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Modular Rectifier SDM SERIES

Modular Rectifier SDM Series

Description

High-frequency commutated modular rectifiers provide stabilized DC power in a compact, modular design suited for Communication and Power Industrial Systems. The system includes one or more rectifier modules and a monitor module, with total power output depending on the number of rectifier modules.

Options

  • Voltage Drop Diode Unit.
  • Digital or analogvoltage and current meters.
  • Internal cabinet lighting.
  • Door open sensor.
  • Heating resistance to avoid condensation.
  • Earth leakage current sensor (positive and
    negative).
  • Removing input neutral at the site.
  • Fusible Surge Suppression (AC/DC).
  • Redundant Fans.
  • Cabinet color can be chosen from RAL
    codes.
  • Cable Entry (Top/side/bottom/rear).
  • Ingress Protection: up to IP66.
  • RS485, TCP, SNMP and GSM
    Communication.
  • Automatic Battery Test Add on Options 98%
    96%.

details

Documents

Hannibal Industrial

Modular-Rectifier.pdf

Monitoring Software
  • Windows
  • MAC
  • Linux

product overview

The high-frequency commutated Modular rectifiers are designed to provide direct current stabilized power. This system’s advanced modular design makes it a compact system and can provide enough power to meet the requirements of Communication and Power Industrial Systems.
This system consists of one or multiple rectifier modules together with the monitor module. The power of rectifier systems can vary, depending on the quantity of rectifier modules.

  •  High frequency commutated Modules
    (IGBT).
  • Modules cooled by forced ventilation.
  • 19” rack and cabinet mount configurations.
  • Possibility of redundant module operation.
  • Room temperature probe included in the
    equipment.
  • LVD (Battery Low Voltage Disconnect).
  • Output breakers for loads.
  • Audible & LED Alarm.
  • User-friendly HMI (All parameters, and
    calibrations can be made through the front
    panel).
  • High-frequency.
  • Remote monitoring:serial port, Ethernet,
    and dry contacts.
  • Temperature Compensated Battery
    Charging.
  • Battery test function.
  • Monitoring of all parameters via the front
    panel display.
  • Built-in intelligent battery management.
  • Alarm- and event logger, with a date and
    time-stamped event log memory.
  • Large communication facility options.
  • Operation with different types of batteries:
    Lead Acid, VRLA.
  • Macro cell BTS.
  • Microwave.
  • LTE / WiMax.
  • FTTX.
  • Broadband Access.
  • Optical Fibre Transmission System.
  • IDC (Internet Data Centres)
  • Fully Digital Controlled: Reduces component count and improves reliability.
  • Modular, Scalable and Hot Swappable Flexible
    installations
  • High Power Density: Reduces footprint.
  • Highly Efficient @ >96%: Reduces losses and lowers operating costs.
  • Front-to-back Airflow: Unobstructed scalability of shelves.
  • Excellent EMC Performance:
  • Wide Input Voltage Range: Continued operation in demanding grid conditions.
  • Wide Temperature Range: Applications in harsh climatic conditions.
  • Compliant with Global Standards: Delivers quality, performance and reliability
    in power solutions.

technical

details

3000 W

Technical Data Ratings
Voltage Range
90Vac to 300Vac (Nominal @ 175Vac to 275Vac)
Frequency
45Hz to 66Hz
Maximum Input Current
Max. 18 Arms @ 175Vac (full load)
Power Factor
≥0.99 @ rated input and ≥50% load
Input Protection
Varistors for transient protection, Mains Fuse for both input lines , Shutdown @ > 300Vac with hysteresis

6000 W

Technical Data Ratings
Voltage Range
250Vac to 475Vac (Nominal @ 323Vac to 456Vac)
Frequency
45Hz to 66Hz
Maximum Input Current
Max. 12A per Phase
Power Factor
≥0.99 @ rated input and ≥50% load
Input Protection
Varistors for transient protection, Mains Fuse for both input lines , Shutdown @ > 475Vac with hysteresis

3000 W

Technical Data Ratings
Output Voltage
53.5Vdc (adjustable 43Vdc to 58Vdc)
Output Power (Maximum)
3000W @ nominal input
Output Current (Maximum)
62.5 A @ 42-50 Vdc with nominal input
Peak Efficiency
>95%
Current Sharing
≤±5% of max current from 20% to 100% load
Static Voltage Regulation
≤±0.6% from 10% to 100% load
Dynamic Voltage Regulation
≤±5% for 10%-90% or 90%-10% load variation, regulation time <50ms
Hold Up Time
>20ms; output voltage >43.5Vdc @ 1500W
Ripple and Noise
≤200mVp-p, 20MHz bandwidth, ≤2mVrms sophomoric
Output Protection
Overvoltage shutdown; hot plug-in, inrush current limiting; high temperature protection; short circuit proof

6000 W

Technical Data Ratings
Output Voltage
53.5Vdc (adjustable 43Vdc to 58Vdc)
Output Power (Maximum)
6000W @ nominal input
Output Current (Maximum)
125 A @ 42-50 Vdc with nominal input
Peak Efficiency
>96.5%
Current Sharing
≤±5% of max current from 20% to 100% load
Static Voltage Regulation
≤±0.6% from 10% to 100% load
Dynamic Voltage Regulation
≤±5% for 10%-90% or 90%-10% load variation, regulation time <50ms
Hold Up Time
>20ms; output voltage >43.5Vdc @ 3000W
Ripple and Noise
≤200mVp-p, 20MHz bandwidth, ≤2mVrms sophomoric
Output Protection
Overvoltage shutdown; hot plug-in, inrush current limiting; high temperature protection; short circuit proof

Standards

Technical Data Ratings
EN/IEC62368-1
Uninterruptible power systems Electrical Safety
ETSI EN 300 386 V2.1.1, EN61000-6-1/-2/-3/-4
EMC
EN61000-3-2 / EN61000-3-3
AC Harmonics / AC Flicker & Fluctuations
CE, RoHS compliant
Certficate

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