AC Power for
Business-Critical Continuity™
MEDIA 6000VA
Parallelable Rack-Mounted Inverter System
Key Features
Hot Swappable disconnect
Distributed Static Transfer Switch (STS)
function – eliminates single point of failure
Triple port inverter with distributed transfer switch
eliminates single point of failure concerns.
Parallelable for redundancy and
increased reliability
Automatic load sharing when paralleled
System sound handling of internal or
load generated short circuits >Tool-less
installation – configured with standard
Nema or Twist Lock receptacles
The MEDIA 6000VA is a parallelable, rack-mounted inverter system that provides a pure
AC sine wave output at 120 or 240Vac (60 or 50Hz) with a THD <3% for any kind of load.
These high density systems range from 1500VA to 6000VA at 48Vdc and can be mounted
in a 19 in open relay rack or conventional box bay.
U
U
I
I
AC Source
DC Source
Load
Communication
Fig: TSI-MEDIA platform 3000VA
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6
1
7
8
2
9
10
3
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Description
The feature-rich MEDIA inverter system has an AC-AC “Enhanced Power Conversion” (EPC)
mode, that double filters and isolates the AC input. When operated in this EPC mode,
overall efficiency is increased to 94% without compromising the quality and stability
of the output wave form. Unlike hard transfers between energy input sources, MEDIA’s
“soft-switching” method is disturbance free. Pure power is delivered to your critical load
despite normal disturbances such as harmonics, surges, glitches, voltage fluctuations, etc.
Compact MEDIA inverters enable you to deliver maximum power in limited space, offering
pure sine wave output and ideal power factor input without drawing any energy from your
DC supply source.
Your future power demands are likely to be unknown and unpredictable. With the MEDIA
6000VA, there is need to size a single static switch for future power demand. Instead,
system capacity can be gradually increased as your load demands grow.
The MEDIA 6000VA is compatible with standard TSI monitoring
devices, offering massive power density up to 3kVA in a 2U
package or 6kVA in a 4U package, with built-in STS
function, DC and AC distribution, and output
PDU. This cutting edge inverter sets the
standard for “true redundant systems”.
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1 PDU (at rear)
2 Access to AC terminal blocs
3 Open relay rack fixture
4 Box bay fixture
5 Access to DC terminal blocs (at side)
6 DC in protection
7 T2S monitoring unit
8 Inverter modules
9 AC distribution box
10 AC MBP
11 Surge arrestor (behind front cover)
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ESLID102en-MEDIA / 0910
MEDIA 6000VA
Parallelable Rack-Mounted Inverter System
Technical Specifications
General
EMC (immunity)
EMC (emission)
Safety
Cooling
MTBF
Efficiency (MAX)
IEC 1000-4
FCC PART 15
UL 1778 (Ed.4)
Forced
>200 000 hrs
On Line
Enhanced Power Conversion (EPC)
Dielectric Strength DC/AC (@ 0.6mA)
True Redundant Systems
90%
93%
4300Vdc
Compliant
AC Output Specifications
Nominal Voltage (AC)*
Protected against reverse current
Crest Factor at Nominal Power
Compliant
Terminal block
Or NEMA receptacle
Or Twist Locks Or combo
AC output receptacles
Protected against reversed polarity
Self adaptive to wide operating conditions
AC Output Power
Nominal Output Power**
Output Power (resistive load)**
Short Time Overload Capacity
Permanent Overload Capacity
Load Power Factor
Available while Mains is available at AC input port
With magnitude control and management
*Operation within lower voltage networks leads to derating of power performances.
**“n” stands for Number of Modules in parallel.
Transfer Performance
Total Transient Voltage Duration
Environment
Altitude Above Sea
Ambient Temperature**
<1500m
n x 1500VA -20 to 50 °C
Storage Temperature
Relative Humidity
48 V
40 - 60 V
n x 34 A
n x 42 A
<1mV
-40 to 70 °C
95%, non condensing
**“n” stands for Number of Modules in parallel.
Signaling & Supervision
Display
Alarms Output (optional)
Supervision
Input voltage boundaries user selectable
**“n” stands for Number of Modules in parallel.
Synoptic LED
Dry contacts on shelf
Use optional devices
Comprehensive table of troubleshooting codes
AC Input Specifications
Nominal Voltage (AC)
Voltage Range (AC) (each phase)
Conformity Range
Power Factor
Frequency Range (selectable)
Synchronization Range
Emerson Network Power
Energy Systems
Calle 10 No 145, Col. San Pedro de los Pinos
CP 01180, Del. Alvaro Obregon, Mexico, D.F.
Toll Free: 01.800.9262.777
Tel/Fax: +52-55-5809 5250
Web: EmersonNetworkPower.com/EnergySystems 0s
(transient free)
Pmax at 100% LOAD
Derating up to 65°C
DC Input Specifications
Nominal Voltage (DC)
Voltage Range (DC)
Nominal Current (at 40Vdc)**
Maximum Input Current (for 5 sec.)**
Voltage Ripple (resistive load @ 54Vdc)
The global leader in enabling
Business-Critical Continuity™.
10 x In for 20m sec
Short Circuit Clear Up Capacity
**“n” stands for Number of Modules in parallel.
Emerson Network Power.
2.2
With short circuit management and protection
n x 1500 VA
n x 1200W
150% 15 second
110% @ 40°C
Full power rating from 0
inductive to 0 capacitive
Internal temperature management and cut off
90 – 130 V
2%
50 – 60 Hz
0.03 %
<3 %
0.4 ms
30 s
n x 12.5 A
Voltage Accuracy
Frequency
Frequency Accuracy
Total Harmonic Distortion (resistive load)
Load Impact Recovery Time
Turn on Delay
Nominal Current**
3 disconnection levels on AC(out) and DC(in) power ports
4 disconnection levels on ACin port/2 communication bus
RoHS-6
Connection I/O
120V or 240 V
(Single or dual phase selectable at order)
Voltage Range (AC) (adjustable)
120V 1P or 2P
83 – 140 V
Adjustable
>99%
50 - 60 Hz
47 – 53 Hz / 57 – 63 Hz
AC Power
Connectivity
DC Power
Embedded Computing
Weight & Dimensions
Width
19" or 23" open relay rack
and box bay compatible
12.5-inch - 300 mm
2U (1500VA) / 4U (3000VA)
7.9 Kg + n x 2.4 Kg
Coated steel
Depth
Height
Weight
Material (casing)
Embedded Power
Infrastructure Management & Monitoring
Outside Plant
Power Switching & Controls
Precision Cooling
Racks & Integrated Cabinets
Services
Surge Protection
© 2010 Emerson Network Power Energy Systems,
North America, Inc. All rights reserved.
Emerson®, Emerson Network Power™, Business-Critical Continuity™,
NetReach™, NetSpan™ and NetXtend™ are trademarks of
Emerson Electric Co. and/or one of its subsidiaries.
Printed in USA
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