Product: UPS: FirstLine P

1. UPS: FirstLine P

2. WHO IS STACO ENERGY
PRODUCTS COMPANY ?
Who are we?
A 75+ year old privately held
manufacturer of voltage control
and power quality products.
Based in Dayton Ohio with 80 employees.
What do we do??
We provide tailored power solutions to targeted
markets.

3. HOW DO WE DO IT?
– We partner with the best in every market
• Rep’s, Distributors, Integrators, OEM’s
– We focus on specific vertical applications /
markets
• WWT, Education, High Energy Physics, Process
Manufacturing
– We provide world class service and support
• Over 60 Factory trained service tech’s in the US.
– We manufacture the best products on the
market
• We back our products with the best warranties in the
industry

4. FIRSTLINE P
65kVA / 58.5kW
80kVA / 72kW
100kVA / 90kW
125kVA / 112.5kW
160kVA / 144kw
200kVA / 180kw
250kVA / 225kw

5. FIRSTLINE P UPS
• True double conversion, “On-Line”
• Hot Swap Unit Capability
• Digital Signal Process Control
• Menu Selectable Monitoring Panel with Graphic display
• Parallel up to 8 Modules
• Dual Bus Configurations
• Delayed Start Up on power source return
• IGBT, PWM Inverter (Insulated Gate Bipolar Transistor)
• Efficiency up to 98%
• 0.99 High Input Power Factor
• Configurable Power Walk-In
• Sinusoidal Output Waveform

6. MAJOR COMPONENTS
• Rectifier complete with power factor correction
• Fast Battery charger
• Continuous duty rated Static Switch
• Manual Maintenance Bypass
• Input Isolation switch (SWIN)
• Output Isolation switch (SWOUT)
• Maintenance Isolation switch (SWMB)
• Bypass Isolation switch (SWBY)
• Parallel Kit (Standard)
• 4 x 2 and 2 x 2 Voltage Configuration available

7. AC INPUT
CHARACTERISTICS
Nominal Voltage: 480 VAC, 3 Phase, 4-wire (plus ground) or 208Y/120 VAC,
3 Phase, 4-wire + ground with external line up and match transformer cabinet
(Optional)
Nominal Voltage Range: +15/-10% from nominal voltage during battery recharge.
Voltage Range on battery: +15% / -40%
Frequency Range: 45 - 65 Hz)
Power Factor: > 0.99 at full load, nominal conditions.
Current Harmonic Distortion (THDi): < 3%
Inrush current: Less than nominal input current for less than one cycle.
Input Surge Protection: UPS shall be equipped to withstand surges per ANSI/IEEE
C62.41.
Rectifier Walk-in: Progressive from 0 to 30 seconds (adjustable).
Rectifier Walk-in Delay Timer: Progressive start of rectifier from 0 to 120 seconds
(adjustable).

8. AC OUTPUT
CHARACTERISTICS
Voltage: 480Y/277 VAC, ± 1% steady state variation phase-to-phase voltage volts AC,
three-phase, 4 wire plus ground (Standard Voltage) or 208Y/120 VAC, 3 Phase, 4-wire +
ground - with external line up and match transformer cabinet (Optional).
Frequency: 60Hz, + 2%, 60Hz, + .05% when free running.
Voltage regulation: ±1% for balanced load, ±3% for 100% unbalanced load.
Voltage Distortion: Maximum 2% total (THD).
Voltage Transient (Step Load) Response: + 5% for 100% step load change.
Voltage Recovery Time: Return to within 1% of nominal value within 20 milliseconds.
Phase Angle Displacement: 120 degrees + 1 degree for balanced load; 120 degrees,
+ 1 degree for 100% unbalanced load.
Non-Linear Load Capability: Output voltage total harmonic distortion shall be less than
2% when connected to a 100% non-linear load with a crest factor not to exceed 3%.

9. AC OUTPUT
CHARACTERISTICS
(CONTINUED)
Slew Rate: 1 hertz/second maximum.
Power Factor: 0.9 at the rated volt amperes .
Inverter Overload Capability: 110% of rated load for 60 minutes, 150% of rated load
for 1 minute.
Bypass Overload Capability: 110% for 60 minutes, 125% for 10 minutes,150% for 1
minute.
Output Waveform: Sinusoidal
Efficiency: (DC-AC): Minimum - 95% at Full Load, (AC-AC): Minimum – 93% at Full
Load

10. CABINET CONFIGURATION
A. Control panel with graphic display
B. Door handle
C. Ventilation grilles
D. Communication area
E. Front Cover panel with
ventilation grilles
F. Switch cover panel
G. Door
1. SWIN: Input isolating switch
2. SWOUT: Output isolating switch
3. SWMB: Maintenance isolating switch
4. WBY: Bypass isolating switch
A
B
D
C
E
1
2
3
4
G
G
F

11. CARD LOCATIONS
A
F G
E
D
B
C
J
N
H
I
K
A. Parallel Card
B. EPO Control
C. Remote Commands and Alarms
D. RS-232-2
E. RS-232-1
F. Slot 2 (Aux)
G. Slot 1 (Main)
H. Remote Alarm Dry Contact Card 1 (Optional)
I. Remote Alarm Dry Contact Card 2 (Optional)
J. Multi I/O Card (Optional)
K. Interface Terminal Connector
L. UGS (Optional)

12. BOTTOM CABLE ENTRY
(STANDARD)
Power Battery
Cable Entry
External Control
Cable Entry
Power AC Cable
Entry
REAR
FRONT
UPS Bottom View

13. AIR FLOW (FORCED &
CONVECTION)
The heat dissipation needed for the
correct operation of the UPS is brought
about by the air current made by the
fans located inside the UPS (forced
convection) and by the air around the
side panels (natural convection).
Clearance: FRONT and at least one of the
three side walls free: right, left or back.

14. CONTROL PANEL DISPLAY

15. CONTROL PANEL

16. MENUS

17. BASIC CONTROL
FUNCTIONS
o Output Voltage – Selects the rated output voltage
o Operating Mode – Selects the operating Mode: On-Line, Stand-By ON, Smart Active
o Auto Off – If bypass line is present and the load is < of the set value than the load will be
supplied from the bypass line. If the bypass line in not preset and the load is < of the set
value than the load will not be supply (configurable 0 to 99%).
o Battery Low Warning – Estimated battery time remaining for low battery warning (configurable).
o Battery Capacity – Sets the Amp Hour Battery installed.
o Audible Alarm – Audible alarm operating mode: Enable/Disable
o Language Select area – English, Italian, German, French, Spanish, Polish or Turkish.

18. ADVANCED CONTROL
FUNCTIONS
o Input Frequency Tolerance Range – Selects the acceptable range for the input frequency for
switching to the bypass and for the synchronization of the output: +/- 1 to +/- 6 in 1% stages.
o Bypass Voltage Thresholds – Selects the acceptable voltage range for switching to the bypass:
+/- 5 to +/- 25 in 1% stages.
o Bypass Voltage Threshold for ECO – Selects the acceptable voltage range for operation in ECO
Mode: +/- 5 to +/- 25 in 1% stages.
o Switch-On Delay – Waiting time for automatic power-on after the return of power source voltage:
Disable or configurable 1 to 255 in 1 second stages.
o Power Walk-In – Activates the gradual return to power source mode: Activated or Deactivate
o Power walk-In Duration – Sets the duration of the gradual return to power source voltage
(only if Power Walk-In is activated: Minimum 0 seconds to maximum 125 seconds in 1 second stages.
o Inverter Synchronization Speed to Bypass Line – Selects the synchronization speed of the
inverter to the bypass line: 0.1 to 1 Hz/sec (parallel units), 0.1 to 3 Hz/sec (single units).

19. ALARMS
Normal Operation
Disturbances on Bypass Line
Manual Bypass (SWMB) On
Bypass Line Volt, Failure
Main Line Voltage Failure
Pre-alarm, Low Battery Voltage
Low Battery Charge or Closed
Disconnect
Low Input Voltage
Output Overload
Internal Fault
Temporary Bypass, Wait
Bypass for Output Overload
Bypass Command ON or OFF
Remote Bypass Command Active
Over-temperature or Fan Failure
Input Voltage Sequence not OK
Output Off
System Off Command ON or OFF
Remote System Command ON or
OFF
Auto-shutdown Timer ON
System Off
Battery test ON
Parallel Cable Fault
Fuse Fault
Battery Discharge Fail
High Battery
Temperature
Slave UPS OFF
Fan Fault
Parallel Redundant Lost: High Unit Power
Parallel Redundant Lost: Unit OFF
Break Circuit Fail
Break Circuit Overload
Rectifier Switched Off by Remote Command
UPS Service Required
Battery Service Required
Input Switch Off
Insulation Loss-AC
Insulation Loss-DC
Over-temperature On Bypass Line Transfer
Inverters Off

20. FIRSTLINE P 65 – 125KVA
UPS MODELS
Model Number Description
Dimensions
H” x W” x D”
Weight.
(lbs.)
480V x 480V
FLU-065-00
65kVA /58.5kW
480V/480Y/277,
50/60Hz
75 x 31.5 x 33.5 1,499
FLU-080-00
80kVA /72kW
480V/480Y/277,
50/60Hz
75 x 31.5 x 33.5 1,499
FLU-100-00
100kVA /90kW,
480V/480Y/277,
50/60Hz
75 x 31.5 x 33.5 1,609
FLU-125-00
125kVA /112.5kW,
480V/480Y/277,
50/60Hz
75 x 31.5 x 33.5 1,742

21. FIRSTLINE P 160 – 250KVA UPS
MODELS
Model
Number Description
Dimensions
H” x W” x D”
Weight.
(lbs.)
480V x 480V
FLU-160-00
160kVA /144kW,
480V/480Y/277, 50/60Hz
75 x 39.5 x 33.5 1,984
FLU-160-T
160kVA /144kW,
480V/480Y/277, 50/60Hz
w/ Internal Bypass
75 x 55 x 33.5 2,326
FLU-200-00
200kVA /180kW,
480V/480Y/277, 50/60Hz
75 x 39.5 x 33.5 2,205
FLU-200-T
200kVA /180kW,
480V/480Y/277, 50/60Hz
w/ Internal Bypass
75 x 55 x 33.5 2,546
FLU-250-00
250kVA /225kW,
480V/480Y/277, 50/60Hz
75 x 39.5 x 33.5 2,425
FLU-250-T
250kVA /225kW,
480V/480Y/277, 50/60Hz
w/ Internal Bypass
75 x 55 x 33.5 2,767

22. FIRSTLINE P APPLICATION
NOTES
1. The FLU-160-00, FLU-200-00 & FLU-250-00 units DO NOT
have an internal bypass. If specification requires internal
bypass the -T Model MUST be used.
2. In all cases, if the specification requires an internal and
external bypass you MUST use the -T Model plus the
Line Up & Match
bypass cabinet.

23. UPS CABINET 65 – 125KVA

24. UPS CABINET 160 – 250KVA
W/O BYPASS

25. UPS CABINET 160 – 250KVA
WITH BYPASS

26. UPS CABINET - INTERNAL

27. FIRSTLINE P WITH BATTERY
CABINET
The UPS uses a valve-regulated sealed lead acid (VRLA) heavy
duty industrial battery, designed for auxiliary power service in a UPS
application. The primary battery is furnished with impact-resistant
plastic cases and housed in a matching cabinet(s) next to the UPS.
The UPS is capable of utilizing Wet Cell & NiCad batteries.
Protection Against Deep Discharge and Self-Discharge:
The UPS is equipped with a device designed to protect the battery
against deep discharge, depending on discharge conditions, with
isolation of the battery by a circuit breaker. From the monitoring
panel you can adjust the battery shutdown voltage as a function of a
discharge coefficient to avoid excessive discharge at less than the
rated output. A second device helps avoid self-discharge of the
battery into the UPS control circuits during an extended shutdown of
the UPS (over two hours).
Battery Self-Tests:
1. The battery monitoring system performs the following automatic
functions:
• Battery circuit check, programmable 9-99 days.
• Partial discharge test every three months.

28. STANDARD EXTERNAL
BATTERY MODELS
Model Number Voltage
#
Cabinets
Internal
Strings
Number
Batteries
Dimensions
H” x W” x D”
Weight
(lbs.)
FLU-BAT-200-1-480-B 480 1 1 40 75 x 26.3 x 38 2,307
FLU-BAT-200-2-480-B 480 1 2 80 75 x 26.3 x 38 3,932
FLU-BAT-300-2-480-B 480 1 2 80 75 x 26.3 x 38 3,923
The FLU-BAT-300-2-480-B is ONLY used with the 100kVA and 125kVA.The FLU-BAT-200-480-1-B can be used with a
FLU-BAT-300-2-480-B

29. FirstLine P Battery Back Up Times
(Minutes) 65kVA 200W/50AH 1 1 26 14 8 2,100
1 2 66 39 26 3,700
2 3 107 66 46 5,800
2 4 149 93 66 7,400
3 5 190 121 86 9,500
3 6 229 149 107 11,100
4 7 266 171 128 13,200
4 8 301 204 149 14,800
80kVA 200W/50AH 1 2 38 30 19 3,700
2 3 84 51 35 5,800
2 4 118 73 51 7,400
3 5 152 95 67 9,500
3 6 185 118 84 11,100
4 7 217 141 101 13,200
4 8 248 163 118 14,800
100kVA 200W/50AH 1 2 38 21 14 3,700
2 3 64 38 25 5,800
2 4 90 55 38 7,400
3 5 118 73 51 9,500
3 6 145 90 64 11,100
4 7 172 109 77 13,200
4 8 198 127 90 14,800
125kVA 200W/50AH 1 2 30 16 10 3,700
2 3 51 30 20 5,800
2 4 73 44 30 7,400
3 5 95 58 40 9,500
3 6 118 73 50 11,100
4 7 141 88 62 13,200
4 8 164 103 73 14,800

30. FIRSTLINE P BATTERY
BACK UP TIMES (MINUTES)
160kVA 200W/50AH 2 3 35 19 12 5,800
2 4 51 30 19 7,400
3 5 67 40 27 9,500
3 6 84 51 35 11,100
4 7 101 61 43 13,200
4 8 118 73 51 14,800
200kVA 200W/50AH 2 3 25 14 8 5,800
2 4 38 21 14 7,400
3 5 51 30 19 9,500
3 6 64 38 25 11,100
4 7 77 46 32 13,200
4 8 90 55 38 14,800
250kVA 200W/50AH 2 4 28 15 9 7,400
3 5 38 21 14 9,500
3 6 48 28 18 11,100
4 7 58 34 23 13,200
4 8 69 41 28 14,800
kVA/Watts/Ah # CABINETS # STRINGS 50% LOAD 75% LOAD 100 % LOAD Weight (lbs.)

31. EXTERNAL BATTERY
CABINET

32. BATTERY CABINET -
INTERNAL

33. STANDARD BATTERY
CHARACTERISTICS
Standard Battery
Valve Regulated Lead Acid (VRLA), Sealed Maintenance Free, CSB HR12200W specifically
designed for high efficient discharge applications. Its characteristics are high energy density,
small footprint and high discharge efficiency. Rated for more than 260 cycles at 100%
discharge, in cycle service, up to 10 years in standby service.
.
6 Cells per unit
12 volts per unit
200 Watt, 50Ah
Battery Voltage: 420 volts DC minimum before cutoff, 540 volts float.
Maximum DC Current: Maximum DC current at cutoff voltage:
80kVA -196 amperes ,100kVA – 236 amperes,125kVA – 296 amperes

34. FIRSTLINE P 4 X 4 BYPASS
MODELS
Part Number kVA Voltage Description
Dimensions
H” x W” x D”
Wt.
(lbs.)
FLU-P-65-MBPS 65 480-
480Y/277
3 Breaker External Line Up &
Match Maintenance Bypass,
Top Cable Entry & Interlocks
75 x 15.75 x 33.35 250
FLU-P-80-MBPS 80 480-
480Y/277
3 Breaker External Line Up &
Match Maintenance Bypass,
Top Cable Entry & Interlocks
75 x 15.75 x 33.35 250
FLU-P-100-MBPS 100 480-
480Y/277
3 Breaker External Line Up &
Match Maintenance Bypass,
Top Cable Entry & Interlocks
75 x 15.75 x 33.35 250
FLU-P-125-MBPS 125 480-
480Y/277
3 Breaker External Line Up &
Match Maintenance Bypass,
Top Cable Entry & Interlocks
75 x 15.75 x 33.35 250
FLU-P-160-MBPS 160 480-
480Y/277
3 Breaker External Line Up &
Match Maintenance Bypass,
Top Cable Entry & Interlocks
75 x 30 x 33.5 350
FLU-P-200-MBPS 200 480-
480Y/277
3 Breaker External Line Up &
Match Maintenance Bypass,
Top Cable Entry & Interlocks
75 x 30 x 33.5 350
FLU-P-250-MBPS 250 480-
480Y/277
3 Breaker External Line Up &
Match Maintenance Bypass,
Top Cable Entry & Interlocks
75 x 30 x 33.5 350

35. 65 – 125KVA 4 X 4 - 3
BREAKER MBP CABINET

36. 160 – 250KVA 4 X 4 - 3
BREAKER MBP CABINET

37. 4 X 2 & 2 X 2 TRANSFORMER/
BYPASS CABINET

38. FIRSTLINE P TOP ENTRY
SIDE CAR MODEL
Part Number kVA Voltage Description
Dimensions
H” x W” x D” Wt. (lbs.)
FLU-CEC All 480
Top Cable Entry Side Car, allows
for top or side cable entry. 75 x 15.75 x 33.35 250

39. TOP ENTRY SIDE CAR
CABINET

40. FIRSTLINE P 2 X 2
TRANSFORMERLESS PDU
Part Number kVA
Output
Voltage Description
Dimensions
H” x W” x D”
FLU-PDC-P2 All 208V-
208Y/120
Transformerless Line Up &
Match Power Distribution
(PDU) with (2) 42 Pole, 225
Amp Panelboards, with
Mains and type Sq. D
NQ442L2. Accepts 1, 2 & 3
Pole Branch Circuit Breakers
bolt-on or plug-in.
75 x 22 x 33.35

41. TRANSFORMERLESS 2 X 2
PDU CABINET

42. SINGLE OR DUAL SOURCE
INPUT – NO BYPASS
Single Input Dual Input

43. SINGLE OR DUAL SOURCE
INPUT W/BYPASS
Single Input Dual Input

44. 2 X 2 INPUT/OUTPUT
TRANSFORMERS W/BYPASS

45. 208V OUTPUT
TRANSFORMERS W/BYPASS

46. PARALLELED SYSTEMS

47. PARALLELING
The UPS has expansion capabilities for up to 8 modules paralleled
for capacity or redundancy as required to support future growth. The
UPS units can be connected in parallel and shall share the current
and load between them.
In a system with several UPS units connected in parallel, there is a
single MASTER unit and the remaining units are SLAVE units. The
UPS units must be the same rating and the MASTER is chosen on
start-up. The MASTER and SLAVE units can exchange roles. If a
unit is being serviced, e.g. due to an inverter fault, it will
automatically be excluded. The load at this point will be shared
between the units that are still active; if the power in output is
excessive for the remaining UPSs, the system logic will switch all
the units, including the UPS that was excluded, onto the by-pass
line.

48. COMMUNICATION OPTIONS
PowerShield:
Communication Software provides efficient, user-friendly
UPS management using bar chart displays to show major
operational information such as the input voltage, UPS load
% and batteries charge %. The software also provides
detailed information on fault conditions and UPS operating
characteristics. PowerShield3 has been developed with a
client/server architecture that makes it flexible and easy to
use, and provides multi-lingual and on-line support.
Operating systems supported include Windows 2000,
2003Server, XP, Vista, 2008 Server, 7, Linux, Novell
Netware, Mac OS X and most common UNIX operating
systems such as: IBM AIX, HP, SUN Solaris INTEL and
SPARC, SCO Uniware and Open Server, Silcon Graphics
IRIX, Compaq Tru64 UNIX and DEC UNIX, Open BSD
UNIX and FreeBSD UNIX, NCR UMIX, HP Open VMS
VMWare ESX and VSPHERE.

49. POWERSHIELD

50. COMMUNICATION OPTIONS
PowerNETGuard:
Supervision software provides centralize UPS management
using network interface (SNMP) communications. It is ideal
for Data Centre managers and medium to large sized
networks. PowerNETGuard uses the RFC1628 standard
Management Information Base (MIB) and ensures
standardized UPS management wherever they are located.
Operating systems supported include Windows (98, ME, NT,
2000, 2003, XP and Vista), Kinux, MacOSX, Solaris 8, 9 and
10 and Silcon Grapics IRIX.

51. POWERNETGUARD

52. COMMUNICATION OPTIONS
Netman Plus:
Allows UPS management across a LAN using any of the main
network communication protocols - TCP/IP, HTTP and network
interface (SNMP). NetMan Plus enabled UPS integrate easily
into medium and large sized networks and provide reliable
communications between the UPS and management systems
employed.

53. NETMAN PLUS (LAN / WAN)

54. NETMAN PLUS (WAN)

55. COMMUNICATION OPTIONS
MultiCOM MODBUS/JBUS:
Protocol converter used to monitor the UPS using the MODBUS/JBUS
protocol on RS232 or RS485 serial lines. It can also manage a second
independent RS232 serial line that can be used to connect to other
devices such as the Netman or a PC using PowerShield software.

56. COMMUNICATION OPTIONS
MultiCOM Serial/USB:
Provide the UPS with an additional RS232 serial interface or
USB port. The USB port allows the UPS to communicate with
Apple Macintosh computers as well as Windows and Linux
operating systems.

57. COMMUNICATION OPTIONS
Multi I/O:
Protocol converter provides a configurable input and output
signal contacts to allow UPS integration with control
systems. It can be used to connect two devices to a single
UPS serial communication port. It can also communicate
using the MODBUS/JBUS protocol on RS485 lines.

58. COMMUNICATION OPTIONS
IBM AS/400 Communication Kit:
Provides a single-level memory management feature that makes it
compulsory for the system to be shutdown in a controlled and
orderly manner. Without UPS protection an AS/400 is not protected
from mains failures. A momentary loss of power can cause
hardware damage, data corruption and a lengthy reboot period.

59. COMMUNICATION OPTIONS
I/O Expansion Card:
Provides addition remote alarm functions as identified below. The card
contains 6 outputs: potential-free contacts for alarms (programmable from
the display panel) (and capable of switching up to 30 V AC or DC at UP 1
Amp) , 2 inputs (programmable from the panel) and 1 12V DC maximum
100mA auxiliary input. 2 additional slots shall be available for a total of 12
additional contacts.
•Disturbances on Bypass Line
•Manual Bypass ON
•Bypass Line Voltage Fail
•Main Line Voltage Fail
•Pre-alarm , Low Battery Voltage
•Low Input Voltage
•Output Overload
•Internal Fault
•Bypass for Output Overload
•Over Temperature or Fan Failure
•Input Voltage Sequence OK
•Output OFF

60. ENVIRONMENTAL SENSOR
OPTION
Netman Environmental Sensor:
Monitors and record environmental conditions as well as
activities in protected areas and at the premises where the
UPS is installed. Environmental sensors monitor and
record environmental conditions and activities within a
designated building area. The sensors provide extensive
management and control, triggering cooling fans and locks
in response to changes in temperature and humidity.
Remote monitoring and control can be provided via the
internet, SNMP and PowerShield software. NetMan Plus
can support up to 6 separate sensors. The environmental
sensors are easy to install and do not need a separate
external power supply.

61. REMOTE MONITOR PANEL
OPTION
MultiPanel - Remote Monitoring Panel:
Provides a detailed UPS status overview in real time. It is
compatible with all FirstLine P UPS’s and can display values for
UPS specific input and output supplies, and battery set
measurements. MultiPanel has a high-definition graphical display
and can report in 7 languages: English, Italian, German, French,
Spanish, Russian and Chinese.
3 independent serial ports are provided, one which allows for UPS
monitoring via the MODBUS/JBUS protocol (on either an RS485
or RS232 serial line). The others can be used with devices such as
the Netman Plus or a PC running PowerShield software.

62. OTHER OPTIONS
Seismic Bracing & Withstand Certification
Site specific Seismic Bracing for Zone A-F with certification and drawings available.
Top or Side Cable Entry
Standard cable entry is from the bottom with availability for top or
side incoming entry.
Harsh Environment Enclosure
The UPS and any accessory cabinet(s) are capability of being
mounted and completely wired internal to, include AC cooling, inside
any NEMA type enclosure (NEMA 12, 3R, 4X) by the manufacturer.
Spare Parts
Available in three levels - Minor, Moderate and Major
Service Agreements
Multi level service and maintenance agreements available.

63. AN ENGINEERS COMMENT:
“ I recently I had the pleasure to specify and install the Staco FirstLine
P UPS at one of my high-profile customers . Having been in sales &
service of UPS systems since 1977, it is rare that a real "gem" comes
along! When it comes to a UPS--I would consider this as a gem.”
Demps E. Bannerman, PhD., E.E.

64. SERVICE
o Services Tailored to our customers needs
o Five levels of service
o System startup to full on site support
o Local factory trained Technicians
o Spare parts kits, batteries monitoring and
replacement, site power quality survey,
infrared thermo scan and more.

65. START UP CHECK LIST:
PURPOSE: Work to cover during startup of all models of First Line Uninterruptible Power
Supplies.
INSTRUCTIONS:
o Check for physical damage to the system cabinets.
o Verify that all shipping covers, inserts, and brackets are removed as specified in the User’s
Handbook.
o Verify that the UPS is installed in a clean, temperature controlled area, and the environment
meets all criteria in the User’s Manual.
o Verify all internal connections and components are in the proper place and secure.
o Survey physical location of the system. (Accessibility, lighting, cleanliness, ventilation
o Survey additional customer equipment being present (TVSS, Generator, Motors, Capacitors,
and Transformers).
o Survey electrical Installation of UPS regarding wire size and circuit protection.
o Dual Source connections: In equipment’s with separate bypass line, an isolation transformer
must be placed at any of both input power supply mains of the UPS (rectifier input or static
bypass), in order to avoid the direct connection of the neutral of both mains through the
internal wiring of the equipment. This is only applicable power supply comes from two
different electrical mains, as for example: - Two different electrical companies. - One
electrical company and a generator set, ...

66. QUESTIONS?
Toll Free: 866.261.1191 | sales@stacoenergy.com | www.stacoenergy.com