GE - General Electric VH Series, VCL Series Data Sheet
GE
Critical Power
New
High Reliability & Efficiency
Single phase VH & VCL Series
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High Reliability & Efficiency
Single phase VH & VCL Series
New
VH Series
700/1000/1500/2000 VA
Uninterruptible Power Supply (UPS)
GE’s VH Series UPS is a true VFI (Voltage and Frequency
Independent) on line, double conversion range providing
the highest and most secure level of power protection for all
business-critical applications. With a tower and/or rackmount
design, the UPS adapts to adjusting network congurations
as facility load requirements change. Delivering 0.9 output
power factor, an MTBF of 730,000 hours and provided with a
three year warranty as standard on both UPS and battery, the
user can be assured of a high performance, high power and
highly reliable level of power protection.
• True Double Conversion VFI (Voltage and
Frequency Independent) technology
• Unique Superior Battery Management
• Hot swappable batteries
• Rack and/or tower assembly
• 3 year warranty
• High output power factor
Features & benets
• Voltage and Frequency Independent (VFI) double
conversion, true on line technology
Even when the quality of the utility is poor, the UPS will
deliver a constant voltage and frequency to the critical
load. When the utility fails, the UPS transfers seamlessly to
battery.
• 0.9 output power factor
Delivers more actual power to the load; highly suited for
today’s power-dense servers and data centers.
• Easy, fast user battery replacement
Hot swappable battery replacement. UPS may remain live,
supporting the critical load, during the battery replacement
period (<1 minute).
• Tower and/or rackmount, small footprint
2U high across range to maximise rack space. All assembly
parts for tower and rack assembly delivered in packing box.
• Failsafe bypass
The fully isolated bypass, designed with a fast and reliable
static switch, provides a seamless transition from UPS to
bypass if multiple fault conditions (e.g. overtemperature or
overload) occur.
• Superior Battery Management
Unique 7-level battery management providing protection
to the battery and extending the battery life.
• Matching battery cabinets
Longer battery life available with the addition of extra
battery cabinet(s).
• Unique high peak load handling
The VH Series standard design allows the user to support
a laser printer type load on the UPS without risking UPS or
battery performance.
New
VCL Series
800/1100/2000/3000 VA
Uninterruptible Power Supply (UPS)
GE’s VCL Series Uninterruptible Power Supply (UPS) is
designed with Automatic Voltage Regulation (AVR) including
buck/boost technology, suppressing or boosting the voltage
from the utility to provide conditioned power to the attached
load. Buck/boost minimizes the need to transfer to battery,
maximizing the battery life. When the grid power fails, the
battery steps in to continue the supply and allow for enough
time to nish the current process before gracefully initiating
an automatic shutdown of the load until the utility power
returns.
Features & benets
• High eciency
The VCL Series operates as standard at a >95% reducing
both energy and operational costs at site.
• Hot swappable, user replaceable batteries
Batteries can be replaced quickly, safely and simply while
the load remains connected, eliminating the need to power
o a critical load for standard maintenance and with zero
risk to the user.
• Wide input voltage window
Minimises battery use and extends the life of the battery.
Allows the VCL Series to run undisturbed, when other UPS
may have already switched to battery then shut down.
• Voltage Independent technology with
Automatic Voltage Regulation (AVR)
• Hot swappable batteries
• High efficiency
• Rack and/or tower assembly
• 2U rack height
• Graphic display
• Multiple outlets
For all ratings; several pieces of equipment can be
connected to the VCL Series without adding PDUs or
extension strips.
• Free automatic shutdown software
GE’s Automatic Shutdown Software is delivered with each
UPS, allowing for a graceful, controlled shutdown of the
connected load in the event of a lengthy mains failure.
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