Output Power

Factor 1

Modular UPS System

IN-DSP SERIES 40 KVA/KW up to 400 KVA/KW
40 KVA/KW - 400 KVA/KW Models For: 440 / 480 VAC / 60 Hz
THREE PHASE
• The UPS that grows with your business.
•Modular Design (Grows up to 1200 KVA/KW with Three System Cabinets)

•Redundant UPS System • Ideal for Datacenter and Industrial Applications.

Features:
• Modular Design N+X.
• Hot Swappable Plug-In Electronic Module.
• True On-Line.
• Parallel Capability.
• Redundant Capability.
• Double-conversion Three Level Inverter Topology.
• Green and clean power.
• High efficiency.
• High Input power factor (> 0.99).
• Low input THDi (< 3%).
• Strong load adaptability for linear and non linear load.
• Intelligent module and system protec•on design.
• Very low noise system design.
• Double DSP controller in each individual power module.
• Digital control for all parts including: rec•fier,
inverter, charger and discharger.
• IGBT modules are applied in the power modules.
• Ba¥ery cold start func•on.
• Large touch screen LCD with full parameter informa•on.
• Independent charger for ba¥eries.
• Intelligent ba¥ery management system.
• Digital paralleling technology, very low circula•ng
current between modules.
• Totally front access, top and bo¥om cable connec•on.
• Each individual module is configured with
independent controller, to avoid single point of failure risk.
• Friendly generator interface.
• Dual Input (op•onal).
• Smart Sleep func•on to op•mize efficiency under low
load condi•ons.

EN50091 (1,2,3); IEC62040 (1,2,3); IEC/EN/AS60950;

(IEC/EN/AS60146 series);
IEC/EN/ AS61000 series and 60950
Modular UPS System
Grows from 40 KVA/KW up to 400 KVA/KW
With 3 System Cabinets grows up to 1200 KVA/KW

Computer Power is a modular and online double conversion UPS designed for sensitive equipments. The power rating ranges
from 40 KVA/KW to 400 KVA/KW which delivers the best combination of reliability, functionality, flexibility and features,
hot-swappable and flexibility at a competitive price. It is designed specially for datacenters, computer systems or critical
equipments. As the result of state of art design, this innovative and reliable power system absolutely meets the market
requirements.

This UPS is also ideal for Industrial Applica„ons and Manufacturing processes. For this applica„ons with induc„ve loads, inrush
currents and reac„ve loads, include The Energy Absorbing Unit (EAU). See apropiate brochure for (EAU).

Computer Power modular UPS combines latest IGBT three-level technology together with DSP control. Along with high input
power factor, low THDi and high system efficiency, this product achieves very high adaptability for all kinds of loads. The
modular design ensures reliable and trouble free operation for critical loads. Power expansion is very easy to achieve by adding
modules to the system to reach 400 KVA/KW power in a single frame. It is possible to connect three frames (System Cabinets)
in parallel in order to reach maximum 1200 KVA/KW.

Modular Construcon Design

Each power module is designed to be hot swappable which makes the power expansion and system maintenance easier. Each
module is independently self controlled, thus avoiding single point failure risk. If any module fails or disconnects, the syste m
keeps opera„ng and supplying power without interrup„on. It ensures a high level of reliability and protec„on.

Intelligent Ba‚ery Management

Each UPS module is built in with a super charger and the charging power reaches 8000 W.
With 10 installed UPS modules, the total charging power ra„ng is 80 KW. The charger is controlled by DSP with intelligent
digital arithme„c to prolong the lifespan of the ba•eries.

Easy Operaon and Installaon

This products offers flexibility during installa„on „me. Consequently, it is very easy to maintain and control which provides
the highest reliability and best protec„on for supplying power. With the large touch screen LCD panel, the user can easily
access informa„on of the power modules and system.

Intelligent Protecon System

All the power modules and the system are protected simultaneously by hardware and so™ware. All kinds of protec„on
func„ons are included: under and over current and voltage, temperature, overload and short circuit. The reliability of the
power module and the system reaches an incredible high level through all of these technologies.

High Reliability Design

The Integrated IGBT Modules used in the Electronic Power
Modules of the IN-DSP product line, (shown in drawing), is a
great technical improvement compared with Discrete Chips
(shown in the drawing), because of the component reliability
and manufacture consistency. Among other technical benefits,
important Low-Loss integrated three-level IGBTs modules help Integrated IGBT module used in IN-DSP Discrete IGBT chip used in other modular UPSs
increase system efficiency, plus reliability is increased due to Series Modular UPS
lower temperatures on IGBTs and their heatsinks.
Oponal Components
In the case of Discrete IGBTs, more chips need to be paralleled
to obtain high current ra„ngs. In those cases, Clamped Diodes • SNMP / Web • Dust-Proof net
have to be placed around IGBTs which brings risks, due to communica„on card • Parallel kit for second
voltage/current stresses and difficulty perils in the • Ba•ery temperature cabinet
manufacturing process. compensa„on module • ModBus
 DSP Controlled IGBT Three Level Topology:

DSP controlled IGBT Three Level inverter provides the highest quality output power, ensures the cleanest output
voltage sinewave to protect connected loads. It also produces the highest efficiency in the market.

High Efficiency and Low Cost of Ownership:

Computer Power IN-DSP Series UPS consumes less energy to supply

the loads with its high efficiency up to 96%.

Thanks to this high efficiency rate, the percentage of energy that is

produced as heat becomes minimum. As a result power loss
becomes very low and users can reduce their electricity
consump€on and air condi€oning requirement.

Also with reduced THDi < 3% and 0,99 power factor correc€on
Computer Power IN-DSP UPS enables to save money by reducing
generator size requirements.

Reverse Energy Tolerance for Regenerave Loads:

The Computer Power IN-DSP Series UPS can be used with

regenera€ve loads, such as asynchronous motors. The The tests can be done automa€cally or manually. Computer
regenera€ve loads pumps the energy back to mains. Power IN-DSP Series UPS with its hot-swap feature allows
Tradi€onal UPS systems burn this feedback energy. This baŒery charge without disconnec€ng the unit.
causes lower efficiency. Computer Power IN-DSP Series UPS
with IGBT rec€fier can absorb intermiŒent load generated With Advanced baŒery management capability of
power. Addi€onally, this reverse power tolerance permits Computer Power IN-DSP Series UPS you can have
important system opera€ons like closed transi€ons confidence that your baŒeries are managed for maximum
transfers of the UPS load directly to an engine generator performance and life €me and are always ready for cri€cal
source. role they play in your power protec€on system.

Advanced Baery Management: Stac & Manual Maintenance Bypass:

Computer Power IN-DSP Series UPS guarantees enhanced Computer Power IN-DSP Series includes both standard
baŒery life and maximizes baŒery performance, life, and sta€c and manual bypass.
reliability through intelligent, precision charging.
Sta€c bypass provides safe transfer to mains if the UPS is
Temperature Compensated BaŒery Charging monitors overloaded or develops a fault condi€on. Where EMI filters
external and internal baŒery temperature changes and are used to help neutralize spikes and electrical noise, the
adjusts the charge current rate accordingly. The UPS adjusts load may be routed through these on bypass to provide
charge parameters automa€cally when the baŒery capacity further protec€on.
is entered through LCD panel.
Manual bypass func€on is intended for maintenance work.
Advanced baŒery management provides real-€me A manually controlled, maintenance bypass supply is
informa€on about baŒery capacity and back up €me. This incorporated into the Computer Power UPS design. It is
informa€on can be seen from LCD panel. The UPS tests the used to power down the UPS without interrup€ng the
baŒeries at adjustable periods by users without switching power to the load. It is thus possible to work in a faulty UPS
off the system. in complete safety.
 Modular UPS System:

Touch Screen Display

play

STANDARD BATTERY CABINET

UPS SYSTEM
M CABINET

Manual
Maintenance
nce
Bypass
Static Swich
Bypass
Module

Dust -Proof
net

Power
Module

Display
in each
Module

TOUCH SCREEN DISPLAY MONITORING

NG MODULE
In the Standard Ba•ery Cabinet the size
and Amp/Hour of the ba•eries are
configured in accordance to the
required back up „me, in single or
preferably mul„ple strings.
 Parallel and Redundant Operaon:

Computer Power IN-DSP Series features easy and simple scalability and redundancy. It is ready to grow with your
business demands.

Power increase: The UPSs can be connected in parallel to increase the total capacity of the system up to 1200 KVA/KW
with three system cabinets, each with 400 KVA/KW per System Cabinet.

Redundancy: In redundant opera on N number of units supply the load and one more unit (N+1) remains as redundant.
All units in this system share the loads equally. If one of the UPSs goes out of order because of failure or maintenance,
the remaining UPS modules con nue feeding the cri cal loads without interrup on.

400 KVA/KW 400 KVA/KW 400 KVA/KW

Advanced User Interface:

Computer Power IN-DSP Series UPS has a large and user

friendly graphic display which provides operang
informaon. Thanks to this user friendly advanced display,
all parameters can be monitored and controlled.

TOUCH SCREEN DISPLAY

DIS

Provides graphical and text based information of alarms,

status data, instructions that users can have a more friendly
and safer operation.

Single or Dual Input Operaon:

Computer Power IN-DSP Series can operate for either single

or dual power inputs. Dual input feature increases
availability by allowing the UPS to be connected to two
different power sources. In dual configuraon, the recfier
is fed from ulity (main source), and the stac and
maintenance bypass is fed from a secondary source.
Dual input is an oponal feature.
www.computerpower.com
TECHNICAL SPECIFICATIONS IN-DSP SERIES - THREE PHASE
IN-DSP SERIES EACH CABINET SYSTEM GROWS FROM 40 KVA/KW UP TO 400 KVA/KW
SYSTEM CABINET OPTIONS 160 KVA/KW 240 KVA/KW 320 KVA/KW 400 KVA/KW
Phase Three Phase + N + G , In / Three Phase + N + G , Out
Grows from Grows from Grows from Grows from
Capacity
40 to 160 KVA/KW 40 to 240 KVA/KW 40 to 320 KVA/KW 40 to 400 KVA/KW
Electronic Power Modules 40 KVA/KW
Power Factor Unity (1)
INPUT
Input Nominal Voltage 440 / 480 VAC (line to line) 3P+N+G
Input Voltage Range -25 % to +25 % (configurable)
Input Power Factor At Full Load > 0.99
Input Frequency Range 40 - 70 Hz
Rec•fier PWM IGBT Technology PFC
Total Harmonic Distor•on (THDi) <3%
OUTPUT
Output Nominal Voltage 254 / 277 VAC (L - N) ; 440 / 480 VAC (L - L) ± 1% (at balanced load)
Output Frequency 50 - 60 Hz
Power Factor 1
Total Harmonic Distor‚on (THDv) Linear Load < 1% ; Non-linear Load < 3%
Crest Factor (CF) 3:1
Efficiency up to 96% ; (ECO Mode 99%)
Transfer Time Zero
Inverter Pure Sinewave Three Level Topology
Overload Capacity At 105% Long Time Opera‚on, at 110% Load 60 min,
125% Load 10 min, at 150% Load 1 min; > 150% Load 200 ms.
BATTERY
Quan‚ty 2 x 20 per string
Type of Ba‹ery 12 VDC Sealed Lead Acid Ba¥eries VRLA
Nominal Voltage ± 240 VDC
Charge Power 0-20% of the Device Power (selectable)
Backup Time Standard 10 minutes / Other configura•ons available
COMMUNICATION & MANAGEMENT
Communica‚on Ports RS-232, RS-485, SNMP, EPO, Generator Interface. ModBus (op•onal)
Compa‚bility Supports Windows® 2000/2003/XP/Vista/2008, Windows®7, Linux, Unix, and MAC
Display Graphic LCD + LED, Color Touch Screen and Keyboard
Dry Contacts Included
GENERAL
650 x 960 x 1600 mm 650 x 960 x 2000 mm 1050 x 1100 x 2000 mm 1300 x 1100 x 2000 mm
Dimensions UPS Cabinet 4 Slots Cabinet 6 Slots Cabinet 8 Slots Cabinet 10 Slots Cabinet
& UPS Modules (WxDxH) 510 x 700 x 178 mm 40 KVA/KW Electronic Module
Weight UPS Cabinet 170 Kg 220 Kg 350 Kg 450 Kg
& UPS Modules 45 Kg each 40 KVA/KW Electronic Module
Running Humidity & Temperature 0 - 95 % RH (Non-Condensing) @ 0~40° C
Storage Temperature For UPS - 40 ~ 70® C; for Ba¥eries -20 ~ 30o C
Acous‚c noise level at 1 meter < 69 dB
Al‚tude (meters above sea level) < 3000 meters
IP Protec‚on Class IP20
Parallel Opera‚on Parallel Power increase up to 1200 KVA/KW with 3 Cabinets
EPO (Emergency Power Off) Standard
Insola‚on Transformer Op•onal
STANDARDS & CERTIFICATIONS
Quality ISO 9001 ; CE
Compliance EN50091 (1,2,3); IEC62040 (1,2,3); IEC/EN/AS60950; IEC/EN/AS60146 series; IEC/EN/ AS61000 series
- SY-G reserves the right to change or modify product design, construc•on, specifica•ons, or materia Is without prior no•ce and without incurring any obliga•on to make such changes and
modifica•ons on SY-G products previously or subsequently sold.

Authorized Dealer

June - 2020
www.computerpower.com