for the Technical Data table:

    The data shown are typical and not definable in other ways; furthermore, the data refer to 25°C ambient temperature and nominal output power where not specified. Not all the data shown apply simultaneously and may be changed without prior warning. Data apply to the standard version, if not otherwise specified.

    If options are added, the data shown in the Technical Data Table may vary. For test conditions and measurement tolerances not specified in the table refer to the Witness Test Report procedure.

    “All Product Names, Logos, and Brands are Property of their respective Owners. All Company, Product and Service names used in this catalog are for identification purposes only. Use of these Names, Logos and brands does not imply endorsement.”



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