DC-AC Inverters
With each unit providing a pure sinewave output, you can depend on our DC-AC inverters to backup your business. Systems start at 125VA up to modular systems capable of 48kVA, with both 115VAC or 230VAC outputs possible.
Many electrical devices such as computerised loads require a highly stable sinewave output to operate correctly. This is why all of our inverters are controlled by an intelligent microprocessor. We offer a variety of case styles to suit your application. Wallmounting and desktop models are available, as well as 19" rackmounting units.
For critical applications such as power stations, a constant supply is required. The INV-B provides an automatic transfer function. This allows the inverter to be set to run from a DC or AC input, with an automatic switchover to the backup supply. Transfer to the secondary line is within 10ms.
Where high power and/or redundancy is required, up to 5 identical INV-P units can be operated in parallel connection. Load sharing is automatically distributed across all of the connected inverters and the outputs synchronised. You also get an overload capability of 150% for up to 3 seconds making these models particularly suitable for motor type applications.
High reliability is standard throughout the range. Our robust INV-W and INV-R products meet stringent EN50155 standards and can be ruggedised for locomotive and marine applications. On request, high quality conformal coating can be provided to protect the inverter's circuit boards against high temperature and humidity in uncontrolled environments.
Read more CloseDid you know...
- The INV-P has a calculated mean time between failures of 31.97 years at 50°C, as tested to the Siemens telecoms standard, SN29500.
- Where an automatic bypass and n+1 redundancy is required in the same system, the INV-LAVA-4000 is available in configurations up to 48kVA.
INV-LAVA-4000
High Power Modular Inverter System
Min | Max | |
---|---|---|
Power: | 8kVA | 48kVA |
Input: | 48VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 115VAC Different nominals can be selected via the options table. | 230VAC |
INV-LAVA-4000
High Power Modular Inverter System
Min | Max | |
---|---|---|
Power: | 8kVA | 48kVA |
Input: | 48VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 115VAC Different nominals can be selected via the options table. | 230VAC |
Control: | Standard: HMI, Potential Free Alarm Contacts | Optional: SNMP |
---|---|
Bypass: | Optional |
The INV-LAVA 4000 series of inverters are designed to be part of a system incorporating a controller. Up to 12 inverters can be connected via CAT5 cables up to 48kVA. Two different automatic bypasses are available capable of either 120A or 200A.
INV-LAVA-2000
Modular Inverter System
Min | Max | |
---|---|---|
Power: | 4kVA | 24kVA |
Input: | 24VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 115VAC Different nominals can be selected via the options table. | 230VAC |
INV-LAVA-2000
Modular Inverter System
Min | Max | |
---|---|---|
Power: | 4kVA | 24kVA |
Input: | 24VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 115VAC Different nominals can be selected via the options table. | 230VAC |
Control: | Standard: HMI, Potential Free Alarm Contacts | Optional: SNMP |
---|---|
Bypass: | Optional |
The INV-LAVA 2000 series of inverters are designed to be part of a system incorporating a controller. Up to 12 inverters can be connected via CAT5 cables up to 24kVA. Two different automatic bypasses are available capable of either 120A or 200A.
INV-P
Rackmounting DC-AC Sinewave Inverter
Min | Max | |
---|---|---|
Power: | 500VA | 20kVA This maximum is achieved by using units in master-slave. |
Input: | 24VDC The input range is much wider than the nominal value. | 540VDC The input range is much wider than the nominal value. |
Output: | 115VAC Different nominals can be selected via the options table. | 230VAC |
INV-P
Rackmounting DC-AC Sinewave Inverter
Min | Max | |
---|---|---|
Power: | 500VA | 20kVA This maximum is achieved by using units in master-slave. |
Input: | 24VDC The input range is much wider than the nominal value. | 540VDC The input range is much wider than the nominal value. |
Output: | 115VAC Different nominals can be selected via the options table. | 230VAC |
Control: | Standard: HMI | Optional: Ethernet, SNMP |
---|---|
Bypass: | Not Possible |
The INV-P provides a true stabilised sinewave output. Up to five units can be operated in parallel. The load current is automatically shared by each inverter. This ability to increase the output power ensures that the system can be expanded as needs dictate.
INV-R-6000
High Power Heavy Duty Rail Inverter
Min | Max | |
---|---|---|
Power: | 6kVA | 6kVA |
Input: | 110VDC The input range is much wider than the nominal value. | 110VDC The input range is much wider than the nominal value. |
Output: | 230VAC | 230VAC |
INV-R-6000
High Power Heavy Duty Rail Inverter
Min | Max | |
---|---|---|
Power: | 6kVA | 6kVA |
Input: | 110VDC The input range is much wider than the nominal value. | 110VDC The input range is much wider than the nominal value. |
Output: | 230VAC | 230VAC |
Control: | Standard: SNMP |
---|---|
Bypass: | Not Possible |
The INV-R-6000 is built to EN50155 ensuring their suitability for rail applications. Excellent shock and vibration figures make this unit ideal for mobile as well as static installations. The unit operates in ambient conditions from -40°C to as high as +60°C.
INV-B
Rackmounting Inverter with Bypass
Min | Max | |
---|---|---|
Power: | 500VA | 4kVA |
Input: | 24VDC The input range is much wider than the nominal value. | 540VDC The input range is much wider than the nominal value. |
Output: | 115VAC Different nominals can be selected via the options table. | 230VAC |
INV-B
Rackmounting Inverter with Bypass
Min | Max | |
---|---|---|
Power: | 500VA | 4kVA |
Input: | 24VDC The input range is much wider than the nominal value. | 540VDC The input range is much wider than the nominal value. |
Output: | 115VAC Different nominals can be selected via the options table. | 230VAC |
Control: | Standard: HMI | Optional: Ethernet, SNMP |
---|---|
Bypass: | Standard |
Built with integrated static bypass switches, the INV-B is ideal for ensuring loads are continually supplied in the event of mains failure. Should the usual AC supply fail the inverter will automatically switch over to the connected DC Source within 10ms.
INV-R
Heavy Duty Rail Inverters
Min | Max | |
---|---|---|
Power: | 2kVA | 2kVA |
Input: | 24VDC The input range is much wider than the nominal value. | 110VDC The input range is much wider than the nominal value. |
Output: | 230VAC | 230VAC |
INV-R
Heavy Duty Rail Inverters
Min | Max | |
---|---|---|
Power: | 2kVA | 2kVA |
Input: | 24VDC The input range is much wider than the nominal value. | 110VDC The input range is much wider than the nominal value. |
Output: | 230VAC | 230VAC |
Control: | Standard: Potential Free Alarm Contacts |
---|---|
Bypass: | Not Possible |
These inverters are built to specific EN standards ensuring their suitability for rail applications. The units have an overload capability of up to 1½ times nominal power. A wide operating temperature range is standard, from as low as -25°C to as high as +55°C.
INV-W
Heavy Duty & Railroad Inverters
Min | Max | |
---|---|---|
Power: | 400VA | 500VA |
Input: | 24VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 230VAC | 230VAC |
INV-W
Heavy Duty & Railroad Inverters
Min | Max | |
---|---|---|
Power: | 400VA | 500VA |
Input: | 24VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 230VAC | 230VAC |
Control: | Standard: Potential Free Alarm Contacts |
---|---|
Bypass: | Not Possible |
The INV-W is housed in an compact IP54 metal case. Heavy duty 2-part connectors with mechanical fastenings are used for the input and output. Convection cooling is provided via a heat sink on the wallmount side.
INV-L-250W
Stand Alone Inverter (Wall Mountable)
Min | Max | |
---|---|---|
Power: | 250VA | 250VA |
Input: | 24VDC The input range is much wider than the nominal value. | 110VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
INV-L-250W
Stand Alone Inverter (Wall Mountable)
Min | Max | |
---|---|---|
Power: | 250VA | 250VA |
Input: | 24VDC The input range is much wider than the nominal value. | 110VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
Control: | Standard: Potential Free Alarm Contacts |
---|---|
Bypass: | Not Possible |
The INV-L-250W series of wallmounting inverters can be specified to operate from a wide variety of DC inputs. Overload and short circuit protection are built in as standard. An alarm output signal is available in the form of voltage free contacts.
INV-L-250T
Stand Alone Inverters (Bench Casing)
Min | Max | |
---|---|---|
Power: | 250VA | 250VA |
Input: | 24VDC The input range is much wider than the nominal value. | 110VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
INV-L-250T
Stand Alone Inverters (Bench Casing)
Min | Max | |
---|---|---|
Power: | 250VA | 250VA |
Input: | 24VDC The input range is much wider than the nominal value. | 110VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
Control: | Standard: Potential Free Alarm Contacts |
---|---|
Bypass: | Not Possible |
The INV-L-250T series of benchtop inverters can be specified to operate from a wide variety of DC inputs. Overload and short circuit protection are built in as standard. An alarm output signal is available in the form of voltage free contacts.
INV-L-125W
Stand Alone Inverter (Wall Mountable)
Min | Max | |
---|---|---|
Power: | 125VA | 125VA |
Input: | 24VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
INV-L-125W
Stand Alone Inverter (Wall Mountable)
Min | Max | |
---|---|---|
Power: | 125VA | 125VA |
Input: | 24VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
Control: | Standard: Potential Free Alarm Contacts |
---|---|
Bypass: | Not Possible |
The INV-L-125W series of wallmounting inverters can be specified to operate from a wide variety of DC inputs. Overload and short circuit protection are built in as standard. An alarm output signal is available in the form of voltage free contacts.
INV-L-125T
Stand Alone Inverters (Bench Casing)
Min | Max | |
---|---|---|
Power: | 125VA | 125VA |
Input: | 24VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
INV-L-125T
Stand Alone Inverters (Bench Casing)
Min | Max | |
---|---|---|
Power: | 125VA | 125VA |
Input: | 24VDC The input range is much wider than the nominal value. | 220VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
Control: | Standard: Potential Free Alarm Contacts |
---|---|
Bypass: | Not Possible |
The INV-L-125T series of benchtop inverters can be specified to operate from a wide variety of DC inputs. Overload and short circuit protection are built in as standard. An alarm output signal is available in the form of voltage free contacts.
INV-L-125C
Stand Alone Inverters (Cassette)
Min | Max | |
---|---|---|
Power: | 125VA | 125VA |
Input: | 24VDC The input range is much wider than the nominal value. | 48/60VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
INV-L-125C
Stand Alone Inverters (Cassette)
Min | Max | |
---|---|---|
Power: | 125VA | 125VA |
Input: | 24VDC The input range is much wider than the nominal value. | 48/60VDC The input range is much wider than the nominal value. |
Output: | 115VAC | 230VAC |
Control: | Standard: Potential Free Alarm Contacts |
---|---|
Bypass: | Not Possible |
This series of pluggable 3U rackmount cassette inverters can be specified to operate from a wide variety of DC inputs. Overload and short circuit protection are built in as standard. An alarm output signal is available in the form of voltage free contacts.
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