1. Liebert APS

2. Agenda Market Segmentation Key Application APS Overview
System configuration Overview
Communication Options
Accessories(Optional)
Competitive Landscape
Liebert APS Product positioning

3. Market Segmentation(<25kVA)
Server Rooms
>20kVA
Retail
(Point of sales)
Small Server
Room
Modular
“Pay as we grow”
Internal
Redundancy
High
Efficiency
1or 3 Ph in /1 out
5-20 kVA
Network/Remote
Sites
Light Industrial
(Control Rooms)
Hot
swappable
UPS & Battery
Module
Factory
Tested & Configured
With PDU
receptacle
1-5 kVA
SOHO , Micro Network sites
<1kVA
Desktop/Workstation
Business Application
Customer anticipation

4. Emerson online offering (<25 kVA)
Monolithic architecture
Modular architecture
1in/1out
GXE
GXT3
ITA
5-10 kVA
10-20 kVA
ITA(20)
Liebert APS( 5-20 kVA)
Transformer free
Transformer based
( 3Ph in/1Ph out NOT available
with Txr version)
APM
Liebert NX
3in/1out
3in/3out

5. Emerson online offering (<25 kVA)
Monolithic architecture
Modular architecture
1in/1out
GXE
GXT3
ITA
5-10 kVA
10-20 kVA
ITA(20)
Liebert APS( 5-20 kVA)
Transformer free
Transformer based
( 3Ph in/1Ph out NOT available
with Txr version)
APM
Liebert NX
3in/1out
3in/3out
3in/1out
1Ph in/1Ph out

6. Liebert APS overview Power Rating (kVA/kW)
5/4.5 ,10/9 ,15/13.5 , 20/18
Full Modular Design ,5 kVA/Module
“Pay as you Grow”
Input Voltage : Single or Three Phase
Output Voltage: Single phase
High Efficiency
“Up to 92% “
Internal Redundant Design
“No single point of failure“
Intelligent Battery & UPS Module
“ Hot swappable”
Fully Configured & Tested at Factory
“As per your configuration”
Advanced communication option
Life technology ,SIC(SNMP) , MODBUS etc
10,12,16 bay architecture with
- Transformer free version(10 ,16)
- Transformer based version (12 ,16)

7. Liebert APS Value Proposition
Market Value
Liebert APS Delivers
High Availability to ensure continuous operation of protected
equipment
Fully redundant design allows critical load to run on conditioned power with the failure of any component in the system “ No Single point of Failure”
Unit is fully configured and tested in the factory to ensure quality
LIFE remote service reduces unplanned downtime
Flexibility to address uncertain future requirements
“Fully Hot swappable design “ with Intelligent Battery & UPS module, quickly accustom with the external influencing factors
Scalable design allows addition of power capacity and extended back-up runtime
Enables rackmount and tower deployment
Operational Efficiency
Highest energy efficiency available in this class
Modular design enables easy service, minimizing time to repair
Hassle-free warranty expedites time to repair and ensures continuous operation 1 2 3 1 2 3 1 2 3

8. Liebert APS architecture

9. APS Configuration Transformer free Transformer Based 10 Bay 16 Bay
Power Rating (kVA)
5 ,10 ,15
Power Rating (kW)
4.5 , 9 , 13.5
Input Voltage* (Vac)*
200/208/220/230/240
380/400/415
Output Voltage* (Vac) *
200/208/220/230/240
Power Module (Quantity)
1 to 4
0 to 8 (even number)
(2,4,6,8)
Battery Module (Quantity )
Optional Charger Module(Quantity)
0 to 1
* 2-Phase input( ) model is also available on demand
NOTE：The upper two bays can place power module, battery module and charger module, so (power module number + charger module numbers <= 4)

10. APS Configuration Transformer free Transformer Based 10 Bay 16 Bay
Power Rating (kVA)
5 ,10 ,15,20
Power Rating (kW)
4.5 , 9 , 13.5 , 18
Input Voltage* (Vac)*
200/208/220/230/240
380/400/415
Output Voltage* (Vac)*
200/208/220/230/240
Power Module (Quantity)
1 to 6
0 to14 (even number)
(2,4,6,8,10,12,14)
Battery Module (Quantity )
Optional Charger Module(Quantity)
0 to 1
* 2-Phase input & output ( ) model is also available on demand
NOTE：The upper three bays can place power module, battery module and charger module, so (power module number + charger module numbers <= 6)

11. APS Configuration Transformer free Transformer Based 10 Bay 16 Bay
Power Rating (kVA)
5 ,10 ,15,
Power Rating (kW)
4.5 , 9 , 13.5
Input Voltage (Vac)
200/208/220/230/240
100/110/120/127/ /220/230/240
Output Voltage (Vac)
Power Module (Quantity)
1 to 4
0 to10 (even number)
(2,4,6,8,10)
Battery Module (Quantity )
Optional Charger Module(Quantity)
0 to 1
* 2-Phase input ( ) model is NOT available with Txr based unit
NOTE：The upper two bays can place power module, battery module and charger module, so (power module number + charger module numbers <= 4)

12. APS Configuration Transformer free Transformer Based 10 Bay 16 Bay
Power Rating (kVA)
5 ,10 ,15,20
Power Rating (kW)
4.5 , 9 , 13.5 , 18
Input Voltage (Vac)
200/208/220/230/240
100/110/120/127/ /220/230/240
Output Voltage (Vac)
Power Module (Quantity)
1 to 6
0 to14 (even number)
(2,4,6,8,10,12,14)
Battery Module (Quantity )
Optional Charger Module(Quantity)
0 to 1
NOTE：The upper three bays can place power module, battery module and charger module, so (power module number + charger module numbers <= 6)

13. Power Module Overview Power Rating 5 kVA /4.5 kW PF: 0.9
Online Double conversion architecture
Built in PFC ,Inverter & battery charger(1.8A)
With patented current sharing technology
“Each module share the connected load uniformly “
Modules are hot-swappable
Each Power Module contains its own controls for increased reliability
Air filters behind front bezel standard
Optional “fine dust” filter available

14. Battery Module Overview
Ampere rating
Each battery module contains six individual V ,(VRLA) battery blocks to form 12V/9 AH
Two battery modules are connected in series to form a battery string.
12 batteries per string, housed in 2 battery modules
Configuration
Must be installed in pairs in same row
5 minute full load run time with equal number of power modules & battery strings
Additional matching battery cabinets for extended run times
Re-charge to 90% capacity in 4 hours from full discharge with 100% load for equal number of power modules & battery strings
Optional Redundant Battery Modules for added system availability

15. Battery Module Overview
Intellibattery Module
Hot Swappable battery module
Each battery module equipped with monitoring and controls system
Charging and discharging current is measured
Fuse status is detected
Battery module controls its output relay
Temperature is measured for temperature compensated charging & to protect from over heating
If the Intellibattery Module determines its batteries are in poor health, it will take itself offline so as not to corrupt other good Battery Modules in the system…
Without these self-diagnostics, cascading battery faults could result compromising the UPS system when you need it most

16. Charger Module Overview(Optional)
Ampere Rating
Each charger module is rated to deliver 10A charging current.
It has an independent control function to maintains real-time communication with the system and the battery modules to ensure stable charging and fault protection.
The charger module may be added or replaced on-line with no interruption or danger to the user, connected battery module or connected load.
Configuration
Added to reduce recharge time with external matching battery cabinets or third party cabinets for long run time applications
Recommended use when battery string to power module ratio is 3:1 or higher if recharge time is important for the application

17. System control and Monitor module overview
It is the central data repository and communications backbone of the UPS
The system control module and the system monitor module monitor the condition of each module to gather and process the data in order to control the operation of the system
UPS system continue to power Load even
in the event of failure of system control
and monitor module
“ Increased Reliability “

18. HMI module layout LED Power Flow Mimic LCD (320x240 resolution)
UPS Metering
Battery Status
Redundancy Status
Change System Parameters
Event history log (1024 events)
Diagnostics & Error Reporting
Module Identification
Module Replacement Instructions

19. LCD port
The LCD module contains the LCD port, which is used for power and data communication between the UPS monitor module and display module.
The LCD module can be removed from the Liebert APS
and located remotely.
“ Delivered superior flexibility to ensure power availability ”
Up to 14 meters of cable distance( maximum length ) Ethernet cable must be used when installing the LCD module remotely.

20. Communication Options
Liebert APS UPS provides multiple communication ports for flexibility:
3 Intellislot Communication Ports
IS-UNITY (LIFE Technology Protocols Standard)
SNMP, MODBUS
Can communicate multiple
protocols simultaneously
IS-RELAY, IS-MULTIPORT
Intellibattery Monitoring Card
Dry Contact Terminal block
On battery
Low battery
Any mode shutdown
Battery mode shutdown
LRT Temperature Inputs
(Long Run Time Battery Temperature Probe Terminals)
REPO Connections
USB port

21. Built-in Power Output distribution Slot (POD)
Built-in distribution slots for POD

22. External Battery Cabinet(Modular)
Contains 14 bays to house 7 strings of batteries
“Matches with the 16-bay Xfmr-free UPS frame height”
Uses the same Battery Modules as in the UPS
Communicates intelligently with the UPS for monitoring
Allows for additional battery time as the application changes
Up to 4 can be installed per UPS system

23. APS Rack mount Kit

24. APS rack mount kit and seismic floor bracket
Model
Description
Appearance
APSRACKKIT (rack mount kit )
Used to place the UPS cabinet. When the rack installation is selected, the tray will be used
APSRACKKIT
(rack mount kit )
Fix the UPS cabinet onto the rack. When the rack installation is selected, the tray will be used
APSFLRBRKT
(seismic floor bracket )
Applicable to the installing site that has earthquake-resistant requirement. When the tower installation is selected, the earthquake- resistant option will be used

25. Rack mount Maintenance Bypass
15kVA or 20kVA Models
Hardwired Input /Output
Uses 9U rack space
No Isolation Transformer
Built in distribution slot for PODs, same as the UPS
Compatible with ALL Liebert APS systems

26. Factory Tested and Shipment
Complete configured system is factory tested
Fully assembled/ configured system arrives on wooden pallet
Pallet includes a ramp for easy removal from pallet
System is ready to install as soon as it arrives !

27. Competitive landscapes
Liebert APS
Liebert Nfinity
APC Symmetra
Eaton 9170+
Product Range
5-20 kVA
4-20 kVA
2-16 kVA
3-18 kVA kW kW kW kW kW kW
AC-AC Efficiency
% 1PH Xfmr-free
90-91% 2PH Xfmr-free
% 1PH Xfmr-based
89%
85-90%
88%
Output Power Factor
0.9
0.7
Warranty
2 year Hassle Free Parts and Labor incl. batteries
2 year Parts
and Labor
2 year Parts,
90 days Labor
Integrated Distribution Options
Yes
External Configurable PODs
Rackmount space
17U-23U-25U
N/A
8U-13U-19U
19U-35U
Integrated Maintenance Bypass
Communication Options
USB, Contacts, SNMP, 485, Emerson, LIFE
USB, Contacts, SNMP, 485
Serial, USB, Contacts, SNMP
Serial, Contacts, SNMP

28. Key Application Server Rooms >20kVA Network / Remote Sites
Retail
Light Industrial
Point of sale terminals as well as local servers and network switches
Protect control room and operations equipment from service disruption
Distributed network equipment, telephony, wireless access sites
Flexible and manageable power protection for localized server rooms
Retail
(Point of sales)
Small Server
Room
Modular
“Pay as we grow”
Internal
Redundancy
High
Efficiency
1or 3 Ph in /1 out
5-20 kVA
Network/Remote
Sites
Light Industrial
(Control Rooms)
Hot
swappable
UPS & Battery
Module
Factory
Tested & Configured
With PDU
receptacle
1-5 kVA
SOHO , Micro Network sites
<1kVA
Desktop/Workstation
Business Application
Customer anticipation

29. Liebert APS Product Positioning
For Server / Network Room Managers,
who need a reliable back-up power solution up to 20kVA that can grow with their needs,
the Liebert APS is a Modular architecture UPS
that provides internal redundancy and the ability to add power or extend backup run-time as needed.
Unlike the APC Symmetra LX, the Liebert APS provides
The highest efficiency in its class
Intelligent battery modules enables ultra advanced battery management
Factory configuration and testing as a system to the customer’s specification
LIFE service to ensure rapid resolution of potential issues
The widest selection of output distribution options to meet the power demands of changing IT equipment