DAC6000 inverters are modular and may be integrated into the same cabinet as the OPUS DC power system for redundant, fault-tolerant performance when long life and long battery service are required.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.
The OPUS Inverter system has a modular construction. The inverter modules can be combined with a static switch, manual bypass, AC distribution and 3-phase synchronization modules based on customer’s needs.The OPUS Inverter system can be integrated in the same cabinet as Efore DC power systems with advanced VIDI+ controller, temperature sensors and battery monitoring.
|Model Number||Type||Power Level (VA)||Input Voltage (Vdc)||V1 Out Nom (V)||Output Current Max (A)||Cooling|
|DAC62132VF||Inverter||1000VA||20 – 32||230||4.4||Convection|
|Inverter||1000VA||40 – 72||230||4.4||Convection|
|Inverter||1000VA/700W||88 – 150||230||4.4||Convection|
|Inverter||1200VA/800W||20 – 32||230||5.2||Fan|
|Inverter||1200VA/1200W||40 – 72||230||5.2||Fan|
|Inverter||1200VA/1200W||88 – 150||230||5.2||Fan|
|Static Bypass 19″/6 6U||6000||230VAC||230||27||Convection|
|Manual Bypass 19″/6 6U||6000||230VAC||230||27||Convection|
|Manual Bypass 19″ 2U||6000||230VAC||230||27||Convection|
|Load Power Factor||Full Power rating from inductive to 0 capacitive|
|Isolation||Input-Chassis 1500 VAC (2000 VDC), Input-Output 3000 VAC (4000 VDC),|
Output-Chassis 1500 VAC (2000 VDC)
|Protection||Output current limiting, Overload and short circuit proof. Internal input and output fuses|
|LED-indications||Input ON; Output ON; Output overloading, 4 levels; Overload/Fault|
|Relay alarms||2 relay contacts;|
|Remote monitoring||Web interface, SNMP traps, SMTP mail alerts and Modbus TCP/IP through VIDI+ con- troller. Status information: for example input and output voltage, power, temperature, faults, etc. Parameter adjustment: limits, output voltage, overload, faults, etc.|
Selecting the right power supply for your application is not a small task. Let our technical sales engineers guide you through the process of choosing the right solution for your needs.
Below some parameters usually required to size and select the right power supply:
Email us at firstname.lastname@example.org, we will get back as soon as we can.