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ETI Part Number: ETI0001-2228E
Rugged 1500 VA Rackmount Global UPS
Upgrade Replacement for:
NSN:
6130-01-513-9514
NSN:
6130-01-570-4941
NSN:
6130-01-550-7647
NSN:
6130-01-543-3013
NSN:
6130-01-486-6483
NSN:
6130-01-477-9912
NSN:
6130-01-372-7400
NSN:
6130-01-456-6013
DRS UPSI P/N:
1500TR-III
Naval Sea Systems Command P/N:
7550761-1-2
Boeing P/N:
72B245023-102
Tactical UPS® Rugged Rack Mount
1.5 kVA UPS
Autoranging Global Isolated Input Accepts 90-264 VAC, 46-70 Hz
Input PFC, Battleshort, Manual Bypass, Elapsed Time
Plus Front Access Hot Swappable Battery Module
ETI P/N:
ETI0001-2228E Rugged Mil Spec UPS Standard Front Panel Layout
ETI P/N:
ETI0001-2228E Rugged Mil Spec UPS Standard Rear Panel
Layout
The field proven
Tactical Power® UPS line is ideally suited for military,
industrial, computer and telecommunications applications requiring high reliability, rugged
construction, compact size and light weight design. These units are equally
suited for use in shipboard, airborne, vehicular, field deployed or fixed
locations with controlled or uncontrolled environments.
The ETI0001-2228E is
specifically designed for lightweight
global power
by
the US Navy as the
power source for critical systems because of the stringent performance
and reliability requirements.
The heavy-duty chassis, occupying only 5.25”
(3U) of rack space while
delivering up to 1500 VA of clean, uninterruptible power. The
rounded metal corners and rugged handles front
and rear, aid in safe handling. Internally, all major components are well
secured and electrically insulated to prevent damage due to shock and
vibration. These units can be mounted
horizontally or vertically. Optional heavy-duty rack slides provide
easy installation and removal of the unit with full extension.
The internal shielded input transformer
provides galvanic isolation with provisions for both domestic
(120 VAC, CONUS) and international (240 VAC, OCONUS) input voltages. The
autoranging input voltage selection allows inputting either 120 VAC or 240 VAC
without having to open the UPS enclosure.
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. Optionally, 46-440
hertz input as well either 50
or 400 hertz outputs are available.
The LED arrays keep the operator
informed as to the unit's status including load and battery levels. The Elapsed
Time Indicator records the number of operational hours for records and
scheduling preventative maintenance of attached equipment. The front panel also
provides easy access to both the AC Input and Battery Input fuses. Coupled with
the adjacent spare fuses, MTTR is reduced to less than 15 minutes.
The internal intelligent thermal
sensors provide two stage monitoring of unit temperatures, with both local and
remote Battleshort override capability of thermal shutdown. Battleshort can be
engaged via the front panel control, via a remote contact input or via a
software command. When in Battleshort, an audible alarm is sounded and an
indicator is lit. The
high intensity audible alarm can be heard in high noise environments and
includes an audible enable/disable switch.
All
controls and protective devices are brought to the front and rear panels with critical
switches or circuit breakers having finger guards. Further, all front panel devices are recessed to
prevent damage or accidental operation. Clips on the front panel hold spare
fuses for ready access. The
input circuit breaker 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
manual bypass feature included is operated from the front panel. Even in the
bypass mode, the ETI0001-2228E still
provides galvanic isolation, transient surge protection and EMI/RFI filtering.
The
ETI0001-2228E
has the added benefit of
having a
field replaceable battery via front drawout
battery module. The battery is a true hot-swappable module and does not
require going to bypass like competing units. Even with this battery
module removed, this UPS can continue to operate as an electronic power
conditioner and frequency converter, providing clean, well regulated, sinusoidal
power to the load.
The batteries are maintenance free with immobilized electrolyte and are
constructed of flame retardant materials for added safety. For more information, see the
Battery
Technology section.
The rear panel provides locking connectors for the input
and output power with various optional configurations available. The
two Status connectors provide an interface with optional computer software
providing loss of AC and low battery status as well as remote shut down
capability.
This
unit draws air through the front air filter and exhausts out the rear vent into the rack.
This allows the unit to be used in negative or neutral pressure racks. For
positive pressure racks, rear to front or rear to side versions are available. The removable and washable metal screen air filters and high capacity
stainless steel ball bearing fans provide
added protection in both controlled and hostile environments.
See the Power Distribution Units section for a
listing of stand alone PDUs. See the N5 Series section for
versions of UPS with an integrated PDU and remote control.
Overall, the Tactical Power line is uniquely qualified for critical
shipboard, vehicle, airborne or land based systems combining advanced modular design
features with highly reliable construction.
Technical Specifications:
P/N:
ETI0001-2228E
| AC OUTPUT |
| Output voltage: |
120 VAC true sinewave
output standard
100, 110, 115, 120, 127 VAC selectable output settings |
| Output rating: UPS |
1500 VA, 1050 watts
standard
For 1000 VA, 700 watts, see
ETI0001-2227E
For 2000 VA, 1400 watts, see
ETI0001-2229E |
| Non-linear load capacity: UPS |
Up to 100% non-linear load capability w/o
derating |
| Output voltage regulation: UPS |
± 3.0% static regulation of nominal
± 4.0% dynamic (0 to 50% load step) |
| Overload surge capacity: UPS |
110% for 10 minutes; 125% for 30 seconds |
| Harmonic distortion: UPS |
Less than 5.0% into 100% non-linear load |
| Output frequency: UPS |
Selectable 60 Hz or 50 Hz ± 1.0%
400 or 1000 Hz output available as an option |
| Operational status |
AC Input status, UPS operational,
UPS alarm, Battery level, Low battery, Load level, Overload, Warm
temperature, Hot temperature, Manual bypass and Battleshort LEDs, Elapsed time hour meter
Alarm contacts for Loss of AC and Low Battery
+90 dB audible alarm with audible on/off switch |
| AC INPUT |
| Input voltage selection: |
Autoranging from nominal 120 VAC to 240 VAC |
| Input voltage tolerance: UPS |
90-264 VAC @ full load without
using battery |
| Input frequency: |
From 46 Hz to 70 Hz standard,
optional to 440 Hz |
| Input power factor: |
>95% typically
at full load |
| Input/output isolation: |
1500 VA, up to 120 dB common mode, <5.0
mA
leakage |
| Input transient suppression: |
Complies with IEEE 587,
UL 1449 and Mil Std 1399 |
| Input control/protection: |
Guarded 2 pole 100 G shock rated
circuit breaker (CB1)
plus UPS input fuse (F2),
spare fuse on front
Manual bypass switch to force bypass mode |
| Input power connections: |
One IEC 60320-C14, 3 pin, others optional |
| Input power cable: |
One 6 ft (1.83 m) with IEC 60320-C13 on one end and NEMA 5-15P plug on other end, others optional |
| INTERNAL BATTERY |
| Internal |
Maintenance free immobilized electrolyte,
Flame retardant materials (Oxygen Index 28+) |
| Internal |
Rated for continuous service life of 5 years |
| Internal |
Front panel mounted fuse (F1),
spare fuse on front |
| Internal battery time: |
Standard battery
module: 8 minutes @ 1050 watts load,
Optional battery module: 14 minutes |
| Internal battery recharge: |
Recharged to 95% in <5 hours |
| Internal battery replacement: |
Hot swap
drawout/plug-in module from front of unit
<3 minutes to change battery modules |
| Battery expansion: |
Up to 24 hours w/
optional Battery Expansion Modules |
| DISTRIBUTION PANEL |
| Output circuits: |
Six AC outputs
standard, several optional configurations |
| Output control: |
Optional remote control panel
w/switches available |
| Output receptacles:
AC output |
NEMA
5-15R various options |
| MECHANICAL |
| Dimensions (H x D x W): UPS |
5.25 (3U) x 23.5 x 19.0 in (133
x 597 x 483 mm) |
| Rack Slide Mount Patterns: |
Jonathan, General Devices
patterns standard, others optional |
| Alternate Mounting Options: |
Table, Wall, Floor, Portable,
Horizontal/Vertical |
Unit weight: UPS and Standard Battery
UPS only
Standard Battery Module only
Optional Battery Module only |
77 lb. (35 kg) with lift
handles front and rear
50 lb. (23 kg) with lift
handles front and rear
27 lb. (12 kg) with lift handle in front
37 lb. (17 kg) with lift handle in front |
| Audible noise: |
Less than 50 dB @ 5.0 ft., ANSI "A"
scale |
| Cooling type: |
High capacity,
negative pressure, forced air |
| Cooling air direction: |
Front intake, exhaust to
rear,
others optional |
| Air intake filter: |
Washable metal filter media, others optional |
| ENVIRONMENTAL |
| Storage temperature: |
-40° to 158° F ambient (-40° to 70° C) with fully charged batteries |
| Operating temperature: |
-4° to 131° F ambient ( -20° to 55° C), lower/ higher optional |
| Operating humidity: |
0 to 95% relative humidity (non-condensing) |
| Storage elevation: |
Up to 49,212
ft (15,000 m) |
| Operating elevation: |
Up to 15,000 ft (4,572 m), higher optional |
| STANDARDS |
| United States: |
Meets UL-1778 standard for UPS equipment,
MIL STDs 167-1, 454, 810, 901D Grade A, 1399-300A & 2000
|
| Canada: |
CSA C22.2 No. 107 UPS safety requirements |
| EMI Protection: |
EMI/RFI FCC Part 15, Class A;
EN55022 |
| OPTIONAL ACCESSORIES |
| |
Emergency Power Off, Alternate I/O Configurations,
Dual Source Input, Battery Expansion, Batteryless Operation, Battery
Charger/Conditioner, Power Distribution Units, Software
Interface, 10BaseT
Ethernet SNMP/HTTP port, Transport Cases,
Slides and Mounting Kits |
This page was last modified on:
April 12, 2012
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