FRONT PANEL ADJUSTMENT .......................................................................................11
SIGNALS AND INTERFACING ........................................................................................14
INTRODUCTION
The following text is a complete product description, operating guide and basic maintenance
summary of the C
This UPS provides a fully on-line sinewave, completely regenerated for typical non-linear loads.
The SP-MPL series has an output rating of 1250VA. The output power factor rating is 0.7, which
means this unit can deliver up to 875 watts.
This instruction manual is provided with this unit to enhance your understanding of the product
and its applications. Read this handbook carefully in the order it is presented prior to operating or
servicing to avoid harm or damage to you or the unit. The UPS may be referred to in the text as
the SP-MPL Series, Rackmount, etc.
LARY SP-MPL Series Rackmount, digital, uninterruptible power system (UPS).
IMPORTANT SAFETY INSTRUCTIONS,
SAVE THESE INSTRUCTIONS
This manual contains important safety instructions that should be followed during installation and
maintenance of the UPS and batteries.
Always operate the unit within the guidelines and specifications presented to maximize this
system's efficiency and lifetime.
Page 3
THE SP-MPLSERIES RACKMOUNT
A digital on-line, sinewave UPS is the only total solution to virtually any power problem. It
effectively provides CONTINUOUS POWER, by regenerating the incoming AC to DC and then
back to a highly regulated AC generator. A battery can be provided at the input of the AC
generator to support the load in case of utility interruption. The CONTINUOUS power concept is
a step above the typical power conditioner, in that, power protection is maintained under any
circumstance for the most complete and reliable service to the critical load. This CONTINUOUS
power UPR is designed for the critical, must-not-fail
The Digital Technology (DT) Series rackmount is engineered with the latest Insulated Gate
Bipolar Transistor/Pulse Width Modulation (IGBT/PWM) technology for high efficiency and
reliability. The uninterruptible power system (UPS) is the ruggedized version of the DT family of
products. The electronics are completely governed by an on-board microprocessor. This allows
for not only a digitally processed precision output waveform, but also provides for full interactive
access and control for the user through an RS232 computer port.
Refer to the simplified block diagram, Figure 1, for system description. An AC source is fed
through a double pole breaker for both Hot and Neutral protection. This breaker then feeds the
power circuits and all internal microelectronics. Input voltage is monitored to allow for operation
over a -25% to +35% range of nominal voltage for all load conditions. An input voltage variation
outside this preset window will discontinue power to the critical load.
The input AC, when it is within this specified window is power factor corrected and then sent to
the rectification stage. The DC rectifier stage provides both positive and negative voltages to a
DC rail stage, which then feeds the digitally controlled inverter AC generator. The AC inverter
generator in turn supplies the load. Normally the output inverter generator is at 60Hz
independent of the input line frequency.
applications.
The DT Series on-line topology is unique to other on-line systems in that it is designed to meet
the needs of all non-linear type loads while providing input power factor correction. Computers
and telecommunications equipment, with their switching power supplies are considered a nonlinear load, which can be very abusive to most power protection equipment and could decrease
life expectancy. The DT Series is specially designed with a power factor corrected input to
eliminate harmonics back into the power source as well as accept non-linear loads and protect
them efficiently without any output waveform degradation common to other UPR designs.
UTILITY INPUT
RFI
INPUT
FILTER
VOLTAGE
WINDOW
DETECTOR
POWER
FACTOR
CORRECTOR
MICROPROCESSOR
RECTIFIER
BYPASS LINE
CONTROLLER
+ DC
RAILS
EMERGENCY
CUTOFF
AC
INVERTER
GENERATOR
COMMON
MODE
CHOKE
SWITCH
LOAD
FIGURE 1: SP-MPL SERIES BLOCK DIAGRAM
Page 4
UNPACKING THE UNIT
Your UPS has been carefully packaged to withstand most abuse sustained during shipment. If
there is significant damage to the carton, or if there is any physical damage to this unit, report this
to your carrier.
It is recommended to save the shipping container and packaging materials for future transporting,
if necessary. Transporting the unit in other than supplied shipping materials can result in unit
damage not covered by the manufacturer's warranty.
FIGURE 2: UNPACKING THE UNIT
Page 5
PHYSICAL DESCRIPTION
The following illustrations depict the basic Rackmount SP-MPL Series unit. Reference the
SUMMARY OF INDICATORS AND CONTROLS Section for a further description of the call-outs.
FIGURE 3: FRONT VIEW
13
12
8
9
7
6
5
11
10
4
3
OVERRIDE
BYPASS
LOAD
ON/OFF
REPLACE
TEST
AC1
COLD
AC
START
OK
ON
FAULT
BATT
INV
SILENCE
AC4
AC3
AC2
AC6
AC5
INPUT
1
18
CIRCUIT BREAKERPOWER
19
DC3DC1/2
ON
14
SYSTEM
OFF
2
15
BATTERYSTATUS
FAIL
FAN
DC1/2
OUTPUT
FULL
LOW
DC3
WARM
TEMPERATURE
16
HOT
OVER
100%
75%
50%
25%
20
17
1 INPUT POWER SWITCH 13 REPLACE BATTERY LED
2 SYSTEM ON/OFF SWITCH 14 ALARM RESET SWITCH
3 LOAD LEDs 15 FAULT LED
4 BATTERY LEDs 16 LOAD SWITCHES AC1 – AC8
5 AC IN OK LED 17 LOAD LEDS AC1 – AC8
6 ON BATTERY LED 18 OVERRIDE SWITCH
7 INVERTER LED 19 OVERRIDE LED
8 COLD START SWITCH
9 COLD START LED
20
FAN FAIL, TEMP WARM & HOT
NOT USED IN THIS MODEL
10 LOAD ON/OFF SWITCH
11 BYPASS LED
12 BATTERY TEST SWITCH
Page 6
30
24
AC7AC5
AC8
SNMP
32
31
AC6
25
AC3AC1
AC4
RS232
SIGNAL
26
DC INPUT
29
AC2
AC INPUT
27
GND
28
FIGURE 4: RACKMOUNT REAR VIEW
24 OUTPUT- AC1-8 29 DC INPUT
25 RS232 CONNECTOR 30 SNMP CARD
26 SIGNAL CONNECTOR 31 SNMP - LAN
27 AC INPUT 32 SNMP - COM
28 GROUND STUD
Page 7
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