RDC1000 Battery Charger/Rectifier

Main Features

  • Standard DC System Configuration
  • Compact Design
  • Cost Effective & Short Lead Time solutions`
  • Microprocessor Control
  • 6-Pulse SCR Bridge
  • Suitable for charging Lead-acid or Ni-Cd batteries
  • Digital Control Panel w/ Graphic LCD, LEDs & Keypad
  • Input automatic Circuit Breaker (thermal-magnetic release
  • Output Disconnected switch
  • Input insulation transformer
  • EMI Filter on Input
  • LC Smoothing filter on Output
 

Rating

50A

100A

150A

DC OUTPUT

24/48/110/220

 

APPLICATIONS RDC1000 Compact Battery Charger Rectifier for Industrial applications

  • Oil & Gas
  • Energy production and distribution
  • Process controls
  • Transportation
  • Safety
  • Telecommunications
  • All the industrial & process control applications (chemical, mining, steel, paper, etc.)

Options

  • Battery automatic Circuit Breaker (thermal-magnetic release)
  • Blocking Diode on Output for parallel operation
  • Surge arresters on Input
  • DC Earth Fault monitor with separate positive & negative signalisation
  • Relay card with up to #24 remote signals
  • Active load sharing ≤10% In in parallel operation
  • Fan monitor and alarm
  • Base metal plate (with removable undrilled plate for installation on site
  • Temperature sensor (cable length=10m) for charging voltage compensation
  • Communication Port: USB or RS485 or Ethernet TCP/IP with MODBUS Protocol
  • DC Distribution Panel
  • Dropping Diodes for Load voltage regulation
  • Battery (with rack or cabinet)
  • Other Input/Output voltages
  • Other Cabinet IP/colour/dimensions

Any other specification according to specific projects (contact us

Single-line Diagram
satron

 

AC Input

Rated Voltage

230VAC 1Ph ±10 % Or 400V AC 3Ph ±10 %

Frequency

50, 60 Hz ±5 %

THD

≤ 30 % typ.

Protections

Under/Over voltage – Automatic Circuit Break

DC Output

Rated Voltage

24 / 48 / 110 / 220 VDC

Charging Voltages

 

VRLA

Vented LA

Ni-Cd

 

 

Floating:

2.23-2.27

2.20-2.30

1.40-1.50

V/c

(adj.)

Boost:

2.40-2.45

1.50-1.65

V/c

(adj.)

Equalise:

up to 2.35

up to 2.70

up to 1.70

V/c

(adj.)

Charge Characteristic

“IU” according to DIN 41773

Static Regulation

± 1 %

Voltage Ripple

<1 % RMS

Output Total current limit

20 ÷ 100 % In (adj.)

Battery charging current

10 ÷ 100 % In (adj.)

Protections

Under/Over voltage – Overload – Short circuit

Control & Signalisation

Microprocessor

High Performance 8-Bit Microcontroller with Advanced RISC Architecture

LCD Panel

Backlit graphic LCD for Meters, Alarm/Status messages, History events & Parameters Settings

Signalling LED

Operation (green), Mains OK (green), Common minor alarm (red), Common major alarm (red)

Acoustic Signal

Buzzer

Volt free signalling contacts

Mains failure, Charger minor alarm, Charger major alarm, Battery low; relays COM/NO/NC

Environmental conditions

Installation

Indoor

Ambient Temperature

-10°C to +50°C

Storage Temperature

-25°C to +70°C

Relative Humidity

≤ 95 % @ 40°C non condensing

Max Installation Altitude

≤ 2000 m a.s.l.

Audible Noise

< 65 dB (A) at 1 m

Mechanical Characteristics

Cabinet

Free standing, floor mounting, steel sheet (15-20/10 sheet thickness

Cooling method

Fan assisted (temperature-controlled

Access

Front door

Cable entry

From bottom

Degree of protection

IP21/Other on request

Painting / Colour

Epoxy-polyester thermosetting powder coating / RAL 7035

Dimensions & Weights

See the table below

Standards

Quality

ISO 9001 – 2008

CE Conformity

Yes

Safety

IEC EN 60950

EMC

IEC EN 61000-6-2, 61000-6-4

Semiconductor Convertors

IEC EN 60146-1-1, 60146-1-3, 60146-2

Dimensions (W×D×H, mm)

Weights (kg Approx.)

 

 

Amps

DC Volt Nom.

50

100

150

24

600×600×1100

140

600×600×1100

155

600×600×1100

180

48

600×600×1100

150

600×600×1300

210

600×600×1300

220

110

600×600×1300

205

600×600×1300

230

600×600×1300

295

220

600×600×1300

235

600×600×1500

325

600×600×1500

375

 

 

 

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