The post ETI0018-1018AB, DC/AC Power Inverter appeared first on Rugged Systems.
]]>Setup of the Tactical Inverter System is a ‘no tools’ operation. The unit has been designed for rapid setup and tear down using quick-connect cable terminations. For example to connect to DC power on an HMMWV, Stryker, Abrams or other military vehicles with a NATO Slave connector, simply open the cover of the system case, plug the NATO Slave plug end of the cable into the vehicle’s NATO connector and then plug the other end into the corresponding DC Input connector on the Tactical Inverter System. This can be done with an existing NATO Slave cable that some of these vehicles carry, or it can be done with a cable supplied from ETI. In either case, DC set up or tear down is a 2-minute or less operation.
The Inverter draws power from a 12, 24, or 48 VDC source (depending on Tactical Inverter model – see Technical Specifications section) and delivers a Computer-Grade true sine wave AC output voltage that is equal to or better than the voltage supplied by your local utility. When the DC voltage is within the operating range of the unit, the Inverter will continue to deliver AC power to the loads connected. If the DC voltage falls out of the specified range of operation, a Low or High DC Shutdown will occur respectively. This feature also protects any battery source from being discharged too low.
In addition to producing AC power, this series of Tactical Inverters also is available with a built-in 3-Stage Battery Charger that can operate simultaneously with Inverter operation. This Battery Charger can operate from 100/110/115/120 or 200/220/230/240 VAC source (depending on Tactical Inverter model – see Technical Specifications section) and charges 12, 24, or 48 VDC batteries (depending on Tactical Inverter model – see Technical Specifications section) per battery manufacture recommended charge levels and rates.
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]]>The post ETI0018-2003, 300 Watt, 24VDC Inverter in Transit Case appeared first on Rugged Systems.
]]>Setup of the Tactical Inverter System is a ‘no tools’ operation. The unit has been designed for rapid setup and tear down using quick-connect cable terminations. For example to connect to DC power on an HMMWV, Stryker, Abrams or other military vehicles with a NATO Slave connector, simply open the cover of the system case, plug the NATO Slave plug end of the cable into the vehicle’s NATO connector and then plug the other end into the corresponding DC Input connector on the Tactical Inverter System. This can be done with an existing NATO Slave cable that some of these vehicles carry; or it can be done with a cable supplied from ETI. In either case, DC setup or tear down is a 2-minute or less operation.
The Inverter draws power from a 12, 24, or 48 VDC source (depending on Tactical Inverter model – see Technical Specifications section) and delivers a Computer-Grade true sine wave AC output voltage that is equal to or better than the voltage supplied by your local utility. When the DC voltage is within the operating range of the unit, the Inverter will continue to deliver AC power to the loads connected. If the DC voltage falls out of the specified range of operation, a Low or High DC Shutdown will occur respectively. This feature also protects any battery source from being discharged too low.
The post ETI0018-2003, 300 Watt, 24VDC Inverter in Transit Case appeared first on Rugged Systems.
]]>The post ETI0018-4100, DC/AC Rackmount Inverter appeared first on Rugged Systems.
]]>This field-proven Series of Tactical Inverter® is supplied as a System incorporating numerous safety and operational advantages over other Inverter products sold into this market. Optional permanent mounting brackets are available for fixed installations.
Setup of the Tactical Inverter System is a ‘no tools’ operation. The unit has been designed for rapid setup and tears down using quick-connect cable terminations. For example to connect to DC power on a 2-pin DC input connector, simply open the cover of the system case, plug the end of the cable into the 2-pin DC output connector and then plug the other end into the corresponding DC Input connector on the Tactical Inverter System. This can be done with an existing cable that some of these vehicles carry, or it can be done with a cable supplied from ETI. In either case, DC set up or tear down is a 2-minute or less operation.
The Inverter draws power from a 12, 24, or 48 VDC source (depending on Tactical Inverter model – see Technical Specifications section) and delivers a Computer-Grade true sine wave AC output voltage that is equal to or better than the voltage supplied by your local utility. When the DC voltage is within the operating range of the unit, the Inverter will continue to deliver AC power to the loads connected. If the DC voltage falls out of the specified range of operation, a Low or High DC Shutdown will occur respectively. This feature also protects any battery source from being discharged too low.
The post ETI0018-4100, DC/AC Rackmount Inverter appeared first on Rugged Systems.
]]>The post ETI0018-2025AA, 2500VA, DC/AC Rackmount Inverter appeared first on Rugged Systems.
]]>This field-proven Series of Tactical Inverter® is supplied as a System incorporating numerous safety and operational advantages over other Inverter products sold into this market. When the case is closed, all of the equipment is protected from the elements. Optional permanent mounting brackets are available for fixed installations.
Setup of the Tactical Inverter System is a ‘no tools’ operation. The unit has been designed for rapid setup and tears down using quick-connect cable terminations. For example to connect to DC power on an HMMWV, Stryker, Abrams or another military vehicle with a NATO Slave connector, simply open the cover of the system case, plug the NATO Slave plug end of the cable into the vehicle’s NATO connector and then plug the other end into the corresponding DC Input connector on the Tactical Inverter System. This can be done with an existing NATO Slave cable that some of these vehicles carry, or it can be done with a cable supplied from ETI. In either case, DC set up or tear down is a 2-minute or less operation.
The Inverter draws power from a 12, 24, or 48 VDC source (depending on Tactical Inverter model – see Technical Specifications section) and delivers a Computer-Grade true sine wave AC output voltage that is equal to or better than the voltage supplied by your local utility. When the DC voltage is within the operating range of the unit, the Inverter will continue to deliver AC power to the loads connected. If the DC voltage falls out of the specified range of operation, a Low or High DC Shutdown will occur respectively. This feature also protects any battery source from being discharged too low.
The post ETI0018-2025AA, 2500VA, DC/AC Rackmount Inverter appeared first on Rugged Systems.
]]>The post ETI0018-2025, 2500VA, DC/AC Power Inverter appeared first on Rugged Systems.
]]>This field-proven Series of Tactical Inverter® is supplied as a System incorporating numerous safety and operational advantages over other Inverter products sold into this market. When the case is closed, all of the equipment is protected from the elements. Optional permanent mounting brackets are available for fixed installations.
Setup of the Tactical Inverter System is a ‘no tools’ operation. The unit has been designed for rapid setup and tears down using quick-connect cable terminations. For example to connect to DC power on an HMMWV, Stryker, Abrams or another military vehicle with a NATO Slave connector, simply open the cover of the system case, plug the NATO Slave plug end of the cable into the vehicle’s NATO connector and then plug the other end into the corresponding DC Input connector on the Tactical Inverter System. This can be done with an existing NATO Slave cable that some of these vehicles carry, or it can be done with a cable supplied from ETI. In either case, DC set up or tear down is a 2-minute or less operation.
The Inverter draws power from a 12, 24, or 48 VDC source (depending on Tactical Inverter model – see Technical Specifications section) and delivers a Computer-Grade true sine wave AC output voltage that is equal to or better than the voltage supplied by your local utility. When the DC voltage is within the operating range of the unit, the Inverter will continue to deliver AC power to the loads connected. If the DC voltage falls out of the specified range of operation, a Low or High DC Shutdown will occur respectively. This feature also protects any battery source from being discharged too low.
The post ETI0018-2025, 2500VA, DC/AC Power Inverter appeared first on Rugged Systems.
]]>The post ETI0018-1020, 2000VA, DC/AC Power Inverter appeared first on Rugged Systems.
]]>The post ETI0018-1020, 2000VA, DC/AC Power Inverter appeared first on Rugged Systems.
]]>The post ETI0018-1006AC, 600Watt, DC/AC Power Inverter appeared first on Rugged Systems.
]]>Take a look at the standard ETI0018-1006 version of this unit too!
The post ETI0018-1006AC, 600Watt, DC/AC Power Inverter appeared first on Rugged Systems.
]]>The post ETI0018-1210, 1500VA, DC/AC Power Inverter appeared first on Rugged Systems.
]]>The post ETI0018-1210, 1500VA, DC/AC Power Inverter appeared first on Rugged Systems.
]]>The post ETI0018-1006, DC/AC Power Inverter appeared first on Rugged Systems.
]]>The post ETI0018-1006, DC/AC Power Inverter appeared first on Rugged Systems.
]]>The post ETI0001-2258, 1550 VA AC UPS with rear battery module for Canadian Navy appeared first on Rugged Systems.
]]>The heavy-duty chassis, occupying only 7″ (4U) of rack space and 18.5″ depth, has rounded metal corners and rugged handles front and rear, aiding in safe handling. Internally, all major components are well secured and electrically insulated to prevent damage due to shock and vibration.
The internal shielded input transformer provides galvanic isolation with provisions for domestic (115 VAC, CONUS) and optionally for international (230 VAC, OCONUS) input voltages. Special EMI/RFI filters and input power factor correction minimize both input current and harmonics. The unit also operates as a frequency converter, taking 46-70 hertz input and converting it to clean, uninterruptible 60 hertz power. The input switch and the galvanic isolation transformer all provide a double pole isolated source for all installations including shipboard systems or overseas locations where phase references and grounding are not consistent.
The LED arrays keep the operator informed as to the unit’s status including load and battery levels. The high intensity audible alarm can be heard in high noise environments. All controls and protective devices are brought to the front and rear panels with critical switches having fingerguards. Further, all front panel devices are recessed to prevent damage or accidental operation. Various optional power distribution controls are available which mount on the front panel or remotely.
The rear panel provides locking connectors for the input and output power. Multiple input and output power panel options are available. Removable and washable air filters and a high capacity stainless steel ball bearing fans provide added protection in both controlled and hostile environments. The exhaust air is diverted out the rear vent, with alternate air flow directions optional. The “ETI0001-2258” has the added benefit of having afield replaceable battery via a rear draw out battery module. The batteries are maintenance free with immobilized electrolyte and are constructed of flame retardant materials. For more information, see the Battery Technology section. The Status connector provides an interface with optional computer software providing loss of AC and low battery status as well as remote shut down capability.
See the Power Distribution Units section for a listing of stand alone PDUs. See the N5 Series for a version of this UPS with an integrated PDU and remote control.
Overall, the Military Power line is uniquely qualified for critical shipboard, vehicle, airborne or land based systems combining advanced modular design features with highly reliable construction.
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