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DAC60000 6U Inverter Modules

DAC60000 inverters are modular and may be integrated into the same cabinet as the Enedo DC power system for redundant, fault tolerant performance when long life and long battery service are required.

Key features

  • Supports nominal battery voltages of 24, 48, 60, 110, 125, 220 & 230 VDC
  • Parallel connection from 1000 VA to 24 kVA
  • Hot swap N+1 redundant operation
  • High efficiency to 90%
  • High overload capability
  • Full front access
  • Remote monitoring via web interface, SNMP traps, SMTP mail alerts and Modbus TCP/IP
  • Operates with static switch or manual bypass
  • Natural convection cooling
  • Safety: EN62368-1 / EN 60950-1
  • EMC: EN61000-6-1/ -2/ -4

Applications

  • Power transmission critical control circuits
  • Oil and Gas industry AC backup
  • Industrial UPS systems
  • Telecom backup supply
  • Data-Center UPS systems
  • Railway track side information system’s backup supply
Model number
Type
Power Level (VA)
Input Voltage (VDC)
V1 Out Nom (V)
Output Current Max (A)
Cooling
DAC62132VF
Type Inverter
Power Level (VA) 1000VA
Input Voltage (VDC) 20 - 32
V1 Out Nom (V) 230
Output Current Max (A) 4.4
Cooling Convection
Input Voltage (VAC)
100 - 240
Efficiency Rating (%)
85
Operating temperature range
0 to 45°C
DAC62134VF
Type Inverter
Power Level (VA) 1000 VA
Input Voltage (VDC) 40 - 72
V1 Out Nom (V) 230
Output Current Max (A) 4.4
Cooling Convection
Input Voltage (VAC)
100 - 240
Efficiency Rating (%)
90
Operating temperature range
0 to 45°C
DAC62135VF
Type Inverter
Power Level (VA) 1000VA/700W
Input Voltage (VDC) 88 - 150
V1 Out Nom (V) 230
Output Current Max (A) 4.4
Cooling Convection
Input Voltage (VAC)
100 - 240
Efficiency Rating (%)
90
Operating temperature range
0 to 45°C
DAC62136VF
Type Inverter
Power Level (VA) 1000VA/700W
Input Voltage (VDC) 178-275
V1 Out Nom (V) 230
Output Current Max (A) 4.4
Cooling Convection
Input Voltage (VAC)
100 - 240
Efficiency Rating (%)
90
Operating temperature range
0 to 45°C
DAC62232VF
Type Inverter
Power Level (VA) 1200VA/800W
Input Voltage (VDC) 20 - 32
V1 Out Nom (V) 230
Output Current Max (A) 5.2
Cooling Fan
Input Voltage (VAC)
100 - 240
Efficiency Rating (%)
99
Operating temperature range
0 to 45°C
DAC62234VF
Type Inverter
Power Level (VA) 1200VA/1200W
Input Voltage (VDC) 40 - 72
V1 Out Nom (V) 230
Output Current Max (A) 5.2
Cooling Fan
Input Voltage (VAC)
100 - 240
Efficiency Rating (%)
99
Operating temperature range
0 to 45°C
DAC62235VF
Type Inverter
Power Level (VA) 1200VA/1200W
Input Voltage (VDC) 88 - 150
V1 Out Nom (V) 230
Output Current Max (A) 5.2
Cooling Fan
Input Voltage (VAC)
100 - 240
Efficiency Rating (%)
99
Operating temperature range
0 to 45°C
DAC62236VF
Type Inverter
Power Level (VA) 1200VA/1200W
Input Voltage (VDC) 178-275
V1 Out Nom (V) 230
Output Current Max (A) 5.2
Cooling Fan
Input Voltage (VAC)
100 - 240
Efficiency Rating (%)
99
Operating temperature range
0 to 45°C
BPU69130VF
Type Static Bypass 19"/6 6U
Power Level (VA) 6000
Input Voltage (VDC) 230VAC
V1 Out Nom (V) 230
Output Current Max (A) 27
Cooling Convection
Input Voltage (VAC)
80 - 270
Efficiency Rating (%)
99
Operating temperature range
0 - 45 ℃
MBP68000
Type Manual Bypass 19"/6 6U
Power Level (VA) 6000
Input Voltage (VDC) 230VAC
V1 Out Nom (V) 230
Output Current Max (A) 27
Cooling Convection
Input Voltage (VAC)
80 - 270
Efficiency Rating (%)
99
Operating temperature range
0 - 45 ℃
MBP68200
Type Manual Bypass 19" 2U
Power Level (VA) 6000
Input Voltage (VDC) 230VAC
V1 Out Nom (V) 230
Output Current Max (A) 27
Cooling Convection
Input Voltage (VAC)
80 - 270
Efficiency Rating (%)
99
Operating temperature range
0 - 45 ℃
Datasheets (PDF)
Datasheet - DAC60000 Inverters Static Bypass 6kVA Manual Bypass 6kVA 6U Manual Bypass 6kVA 19" 2U Static Bypass and Manual Bypass 30kVA 3-phase Inverter System max 22.5kVA

The DAC60000 inverters and corresponding systems are 90% efficient and compatible with most battery configurations and fit into standard 19″ rack and cabinet systems. They offer a modular approach, and can be combined with a static switch, manual by-pass, AC distribution and 3-phase synchronization modules based on unique customer requirements.

Additional integration options include the advanced VIDI+ controller, temperature sensors and battery monitoring.