acc controller module data sheet - steven engineering · acc controller module data sheet alarm and...

MCD10062 Rev. 1.1, 2-Oct-08 of 2 www.power-one.com

ACC Controller Module Data Sheet

Features

• User-selectable alarm parameters • Password controlled environment • USB or RS232* Interface and Form “C” dry

alarm contacts • Programmable alarm routing, logic unit and

analog inputs • Ethernet interface + web server support • 1000-event alarm log • Audible Alarm • Remote firmware upgrade Intelligent site management:

• Battery tests and log • Battery voltage and symmetry monitoring • Remaining battery capacity measurement • Low voltage disconnect • Temperature compensation with programmable

compensation factor • Monthly data logging • Site log tools

Description The Power-One Advance Controller Card (ACC) is a pluggable microprocessor controller that provides monitoring and control for a broad range of Power-One DC Power Systems. The ACC monitors all system parameters including: DC voltage, rectifier current, rectifier temperature, system capacity, battery parameters, and circuit breaker status. Alarm and warning notifications are indicated by front panel LEDs, and through potential free alarm contacts that allow remote signaling. External monitoring of alarms is accomplished through a USB or RS232 port using PC-based PowCom™ software. The ACC has an Ethernet port allowing control over a TCP/IP network and web based support. Alarms can be mapped via SNMP traps to customer OSS platforms such as HP Openview™ To meet individual site requirements, the ACC contains a Programmable Logic Unit that can be used to monitor and control specified requirements. This allows individual alarm routing and logic operations to be set as actions, alarms to be triggered, and outputs to be activated based on internal and external signal monitoring, comparing, and processing.

Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com

MCD10062 Rev. 1.1, 2-Oct-08 of 2 www.power-one.com

ACC Controller Module Data Sheet

* Pending system configuration ** Pending rectifier used

Input Voltage 18-60 VDC

Current <200 mA

Interface Display Optional 3x16 character LCD

Internal Communication

RS485 Data Bus (64 modules max.)

External Communication

USB or RS232* interface for remote control via modem or directly from a PC with PowComTM software. Ethernet port allowing monitoring and control over a TCP/IP network. Web browser support + SNMP.

Indications Green LED - Power ON Yellow LED - System warning Red LED - System alarm

Signal Input Battery current reading (via shunt) Output voltage reading Analog inputs for battery symmetry reading or general use Battery temperature sensor Load fuse failure Battery fuse failure 2 x Digital inputs

Signal Outputs LVD/PLD disconnect (max 4*) LVD/PLD reconnect 2 x Digital outputs

Software Site upgradeable by Flash memory

Alarms Alarm Contacts 4 (max 10*) potential free change-over

alarm contacts Alarms Low/High Voltage Alarms

Batteries on Discharge Overvoltage Shutdown Alarm High Load (Rectifier Capacity Alarm) Battery Test Failure Battery Symmetry Alarm Mains Failure Module Alarm Urgent Module Alarm Battery Fuse Failure Load Breaker Failure Battery/Load Disconnect Alarm High/Low Battery Temperature Alarms Temperature Probe Failure High/Low AC Voltage** 16 x Additional User Definable Alarms

Other Technical Data Dimensions (WxHxD)

Actual dimensions vary with respect to the system used. Contact Sales.

Weight 0.2kg (0.44 lb) Operating Temp. -40 to +70 °C

Storage Temp. -40 to +85 °C Safety IEC 60950-1, UL60950-1,

& CSA-C22.2 No. 60950-1-03 EMC EN 61000-6-2, EN 61000-6-3,

EN 300 386-2 Environment Storage:

Transport: Operation:

ETS 300 019-2-1 ETS 300 019-2-2 ETS 300 019-2-3

Battery Management Battery Disconnection

Allows voltage controlled disconnection of batteries.

Boost Charging Manual time controlled or automatic boost charging with adjustable time and voltage levels.

Battery Tests Automatic or manual testing of batteries up to six times per year with a 10 test memory. Variables include test duration and end voltage. Battery discontinuance test to ensure battery connection.

Enhanced Battery Monitoring

Monthly logging of essential battery parameters including temperature, temperature hours, current, charging voltage and symmetry voltage, Data logged for 5 years.

Site Logs System tools developed to assist site management. Daily peak load and statistic logs available.

Symmetry Measurement

Optional tool that measures batteries for early detection of thermal runaway.

Temperature Compensation Charging

Allows continuous adjustment of output voltage according to battery temperature. Features include adjustable compensation factor and separate thresholds for high temperature alarms.

Load Shedding (PLD)

Optional feature that allows voltage or time controlled disconnection of non-essential load.

NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc. TECHNICAL REVISIONS - The appearance of products, including safety agency certifications pictured on labels, may change depending on the date manufactured. Specifications are subject to change without notice.


MCD10014 Rev. 1.1, 14-Sep-07 Page 1 of 4 www.power-one.com

AspiroTM Shelf System Data Sheet

Description Aspiro DC power systems offer a range of solutions for diverse applications such as broadband access, cable head ends, micro/pico BTS Cells, Enterprise, E911, and GSM-R. Aspiro uses highly-efficient, dense, and reliable XR04.48 & XR08.48 rectifier modules and is highly-adaptable to provide a complete solution for today's global applications. Its system management is accomplished via a pluggable PCC system controller, complete with remote accessing functionality with an Ethernet, web server, and SNMP interface. Highly-flexible distribution options offer the optimum 1U or 2U shelf solution for space-critical applications. In addition, installation within compact environments is made simple and includes reduced-depth distribution shelves catering for rear or side cable connection.

Features • RoHS compliant for all six substances

• 1RU and 2RU height solutions

• Wide AC input; 85 to 300VAC

• Wide operating temperature range -40 °C to +75 °C

• Ethernet interface

• Simple installation

• Designed for 300 mm deep ETSI cabinets

• Rear or side cable connection options

• Various fuse options

• International standards compliance

XR04.48 and XR08.48 Rectifier Modules

PCC Supervision Module

Aspiro Shelf System




System Components

XR04.48/XR08.48 Rectifier Modules

PCC Supervision Module

The Aspiro shelf system utilizes plug-in rectifier modules based upon a soft-switching approach. Features include wide input operating range, wide operating temperature, full self-protection and three LEDs for immediate rectifier status indication. Refer to the XR04.48/XR08.48 Rectifier Module data sheet for further information.

18.2 A 837 W 48 VDC XR08.48

9.1 A 420 W 48 VDC XR04.48

Current (max)

Power (max)

Voltage Model

The PCC Supervision Module is an advanced system supervisor for complete local and remote system monitoring. PCC features include: • Menu guided operation

• Battery management including battery testing

• Ethernet/web server and SNMP Interface

• Low voltage disconnect

• Hot-pluggable unit

• Temperature compensation

• Battery Symmetry measurement

• User-programmable alarm routing

Refer to PCC Controller data sheet for further details.




1U Combination Shelf Option (1.6 kW)

2U Shelf Option (2.4 kW)

2U Shelf Option (3.2 kW)

Distribution Modules The Aspiro power system uses front access fuse distribution modules in order to allow in-service replacement of fuses. The product can be supplied with a variety of fuse arrangements.

• AC Connection – Rear or side screw terminals connection for simple field installation • 19”, 23” or ETSI mounting available • Flexible Connection – Rear or side connection of load circuits and ancillary signals

Additional Features

Aspiro Shelf Options

System Components (Continued)




Model

Options

1U Combi-Shelf 2U Power System 2U Power System

Output

Output Power (max. per system) 1.6 kW 2.4 kW 3.2 kW

Rectifier Modules (max. per system)

2x 400 W Rectifier or

2x 800 W Rectifier


3x 800 W Rectifier


4x 800 W Rectifier

Input

AC Input Connections (230 VAC)

Single Phase

Single Phase or

3-Phase

Single Phase or

3-Phase

Distribution

Battery Fuse (Qty)

1 2 2

Load Fuse (Qty) (max.)

4 15 9

Load GMT Fuse (Qty)

N/A 10 10

Battery

Low Voltage Battery Disconnect (LVBD) Yes

Temperature Compensation Yes

Battery Symmetry Connections 1 2 2

Mechanical

Dimensions W x H x D (mm)

19”/ETSI/23” x 44.45 x 280 19”/ETSI/23” x 88.9 x 280 19”/ETSI/23” x 88.9 x 280

Mounting

19” / ETSI / MID-MOUNT 19” / ETSI / MID-MOUNT 19” / ETSI / MID-MOUNT

Cable Entry

Rear Rear Rear

Options

Partial Load Disconnect (PLD) N/A N/A Yes Yes



AUG 17, 2006 Page 1 of 2 www.power-one.com

CMP 3.48 Rectifier Module

Features • RoHS lead-solder-exempt compliant • 208/240 VAC input • 48 VDC output • Input overvoltage disconnection • Thermal protection, with derating • Active load sharing • Hot-swappable • Up to 91% efficient • Natural convection cooling • Low weight • International standards compliance

Description The Power-One CMP 3.48, for use in the Galero™ Series of power systems in our convection cooled rectifier series, provides advanced resonance switch mode technology (softswitching). An onboard microcontroller and an RS 485 data bus provide monitoring of basic functions, status, and identification information to the system controller (GMC). The CMP 3.48 rectifier module is optimized for telecom applications and is designed to work in numerous subrack/shelf configurations incorporating the GMC controller and varying distribution options. NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc.

TECHNICAL REVISIONS - The appearance of products, including safety agency certifications pictured on labels, may change depending on the date manufactured. Specifications are subject to change without notice.

Galero Power System



CMP 3.48 Rectifier Module

Input Model CMP 3.48

Input Voltage 205-240V AC +10% single phase, 44-66 Hz (185-160V at reduced power output)

Current (max.) <2.5 A

Soft Start <12 A peak max. 5 ms

Harmonics

EN 61000-3-2 (Power factor > 0.98 typical)

Surge Immunity

EN 61000-4-5

Fuse T 3.15A

Connection DIN 41612F

EMC EN 61000-6-2, EN 61000-6-3, FCC Part 15 Class B

Output Model CMP 3.48

Output Voltage

45-56 VDC

Power (max.) 364 W @ 56 VDC 354 W @ 54.5 VDC

Current (max.) 6.5 A

Efficiency (at 55-100% load)

>91%

Tolerance Vout +/- 1.0%

Transient Response

+/- 5% at load variation 10-90% or 90-10% recovery time 10 ms

Load Sharing Typical <5% of nominal current

Ripple <100 mV p-p (BW. 30 MHz)

Psophometric <2 mV, according to CCITT norms

Connection FCI power connector™

EMC EN 61000-6-2, EN 61000-6-4

Mechanical Dimensions (WxHxD)

43 x 120.8 x 264.5 mm (1.7 x 4.75 x 10.4 in.)

Weight 1.1 kg (2.4 lb)

Cooling Natural convection

Insulation Reinforced insulation, tested at: 4.25 kVDC primary-secondary 2.12 kVDC primary-ground 0.75 kVDC secondary-ground

Enclosure IP20

Mounting Up to 7 modules per shelf Other Technical Data Safety EN 60950

UL 1950 and IEC60950 Class 1 CSA C22-2 No. 950

Protection Short-circuit proof, automatic current limiting, selective shutdown of modules at excessive output voltage. Thermal protection reduces the output power at environmental temperatures above maximum level. Shut down at >75 °C. Input over-voltage disconnecting at >265 VAC with automatic reset at >250VAC.

Indications Green LED Red LED

Power ON High output voltage/ shut down, Low voltage/ module failure

Audible Noise

<35 dBA

Operating Temperature

-25 to +55 °C up to 2000 m -25 to +45 °C above 2000 m

Storage Temperature

-40 to +85 °C

Radiated EMC EN 61000-6-2, EN 61000-6-3, FCC Part 15, Class B

Environment Storage: Transport: Operation: Earthquake:

ETS 300 019-2-1 ETS 300 019-2-2 ETS 300 019-2-3 GR 63 Core Zone 4

*Average performance for a single module.


MCD10086 Rev. 1.1, 2-Oct-08 Page 1 of 2 www.power-one.com

FMP16.48 Rectifier Module Data Sheet

Description The Power-One FMP16.48 rectifier provides extremely reliable DC power in the highest possible density. This rectifier module incorporates the latest in power monitoring solutions using an internal microprocessor that gives up-to-the-second updates to the system controller and adjacent rectifiers. This guarantees tightly controlled load sharing among rectifiers and provides status and identification information to the controller. At only four rack units high, these compact rectifiers provide up to 1600 watts and allow up to 10 rectifier modules in a 23-inch subrack or eight modules in a 19-inch subrack. Designed with diversity in mind, the FMP16.48 rectifier is able to operate in a complete range of indoor and outdoor applications.

23-inch PPR16 Subrack

Features • RoHS lead free solder and lead solder

exempted products are available • Compact 4-rack unit height

• 717 W/L (11.75 W/in³)

• 205/240 VAC single-phase input

• Input overvoltage disconnection

• Thermal protection

• Hot-swappable

• No adjustments required

• 93,5% typical efficiency

• Active and droop current sharing






Input

Model FMP16.48 Input Voltage 100-240 VAC ±15% single

phase (44-66 Hz) (185-85 V at derated output power)

Current (max.) <10 A

Soft Start <13A /1ms

Harmonics


Surge Immunity EN 61000-4-5

Fuse 2 x F 12.5A (line & neutral)

Connection FCI 51939-066


Output Model FMP16.48

Output Voltage 45-57 VDC

Power (max.) 1600 W @ 45-57 VDC

(input >185 VAC)

675 W @ 45-57 VDC

(input 185 - 85 VAC)

Current (max.) 32 A


>93%, typical 93.5%

Tolerance Vout ± 1.0%

Transient Response

± 5% at load variation

10-90% or 90-10%

recovery time 50 ms

Load Sharing <5% of nominal current

Ripple <100 mV p-p (BW 30 MHz)



EMC EN 61000-6-2, EN 61000-6-4


51 x 177 x 280 mm (2.0 x 6.97 x 11.02 in)


Cooling Fan-cooled, speed-controlled, and alarmed

Insulation Reinforced insulation, tested at:

4.25 kVDC primary-secondary 2.12 kVDC primary-ground 0.75 kVDC secondary-ground

Enclosure IP20

Mounting 19in/ 4U subrack up to 8 modules 23in/ 4U subrack up to 10 modules

Other Technical Data Safety EN 60950-1

UL 60950-1, IEC60950-1, and CSA C22.2 No. 60950-1

Protection Short circuit proof, automatic current limiting, selective shutdown of modules at excessive output voltage. Thermal protection reduces the output power at environmental temperatures above maximum level. Shut down at >75 °C with an automatic restart. Input overvoltage disconnecting at >275 VAC with automatic reset at >260 VAC.

Alarms High output voltage/ shutdown, Low voltage/ module failure. Each alarm has an LED indicator on the front panel.

Indications Green LED Yellow LED

Red LED

Power ON Current limit/ thermal protection. Com. failure (flashing) Module failure/ high output voltage/ shutdown

Audible Noise

<60dBA



Storage Temperature

-60 to +85 °C






FMP 18.48 Rectifier Data Sheet

Description The FMP18.48 rectifier incorporates resonance-soft-switching technology to reduce component stresses, providing increased system reliability and a best-in-class efficiency. With a wide-input operating voltage range of 84-300 VAC and linear derating of output power with input voltage, the FMP18.48 maximizes power availability in demanding utility power environments. These compact rectifiers support up to eight 4U high rectifier units delivering up to 9 kW of power while the 23” shelf can deliver up to 18 kW of power. A wide variety of distribution options are available to provide the maximum system flexibility for a wide range of communications applications that demand efficiency, reliability, and flexibility including wireless base stations, remote switches, and broadband access.

23-inch PPR18 Subrack

Features • RoHS compliant for all six substances

• Leading power density of 807 W/L (13.2 W/in³)

• Rugged Input voltages of 84-300 VAC with linear power derating



• Hot-swappable

• 93% typical efficiency




FMP 18.48 Rectifier Data Sheet


Input

Model FMP 18.48 Input Voltage 100-240 VAC ±15% single

phase (44-66 Hz) up to 300VAC (185-85 V at derated output power)


Soft Start <13A /1ms

Harmonics






Output Model FMP 18.48


Output Power Characterisitc (50-56 VDC)

Po max = 1800

Linear derate: 1800 to 1050 W

Current (max.) 38 A


>92.5%, typical 93%


Transient Response

± 5% at load variation

10-90% or 90-10%

recovery time 50 ms


Ripple <100 mV p-p (BW 30 MHz)



EMC EN 61000-6-2, EN 61000-6-4


51 x 177 x 280 mm (2.0 x 6.97 x 11.02 in)


Cooling Fan-cooled, speed-controlled, and alarmed

Insulation Reinforced insulation, tested at:


Enclosure IP20

Mounting 19in/ 4U subrack up to 8 modules 23in/ 4U subrack up to 10 modules

Other Technical Data Safety EN 60950-1

UL 60950-1 and IEC 60950-1 CSA C22.2 No. 60950-1

Protection Short circuit proof, automatic current limiting, selective shutdown of modules at excessive output voltage. Thermal protection reduces output power at environmental temperatures above maximum level. Shut down at >70 °C with an automatic restart. Input overvoltage disconnecting at >310 VAC with automatic reset at >=300 VAC.


Indications Green LED Yellow LED

Red LED

Power ON Fan pre-warning / thermal derating. Com. failure (flashing) Module failure/ high output voltage/ shutdown

Audible Noise

<60 dBA



Storage Temperature

-60 to +85 °C




85V 130V 185V 300V

750W

1050W

1800W

85V 130V 185V 300V

750W

1050W

1800W


MCD10064 Rev. 1.5 Page 1 of 2 www.power-one.com


Description The FMP25.48 rectifier incorporates resonant technology to reduce component stresses, providing increased system reliability and a best-in-class efficiency. The rectifier features a wide input operating voltage range to maximize power availability within demanding utility power environments. These compact rectifiers support up to 12.5kW in a 1RU 23” shelf. A wide variety of distribution options are available to provide the maximum system flexibility for a wide range of communications applications that demand efficiency, reliability, and flexibility including wireless base stations, remote switches, and broadband access.

Features • Leading power density of up to 27 W/in3 • Rugged input voltage range of 90-300 VAC • Thermal protection • Hot-swappable • 92.5% typical efficiency • International standards compliance

Typical Configuration 25kW in 23”, 6RU with Controller

Load & Battery Distribution 10kW in 19", 5RU




Input

Model FMP25.48 Nominal: 100-240V AC Permitted variation: 85-300V AC

Input voltage

Derated Output: 85-180V AC

Current (max.) <18A Soft Start ETSI ETS 300 132-1 Harmonics EN 61000-3-2

Power Factor > 0.98 Typical Surge immunity EN61000-4-5 Fuse Two 25A Fast Blow (Live &

Neutral) EMC EN61000-6-2, EN6100-6-3

FCC Part 15 Class B Output

Output voltage 46-57 VDC Output power (50-56 VDC)

Po Max = 2500W

Efficiency 92.5% Tolerance Vout ± 1.0% Transient response ±5% at load variation 10-90%

or 90-10% recovery time 50 ms

Load sharing <5% of nominal current Ripple <100mV p-p (BW 20 MHz) Psophometric <2mV, according to CCITT norms EMC EN 61000-6-2, EN 61000-6-4

Mechanical Data Dimensions 107 x 337 x 40mm (WxDxH) Weight 2 kg Cooling Fan-cooled,

speed controlled 4.25 kVDC primary-secondary 2.12 kVDC primary-ground

Insulation

0.2 kVDC secondary-ground Enclosure IP20 Mounting 19in/ 1U subrack up to

4 modules

Other Technical Data Safety UL 60950-1/ CAN/CSA-C22.2

No. 60950-1-03, 1st Ed. EN60950-1: 2006 IEC 60950-1:2001

Protection Short circuit proof, automatic current limiting, selective shutdown of modules at excessive output voltage. Thermal protection.

Alarms High output voltage/ shutdown, Low voltage/ module failure.

Indicators Green LED Power ON Yellow LED Current limit, thermal protection Com. failure flashing Red LED Module failure/ high output voltage/ shutdown

Audible noise <60 dBA Operating temperature

-40 ˚C to +55 °C up to 2000 m Reduced spec -40 ˚C to -20 ˚C Derated output power 55 C˚ to 75 ˚C For 3000m altitude derate by 5 ˚C

Storage temperature -60 to +85°C Environment Storage: ETS 300 019-2-1

Transport: ETS 300 019-2-2 Operation: ETS 300 019-2-3 Earthquake: GR 63 Core Zone 4




FMP 32.48 Rectifier Module

Features • RoHS lead free and lead-solder-exempt

products are available • 697 W/L (11.42 Watts/in3) • Front or mid-mount • 85 to 276 VAC single-phase input • Input overvoltage disconnection • Thermal protection • Hot-swappable • No adjustments required • 93,5% typical efficiency • International standards compliance

Description The Power-One FMP 32.48 rectifier provides extremely reliable DC power in the highest possible density. The module incorporates the latest in power monitoring solutions using an internal microprocessor that gives up-to-the-second updates to the system controller and adjacent rectifiers. This guarantees tightly controlled load sharing among rectifiers and provides status and identification information to the controller. At only four rack units high, these compact rectifiers provide up to 3200 watts and allow up to five rectifier modules in a 23-inch subrack or four modules in a 19-inch subrack. Designed with diversity in mind, the FMP 32.48 rectifier is able to operate in a complete range of indoor and outdoor applications. NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc.


23-inch Forza Subrack



FMP 32.48 Rectifier Module

Input Model FMP32.48

Input Voltage 2 separate inputs, each at 100-240 VAC ±15% single phase (44-66 Hz) (185-85V at de-rated output power)

Current (max.) <2 x 10 A

Soft Start <2 x 13 A/1 ms

Harmonics






Output Model FMP 32.48


Power (max.) 3200 W @ 50-57 VDC (input >185 VAC) 1350 W @ 50-57 VDC (input 185 - 85 VAC)

Current (max.) 64 A


>93%, typical 93,5%


Transient Response

+/- 5% at load variation 10-90% or 90-10% recovery time 50 ms





EMC EN 61000-6-2, EN 61000-6-4

MechanicalDimensions (WxHxD)

105 x 177 x 280 mm (4.14 x 6.97 x 11.02 in)


Cooling Fan cooled, speed controlled, and alarmed


Enclosure IP20

Mounting 19 in/ 4U subrack up to 4 modules 23 in/ 4U subrack up to 5 modules

Other Technical Data Safety EN 60950

UL 1950 and IEC60950 CSA C22-2 No. 950

Protection Short-circuit proof, automatic current limiting, selective shutdown of modules at excessive output voltage. Thermal protection reduces the output power at environmental temperatures above maximum level. Shut down at >75 °C with an automatic restart*. Input over-voltage disconnecting at >275 VAC with automatic reset at >260 VAC.

Alarms High output voltage/ shutdown, Low voltage/ module failure. Each alarm has an LED indicator on the front panel and a common potential free contact for external signaling.

Indications Green LED Yellow LED Red LED

Power ON Current limit/ thermal protection. Com. failure (flashing) Module failure/ high output voltage/ shutdown

Audible Noise <60 dBA


-40 to +65 °C up to 2000 m -40 to +55°C above 2000 m

Storage Temperature

-60 to +85 °C





Features• High reliability• Simple installation and operation• Natural convection cooling - no fans• RS232 interface for remote operation• Form “C” dry alarm contacts• Intelligent battery management• Pluggable controller and DC distribution

modules• Optional Ethernet (SNMP compatible) interface

module • International standards compliance

DescriptionThe Galero™ Power System provideslarge power system features in cost-effective, rack-mounted form factors.These power solutions providerectification, control and powerdistribution all in one compact systemwhile offering extensive local and remotepower system and battery monitoring.

System management is accomplishedthrough the system controller (GMC).Status indication is made via LED’s, whiledetailed information and remote operationare accomplished through the PC-basedPowComTM software package.

Note: All specifications are subject to change without notification.

Input

Output

Mechanical

Options

Features

Battery

Model Galero 1750 Galero 2450

Input230/400V AC 3-phase205-240V AC 1-phaseSite configurable

230/400V AC 3-phase205-240V AC 1-phaseSite configurable

Inputs (max.) Single input Single input

Rectifier Modules (max.) 5 7

Battery Outputs 1 2 1 2

Load Outputs 10 9 3 2

48V DC Version Yes Yes

Supervision GMC GMC

Battery Symmetry Inputs (max.) 2 2

Low Voltage BatteryDisconnection (LVBD) Yes Yes

Temp. Comp. Charge Yes Yes

Dimensions (WxHxD) 483x125x280mm 483x125x280mm

Mounting 19in., ETSI 19in., ETSI

Cable Entry AC - RearDC and signals -Top

AC - RearDC and signals -Top


Battery SymmetryMeasurement Yes Yes

Ethernet Network Interface Yes Yes

Partial Load Disconnect N/A N/A

Integrated Surge Arrestors N/A N/A

Galero™ Power System

www.power-one.comwww.power-one.com11V0005-033 Galero SY V3.0 Rev. C

Galero™ Power SystemShelf SystemsShelf Systems


Rectifier Features

Model Voltage Power(max.)

Current(max.)

CMP 3.48 48V DC 364W 6.5A

The Galero Shelf System utilizes plug-in rectifiermodules based on a soft-switching approach.Features include 2xLED for rectifier status indication,thermal protection with de-rating and input over-voltage disconnection with automatic reset.

• Advanced system monitoring• RS232 interface for remote operation• Battery management and testing• Automatic testing• Low voltage battery disconnect (LVBD)• Temperature compensation• Battery symmetry measurement• Monthly logging of battery parameters including “temperature-hours”• Site programmable Flash EPROM• Programmable alarms• Programmable logic circuit• Optional Ethernet interface through SNMP and/or TCP/IP

GMC Features

Rectifier Module

Advanced system supervision is accomplished using amicroprocessor based module that allows both local andremote system monitoring.

Supervision Module - GMC

All-in-one 125 mm high shelf system for integration into standard19” or ETSI cabinets. Complete subrack for five rectifier modules, supervision moduleand DC distribution with battery breakers (1-2) and load breakers(9-10).

Galero 1750 System

All-in-one 125 mm high shelf system for integration intostandard 19” or ETSI cabinets. Complete subrack for seven rectifier modules, supervisionmodule and DC distribution including battery breakers (1-2) andload breakers (2-3).

Galero 2450 System

System Configurations System Components

Galero™ Power SystemShelf Systems

www.power-one.com


Features• High reliability• Simple installation and operation• Natural convection cooling - no fans• RS232 interface for remote operation• Form “C” dry alarm contacts• Intelligent battery management• Pluggable controller and DC distribution

modules• Optional Ethernet (SNMP compatible) interface


DescriptionThe Galero™ Power System provideslarge power system features in cost-effective, rack-mounted form factors.These power solutions providerectification, control and powerdistribution all in one compact systemwhile offering extensive local and remotepower system and battery monitoring.

System management is accomplishedthrough the system controller (GMC).Status indication is made via LED’s, whiledetailed information and remote operationare accomplished through the PC-basedPowComTM software package.


Input

Output

Mechanical

Options

Features

Battery

Model Galero 1750 Galero 2450

Input230/400V AC 3-phase205-240V AC 1-phaseSite configurable

230/400V AC 3-phase205-240V AC 1-phaseSite configurable

Inputs (max.) Single input Single input


Battery Outputs 1 2 1 2

Load Outputs 10 9 3 2


Supervision GMC GMC

Battery Symmetry Inputs (max.) 2 2



Dimensions (WxHxD) 483x125x280mm 483x125x280mm

Mounting 19in., ETSI 19in., ETSI

Cable Entry AC - RearDC and signals -Top

AC - RearDC and signals -Top


Battery SymmetryMeasurement Yes Yes

Ethernet Network Interface Yes Yes

Partial Load Disconnect N/A N/A

Integrated Surge Arrestors N/A N/A

Galero™ Power System

www.power-one.comwww.power-one.com11V0005-033 Galero SY V3.0 Rev. C

Galero™ Power SystemShelf SystemsShelf Systems



GMC Controller Module Data Sheet

NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc.


Features User controls and interfaces:

• User-selectable alarm parameters

• 40-event data logging

• Password-controlled environment

• RS232 Interface and Form “C”dry

alarm contacts

• Programmable alarm routing

• Programmable logic unit

• Intelligent battery management:

• Temperature compensation with programmable

compensation factor

• Automatic and manual load testing

• Battery voltage and symmetry monitoring

• Capacity testing

• Low-voltage disconnect

• Optional plug-in Ethernet interface (PNI module)

Description The Galero™ Microprocessor Controller (GMC) from Power-One provides comprehensive monitoring and control of the Galero Power System. This digital controller monitors total system conditions including DC voltage, rectifier current, rectifier temperature, system capacity, battery parameters, and circuit breaker status. The GMC enables data storage of system configuration information such as battery type, installation date, and system commission date. Visual notification of alarm and warning conditions are indicated by front panel LEDs, while descriptions of the alarms are provided through RS232 communication using PC-based PowCom™ software package. To meet individual site requirements, the GMC contains a Programmable Logic Unit that can be programmed to monitor and control specified requirements. This allows actions to be set, alarms to be triggered, and outputs to be activated based on internal and external signal monitoring, comparing, and processing.



GMC Controller Module Data Sheet

Input Voltage N/A Current <200mA at 48V

Interface Display N/A Internal Communication RS485 data bus External Communication RS232 Serial interface for

remote control from a PC with PowCom software. TCP/IP or SNMP available by using the optional plug-in Ethernet interface (PNI card)

Indications Green LED - Power ON Yellow LED - System Warning Red LED - System alarm

Controls N/A Signal Inputs (via alarm interface)

2 battery symmetry (12V increments) 1 battery temperature sensor 3 analogue inputs for general use 2 digital inputs for general use

Software Site upgradeable through EPROM flash

Language N/A

Alarms Alarm History The last 40 events are saved

and include a time and date stamp.

Alarm Contacts Four potential free changeover alarm contacts. Two open collector outputs for LVD.

Alarms High System Voltage Low System Voltage Load/ Battery Disc. Mains Error DC Fuse Failure Battery Failure Module Failure Battery Temp. Alarm Symmetry Failure Battery Fuse Failure High Load Urgent Module Failure Communication Failure

1* 1* 1* 3* 2* 4* 2* 4* 4* 1* 2* 1* 2*

* All alarms are indicated using an LED . The numbers represent an example of alarm routing: 1) Urgent alarm, 2) Service alarm, 3) Main AC Failure, 4) Battery related failure 16 additional user-defined alarms available.


60 x 125 x 250mm (2.4 x 4.9 x 9.8in.)

Weight 0.5kg (1.1lbs.) Operating Temperature

-25 to +55°C

Environment Storage: Transport: Operation:

ETS 300 019-2-1 ETS 300 019-2-2 ETS 300 019-2-3


A feature that allows voltage disconnection of batteries.

Boost Charging Manual time controlled or automatic boost charging with adjustable time and voltage levels.

Battery Test Automatic or manual testing of batteries up to four times per year. Variables include: test duration, end voltage, Ah, and allowable symmetry variation.


Optional tool that measures batteries for early detection of thermal runaway. Allows for separate measurements of up to 2 parallel battery branches, each divided into four blocks.


Allows continuous adjustment of output voltage according to battery temperature. Feature includes adjustable compensation factor and separate thresholds for alarms.

PLD N/A Enhanced Battery Monitoring

Monthly logging of essential battery parameters: average/ peak temperature, temp. hours, current, charging voltage and symmetry voltage. Stores parameters for 5 years.



Guardian Power System Data Sheet(Cabinet System)

Guardian modular DC cabinet systems are designed to meet rigid telecom applications with very high reliability and flexibility for future expansion. Rectifier and battery combination cabinets are configurable to allow 12.5kW or 25kW rectifier capacity together with DC distribution, controller and battery backup in a single footprint. Options include battery and load disconnect, AC surge protection and various DC and AC distributions. Ideal for radio base stations, broadband nodes and core sites.

• Powerful - High density (27W/in³) with configurable configurations of 12.5kW or 25kW and 720 Ah battery backup per cabinet

• Connected – State of the art system controller with self-

guided operation. SNMP and web compatible. • Intelligent – Sophisticated management features

extend the battery life and monitor critical site equipment such as HVAC and generators

• Rugged – Design caters for poor grid quality supply

GUARDIAN POWER SYSTEMS

Protecting your network reliability



Guardian Power System Data Sheet(Cabinet System)

Technical Specification

Mechanical Dimensions 600 x 600 x 1400/1800/2000mm (WxDxH)

(23.6 x 23.6 x 55.12/70.9/78.74”)

Output Voltage -48VDC

Maximum Power 12.5kW / 25kW

Output Current 250 / 500A

Efficiency 92.50%

Rectifier types FMP25.48G

DC Distribution Battery Breakers 1-6 off (max 125A)

1-3 off (max 250A)

Load Breakers 26 x breakers (2-63A) maximum

Battery Capacity Upto 720Ah using 4 x 180Ah strings

AC Input Voltage 1 or 2 x 230VAC 3 phase TN (Δ)

1 or 2 x 400VAC 3 phase IT (Y)

Frequency 47-63Hz

Input Current <18A per rectifier (FMP25)

Power Factor 0.97

Surge Protection Optional

Monitoring & Control Controller ACC or PCC

Alarm relays 4 standard. Option for 10 with ACC

Local Interface 4 x 20 LCD, 4 key menu, USB*/RS232

Remote interface Ethernet / modem with POWCOM software

Visual Indication Green LED – System On

Yellow LED – Message(s)

Red LED – Alarm(s)

External Digital I/O 2 x Inputs, 2 x Outputs (open collector)

Battery Management Symmetry Inputs 6 or 12*

Programmable LVD 1 x 300A or 500A

Programmable PLD Max 1 or 2* x 125A, 200A, 400A.

Connections Battery Connections Battery cable, M8 lugs

AC connection 16mm² (4 AWG) max.

Load breaker connections Negative termination directly from breakers. Common positive from busbar.

Alarm connections 1.5mm² (14 AWG) max.

Compliance EMC EN 300 386

EN 61000-6-3 (Emission)

EN 61000-6-2 (Immunity)

Safety IEC 60950

Environmental Operating Temperature -40°C to +65°C, derating after 55°C

Storage Temperature -40°C to +85°C

*Option for ACC only NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc. TECHNICAL REVISIONS - The appearance of products, including safety agency certifications pictured on labels, may change depending on the date manufactured. Specifications are subject to change without notice



iBreaker SeriesiB-PDU, Power Distribution Unit Data Sheet

Applications • Telecom

Safety compliance with EN60950, UL60950, CAN/CSA-C22.2 No.60950, for use inside end-use ITE/Telecommunication Equipment only

Model Summary and Ordering Code Model Number Description

3B350010000 10 iB’s in a 2U x 19” rack; in and out rear connectors

Description Based on Power-One’s revolutionary iBreaker, the modular iB-PDU is a configurable distribution unit 19”x2U. The standard configuration distributes two input A+B sources -36Vdc / -60Vdc to 10 users. The electronic circuit breaker assures no bus voltage drop, remote controllability, durability, reliability and a faster response to short-circuit versus electromagnetic breakers.

The iBreaker device measures current, voltage, and energy consumption; then transmits the information via serial link for precise system monitoring. It allows control of tripping conditions and implements low voltage disconnection functionality for load shedding strategies to preserve critical loads. The iBreaker software provides adjustable configurations that maximize system flexibility. Custom configurations are available.

Features • iB-48V series based Power Distribution

Unit, an electronic limiting, interrupting and monitoring device for standard telecom -48V systems

• Up to 10 power users (-48 VDC Input) in a 10A current range.

• Dimensions: 19” x 2U x 121mm, (482.6 x 88 x 121mm)

• Current rating up to 40A+40A • Constant current delay before tripping

allows no bus voltage drop • Programmability of most relevant

parameters and remote control for status and working values via RS232 port

• Easy to replace • Manual ON/OFF/reset with no-lock

pushbutton switch; accidental tripping free

• CE branded • Conformity to the applicable

requirements of CAN/CSA-C22.2. No. 235 (Supplementary Protectors) and UL 1077 (Supplementary Protectors for Use in Electrical Equipment)




Technical Specifications

iBreaker-PDU Characteristics Input Voltage -36 / -60 VDC

( -48 VDC nominal )

Input Current Rating 50 A (line A); 50A (line B)

Double separated input source line available

Filter for each source line

No. of Electronic switches

10

No. of electro-magnetic circuit breakers

2

Power source /breaking capacity

≥ 5 kA

Reverse polarity protection

iB rating 10A

Max current rating (IMax)

10A

Max inrush current (ILimit)

17A x 10 ms

Max current after trip (Istandby)

< 0.1A

Voltage Drop (typ) 0.15V

Short-circuit sense time

≤ 300 µs (followed by 10 ms pre-programmed current limit interval

Current limit delay time

5 ms (custom delay times available)

Protection Latched overcurrent and short-circuit protection; overtemperature protection; system catastrophic fuse present

General Characteristics Dimensions (WxHxD) 19 x 3.46 x 4.76 in

(482.6 x 88 x 121 mm)


Operating Temperature -5 °C to +55 °C

Durability (no. of on/off switch operations

20,000 operations

MTBF 1,000,000 hours


Safety Approvals and Marks

EMC, CE Marked

Front Panel 10 bicolor LEDs; red lit when switches are opened/tripped; green lit when switches are closed

Rear Panel Input connectors: 2 x male inlet (3Pins) FM3W3

Output connectors: 10 x AMP p/n 350825-1

Signal connector: 1 x DB-15Pins type

Remote monitor connector: DB-9Pins RS232 with standard grounding point




Mechanical Drawings




iBreaker Series Data SheetiB Family for Intelligent Distribution


Safety compliance with EN60950, UL60950, CAN/CSA-C22.2 No.60950, for use inside end-use ITE/Telecommunication Equipment only

Model Selection

Model

Current Rating (Amps)

iB-48V-5A 5 iB-48V-10A 10 iB-48V-20A 20 iB-48V-30A 30 iB-48V-40A 40 iB-48V-50A 50 iB-48V-60A 60

Features • iB-48V series is an electronic limiting, interrupting

and monitoring device for standard telecom -48V systems Two models for different input (24V & 48V) and output of 230VAC

• Ratings from 5A to 60A • Constant current delay before tripping allows no bus

voltage drop • Serial communication link with programmability of

most relevant parameters and remote reading of status and working values

• Height, width, and mounting holes compatible with commercial electromechanical breakers

• Optional board controller to easily connect to up to 22 breakers

• CE, cCSAus and Kema marks according to EN/UL/CSA 60950 for ITE and Telecommunication Equipment

• Conformity to the applicable requirements of CAN/CSA-C22.2. No. 235 (Supplementary Protectors) and UL 1077 (Supplementary Protectors for Use in Electrical Equipment)

Description iBreaker Series – Electronic Limiting, Interrupting and Monitoring Device Power-One’s revolutionary iBreaker is a totally new product that increases performance and facilitates the design of telecom 48V power systems. The iBreaker outperforms regular electromechanical interrupting devices by delivering a higher level of reliability, consistency and durability in the field. The load is disconnected in a clean way within 200 microseconds avoiding transients on the DC input bus. The iBreaker device measures current, voltage and energy consumption then transmits the information via serial link for precise system monitoring. It allows control of tripping conditions and implements low-voltage-disconnect functionality for load shedding strategies to preserve critical loads. The iBreaker software provides adjustable configurations that maximize system flexibility.

Accessory List & Ordering Codes

Accessory Model

Description

iB-CTR Controller. Controls up to 22 iB’s iB-BS Bus Strip, allows serial I/O

connection to the individual iB; up to 10 iB’s to one iB-CTR

iB-WI I/O Wire to connect the iB to the iB-BS



iBreaker Series Data SheetiB Family for Intelligent Distribution

Input

Input voltage range -60 VDC to -36 VDC Isolation 1100 Vrms live circuits to

frame. Frame heat sink is floating and can be connected to Earth.

Input UV protection Automatic; programmable -48V to -36V. Factory setting -35.8V ±0.2V

Input OV protection Automatic, programmable. Factory setting -65V ±0.2V

Output

Tripping conditions Time to trip = 10ms max Overload Automatic with current

limitation; programmable Short circuit Automatic with current

limitation Manual ON/OFF Pushbutton; protected

against accidental activation Remote ON/OFF Serial link Overtemperature Automatic

Other Technical Data Display Status bicolor LED and

ON/OFF pushbutton Operating Temperature -5 ºC to 55 ºC; convection

cooling EMI Immunity: EN61000-6-2

Emissions: EN50081-1 MTBF 1,500,000 hours at 30 ºC

min according to Bellcore TR-NWT-000332

Expected Operational Life 35 years min Safety Approvals CE and EN60950 for ITE

and Telecommunications Equipment

Dimensions WxHxD

0.79" x 2.48" x 4.22" (20 x 63 x 107.38mm)

Dimensions are in mm.


Mechanical Drawings


APR 12, 2007 Page 1 of 5 www.power-one.com

Magnum REC-J200EH Rectifier Data Sheet12 kW; Low THD

Description

The Magnum REC-J200EH Rectifier is a 12,000-watt electronic three-phase, switch-mode power supply module which provides low total harmonic distortion (THD). Designed for superior performance in telecom, industrial, and IT applications, its reduced size makes it one of the most compact force-cooled rectifiers in service to deliver 200 amps. Measuring 19" wide, 5.2" high, and with a depth of 19.09", this product has a power density in excess of 7 W/in3.

The REC-J200EH's combines a digitally-controlled, active Power-Factor-Correction circuit with an innovative electronic design to achieve electrical efficiencies in excess of 90% and THD below 5%. It offers minimized cost and reduced installation time, and its reliability ensures maximum system uptime for critical applications.

In addition, a "smart" user interface makes remote or local programming and monitoring of all major rectifier parameters easy. Remote computer communications is available through an RS-485 serial connection interface (SCI). The Magnum is UL listed and CSA, CE, IEC, and Broadcast NEBS Level 3 certified.

Magnum Model Selection and Ordering Information

Model Input Voltage

Nominal 3-Phase (Vrms)

Input Frequency Range (Hz)

Factory Set Programmable Output Voltage

(VDC)

Programmable Output Voltage

Adjustment Range (VDC)

Output Current (Amps)

REC-J200EH 380 to 480 47 to 63 -54.5 -40 to -60 200

Applications

• Telecom • IT • Industrial

Please contact Power-One for information regarding Magnum Rack Systems.

Features • Low profile: 3U overall height • High efficiency: > 91% • Active Power Factor Correction: > 0.99 • Total harmonic distortion: < 5% • 3-phase 380-480 V nominal voltage input

(50 or 60 Hz) with no neutral • One phase fault tolerant • Hot pluggable • Input and output circuit breaker on board • Display and control panel • Thermal overload protection with derating • Not available in the U.S.; please contact a

Power-One representative • 19" or 23" shelf-mountable • Lightweight: 50.26 lb (22.8 kg) • Safety standards: EN 60950, CAN/CSA-C22.2 N°

60950-00 / UL 60950




ELECTRICAL SPECIFICATIONS

Input Specifications Parameter Conditions/Description Min. Nom. Max. Units

AC Input Voltage 3-phase, line-to-line. 340 380 to 480

530 Vrms

Input Frequency 47 63 Hz

Line current unbalance between phases

±10 %

Line current harmonics Meets IEC 61000-3-2.

Power Factor Pout > 25%. > 0.99 W/VA

Total Harmonic Distortion (THD)

Pout > 50%. < 5 %

Turn-ON delay 4.5 sec

Input withstanding voltage

≤560 Vrms

Mains connector P4/63-S-PCD from Multi Contact.

Output Specifications Parameter Conditions/Description Min. Nom. Max. Units

Factory set output voltage

54.5 VDC

Output VDC Adjustment Range

Programmable. 40 60 VDC

Ripple BW 20 MHz. Wide band, BW 20 MHz. Psophometric noise CCITT weighted. Electrical noise.

500 100 2 32

mVpp mVrms mVpp dBrnc

Efficiency (92% @ full load, Vin ≥ 360 Vrms). 92 %

Output Voltage Regulation

±0.4 %

Output Current 200 ADC

Thermally derated current limit

Linear derating from 50 ºC to 70 ºC. 220 ADC @ 50 ºC. 110 ADC @ 70 ºC.

Output Power Continuous. 12 kW

Output Power Continuous; 2-phase operation, 1-phase loss. 6 kW

Hold-up time @ 340 Vrms input and full load. 20 ms

Output voltage rise time

500 ms

Output voltage walk in time

10 s

Current sharing <5 %

Output connection Bus bar copper blades.




Fault Protection Parameter Conditions/Description Min. Nom. Max. Units

AC Input Overvoltage Protection

530 Vrms

Input Breaker Protection

Internal circuit breaker with mains On/Off switch.

37.5 A

Output Overcurrent Protection

Current limitation: 220 ADC @ Vout ≤54.5 VDC. 200 ADC @ Vout = 60 VDC.

Output Short Circuit Protection

220 ADC, resumes operation when short is removed.

Output Overvoltage Protection

Three levels of protection: Catastrophic OV: 65 VDC hardware latch. Programmable OV: 56 to 66.1 VDC, default 62 VDC, turn-Off, non-latching. Second OV (delayed 100 ms): 60 VDC (SELV) turn-Off and latch.

Output Undervoltage Protection

Adjustable, just alarm indication, constant current behavior down to 0V.

36V

Overtemperature (OT) Protection

Shutdown if ambient temperature exceeds 70 °C; with automatic self-recovery.

Overtemperature driven by fan failure

Shutdown with latch-up.

Overtemperature threshold

70 °C

Output Protection Internal circuit breaker with power switch and mechanical latch.

350 A

Environmental Specifications Parameter Conditions/Description Min. Nom. Max. Units

Operating Temp at Full Load

Linearly derated to 6 kW at 70 ºC. -5 55 ºC

Altitude Operating. Non-Operating.

13K 40K

ASL ft ASL ft

Storage Temp -40 85 ºC

Humidity 85% relative humidity @ 40 ºC, non-condensing.

Output Voltage Temperature Coefficient

0.01% per ºC within rated load.

EMI EN 55022, class B.

Cooling Forced cooling front to rear.




Interface Signals/Controls Parameter Conditions/Description Min. Nom. Max. Units

Alarms Optorelay contact: OV, OT, OC, rectifier fail (AC loss, OV, OT, fan failure).

Connection Molex Mini Fit 15-24-9245 or equivalent.

Regulatory & Safety Parameter Conditions/Description Min. Nom. Max. Units

cCSAus EN 60950, CSA-C22.2 No. 60950-00, UL 60950 Approved.

Kema Approved.

CB Report Approval Approved.

CE Mark for LVD Approved.

RoHS Compliant.

Isolation Primary-to-Secondary: 3000 Vrms. Primary-to-Ground: 1500 Vrms. Secondary-to-Ground: 500 Vdc.

Mechanical Specifications Parameter Conditions/Description Min. Nom. Max. Units

Dimensions Depth (inches). 19.09 in

Depth (mm). 484.9 mm

Width (inches). 19.00 in

Width (mm). 482.6 mm

Height (inches). 5.21 in

Height (mm). 132.3 mm

Weight Pounds. 50.26 lb

Kilograms. 22.8 kg




Reliability Parameter Conditions/Description Min. Nom. Max. Units

Calculated MTBF TR-TSY-000332 (excluding fans) 250,000 Hours Mechanical Outline Drawing: NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc.



SEP 15, 2006 revised to OCT 02, 2006 Page 1 of 2 www.power-one.com

MIDI PODS Enclosure Platform Data SheetAdvance Product Release

Description Extend the life of your network with the MIDI PODS enclosure platform, an ideal solution for all wireless, fiber, and transmission networks. The versatile MIDI PODS outdoor enclosure system supports valuable network equipment, backup batteries, and power systems in a range of severe environmental conditions. The MIDI PODS has a flexible and modular design matched with network equipment to provide a low impact solution. The MIDI PODS rugged construction and a thermally-insulated power cabinet with sealed loop heat exchangers or air conditioners ensures network integrity in the most challenging environments. Its naturally-cooled battery cabinet provides a very cost-effective storage platform.

Features • Modular, versatile design allows selection

of various cabinets to suit most applications

• 19” and 23” power cabinet options provide up to 9RU payload to match network equipment requirements

• Matched power and battery cabinets provide a low impact solution; either can serve as a standalone product

• Flexible thermal management solutions matched to load and environmental parameters

• IP55/NEMA 3R protection rating (power cabinet)

• Simple trouble-free installation, operation, and maintenance




SEP 15, 2006 revised to OCT 02, 2006 Page 2 of 2 www.power-one.com

MIDI PODS Enclosure Platform Data Sheet Advance Product Release

Electrical 23” 19” Environmental Control DC Power Various DC systems options to

match line & load requirements Heat exchanger Closed loop door mounted,

55 W/K Distribution Circuit breakers & fuse options

available Air conditioners 600 W

2000 BTU @ L35/L35 Mechanical Accessories Power Cabinet Dimensions (WxDxH)

680 x 650 x 800 600 x 600 x 800 Cable bridges Mating with major OEM BTS equipment.

Battery Cabinet Dimensions (WxDxH)

680 x 650 x 800 680 x 650 x 1100

600 x 600 x 800 Cable gland plates Tailored to suit site RF, DC, AC Coaxial

Security Lockable, vandal-proof hinges, multi-point locking mechanism

Heater 900 W

Cable Entry Bottom Service light Power 65 55 Battery 70/95 60

Weight (kg)

Plinth 15 15

Circulating fans For improved battery ventilation and temperature control

Material Aluzinc, powder coated Grounding bars Located in plinth for Mains, DC & RF

Mounting PAD mounted, Installation via lifting eyes

Standards Compliance

Equipment Mounting Safety IEC 950, UL 950 Height 9RU (with 2RU power subrack) Environmental

Protection IP55 (IEC529) / NEMA Type 3R

Distribution • Flexible AC & DC Load

center options

Environmental Management • Sealed loop heat exchangers

or air conditioners ensure network integrity in the most challenging environments.

Flexible Payload Options • Up to 450 Ah batteries • DC Power Systems • AC load centers • 9RU network equipment such

as radio base stations & microwave equipment

Rugged Cabinet Construction • Rugged, thermally insulated

construction • Lockable cabinet including

vandal-proof hinges and multi-point locking mechanism

• A4 document holder

DC Power • Rugged, flexible rectifier

options to match various load & line conditions

• 65 °C operating temperature ensures maximum uptime in high temperature environments

• 93.5% efficiencies reduces thermal loads


OCT 26, 2006 revised to FEB 07, 2007 Page 1 of 2 www.power-one.com

PCC Controller Module Data Sheet

Features

• RoHS compliant for all six substances

User controls and interfaces:

• User-selectable alarm parameters • Password controlled environment • RS232 Interface and Form “C” dry

alarm contacts • Programmable alarm routing, logic unit

and analog inputs • Ethernet interface version available

Intelligent battery management:

• Temperature compensation with programmable compensation factor

• Automatic and manual load testing • Battery voltage and symmetry monitoring • Remaining battery capacity

measurement • Low voltage disconnect Description

The Power-One Prime Controller Card (PCC) is a pluggable microprocessor controller that provides monitoring and control for a broad range of Power-One DC Power Systems. The PCC monitors all system parameters including: DC voltage, rectifier current, rectifier temperature, system capacity, battery parameters, and circuit breaker status. Alarm and warning notifications are indicated by front panel LEDs, and through potential free alarm contacts that allow remote signaling. External monitoring of alarms is accomplished through an RS232 port using PC-based PowCom™ software. The PCC has an optional Ethernet port allowing monitoring and control over a TCP/IP network. Alarms can mapped via SNMP traps to customer OSS platforms such as HP Openview™ To meet individual site requirements, the PCC contains a Programmable Logic Unit that can be used to monitor and control specified requirements. This allows individual alarm routing and logic operations to be set as actions, alarms to be triggered, and outputs to be activated based on internal and external signal monitoring, comparing, and processing.



OCT 26, 2006 revised to FEB 07, 2007 Page 2 of 2 www.power-one.com

PCC Controller Module Data Sheet

Input Voltage 18-30 VDC (+24 V Version)

30-60 VDC (-48 V Version) Current <200 mA at 48 V/ <400 mA at 24 V Interface Display Optional 3x16 character LCD

Internal Communication

RS485 Data Bus (20 modules max.)


RS232 Serial interface for remote control via modem or directly from a PC with PowComTM software. Optional Ethernet port allowing monitoring and control over a TCP/IP network and alarm mapping via SNMP traps.


Signal Input Battery current reading (via shunt) Output voltage reading 6 x analog inputs for battery symmetry reading or general use 1 x battery temperature sensor 1 x load fuse failure 1 x battery fuse failure

Signal Outputs 1 x LVD disconnect 1 x PLD disconnect 1 x LVD/PLD reconnect 4 x Alarm contact (Form C) 3 x LED 1 x LCD (option)

Software Site upgradeable by EPROM/ Flash

Alarms Alarm Contacts 4 potential free change-over alarm

contacts Alarms Low Voltage Alarm

High Voltage Alarm Batteries on Discharge Overvoltage Shutdown Alarm High Load (Rectifier Capacity Alarm) Battery Test Failure Battery Symmetry Alarm Mains Failure Module Alarm Urgent Module Alarm Battery Fuse Failure Load Breaker Failure Battery/Load Disconnect Alarm High Battery Temperature Alarm Low Battery Temperature Alarm Temperature Probe Failure 16 x Additional User Definable Alarms


Actual dimensions vary with respect to the system used. Contact Sales.

Weight 0.2kg (0.44 lb) Operating Temperature

-40 to +70 °C

Storage Temperature

-40 to +85 °C

EMC EN 61000-6-2, EN 61000-6-3, EN 300 386-2


ETS 300 019-2-1 ETS 300 019-2-2 ETS 300 019-2-3


Allows voltage controlled disconnection of batteries.

Boost Charging

Manual time controlled or automatic boost charging with adjustable time and voltage levels.

Battery Test Automatic or manual testing of batteries up to six times per year. Variables include test duration and end voltage.


Optional tool that measures batteries for early detection of thermal runaway. Allows for separate measurements of up to 6 parallel battery branches using mid-point measurement.



Load Shedding (PLD)




PCS Controller Data Sheet

Features • RoHS lead free and lead-solder-

exempted products are available User Controls and Interfaces: • Simple menu-guided operation using

front panel mounted pushbuttons and an LCD

• User-selectable alarm parameters • 40 event data logging • Password controlled environment • Multiple language options • RS232 Interface and Form “C” dry

alarm contacts Intelligent Battery Management • Temperature compensation with

programmable compensation factor • Automatic and manual load testing • Battery voltage and symmetry

monitoring • Capacity testing • Low voltage disconnect • Monthly data logging

Description The Power-One Power Controller System (PCS) provides comprehensive monitoring and control for a broad range of Power-One’s DC power systems. This digital controller monitors total system conditions including DC voltage, rectifier current, rectifier temperature, system capacity, battery parameters and circuit breaker status. The PCS enables data storage of system configuration information such as battery type, installation date and system commission date. In addition, the PCS is capable of monitoring up to 128 rectifiers and 128 sub-controllers within a power system. Visual notification of alarm and warning conditions are indicated by front panel LEDs, while descriptions of the alarms are provided through an LCD or can optionally be accessed remotely using a PC modem, or over a network using an optional Network Interface (PNI) module. To meet individual site requirements, the PCS contains a logic operator that can be programmed to monitor and control specified requirements. This allows actions to be set, alarms to be triggered, and outputs to be activated based on internal and external signal monitoring, comparing and processing. NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc.




PCS Controller Data Sheet

Input Voltage 18 - 72 VDC Current <200 mA at 48V, <400 mA at

24V Interface Display 2x20 character LCD with

backlight Internal Communication

RS485 Data Bus for communication with a maximum of 128 rectifiers and 128 sub-controllers


RS232 serial interface for remote control from a PC with PowCom software

Indications Green LED - Power ON Yellow LED - System warning message Red LED - System failure message

Controls Four pushbutton controls Signal Collection

Wide range of interface units with analog and digital input/outputs

Software Site upgradeable by EEPROM flash

Language Multiple language options Alarms Alarm History The last 40 events are saved

and include a time and date stamp.

Alarm Contacts 6 potential free change-over alarm contacts. Two open collector outputs for LVD operation.

Alarms High System Voltage Low System Voltage Load/ Battery Disc. Mains Error Distribution Fuse Failure Battery Failure Module Failure Battery Temp. Alarm Symmetry Fault Battery Fuse Failure High Load Battery Fuse Disc. Urgent Module Failure Communication Failure Partial Load Disc.

1* 2* 4* 3* 4* 6* 5* 6* 6* 4* 5* 5* 4* 5* 4*

* All alarms are indicated using an LED and displayed in the LCD. The numbers represent an example of alarm routing. Sixteen additional alarms are available and are configurable by changing the PCS EEPROM.


508 x 133 x 57mm (20 x 5.25 x 2.25in.)

Weight 1.6kg (3.5lbs.) Operating Temperature

-25 to +55°C

Storage Temperature

-50 to +85°C


ETS 300 019-2-1 ETS 300 019-2-2 ETS 300 019-2-3

Battery Battery Disconnection Allows voltage controlled

disconnection of batteries. Boost Charging Manual time controlled or

automatic boost charging with adjustable time and voltage levels.

Battery Test Automatic or manual testing of batteries up to four times per year with a 10 test memory. Variables include: test duration, end voltage, and amount of Ah’s to be discharged during test.

Symmetry Measurement Optional tool that measures batteries for early detection of thermal runaway. Allows for separate measurements of up to 12 parallel battery branches, each divided into four blocks.



PLD Optional feature that allows voltage or time controlled disconnection of non-essential load.

Enhanced Battery Monitoring

Monthly logging of essential battery parameters, including temperature, temp. hours, current, charging voltage, and symmetry voltage. Parameters are stored for 5 years.



PODS Enclosure Platform Data Sheet

Description Extend the life of your network with the PODS enclosure platform, an ideal solution for all wireless, fiber, and transmission networks. The versatile PODS outdoor enclosure system supports valuable network equipment, backup batteries, and power systems in a range of severe environmental conditions. The PODS flexible and modular design allows cabinets to be paralleled and matched with network equipment. The PODS rugged seismic-rated aluminium construction with direct fan cooling, sealed loop heat exchangers or air conditioners ensures network integrity in the most challenging environments.

Features

• Modular, versatile design allows cabinets to be paralleled

• 27, 40 & 49 RU payload options to match power, battery, and network equipment requirements

• Flexible thermal management solutions matched to load & environmental parameters

• Seismic rated (Zone 4)

• IP55/NEMA 3R protection rating

• Flexible top and bottom cable entry ports facilitate cable routing to adjoining equipment





PODS Enclosure Platform Data Sheet

Electrical Environmental Control DC Power Various DC systems options to

match line & load requirements Heat exchanger Closed-loop door mounted air-air,

55, 150, 220 W/K options Distribution Circuit breakers & fuse options

available Air conditioners 650, 1500, 2000 W options

2200/5100/6800 BTU @ L35/L35 Fan filter 200, 350 W/K Mechanical Accessories Dimensions (WxDxH)

800 x 850 x 1364/1940/2350 mm 32" x 34" x 54/77/93"

Cable bridges Mating with major OEM BTS equipment.

Security Lockable, vandal-proof hinges, multi-point locking mechanism

Cable gland plates Tailored to suit site RF, DC, AC Coax needs

Cable Entry Top (left, right, or rear) and bottom Heater 400 W, 900 W

Weight (excl equipment)

Up to 200 kg Grounding bars Mains, DC, RF

Material Marine-grade aluminum Service light Mounting PAD mounted; installation via

removable lifting eyes Smoke Detector

Equipment Mounting Standards Compliance

Height 27, 40, & 49 RU Safety IEC 950, UL 950 Width 23" (with various 19" options) Environmental protection IP55 (IEC529) / NEMA Type 3R Depth 600 mm, 24" Seismic Zone 4

Environmental Management • Direct fan cooling, sealed

loop heat exchangers or air conditioners ensure network integrity in the most challenging environments.

DC Power • Rugged, flexible rectifier

options to match various load & line conditions

• 65oC operating temperature ensures maximum uptime in high temperature environments

• 93.5% efficiencies reduce thermal loads

• Flexible DC load center

Flexible Payload Options • Up to 720 Ah batteries • Network equipment such as

radio base stations & microwave equipment

AC Distribution • Configurable with Surge

protection, RCCD, circuit breakers, generator socket, bypass switch

Rugged Cabinet Construction • Rugged seismic-rated aluminum

construction • Lockable cabinet including vandal-

proof hinges and multi-point locking mechanism



SLI 15 Inverter Series Data Sheet1500 Watt, 1U Compact Inverters

Description

The SLI 15 Inverter Series provides an ideal solution for telecom, IT, and industrial applications. Due to innovative technology solutions like the patent-pending "Compact Coil", the SLI 15 inverters pack 1500 watts of power into a light (5.6 kg) and compact package that is mountable in 19" racks and is only one rack unit high. The SLI 15 Inverter Series offers four models for different input (24 and 48VDC) and output (115 and 230VAC) voltage combinations. An integrated controller, along with an optional internal Static Transfer Switch (STS) enable flexible and scalable systems which are truly "plug and play", and require no external subsystems. The inverters can be stacked up to the power level needed by each application and also have the capability to be configured for generating a 3-phase voltage source.

Electrical performance of the SLI 15 is exemplary of a top-of-the-market product with efficiency that peaks at 93% and a patent-pending control algorithm that compensates current harmonics on the DC side without using bulky and expensive filters. The SLI 15 includes a powerful on-board Digital Signal Processor (DSP) that allows easy programming of main parameters through use of its front-panel keypad and LCD display. In addition, the SLI 15 can be interfaced with an RS-485 serial communications link.

SLI Inverter Model Selection and Ordering Information

Model 1 Input Voltage

(VDC) Output Voltage Nominal (VAC)

Overall Output Voltage Range

(VAC)

Frequency Range (Hz)

SLI-24-115 24 115 100 to 120 47 to 63

SLI-24-230 24 230 200 to 240 47 to 63

SLI-48-115 48 115 100 to 120 47 to 63

SLI-48-230 48 230 200 to 240 47 to 63 1 The following suffixes should be added to the model number to order options. For an internal Static Transfer Switch, please add the suffix "-STS". For AC terminal blocks, please add the suffix "-SC". For Hot Plug version, please add the suffix “-HP”. For Neutral tied to Ground, please add the suffix “-GN”.

Applications

• Telecom • IT • Industrial

Safety in compliance with IEC60950:1999, 3rd edition; EN60950:2000; UL60950, 3rd edition; CSA Standard C22.2 No.60950-00, 3rd edition

Features • New, compact design: 1U height x 19" width

x 14.94" depth; 19" rack-mountable • High efficiency: up to 93% • True sine wave output • Parallelable output with current share and

synchronization of multiple inverters working in parallel

• Front panel LCD display to monitor and set the main parameters

• RS-485 serial link • Constant input current sink from battery for

extended life • Optional hot-swappable configuration • Optional internal Static Transfer Switch • In the -STS version, ON line (primary source to the

load) or OFF line mode (UPS like) • Configurable for being used as Three Phase

source, 3 units




ELECTRICAL SPECIFICATIONS

Input Specifications Parameter Conditions/Description Min. Nom. Max. Units

DC Input Voltage Range

20 40

24 48

36 72

VDC

Input Current 24 VDC Models @ 18 VDC: 48 VDC Models @ 36 VDC:

100 48

Amps

Inrush current <10 Amps

Output Specifications Parameter Conditions/Description Min. Nom. Max. Units

Output Power 1500 Watts

Output AC Voltage Range

Standard is Vac floating from Ground; -GN version is available with Neutral connected to Ground (Grid Input shall be supplied by means of an isolation transformer)

110 200

115 230

120 240

VAC

Frequency 50Hz/230Vac, 60Hz/115Vac 50 60 Hz

Efficiency 93 %

Load Power Factor lagging or leading 0.33 1

Crest Factor Ipk/Irms 4

Regulation in single mode

Load: over full operating range. R-Load Line: over full operating range. R-Load

-3 -0.1

+1 +0.1

%

Regulation in parallel mode

Load: over full operating range. R-Load 230 115

-6 -8.5

0 0

%

Total Harmonic Distortion

On Resistive Load. <2 %




Fault Protection Parameter Conditions/Description Min. Nom. Max. Units

Input Overcurrent Protection

24 VDC Models; Internal Fuse. 48 VDC Models; Internal Fuse.

140 70

Amps

Input Overvoltage Protection

24 VDC Models: 48 VDC Models:

37,5 74

VDC

Input Undervoltage Protection

24 VDC Models: 48 VDC Models:

18 36

VDC

Output Overload 115 VAC Models: 230 VAC Models:

1610 1840

W

Surge 115 VAC Models for 200 ms: 230 VAC Models for 200 ms:

1750 2300

VA

Overvoltage Protection All outputs are set at 115%, ±2 % of nominal.

Undervoltage Protection

All outputs are set at 85%, ±2 % of nominal.

Overcurrent Protection 115 VAC Models: 1 A to 14 A selectable. 230 VAC Models: 1 A to 8 A selectable.

Safety Overcurrent Protection

By safety circuit breaker: 115 VAC Models: 15 A. 230 VAC Models: 10 A.

Short-Circuit Protection

Peak Current type protection: 115 VAC Models: 60 A. 230 VAC Models: 30 A.

Overtemperature Protection

Visual and acoustic indication 5 °C before shutdown at Tamb > 65 °C and at Tint > 100 °C.

Protection Restore Modes

The restore mode of each protection can be individually selected to "latch" or "auto-restart".

Environmental Specifications Parameter Conditions/Description Min. Nom. Max. Units

Operating Temp at Full Load

Power Derating: 75W/ºC: +55 ºC to +65 ºC. -25 55 ºC

Altitude Operating. Non-Operating.

13K 40K

ASL ft ASL ft

Storage Temp -40 85 ºC

Humidity 90% relative humidity @ 40 ºC, non-condensing.

Output Voltage Temperature Coefficient

0.02% per ºC within rated load.




Interface Signals/Controls Parameter Conditions/Description Min. Nom. Max. Units

LCD Panel 2-line LCD panel with keypad for menu navigation.

LED Indicators 4 LED indicators: Front panel GREEN LED indicates inverter is ON. Front panel RED LED indicates a generic fault categorized as: a. Overtemperature (OT), b. Fan fail, c. Input OV, UV, OC, or Output OV, UV, or OC.

General Alarm Signal Activated by an open photo-relay if in fault mode, available at rear signal connector

Serial link RS485 port, 500Vdc isolated, available at rear signal connector

Regulatory & Safety Parameter Conditions/Description Min. Nom. Max. Units

cCSAus Approved.

Kema Approved.

CB Report Approval Approved.

CE Mark for LVD Approved.

RoHS Compliant.

Isolation Primary-to-Secondary: 3000 Vrms. Primary-to-Ground: 1000 Vrms. Secondary-to-Ground: 1500 Vrms. Signal-to-Ground: 0 Vrms.

Mechanical Specifications Parameter Conditions/Description Min. Nom. Max. Units

Dimensions Depth (inches) 14.94 in

Depth (mm) 379.5 mm

Width (inches) 19.00 in

Width (mm) 482.6 mm

Height (inches) 1.71 in

Height (mm) 43.5 mm

Weight Pounds 12.34 lb

Kilograms 5.6 kg

Connections DC input: back left, one 6mm diameter hole at each input bar; hot plug version has PCB bars with pre charging system; subrack for -HP version hosts one inverter, separate purchasing part; plastic DC input cover is available, separate purchasing part

AC output: back right, IEC320 plug is the standard; screw terminal blocks are with the option –SC; -STS version has IEC320 socket marked “Grid Input”

Signal: back centre, female Sub-D 15 poles connector, Molex 89263-6062 or equivalent; general failure alarm, serial port, synchronism for paralleling or three phase, remote on/off. For paralleling inverters, up to 6, ask for paralleling kit, one per inverter, separate purchasing part

Important: -STS and -GN options are compatible just supplying Grind Input by means of an isolation transformer, same indication if Neutral is tied to Ground at customer site.




Reliability Parameter Conditions/Description Min. Nom. Max. Units

Calculated MTBF At 40 °C excluding fan -STS version, at 40°C excluding fan

250,000 200,000

Hours

Mechanical Outline Drawing: NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc.






• IT

• Industrial

Features

• Compact design: 2U height; 19" rack mountable • Front panel LCD display to monitor and set

main parameters • High efficiency: up to 93% • True sine wave output • RS485 serial link • Input reflected ripple current <300 ma rms

@ maximum load • Advanced cooling system to optimize fan life

and minimize noise • Parallelable output • Optional external Static Transfer Switch

Description The SLI 50 Series of “Slim Line” inverters provides an ideal solution for telecom, IT, and industrial applications. Due to innovative technology solutions like the patent-pending “Compact Coil", the SLI 50 Series inverters pack 5000 watts of power into a compact package that is 19” rack mountable and only two rack units high. Electrical performance of the SLI Series inverter products is at the top of the market with efficiency that peaks at 93% and a patent-pending control algorithm that compensates current harmonics on the DC side without using bulky and expensive filters. The inverter includes an on-board powerful Digital Signal Processor (DSP) that allows easy programmability of the main parameters on the front panel LCD display and keypad.The SLI Series inverters can be interfaced with RS485.




Input

Nominal input voltage 40-60 VDC (48 VDC) Inrush current ETSI EN 300 132-2

Ver, 2.12, Clause 4.7 Input OC protection Internal MCB 150A (48 VDC) Input OV protection 65 VDC (48 VDC) Input UV protection 36 VDC (48 VDC) Output

Output power 5000 W Output voltage range 230 VAC models:

200 to 240 VAC Frequency 50 or 60 Hz% Overload 230 VAC Models: 5500 VA Efficiency Up to 93% Load PF 0.33 ± 1 leading or lagging Load CF 4 Load regulation -3% ± 1% over full operating

range Line regulation ± 0.1% over full operating

range Output noise and ripple 2% pk-pk (20 Hz /20 MHz) Distortion <2% on resistive load Overvoltage protection All outputs set at 115%

± 2% of nominal Undervoltage protection All outputs set at 85%

± 2% of nominal Overcurrent protection Yes; 230 VAC models; 5A to

25A selectable Safety overcurrent protection

By safety fuse; 230 VAC Models: 30A

Short-circuit protection Yes; Ipk; 230 VAC models: 60A

Overtemperature protection

(Visual and acoustic indication 5 ºC before shutdown) at: Tamb > 65 ºC and at Tint > 100 ºC

Protection restore modes

The restore mode of each protection can be individually selected to "latch" or "auto-restart".

Signal & Control LCD panel * 4-line LCD panel with

keypad for menu navigation Power-On Generic Fault Over Temperature Fan Fail

LED indicators *

Data Communications * General alarm signal: by a photo-relay (open if in fault mode) Safety & Environmental

Full load: -25 ºC to 55 ºC Power derating: 75 W/ ºC; +55 ºC to +65 ºC

Operating temperature range

Storage: -40 ºC to 85 ºC Operating humidity 0 - 90% non-condensing Altitude: operating 13000 feet (3900 meters) Altitude: non-operating 40000 feet Output voltage temperature coefficient

0.02% per ºC within rated load

Safety agency compliance

cCSAus, Kema, CB Report, CE Mark Primary-to-secondary 3000 Vrms Primary-to-ground 1000 Vrms Secondary-to-ground 1500 Vrms

Isolation

Signal-to-ground 0 Vrms






• IT

• Industrial

Model Selection Output Model Input Voltage

(VDC) Vo (VAC) Io (AAC) Power

max (W)

SLI 7 24-230 24 230 3 700 SLI 7 48-230 48 230 3 700

Features

• Compact design: 1U height x 19" width x 380mm depth; 19" rack mountable

• Two models for different input (24V & 48V) and output of 230VAC

• High efficiency: up to 90% • True sine wave output • Constant current sunk from DC source for

extended battery life and reduced input filters (patent pending)

• Integrated controller, DSP controlled • Front-panel LED indicators • Force-cooled (rear to sides) • Front connection: AC front plug - DC terminal

blocks • 700W continuous duty • PF 1 to 0.33 (Power Factor) • CF up to 4 (Crest Factor) • Thermal overload protection with derating • Lightweight: 4 kg • 3kV insulation DC-AC; 1.5kVAC AC-PE • Safety standards: EN 60950,

CAN/CSA-C22.2 No. 60950-00 / UL60950

Description The SLI 7 Series, Slim Line Inverter, provides ideal solutions for telecom, IT, and industrial applications. It has lightweight (4 kg) and compact (1U x 19" x 14.8") design, and features peak efficiency up to 90% with a true sine wave output. A unique, patent-pending algorithm compensates current harmonics at the DC side, resulting in extended battery life, reduced dimensions, and improved power density.




Input

Nominal input voltage 48 VDC, 24 VDC Input voltage range 40-72 VDC, (20-36 VDC) Input current < 25A, <50A Input UV protection 36V ±1V, (18V ±1V);

hysteresis 3.5V (1.75V) Input OV protection 74V ± 1.5V, 37.5V ± 1.5V Input withstanding voltage

≤75 VDC, (< 40 VDC), unlimited duration

Input protection 30A, (60A); "not replaceable" fuses

Input voltage regulation ± 0.4% Output

Output power 700W / 800VA max continuous

Output voltage 230 VAC or 220 VAC; front selectable

Output frequency 50-60 Hz ± 0.2% Load regulation -3% / +1% Output noise and ripple 2% pk-pk

(20 Hz / 20 MHz) Total harmonic distortion <2% on resistive load Load PF 0.3 Load CF 4 Overvoltage protection -370Vpk ± 2% catastrophic;

latching, 2 ms delayed ; -115% ± 2% of nominal; auto-restart, 200ms delayed

Undervoltage protection 85% ± 2% of nominal; auto-restart, 1S delayed

Overload 4A, 200ms delayed Short circuit protection Peak current 15A Safety short circuit protection

4A, "not replaceable" fuse

Overtemperature protection

Inlet air temperature >67 ºC(shut down)

Internal Overtemperature Protection

Shut down

Other Technical Data Efficiency 90% Safety compliances EN60950:2000,

CSA-C22.2 No. 60950-00, UL60950, IEC60950

EMI EN55022 class A Operating temperature -25 ºC to 55 ºC, 700W.

Linear derating of -40W/ ºC up to 65 ºC

Storage -40 ºC to 85 ºC Cooling Forced cooling, rear to side MTBF 250,000 hours Dimensions WxHxD

19" x 1U x 14.76" (482.6 x 43.5 x 37.5mm)

Weight 4 kg Output connection Front IEC 320 plug Input connection Front screw terminals Signal & Control LEDs 230/220, Power, O.T., fault General failure alarm Pin 1-4, subD-15 pin Serial port Pin 2-3-4, subD-15 pin




XR04.48/XR08.48 Rectifier Module Data Sheet

Description

The XR04.48G (400 W) and XR08.48G (800 W) are a family of single-phase, hot-pluggable, fan-cooled rectifiers. The high power density of this product offers the optimum 1U or 2U shelf solution for space-critical applications.

Both rectifiers offer excellent efficiency as well as wide operating temperature and wide input voltage range. Together with advanced technology they enable cost effective and reliable solutions.

The typical applications for this rectifier are both in indoor and outdoor environments, which is ideal for broadband access, cable head ends, micro/pico BTS Cells, and Enterprise, E911, and GSM-R applications.

19”/1U Aspiro Subrack Shown

Features • Wide AC input; 85 to 300 VAC • Wide operating temperature range

-40 to +75 °C • Designed for 300 mm deep ETSI

compliant systems • Input overvoltage disconnection • Thermal protection • Hot Swappable • 90% typical efficiency • International standards compliance

XR04.48 Rectifier Module



XR04.48/XR08.48 Rectifier Module Data Sheet

NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc. TECHNICAL REVISIONS - The appearance of products, including safety agency certifications pictured on labels, may change depending on the date manufactured. Specifications are subject to change without notice

Input Model XR04.48G XR08.48G

Input Voltage

85 to 300 VAC (Nominal: 100-240 VAC)

Input Frequency 47 to 63 Hz Max Input Current (Nominal Input)

<5.5 <9.3A

Max Inrush current <20 Arms (100 ms)

Hold-up time 20 ms (typ.) Fuse Two 8A fast

blow (line & neutral)

Two 16 A fast blow (line & neutral)

Output

Output Voltage 46-57 VDC; 53.5 VDC nom Output Power (nom) 400 W 800 W Output current 9.1 A max 18.2 A max

Efficiency

88 %(typ.) at Iout nom

90 %(typ.) at Iout nom

Power Density 7.3 W/in3 14.6 W/in3 Transient Response ± 3% at load variation (10-90% /

90-10%) recovery time 50ms Load sharing <5% of nominal current Output ripple < 100 mV p-p (BW 20 MHz) Psophometric noise <2 mV (accord. ETS300-132-2)

Mechanical

Dimension WxHxD

40.6 (1.6") x 101.62(4") x 228.5(9") mm

Weight 1.1 kg

Output Characteristic

Other Technical Data Operating Temperature Range

-40 to 65°C (derated +65 to +75°C) (for 3000 m altitude derate by 5°C)

Storage temperature

-40 to 85°C

Relative Humidity

10 to 90 %RH (operating) 5 to 95 % RH (storage )

Cooling Fan-cooled, speed-controlled, alarm controlled, air flow direction rear to front

Audible noise <55dBA according ISO7779 Protection Short circuit proof, automatic current limiting,

selective shutdown of modules at excessive output voltage Green Power ON Yellow Current limit/ thermal protection

Fan failure / Over temperature Prewarning / thermal protection Communication Failure (flashing)

LED Indication

Red Module failure/ high output voltage shutdown

Alarms via RS485

High output voltage/ shutdown Low voltage/ module failure

Storage ETS 300 019-2-1 Transport ETS 300 019-2-2 Operation ETS 300 019-2-3 Damp Heat IEC60068-2-78, MIL-STD- 810D section 507.2

Safety

Product Safety

EN60950-1:2001 IEC60950-1-2001

EMC EN61000-6-3:2001 Emission EN61000-6-2:2001 Immunity Insulation EN60950-1/A11:2004 4.25kVDC input to output Reinforced 2.12 kVDC input to chassis Basic 0.5 kVDC output to chassis Functional

UL (tested according EN60950-1/A11:2004) E131905 CAN/CSA-C22.2 No.60950-1-3 TÜV (tested according EN60950-1/A11:2004) CB (tested according EN60950-1/A11:2004)

Approvals

CE

-40V +75

Pmax

Temp

Po

+65-40V +75

Pmax

Temp

Po

+65 85V 300V

Pmax

Vin

Po

85V 300V

Pmax

Vin

Po

Environment


SEP 14, 2006 Page 1 of 2 www.power-one.com

Xscend Rectifier Data Sheet

Description The Power-One Xscend rectifier provides extremely reliable, high density DC power. The rectifier incorporates the latest in power monitoring solutions through an internal microprocessor giving up-to-the-second updates to the system controller and adjacent rectifiers. This guarantees tightly-controlled load sharing among rectifiers and provides status and identification information to the controller. At only two rack units high, these compact universal input rectifiers provide up to 1600 watts and allow up to five rectifier modules in a 23-inch shelf or four modules in a 19-inch shelf. Designed with diversity in mind, the Xscend rectifier is able to operate in a complete range of indoor and outdoor applications.

Features • Compact 2-rack unit height • 703 W/L (11.5 W/in3) • Front or mid-mountable • 110V/200-240 VAC single-phase input • Input overvoltage disconnection • Thermal protection in all load situations • Hot-swappable • No adjustments required • 93.5% typical efficiency • Active and droop current sharing • International standards compliance

Xscend Power System



Xscend Rectifier Data Sheet


102.87 x 88.9 x 241.3 mm (4.05 x 3.5 x 9.5 in)

Weight 2.3 kg (4.12 lb) Cooling Fan cooled, speed controlled, and alarmed Insulation Reinforced insulation, tested at:


Mounting 19 in/ 2U subrack up to 4 modules 23 in/ 2U subrack up to 5 modules

Other Technical Data Safety CSA C22-2 No. 950, UL 1950 and

IEC60950/ EN 60950 Protection Short circuit proof, automatic current limiting,

selective shutdown of modules at excessive output voltage. Thermal protection derates the output power 65°C ambient temperature. Shutdown at >75°C with automatic restart. Shutdown is load dependant, at low load typ 85°C. Input overvoltage disconnection at >275VAC with automatic reset at >260VAC.


Indications Green LED Yellow LED Red LED

Power ON Current limit/ thermal protection Module failure

Audible Noise <60dBA Operating Temperature


Storage Temperature

-40 to +85 °C





Input Model XR1648 XR1424 Input Voltage 100-240 VAC ±15% single phase

(44-66 Hz) (180-85 VAC at derated output power)

Current (max.) <10 A Soft Start <13 A/1 ms Harmonics >0.98 typical Surge Immunity EN 61000-4-5 Fuse 12.5 A -line, 12.5 A -neutral Connection FCI power connector™ EMC EN 61000-6-2, EN 61000-6-3,

FCC Part 15 Class B

Output Model XR1648 XR1424 Output Voltage 45-57 VDC 22.5-28 VDC

1600 W at >180 VAC (50-57 VDC)

1400 W at >180 VAC (25-28 VDC)

Power (max.)

675 W at 180-85 VAC (50-57 VDC)

675 W at 180-85 VAC (25-28 VDC)

Current (max.) 32 A 56 A Efficiency (at 40-90% load)

>93% (93.5% typical)

>90% (91% typical)

Tolerance Vout +/- 1.0%, constant voltage regulation

Transient Response

+/- 5% at load variation 10-90% or 90-10%

Load Sharing <5% of nominal current Ripple <100 mV p-p (BW. 30 MHz) Psophometric <2 mV, according to CCITT

norms Connection FCI power connector™ EMC EN 61000-6-2, EN 61000-6-4




DescriptionXscend modular DC power shelf systemsprovide large power system features in cost-effective, rack-mounted form factors. Theseshelf power solutions provide rectification,system management and power distributionwhile maintaining high reliability and offeringflexibility for future expansion. The Xscendsystems are based on hot-swappablerectifier modules with constant output poweravailable at 1400 (24V) or 1600W (48V) permodule.

System management is accomplishedthrough messages and alarms displayed onthe system controller’s (XCS) LCD screenand can also be displayed remotely via thePC-based PowComTM software package.

Features• AC Input 185-275 VAC

(85-185VAC at de-rated output)

• 48VDC rectifier with up to 1600W output


• Fan cooled rectifier modules

• Front access design

• Temperature hardened -40°C to +65°C

• 19” or 23” mounting arrangement

• Extensive remote monitoring capabilities

• Modular DC distribution with LVD

• Power Factor Correction

• ETSI Compatible

• Modular system from 32A to 640A

Shelf System

Xscend™ Power SystemShelf System

www.power-one.comwww.power-one.com11V0005-060 Xscend SY V3.1

Xscend™ Power System


Input

Output

Mechanical

Options

Features

Battery

Model Xscend 23” Shelf Xscend 19” Shelf

Input 205-250 VAC +/-10% 205-250 VAC +/-10%

Inputs (max.) Single or multiple inputs Single or multiple inputs


Battery Outputs - MCB(max.)

4 2

Load Outputs - MCB(max.)

10 8

External Distribution(max.)

25 20

24V DC Version Yes (up to 2 shelves) Yes


Supervision XCS XCS

Expansion Yes Yes

Battery Symmetry Inputs(max.)

3 3


Dimensions (WxHxD) 584x133x274mm(23x5.25x10.8in.)

483x133x274mm(19x5.25x10.8in.)

Mounting 23” 19”

Cable Entry Rear Rear


Ethernet NetworkInterface Yes Yes

Modem Interface Yes Yes


System Configurations


System Components

Rectifier Features


Current(max.)

XR 1648 48V DC 1600W 32A

XR 1424 24V DC 1400W 56A

PCS Features

The Xscend system utilizes plug-in rectifier modules that arebased on a soft-switching approach. Features include 3 LEDs forpower-on, current limit & thermal protection, and module failure.

Rectifier Modules

Advanced system supervision is accomplished using amicroprocessor based control module that allows both localand remote system monitoring.

Supervision Modules

• Menu guided operation• RS232 interface for remote operation• Battery management and testing• Temperature compensation• Battery symmetry measurement• Optional Ethernet interface through SNMP and/or TCP/IP• Advanced battery management and testing• Digital signal collection via internal RS485 bus• Site programmable flash EPROM• Multiple language choices• Programmable alarms• Programmable logic functions and operations• Monthly data logging

Distribution ModuleAdvanced distribution is accomplished using a 5U highexternal distribution shelf. The shelf is based onstandard plug in circuit breakers and is available in 23in.and 19in. configurations.

An all-in-one 3U-9U (single and four shelf configurations)high shelf system that can be installed in 19” telecomcabinet solutions. The system subrack can accommodateup to 16 rectifier modules, a supervision module (XCS)and DC distribution with up to 10 circuit breakers (0- 4battery and 6-10 load breakers). Optional expansiondistribution shelf allows 20 circuit breakers.

Xscend 19in. System

An all-in-one 3U-9U (single and four shelf configurations)high shelf system that can be installed in 23” telecomcabinet solutions. The system subrack can accommodateup to 20 rectifier modules, a supervision module (XCS) andDC distribution with up to 10 circuit breakers (0-4 batteryand 6-10 load breakers). Optional expansion distributionshelf allows 25 circuit breakers.

Xscend 23in. System




System Components

Rectifier Features


Current(max.)

XR 1648 48V DC 1600W 32A

XR 1424 24V DC 1400W 56A

PCS Features

The Xscend system utilizes plug-in rectifier modules that arebased on a soft-switching approach. Features include 3 LEDs forpower-on, current limit & thermal protection, and module failure.

Rectifier Modules

Advanced system supervision is accomplished using amicroprocessor based control module that allows both localand remote system monitoring.

Supervision Modules

• Menu guided operation• RS232 interface for remote operation• Battery management and testing• Temperature compensation• Battery symmetry measurement• Optional Ethernet interface through SNMP and/or TCP/IP• Advanced battery management and testing• Digital signal collection via internal RS485 bus• Site programmable flash EPROM• Multiple language choices• Programmable alarms• Programmable logic functions and operations• Monthly data logging

Distribution ModuleAdvanced distribution is accomplished using a 5U highexternal distribution shelf. The shelf is based onstandard plug in circuit breakers and is available in 23in.and 19in. configurations.

An all-in-one 3U-9U (single and four shelf configurations)high shelf system that can be installed in 9” telecomcabinet solutions. The system subrack can accommodateup to 16 rectifier modules, a supervision module (XCS)and DC distribution with up to 10 circuit breakers (0- 4battery and 6-10 load breakers). Optional expansiondistribution shelf allows 20 circuit breakers.

Xscend 19in. System

An all-in-one 3U-9U (single and four shelf configurations)high shelf system that can be installed in 23” telecomcabinet solutions. The system subrack can accommodateup to 20 rectifier modules, a supervision module (XCS) andDC distribution with up to 10 circuit breakers (0-4 batteryand 6-10 load breakers). Optional expansion distributionshelf allows 25 circuit breakers.

Xscend 23in. System


DescriptionXscend modular DC power shelf systemsprovide large power system features in cost-effective, rack-mounted form factors. Theseshelf power solutions provide rectification,system management and power distributionwhile maintaining high reliability and offeringflexibility for future expansion. The Xscendsystems are based on hot-swappablerectifier modules with constant output poweravailable at 1400 (24V) or 1600W (48V) permodule.

System management is accomplishedthrough messages and alarms displayed onthe system controller’s (XCS) LCD screenand can also be displayed remotely via thePC-based PowComTM software package.

Features• AC Input 185-275 VAC

(85-185VAC at de-rated output)



• Fan cooled rectifier modules

• Front access design

• Temperature hardened -40°C to +65°C

• 19” or 23” mounting arrangement

• Extensive remote monitoring capabilities

• Modular DC distribution with LVD

• Power Factor Correction

• ETSI Compatible

• Modular system from 32A to 640A

Shelf System


www.power-one.comwww.power-one.com11V0005-060 Xscend SY V3.1

Xscend™ Power System


Input

Output

Mechanical

Options

Features

Battery

Model Xscend 23” Shelf Xscend 19” Shelf

Input 205-250 VAC +/-10% 205-250 VAC +/-10%

Inputs (max.) Single or multiple inputs Single or multiple inputs


Battery Outputs - MCB(max.)

4 2

Load Outputs - MCB(max.)

10 8

External Distribution(max.)

25 20

24V DC Version Yes (up to 2 shelves) Yes


Supervision XCS XCS

Expansion Yes Yes

Battery Symmetry Inputs(max.)

3 3


Dimensions (WxHxD) 584x133x274mm(23x5.25x10.8in.)

483x133x274mm(19x5.25x10.8in.)

Mounting 23” 19”

Cable Entry Rear Rear


Ethernet NetworkInterface Yes Yes

Modem Interface Yes Yes


Features• Single point system voltage adjust• Programmable timer for battery test or

equalization• Digital meters and test points monitor plant

voltages and current• User-adjustable set points for under/over voltage

and low voltage disconnect

DMACController

DescriptionThe Power-One Digital Meter, Alarm and Control Panel (DMAC) provides comprehensivemonitoring and control for Power-One’s Compac™ power systems. This digital controllermonitors system conditions including DC voltage and load current, while providing avariety of alarm and control functions.

DMAC features include user-configurable battery testing, measurement of battery voltageand current & battery equalization.

Front panel LED’s for alarms, including:• Equalize alarm• OV/UV alarm• Major alarm• Minor alarm• Rectifier fail• Breaker alarm

www.power-one.comCourtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com

Temperature Compensation

Other Technical DataOperatingTemperature -0 to +50°C

StorageTemperature -50 to +85°C

Humidity 10-90% RH, operating, 5-95%storage, non-condensing

AltitudeRange

13,000 ft., derate 7°C/100 ft.above 8000 ft.

Overview

The temperaturecompensation panel works inconjunction with the DMACcontroller. Temperaturecompensation automaticallyadjusts the float voltageaccording to the ambienttemperature.

TemperatureCompensationAlarms

Alarms include temperaturedelta, which indicates batterythermal runaway and sensorfailure. In the event of asensor or panel failure, thecompensation defaults to thenormal float voltage set by thecontroller.

Interface


Display Digital amp and digital volt meters

Digital Meters 3.5 digits, +/-2% accuracy

UV/OVAdjustment

22V/29V for 24VDC +/- 1.5V 44V/58V for 48VDC +/- 1.5V

Equalization &Battery TestTimer Range

0.5 seconds to 130 hours

CurrentMeasurementDC Shunt

1200A:50mA

User Controls

Timer reset buttonSystem voltage adjustmentNormal/Bypass test switchEqualize/Battery test switchEqualize Under/Over voltage adjustmentUndervoltage/Overvoltage

ConnectionPoints

System voltage test pointsSystem amperage test points

www.power-one.com11V0005-050 DMAC V3.0

DMACController

Alarms

Alarms

Equalize alarmOV/UV alarmMajor alarmMinor alarmRectifier failBreaker alarm


EAU - Shelf Mount

EAUWall Mount

Features

• Allows power systems to be accessed from aTCP/IP Network

• Compliant with PowCom™ software

• Wall mount or 1U, 19” shelf mount

• Uses SNMP protocol for reliable remote access

• 10Base-T Ethernet

• Nine external inputs

• Telnet for system setup

• 10Mbit 7-port HUB

• Easy implementation

Description

The External Alarm Unit (EAU) is a networkadapter that allows a Power-One Controllermodule to be accessed remotely through aTCP/IP network.

The EAU module has nine digital inputs forsupervision of external equipment and a sevenport HUB for interconnection of other networkdevices. Using a 10BASE-T ethernet connection,the EAU connects any Power-One controller to aTCP/IP network. This allows the system to beconfigured locally through PowCom software orremotely through a telnet session.

In addition, the EAU module incorporates IPaddress filtering to prevent unauthorized accessto the power system.

External Alarm UnitEAU Module

www.power-one.com


Electrical Supply Voltages 40 to 60VDC, max 5W

CommunicationEthernet Controller IEEE 802.3, half-duplexEthernet HUB 7-ports, 10Base-TExternal Inputs 9 contact closure inputs for remote monitoring

MechanicalWeight Wall mount 0.42kg (0.93lbs.)

Shelf mount 1.14kg (2.51lbs.)

Dimensions (WxHxD) Wall mount 200x40x160mm (7.87x1.57x6.3in.)Shelf mount 19in.x44x155mm (19x1.75x6.1in.)

EnvironmentalAmbient Temperature -10°C to +70°CStorage Temperature -40°C to +85°C

System MonitoringPowCom MonitoringRemote system monitoring is accomplished throughPowCom and Alarm Central software packages.

PowCom is a graphic user interface site monitoringprogram that allows remote access to systemparameters, alarm history, and battery test data at asingle system location.

Alarm Central allows multiple power systems to bemonitored using a hierarchy based window systemthat informs a user of system events, using bothaudible and visual alarms.

SNMP Monitoring SoftwareSystem monitoring can also be accomplishedthrough standard SNMP protocols and an enterprisespecific Management Information Base (MIB).SNMP allows the user to access and monitor systemparameters as well as tracking system variables.

Other Technical Data


www.power-one.com11V0005-031 EAU V3.0

EAU ModuleExternal Alarm Unit


www.power-one.com

Integrity-One™ Power System Rack Systems

Description The Integrity-One™ Power System is the next generation solution for today's power system needs. Using a modular design, the system is easily upgradeable for future growth. With a capacity up to 1250 amps, the Integrity-One system is ideal for either central office or cell site applications. This system includes multiple options for user-friendly local and remote access. Basic design concepts allow the user to develop system configurations that meet initial network capacity requirements with minimum installation costs while allowing future capacity expansion through module additions or multi-bay configurations. This is accomplished by a wide variety of hot swappable modules, rectifiers and distributions. Standard features in each Integrity system include an advanced microprocessor controller (PCS). This controller offers an extensive list of monitoring and control features that can be accessed locally or remotely through the standard RS232 connection or through the optional Power-One Network Interface box, which allows communication through Ethernet and SNMP protocols. External reporting can also be accomplished by using on-board Form-C contacts. In addition to the three systems listed here, other layouts and individual components are also available for integration into customer provided equipment racks, cabinets, outdoor enclosures, or other power requirements. Please contact Power-One for assistance with your unique requirements.

Features • Modular systems from 50-1250A • Up to 91% efficient • Intelligent, programmable controller • Front access distribution panels with optional

load shedding • Local and remote programming and

monitoring • Hot-swappable rectifiers • User-selectable alarm parameters • 208/240 VAC input • Extensive battery testing and monitoring • Programmable temperature compensation • Compatible with PowCom™ PC-based

software


www.power-one.com

The Integrity-One system is available in three different configurations allowing customers to choose the solution that is right for them. Each system uses the same basic components, including:

• System Interface Shelf • Alarm Output Connections • Network Interface (Optional) • Battery LVD (Optional) • PCS Controller • PMP25 Rectifier Modules • SDS / PDS Distribution Shelves • Single or Individual Rectifier AC Inputs

Full Rack System The Integrity-One full rack system allows for up to 1250A at 48V in a single bay by using combinations of Secondary or Primary Distributions. Each rack is capable of holding up to five rectifier shelves for 48V applications providing 1250A or two rectifier shelves for 24V applications providing 1100A. Multiple racks may be paralleled to produce a maximum total system capability of 5000A using a single controller in the primary rack. Half-Height Rack System The Integrity-One Half-Height rack system is available at up to 1100A and can be installed above existing battery stands. The Half-Height system is ideal for systems requiring extended battery backup. Up to 44 load breakers can distribute up to 500A at -48V, or up to 1000A at +24V. Integrity-One Rack with Battery Trays The Integrity-One System with battery trays accommodates up to two rectifier shelves and up to three battery trays creating a complete power system in a single rack. Distribution can be achieved through up to 44 load breakers or fuses (up to 100A rating).


www.power-one.com

Integrity-One ™ Power System Rack Systems

Distribution Panels • Hot-swappable distribution shelves • Front, middle and rear distribution

positions (waterfall effect) allow for system cable management

• SDS: Secondary Distribution Shelf • Rated at 500A • Plug in CB’s up to 100A rating • Plug in fuses up to 100A rating • Accommodates up to 22 circuit breakers or fuses • PDS: Primary Distribution Shelf (rated at 1000A) • Up to qty 8 single pole fuses (100-600A) • Up to qty 8 single pole CB’s (up to 250A rating) • Up to qty 3 double pole CB’s (up to 400A rating) • Up to qty 2 triple pole CB’s (up to 600A rating) System Interface Shelf • Easy connection of system alarm

signals and wiring • Optional battery symmetry and

temperature probes • Optional Power-One Network

Interface box (featuring ethernet and SMNP protocol capability)

• Optional low voltage disconnect • Battery shunt

System Components

PCS Controller • RS485 digital signal data bus • Fully programmable • 6 programmable

alarms(upgradeable to 24) • Battery test: manual or automatic • Alarm relay test • Adjustable battery current • Software controlled start-up after

mains outage Rectifier Shelves • RS485 communication bus • 23” shelf allows up to 5 rectifiers

each • Digital current sharing • Individual rectifier or single shelf

AC feed options PMP25 Rectifier • 5 rectifiers into each 4U 23” shelf • Available in 24 or 48VDC • Thermal protection • Fan cooled modules with speed

control and alarms • Hot-swappable • RS485 interface • Low weight • Up to 91% efficiency

Integrity Shown with Optional AC Distribution Box


www.power-one.com

Integrity-One ™ Power System Rack Systems

Input Model Integrity-One 48V Integrity-One 24V Input Single or individual Single or individual Inputs Single input for every 6 rectifier positions (4

inputs for 20 rectifier cabinets) Single input

Current (at full load) 16A per rectifier (max.) 16A per rectifier (max.) Fuse 25A per rectifier 25A per rectifier

Output Rectifier Modules 50-1250A 110-1100A Voltage 48V 24V

Efficiency >91% >89%

Components Controller PCS Controller PCS Controller Rectifier PMP 25.48 PMP 25.24

Compliance EMC EN 55022 Class B, FCC Part 15 Class B Safety CSA C22-2 No. 950, UC1950 and IEC60950 / EN 60950

Mechanical Dimensions (WxHxD) 23 x 84 x 23 in.

(584 x 2133 x 584mm) 23 x 46 x 23 in. (584 x 1168 x 584mm)

Mounting (rack) 23” 23” Mounting (base) Mounting holes provided Mounting holes provided Audible Noise <60dBA <60dBA Operating Temperature -25 to +60°C -40 to +65°C Storage Temperature -40 to +85°C -40 to +85°C Note: All specifications are subject to change without notification.

11V0005-011 INTSYS V3.0


Mini System Data Sheet We are sorry for the inconvenience; the Mini System data sheet is currently being revised. In the interim, please e-mail adam.barnes@power-one for additional Mini System information.


NOV 01, 2006 Page 1 of 2 www.power-one.com

PCU10 Controller Module Data Sheet

Features User controls and interfaces:

• Simple menu-guided operation using front panel mounted pushbuttons and an LCD

• User-selectable alarm parameters • Data logging of last 40 events • SNMP interface adapter available • RS232 interface and Form “C” dry

alarm contacts • Compatible with PowComTM PC-based

software



• Automatic and manual load testing • Battery voltage and symmetry monitoring • Remaining battery capacity

measurement • Low voltage disconnect

Description The PCU10 provides monitoring and control for the PPS 10, 11, and 13 power systems. These hot-swappable controller modules supervise AC inputs, output voltages and currents, rectifier performance, battery condition, and breaker status. Visual notification of an alarm condition is provided with an LED. A description of the exact alarm condition is provided through an LCD. Additionally, four Form “C” contacts are provided to indicate a failure.



PCU10 Controller Module Data Sheet


62 x 262 x 232mm (2.4 x 10.3 x 9.1in)

Weight 0.5kg (1.1 lb.) Operating Temperature

-25 to +55 °C

Storage Temperature

-50 to +85 °C


ETS 300 019-2-1 ETS 300 019-2-2 ETS 300 019-2-3


An optional feature that allows voltage disconnection of batteries.

Boost Charging

Manual time controlled or automatic boost charging with adjustable time and voltage levels.

Battery Test Automatic or manual testing of batteries up to four times per year. Variables include: test duration, end voltage, Ah, and allowable symmetry variation.


Optional tool that measures batteries for early detection of thermal runaway. Allows for separate measurements of up to three parallel battery branches, each divided into four blocks.


Allows continuous adjustment of output voltage according to battery temperature. Feature includes adjustable compensation factor and separate thresholds for alarms.

Load Shedding (PLD)


Input Voltage 18-72V DC Current <200 mA at 48V, <400 mA at 24V Interface Display 2x16 character LCD Communications RS232 serial interface for remote

control from a PC with PowCom software.


Controls Four pushbutton controls allow menu navigation

Alarms Alarm History The last 40 events are saved and

include a time and date stamp. Alarm Contacts Four potential free change over

alarm contacts. Two open collector outputs for LVD.

Alarms High DC Voltage Low DC Voltage Load/ Battery Disc. Battery Fuse Failure DC Fuse Failure Module Failure Urgent Module Failure Main AC Failure Battery Failure Symmetry Failure High Temperature High Load

1* 1* 1* 1* 1* 2* 1* 3* 4* 4* 4* 2*

* All alarms are indicated using an LED and displayed in the LCD. The numbers represent an example of alarm routing: 1) Urgent alarm, 2) Service alarm, 3) Main AC failure, 4) Battery related failure Alarms are configurable by changing the EPROM



The PCU 5/ 7Controllers are usedin PPS5 and PPS7Power Systems.

DescriptionThe Power-One Control Unit (PCU 5/7) provides monitoring and control for the PPS 5 and PPS 7power systems. These hot-swappable controller modules supervise output voltages, currents, rectifierperformance, battery condition, and breaker status. Visual notification of an alarm condition isprovided with an LED. A description of the exact alarm condition is provided through an LCD.Additionally, four Form “C” contacts are provided to indicate a failure.

FeaturesUser controls and interfaces:



• Data logging of last 40 events

• SNMP interface adapter available

• RS232 interface and Form “C” dry alarm contacts

• Compatible with PowComTM PC-based software

PCU 5/7Controller

www.power-one.com








InputVoltage 18-72V DC

Current <200 mA at 48V, <400 mA at 24V

Battery Management

Other Technical DataDimensions(WxHxD)

62 x 129 x 231mm (2.4 x 5.1 x 9.1in.)

Weight 0.45kg (1.0lbs.)

OperatingTemperature -25 to +55°C


EnvironmentStorage: Transport: Operation:

ETS 300 019-2-1ETS 300 019-2-2ETS 300 019-2-3

Alarms

BatteryDisconnection

A feature that allows voltagecontrolled disconnection of batteries.

Boost ChargingManual time controlled or automaticboost charging with adjustable timeand voltage levels.

Battery Test

Automatic or manual testing ofbatteries up to four times per year.Variables include: test duration, endvoltage, Ah, and allowable symmetryvariation.

SymmetryMeasurement

Optional tool that measures batteriesfor early detection of thermalrunaway. Allows for separatemeasurements of up to three parallelbattery branches, each divided intofour blocks.

TemperatureCompensationCharging

Allows continuous adjustment ofoutput voltage according to batterytemperature. Feature includesadjustable compensation factor andseparate thresholds for alarms.

PLD Optional feature that allows voltageor time controlled disconnection ofnon-essential load.

Interface


AlarmHistory

The last 40 events are saved andinclude a time and date stamp.

AlarmContacts

Four potential free change overalarm contacts. Two opencollector outputs for LVD.

Alarms

High DC VoltageLow DC VoltageLoad/ Battery Disc. Battery Fuse FailureDC Fuse FailureModule FailureUrgent Module FailureMain AC FailureBattery FailureSymmetry FailureHigh TemperatureHigh Load

1*1*1*1*1*2*1*3*4*4*4*2*

* All alarms are indicated using an LED anddisplayed in the LCD. The numbers represent anexample of alarm routing:1) Urgent alarm, 2) Service alarm, 3) Main AC failure, 4) Battery related failureAlarms are configurable by changing the EPROM

Display 2x16 character LCD

Communication RS232 Serial interface for remote control from a PC withPowCom software.

IndicationsGreen LED - Power ONYellow LED - System warning message Red LED - System alarm

Controls Four pushbutton controls allow menunavigation

www.power-one.com11V0005-027 PCU 5/7 V3.0

ControllerPCU 5/7


DescriptionThe Power-One PMP 11 rectifier moduleprovides cost-effective power in a highdensity solution. Built on the latestadvances in the resonance switch modeapproach (soft-switching), the PMP 11 isthe next evolution in our convectioncooled rectifier series.

Optimized for telecom applications, themodule is designed to work in a multitudeof different subrack/shelf configurationsincorporating the PCU/PCS controller andvarying distribution options.

Features• 208/240 VAC input

• 24V, 48V, or 60V DC output



• Active load sharing

• Hot-swappable

• Up to 92% efficient


• Natural convection cooling

• Low weight

PPS 10 6500 SystemShown

PMP 11Rectifier Module


InputModel PMP 10.24A PMP 11.48 PMP 11.60

InputVoltage

205-250V AC ±10% single phase, (44-66Hz)185-160V AC at reduced output power

Current(max.) <6.8A <7.0A <7.0A

Soft Start <12A peak maximum 220ms

Harmonics EN 61000-3-2 Power Factor >0.99 at max. load

SurgeImmunity EN 61000-4-5

Fuse T 8A

Connection IEC-320/C14


Output

Mechanical

Dimensions 62 x 261 x 231mm (2.4 x 10.3 x 9.1in.)



InsulationReinforced insulation tested at:4.25 kV DC primary-secondary, 2.12 kV DC primary-ground,0.75 kV DC secondary ground

Enclosure IP20

Mounting Up to 8 modules per shelf


Model PMP 10.24A PMP 11.48 PMP 11.60

Output Voltage 22-28V DC 44-56V DC 56-71V DC

Power (max.) 1000W(25-28V)

1100W (50-57.7V DC)

1100W (60-71V DC)

Current (max.) 43A 23A 18.5A

Efficiency (at 40-90% Load)*

>88% >91% >92%

Tolerance Vout +/- 1%

TransientResponse

+/- 5% at load variation 10-90% or 90-10%, recovery time 10ms


Ripple <100mV p-p (BW. 30MHz)

Psophometric <2mV, according to CCITT norms


EMC EN 61000-6-2, EN 61000-6-4


SafetyEN 60950UL 1950 and IEC60950 , Class 1CSA C22-2 No. 950

Protection

Short circuit proof, automaticcurrent limiting, selective shutdownof modules at excessive outputvoltage. Thermal protectionreduces the output power atenvironmental temperatures abovemaximum level. Thermalprotection with shut down at>55°C. Automatic restart.* Inputover-voltage disconnection at>275VAC with automatic reset at>260VAC.

Indications

Green LED

Red LED

Red LED

Power ON

High outputvoltage/ shutdown

Low voltage/module failure

AudibleNoise <35dBA

OperatingTemperature*

-25 to +55°C up to 2000m-25 to +45°C above 2000m


Radiated EMC EN 61000-6-2, EN 61000-6-3,FCC Part 15, Class B


ETS 300 019-2-1ETS 300 019-2-2ETS 300 019-2-3


www.power-one.com11V0005-034 PMP 11 V3.0




PMP 13.48 Rectifier Data Sheet

PPS 10 3900 System Shown

Features • RoHS lead free solder and lead solder

exempted products are available

• 208/240 VAC input

• 48 VDC output




• Hot swappable




• Low weight

Description The PMP 13.48 is a convection-cooled rectifier delivering superior reliability in harsh environmental conditions where fan-cooled products may not deliver the reliability required to ensure maximum network asset performance. With leading-edge patented resonant conversion topology, the PMP13 industry-leading efficiencies of 93.5% deliver significant operating expenditure savings in the network on utility and HVAC costs. Power-One also recognizes that typical network loads operate between 20-60%; hence the PMP13 unique “flat” efficiency ensures minimal energy loss down to 15% of installed capacity The PMP 13 is optimized for telecom applications, and is designed to work in PPS10 systems incorporating the PCS controller and various distribution options with up to 6 units per 19”/6U shelf and up to 8 units per 23”/6U shelf.



PMP 13.48 Rectifier Data Sheet

NUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc. TECHNICAL REVISIONS - The appearance of products, including safety agency certifications pictured on labels, may change depending on the date manufactured. Specifications are subject to change without notice.

Input Model PMP 13.48

Input Voltage 205-250 VAC ±10% single phase, (44-66 Hz) (185-160 V at reduced output power)


Soft Start <12 A peak max. 100 ms

Harmonics

EN 61000-3-2 Power Factor >0.99 at max. load

Surge Immunity

EN 61000-4-5

Fuse T 10A



Output Model 13.48

Output Voltage 44 - 56 VDC

Power (max.) 1300 W at 50-56 VDC

Current (max.) 28 A

Efficiency (at 40-90% load)*

>92%


Transient Response

± 5% at load variation 10-90% or 90-10%, recovery time 10 ms





EMC EN 61000-6-2, EN 61000-6-4


62 x 261 x 231 mm (2.4 x 10.3 x 9.1 in)


Cooling Natural Convection


Enclosure IP20

Mounting Up to 8 modules per shelf

Other Technical Data Safety EN 60950

UL 1950 and IEC60950 , Class 1 CSA C22-2 No. 950

Protection Short-circuit proof, automatic current limiting, selective shutdown of modules at excessive output voltage. Thermal protection reduces the output power at environmental temperatures above maximum level. Shut down at >75 °C with an automatic restart.* Input overvoltage disconnection at >275 VAC with automatic reset at >260 VAC.

Indications Green LED Red LED Red LED

Power ON High output voltage/ shutdown Low voltage/ module failure

Audible Noise

<35 dBA



Storage Temperature

-40 to +85 °C

Radiated EMC

EN 61000-6-2, EN 61000-6-3, FCC Part 15, Class B


ETS 300 019-2-1 ETS 300 019-2-2 ETS 300 019-2-3



DescriptionThe Power-One PMP 25 rectifier usesresonance switch mode technology (softswitching), and incorporates thermalprotection while providing extremely reliableDC power in a small space. Rectifiercommunication is accomplished using digitalinterfaces over an RS485 data bus.Information is transmitted to adjacentrectifiers while providing status andidentification information to the systemcontroller (PCS).

At only 4 rack units high, these compactrectifiers allow for up to five modules in each23in. rack (4 units in 19in. rack) providing upto 250A at 48V or up to 550A at 24V. Withfull power available up to 65°C, PMP 25rectifiers are ideal for any indoor or outdoorapplication.

Features• Compact 4 rack-unit height

• 50A output at 48V

• 110A output at 24V

• 208 / 240 single phase input

• Input over-voltage disconnect

• Hot-swappable rectifiers

• High efficiency, up to 91%

• Active current sharing


PPS 25 SystemShown



InputModel PMP 25.24 PMP 25.48

InputVoltage

196 - 250V AC ±10% single phase, (44-66Hz)176-160V AC at reduced output power

Current(max.) <22A <20A

Soft Start <22A <20A

Harmonics EN 61000-3-2 Power Factor >0.98 at 50-100% load


Fuse F 25A

Connection Harting MH - 21 Signal pins, 3 HC pins


Output

MechanicalDimensions 105 x 176 x 455mm

(6.9 x 4.13 x 17.9in.)


Cooling Fan: speed controlled and monitored

Interface RS485 for communication with thesupervision module

InsulationReinforced insulation tested at: 4.25 kV DC primary-secondary, 2.12 kV DC primary-ground,0.75 kV DC secondary ground

Enclosure IP20

Mounting In 19”/ 4U subrack up to 4In 23”/ 4U subrack up to 5


Model PMP 25.24 PMP 25.48

Power (max.) 3080W 2800W

Output Voltage 22-30V DC 44-58V DC

Current (max.) 110A 50A

Efficiency(@ 40-90%Load)*

>89% >91%


TransientResponse





Connection 8mm HC-pins

EMC EN 61000-6-2, EN 61000-6-4

Safety EN 60950CSA C22-2 No. 950, UL 1950

Protection

Short circuit proof, automatic currentlimiting, selective shutdown ofmodules at excessive output voltage.Thermal protection reduces theoutput power at environmentaltemperatures above maximum level.Shut down at >75°C with automaticrestart.* Input over-voltagedisconnection at >275VAC withautomatic reset at >260VAC.

Indications

Green LED

Yellow LED

Yellow Flashing

Red LED

Power ON

Thermal Protection

Comm. Error

Module Failure

AudibleNoise <60dBA


48V: -25 to +60°C 24V: -40 to +65°C




ETS 300 019-2-1ETS 300 019-2-2ETS 300 019-2-3


* Average performance for a single rectifier




DescriptionThe Power-One PMP 5 rectifier moduleprovides a cost-effective power solutionin a high density footprint. Built on thelatest advances in the resonance switchmode approach (soft-switching), thePMP 5 is the next evolution in our smallconvection cooled rectifier series.

Optimized for telecom applications, themodule is designed to work in amultitude of different subrack/shelfconfigurations incorporating the Power-One PCU controller and variousdistribution options.


• 24V, or 48VDC output

• Power factor correction


• Hot-swappable

• Low weight



PPR 5/7 SystemShown



InputModel PMP 5.24 PMP 5.48 PMP

5.24-110PMP5.48-110

InputVoltage

195-276V AC singlephase, (44-66Hz)

93,5-148,5V AC singlephase, (44-66Hz)

Current(max.) <2.9A <5.8A

Soft Start <8A peak max. 5ms <16A peak max. 5ms

Harmonics EN 610555 Power Factor >0.99 at 50-100% load


Fuse T 3,15A T 6A



Output


(2.4 x 5.1 x 9.1in.)




Enclosure IP20

Mounting In 19” subrack up to 6 modules


Model PMP 5.24 PMP 5.48 PMP5.24-110

PMP5.48-110

OutputVoltage

22.5-28VDC

45-56VDC

22.5-28VDC

45-56VDC

Power (max.) 448W 448W 448W 448W

Current(max.) 16A 8A 16A 8A

Efficiency >87% >89% >85% >87%


TransientResponse

+/- 5% at load variation 10-90% or 90-10%,recovery time 10ms





EMC EN 61000-6-2, EN 61000-6-4

Safety EN 60950

Protection

Short circuit proof, automaticcurrent limiting, selectiveshutdown of modules atexcessive output voltage.

Indications

Green LED

Red LED

Red LED

Power ON



AudibleNoise <35dBA





ETS 300 019-2-1ETS 300 019-2-2ETS 300 019-2-3


www.power-one.com11V0005-066 PMP 5 V3.0 RevD



DescriptionThe Power-One PMP 7 rectifier moduleprovides a cost-effective power solutionin the highest possible density. Built onthe latest advances in the resonanceswitch mode approach (soft-switching),the PMP 7 is the next evolution in oursmall convection cooled rectifier series.

Optimized for telecom applications, themodule is designed to work in a multitudeof different subrack/shelf configurationsincorporating the Power-One PCUcontroller and various distributionoptions.


• 24V, 48V, or 60V DC output




• Hot-swappable




• Low weightPPS 7 3500 SystemShown


www.power-one.com


InputModel PMP 7.24 PMP 7.48 PMP 7.60

InputVoltage

205-250V AC ±10% single phase, (44-66Hz) (-15% for PMP7.60)185-160V at reduced output power

Current(max.) <3.55A <4.35A <4.35A

Soft Start <11A peakmax. 5ms

<15.5A peakmax. 5ms

<20A peakmax. 5ms

Harmonics EN 61000-3-2 Power Factor >0.99 at max. load


Fuse T 6,3A



Output


(2.4 x 5.1 x 9.1in.)




Enclosure IP20

Mounting In 19” subrack up to 5 modules


Model PMP 7.24 PMP 7.48 PMP 7.60

OutputVoltage 22.5-28VDC 45-56VDC 56-70.5VDC

Power (max.) 560W 672W 635W

Current(max.) 20A 12A 9A

Efficiency (at 40-90% load)*

>89.5% >92% >92%


TransientResponse






EMC EN 61000-6-2, EN 61000-6-4

SafetyEN 60950UL 1950 and IEC60950 , Class 1CSA C22-2 No. 950

Protection

Short circuit proof, automaticcurrent limiting, selective shutdownof modules at excessive outputvoltage. Thermal protectionreduces the output power atenvironmental temperatures abovemaximum level. Shut down at>75°C with an automatic restart.*Input over-voltage disconnection at>275VAC with automatic reset at>260VAC.

Indications

Green LED

Red LED

Red LED

Power ON



AudibleNoise <35dBA


-25 to +55°C up to 2000m-25 to +45°C above 2000m




ETS 300 019-2-1ETS 300 019-2-2ETS 300 019-2-3






OCT 24, 2006 Page 1 of 2 www.power-one.com

Power Network Interface Data Sheet

Description The Power Network Interface (PNI) is an embedded network server that allows Power-One Controller modules to be accessed remotely via Ethernet or SNMP. Access can be achieved via any web browser which has access to the TCP/IP network and. An intuitive graphic user interface provides access and control to system parameters, alarm history, and battery test data. Alarm Central allows multiple power systems to be monitored using a hierarchy-based window system that informs a user of system events, using both audible and visual alarms. SNMP protocol allows enhanced managing capabilities and enables the system to be accessed from any location. Using standard protocols and an enterprise specific Management Information Base (MIB), SNMP allows the user to access and monitor system parameters as well as tracking system variables. The PNI can be supplied as standalone device or installed as a daughter board in PCS controllers.

Features • RoHS lead-free solder and lead-

solder-exempted products are available.

User controls and interfaces:

• Systems can be accessed via any browser which has access to the Ethernet network

• Multiple elements can be viewed and controlled using Alarm Central

• Instantaneous access to: • System parameters • Alarm history • Battery discharge curves

• Uses SNMP protocol for reliable remote access

• Uses RS232, RS485, and 10Base-T Ethernet

• Allows an external modem for backup

• FTP for updating software • Telnet for system diagnostics


OCT 24, 2006 Page 2 of 2 www.power-one.com

Power Network Interface Data Sheet

Alarm Central Window

Web Interface

Other Technical Data Power Consumption <2 W Electrical Supply Voltages 18 to 72 VDC, max 2 W Ethernet 10 BaseT Driver/ Receiver with line transformer and EMI filter

half-duplex Ethernet. Communication

Serial Port 2 RS232 ports (1 for PCU/ Setup and 1 for Modem/ PC)

Weight 233 g (0.50 lb) Mechanical

Dimensions 147 x 38 x 84 mm (5.79 x 1.5 x 3.31 in) Ambient Temperature -10 °C to +70 °C Storage Temperature -40 °C to +85 °C

Environmental

Humidity 0% to 95% (non-condensing) Ethernet Supports IEEE 802.3 Ethernet Standard Compliance Serial Port Industry standard 16550 A-compatible UART



DescriptionThe Power-One PPR 5/7 3 and 6position rectifier backplane provides acost-effective power solution in a highdensity wall-mounted footprint. Thesepower solutions provide rectification,system management, and powerdistribution while maintaining highreliability and offering flexibility forfuture expansion. The PPS 5/7 3 & 6Position systems are based on hot-swappable rectifier modules outputpower available at 450, 560 or 670W permodule.


• 24V, or 48VDC output

• Serial or parallel alarm configurations


• Hot-swappable



• Systems can be paralleled

• Individual rectifier output adjustment6 Position SystemShown

PPR 5/73 & 6 Position Power Systems


www.power-one.com11V0005-065 PPR 5/7 V3.0

PPR 5/73 & 6 Position Power Systems


Input

Output

Mechanical

Features

Model PPR 5/7 3-Position PPR 5/7 6-Position

Input115 or 230VAC single phase(Depending on rectifiermodule)"

115 or 230VAC single phase(Depending on rectifiermodule)"

Input Connections 3x4mm² terminal blocks 3x4mm² terminal blocks


Load Outputs 2x10mm² - Qty 3 2x10mm² - Qty 6



AlarmsCommon alarm for High Voltage/ Shutdown, Low Voltage/Module Failure, Unequal Load Sharing Normally Openedor Normally Closed.

Dimensions (WxHxD) 271x193.5x305mm 484.4x193.5x305mm

Weight 1.2kg (2.65lbs.) 2.5kg (5.5lbs.)

Mounting Wall Mount Wall Mount

Model Voltage Power (max.) Current (max.)

PMP 5.24 24V DC 448W 16A

PMP 5.24 SIC 110* 24V DC 448W 16A

PMP 5.48 SIC 110* 48V DC 448W 8A

PMP 7.24 SIC 24V DC 560W 20A

PMP 7.48 SIC 48V DC 672W 12A

*110V AC input

Available Rectifiers


Features• High reliability• Simple installation and operation• LCD display for self-guided controller operation• Interfaces standards include RS232, and Form

“C” dry alarm contacts with grouped alarms• Intelligent battery management:

• Temperature compensation(requires optional cables)

• Programmable battery load testing with data logging

• Symmetry (requires optional cables)• Programmable low voltage disconnect

• Optional Ethernet (SNMP compatible) interface module

• Natural convection cooled - no fans• International standards compliance

DescriptionPPS 10 modular DC power cabinet systemsprovide large power plant features in cost-effective, rack-mounted form factors. Thesecabinet power solutions provide rectification,system management, and power distribution whilemaintaining high reliability and offering flexibilityfor future expansion. The PPS 10 systems arebased on hot-swappable rectifier modules withconstant output power available at 1000, 1100 or1300W per module.

System management is accomplished throughmessages and alarms displayed on the systemcontroller’s (PCU/PCS) LCD screen and can alsobe displayed remotely via the PC-based PowComTM

software package.

Input

Output

Mechanical

Options

Features

Battery

PPS 10 Power System

Model PPS 10-10400 PPS 10-18200 PPS 10-23400

Input230/400V 3-phase208-240V 1-phaseSite configurable

230/400V 3-phase208-240V 1-phaseSite configurable


Inputs (max.) Single input Single input perrectifier subrack

Single input perrectifier subrack

Rectifier Modules (max.) 8 14 18

Battery Outs - MCB (100A) 6 6 Adjustable for site

Load Outs - MCB (2-63A) 20 21 Adjustable for site

24V DC Version Yes Yes (with PCS and max.one rectifier shelf)

Yes

48V DC Version Yes Yes Yes

60V DC Version Yes (on request) Yes (on request) Yes (on request)

Supervision PCS PCU/PCS PCS

Battery Symmetry Inputs 3 3/4 4

Low Voltage BatteryDisconnection (LVBD) Yes Yes Yes

In-Cabinet Battery Yes Yes N/A

Dimensions (WxHxD)

Power Cabinet:600x700x400mmBattery Cabinet: 600x1130x400mm600x1130x600mm

600x1800x400mm600x1800x600mm600x2000x400mm600x2000x600mm

600x1750x400mm600x2150x400mm

Cable Entry Top Top Top/Bottom

Temp. Comp. Charge Yes Yes YesIntegrated SurgeArrestors Yes Yes N/A

Partial Load Disconnect Yes Yes Yes

Hinged Door Access Yes Yes Yes

Battery Cover Yes Yes N/A

Ethernet NetworkInterface Yes Yes Yes

Modem Interface Yes Yes Yes

Cabinet System

ExpansionExpansion subrack N/A Yes Yes

Expansion Cabinet Yes Yes N/A

www.power-one.comwww.power-one.com


Cabinet System

11V0005-038 PPS10 SY V3.0

PPS 10 Power System


Rectifier Features


Current(max.)

PMP 10.24A SIC 24V DC 1000W 43A

PMP 11.48 SIC 48V DC 1100W 22A

PMP 11.60 SIC 60V DC 1100W 19.5A

PMP 13.48 SIC 48V DC 1300W 28A

PMP 13.48 SIC WIR* 48V DC 1250W 27A

All of the features listed under PCU above, plus:• Advanced battery management and testing• Digital signal collection via internal RS485 bus• Site programmable flash EPROM• Multiple language choices• Programmable alarms• Programmable logic functions and operations• Monthly data logging

PCS Features

The PPS 10 system utilizes plug-in rectifier modules that arebased on a soft-switching approach. Features include 3 LEDs forrectifier status indication, thermal shutdown and inputovervoltage disconnection with an automatic reset.

• Menu guided operation• RS232 interface for remote operation• Battery management and testing• Low voltage battery disconnect (LVBD)• Partial load disconnect (PLD)• Temperature compensation• Battery symmetry measurement• Optional Ethernet interface through SNMP and/or TCP/IP

PCU Features

Rectifier Modules

Advanced system supervision is accomplished using amicroprocessor based control module that allows both local andremote system monitoring.

Supervision Modules

A split cabinet solution, thatallows the power cabinet to beused as a stand alone wallcabinet, or to be installed directlyabove a battery cabinet. Thissystem can accommodate up toeight rectifiers, a supervisionmodule (PCS) and DCdistribution with up to six batterybreakers and twenty loadbreakers. This system can alsobe easily expanded by parallelingadditional slave cabinets.

PPS 10-10400 System

A floor cabinet solution thatcontains two rectifier subracksand space for mounting batteriesat the base of the cabinet. Thissystem can accommodate up tofourteen rectifiers, a supervisionmodule (PCU/PCS) and DCdistribution with up to six batterybreakers and twenty-one loadbreakers. This system can alsobe easily expanded by parallelingadditional slave cabinets.

PPS 10-18200 SystemA floor cabinet solution with abuilt-in DC-bus that enables theplug-in connection of rectifiersubracks and battery/ loadbreaker shelves. This system canaccommodate up to eighteenrectifiers, a supervision module(PCS) and DC distribution with awide range of plug-in DC loaddistributions (low and high ohmic).This system offers flexible systemconfigurations to fit most siterequirements.

PPS 10-23400 System


PPS 10 Power SystemCabinet System

* WideInput Range (100 - 240V AC)



“C” dry alarm contacts with grouped alarms• Intelligent battery management:

• Temperature compensation(requires optional cables)


• Symmetry (requires optional cables)• Programmable low voltage disconnect


• Natural convection cooled - no fans• International standards compliance

DescriptionPPS 10 modular DC power cabinet systemsprovide large power plant features in cost-effective, rack-mounted form factors. Thesecabinet power solutions provide rectification,system management, and power distribution whilemaintaining high reliability and offering flexibilityfor future expansion. The PPS 10 systems arebased on hot-swappable rectifier modules withconstant output power available at 1000, 1100 or1300W per module.

System management is accomplished throughmessages and alarms displayed on the systemcontroller’s (PCU/PCS) LCD screen and can alsobe displayed remotely via the PC-based PowComTM

software package.

Input

Output

Mechanical

Options

Features

Battery

PPS 10 Power System

Model PPS 10-10400 PPS 10-18200 PPS 10-23400

Input230/400V 3-phase208-240V 1-phaseSite configurable



Inputs (max.) Single input Single input perrectifier subrack

Single input perrectifier subrack

Rectifier Modules (max.) 8 14 18

Battery Outs - MCB (100A) 6 6 Adjustable for site

Load Outs - MCB (2-63A) 20 21 Adjustable for site

24V DC Version Yes Yes (with PCS and max.one rectifier shelf)

Yes

48V DC Version Yes Yes Yes

60V DC Version Yes (on request) Yes (on request) Yes (on request)

Supervision PCS PCU/PCS PCS

Battery Symmetry Inputs 3 3/4 4

Low Voltage BatteryDisconnection (LVBD) Yes Yes Yes

In-Cabinet Battery Yes Yes N/A

Dimensions (WxHxD)

Power Cabinet:600x700x400mmBattery Cabinet: 600x1130x400mm600x1130x600mm

600x1800x400mm600x1800x600mm600x2000x400mm600x2000x600mm

600x1750x400mm600x2150x400mm

Cable Entry Top Top Top/Bottom

Temp. Comp. Charge Yes Yes YesIntegrated SurgeArrestors Yes Yes N/A

Partial Load Disconnect Yes Yes Yes

Hinged Door Access Yes Yes Yes

Battery Cover Yes Yes N/A

Ethernet NetworkInterface Yes Yes Yes

Modem Interface Yes Yes Yes

Cabinet System

ExpansionExpansion subrack N/A Yes Yes

Expansion Cabinet Yes Yes N/A

www.power-one.comwww.power-one.com


Cabinet System

11V0005-038 PPS10 SY V3.0

PPS 10 Power System


DEC 11, 2006 Page 1 of 4 www.power-one.com

PPS 10 Power System Data Sheet(Shelf System)

Features • High reliability • Simple installation and operation • LCD display for self-guided controller

operation • Interfaces standards include RS232, and

Form “C” dry alarm contacts with grouped alarms

• Intelligent battery management: • Temperature compensation (requires

optional cables) • Programmable battery load testing

with data logging • Symmetry (requires optional cables) • Programmable low voltage disconnect


• Natural convection cooled - no fans • International standards compliance

Description PPS 10 modular DC power shelf systems provide large power system features in cost-effective, rack-mounted form factors. These shelf power solutions provide rectification, system management, and power distribution while maintaining high reliability and offering flexibility for future expansion. The PPS 10 systems are based on hot-swappable rectifier modules with constant output power available at 1300 W per module. System management is accomplished through messages and alarms displayed on the system controller’s (PCU/PCS) LCD screen and can also be displayed remotely via the PC-based PowComTM software package.




PPS 10-3900 System An all-in-one 6U high shelf system that can be installed in both 19” and ETSI telecom cabinet solutions. The system subrack can accommodate up to 3 rectifier modules, a supervision module (PCU), and DC distribution with up to 2 battery breakers and 8 load breakers.

PPS 10-7800 System An all-in-one 12U high shelf system that can be installed in 19” telecom cabinet solutions. The system subrack can accommodate up to 6 rectifier modules, a supervision module (PCS) and DC distribution with up to four battery breakers and 15 load breakers. Optional expansion subrack allowing max 12 modules (15.6 kW).




System Components

Rectifier Modules The PPS 10 system utilizes plug-in rectifier modules that are based on a soft-switching approach. Features include 3 LEDs for rectifier status indication, thermal shutdown, and input overvoltage disconnection with an automatic reset.

Rectifier Features Model Voltage Power (max.) Current (max.) PMP 13.48 SIC 48 VDC 1300 W 28 A

Supervision Modules Advanced system supervision is accomplished using a microprocessor-based control module that allows both local and remote system monitoring.

PCU Features • Menu-guided operation • RS232 interface for remote operation • Battery management and testing • Low voltage battery disconnect (LVBD) • Partial load disconnect (PLD) • Temperature compensation • Battery symmetry measurement • Optional Ethernet interface through SNMP and/or

TCP/IP

PCS Features All of the features listed under PCU above, plus: • Advanced battery management and testing • Digital signal collection via internal RS485 bus • Site programmable flash EPROM • Multiple language choices • Programmable alarms • Programmable logic functions and operations Monthly data logging





Input Model PPS 10-3900 PPS 10-7800 Input 230/400V 3-phase

208-240V 1-phase Site configurable

230/400V 3-phase 208-240V 1-phase Site configurable

Inputs (max.) Single input Single input Output Rectifier Modules (max.) 3 6 Battery Outs - MCB (100 A) 2 4 Load Outs - MCB (2-63 A) 8 15 Features Supervision PCU PCS Battery Battery Symmetry Inputs 3 4 Low Voltage Battery Disconnection (LVBD)

Yes Yes

Mechanical Dimensions (WxHxD) 485 x 266 x 341 mm 487 x 531 x 308 mm Mounting 19" or ETSI 19" Cable Entry Top Top Options Temp. Comp. Charge Yes Yes Integrated Surge Arrestors N/A Yes Partial Load Disconnect N/A Yes Ethernet Network Interface Yes Yes Modem Interface Yes Yes



PPS 16 Power System Data Sheet(Cabinet & Shelf Systems)

Description PPS 16 modular DC power shelf and cabinet systems are designed to meet rigid telecom applications with very high reliability and flexibility for future expansion. The PPS 16 Power Systems are based on hot-swappable rectifier modules with output power available up to 1800 watts per module. System management is accomplished through messages and alarms displayed on the system controller’s LCD screen and can also be viewed and controlled remotely via the PC-based PowCom™ software package.

Features • Up to 18 kW/ 320 A power and 680 Ah

battery backup per cabinet • Simple installation and operation • LCD for self-guided controller operation • Interface standards include RS232, and

Form “C” dry alarm contacts with grouped alarms

• Site programmable supervision unit • Intelligent battery management • Optional Ethernet (SNMP compatible)

interface module • International standards compliance




• Up to 360 A/ 18 kW/ 48 V per cabinet

• Space for 680 Ah backup batteries per cabinet

• Footprint - 600 x 600 mm or 600 x 400 mm

• Height - 1800 or 2000 mm

• Up to 288 A/ 14.4 kW/ 48 V per shelf • 2-6 battery breakers • Max 21 load MCB

Cabinet Solutions (With Batteries) Floor cabinet solutions that combine rectifiers, DC distribution, backup batteries, and monitoring in a single footprint. This system can accommodate up to 10 rectifier modules, a supervision module, and DC distribution with up to 6 battery breakers and 26 load breakers.

Shelf Solutions (19”) 4U and 8U systems accommodating up to 8 rectifier modules, a supervision module, and DC distribution with battery breakers and load breakers.

• Up to 256 A/ 12.8 kW /48 V per shelf • 2-6 battery breakers • Max 26 load MCB

Shelf Solutions (23”) 4U and 8U systems that can accommodate up to 10 rectifier modules, a supervision module, and DC distribution with up to 6 battery breakers and 20 load breakers.




System Components Rectifier Modules The PPS 16 system utilizes plug-in rectifier modules that are based on a soft-switching approach. Features include 3 LEDs for rectifier status indication, thermal shutdown, and input overvoltage disconnection with an automatic reset.

Rectifier Features:

Model Input Voltage Power (Max)

Current (Max)

FMP16.48 1600 W 32 A FMP18.48

85-275 VAC

48 VDC 1800 W 36 A

FMP Rectifier Module

Controllers • Menu guided operation • RS232 interface and Form “C” dry alarm contacts • Password controlled environment • Battery management:

• Automatic and/or manual capacity test • Optional battery symmetry measurement with alarm • Optional temperature compensation • Programmable low voltage disconnect from batteries • Optional programmable PLD function for load

shedding • Optional network interface capability • Programmable alarm routing, logic unit, and analog

inputs • Alarm logging history

PCS Module

PCC Module

PCS Features; • Site programmable flash EPROM • Multiple language choices • LCD and front-mounted controls • Monthly battery data logging

PCC Features; • Hot pluggable unit • Control unit with ethernet connection (option)




Input

Model

19” Shelf

23” Shelf

23” Cabinet

AC Inputs

1

2

1

2

1

2

Output

Rectifier Modules (max. per system)

4

8

5

10

5

10

Battery Outputs

1-3

2 to 6

2-4

2 to 6

2-4

2 to 6

Load Outputs (Max) (MCB type dependant)

13

21

16

20

16

20

Controller

Model

PCC

PCS

PCC

PCS/PCC

PCC

PCS/PCC

Battery Battery Symmetry Inputs

6

12

6

6 or 12

6

6 or 12

Low Voltage Battery Disconnect (LVBD)

Yes

Yes

Yes

In-Cabinet Battery

N/A

N/A Up to 680 Ah using 4 x 170 Ah

Mechanical

Dimensions W x H x D (mm)

483x355x300(19 in. x 4U)

483x355x300(19 in. x 8U)

483x355x300(23 in. x 4U)

483x355x300 (23 in. x 8U)

600 x 600 x 1800 600 x 600 x 2000 600 x 400 x 1800 600 x 400 x 2000

Options

Temp. Comp. Charge

Yes

Yes

Yes

Ethernet Network Interface

Yes

Yes

Yes

Modem Interface

Yes

Yes

Yes




“C” dry alarm contacts with grouped alarms• Up to 1200A per cabinet• Live expansion up to 6400A• Plug-in ready for various DC distributions and

subracks• Inter-cabinet DC paralleling bus• Site programmable supervision unit• Intelligent battery management• Optional Ethernet (SNMP compatible) interface


DescriptionPPS 25 modular DC power cabinet systems aredesigned to meet rigid telecom applications withvery high reliability and flexibility for futureexpansion. These cabinet power solutionsprovide rectification, system management andpower distribution while allowing configurablesolutions within the same cabinet or through theuse of external distribution cabinets. The PPS 25systems are based on hot-swappable fan-cooledPMP 25 rectifier modules with constant outputpower available at 24V/110A or 48V/50A permodule.

System management is accomplished throughmessages and alarms displayed on the systemcontroller’s (PCS) LCD screen and can also bedisplayed remotely via the PC-based PowComTM

software package.


Input

Output

Mechanical

Options

Features

Battery

Model PPS 25 System

Input 230/400V 3-phase (site configurable)

Inputs (max.)Single input for each 6 rectifier positions (4 inputs for 24 rectifier cabinets)

Rectifier Modules (max.) 24 (bulk output feed to battery and load)

Battery Outputs

Several battery breaker modules are available and are based on:MCCB’s: 1x1500A, 2x600A, 4x384AMCB’s: 12x100AKnife fuses: 5xNH1-3

Load Outs - MCB (2-63A)

Several battery breaker modules are available and are based on:MCCB’s: 1x1500A, 2x600A, 2x384A, 4x384AMCB’s: 24x2-63A, 16x80-100A, 24x2-16A high ohmicKnife fuses: 5xNH1-3, 9xNH00

24V DC Version Yes (max. 1200A per cabinet)

48V DC Version Yes

Supervision PCS

Battery Symmetry Inputs 4 (expandable to 12 by adding the optional interface circuit board)

Low Voltage BatteryDisconnection (LVBD) Yes (through a trip coil in each MCCB or contactor)

Dimensions (WxHxD) 600x2150x600mm

Cable Entry Top and/or bottom for cables <50sq/mm (using cable duct)Top or bottom entry for cables >50sq/mm

Plug-in for multiple racks,subracks, and PDU’s

A total of 35U is available for rectifier subracks, distribution, and batterybreaker modules (29U at bottom cable entry)

Temp. Comp. Charge Yes

Partial Load Disconnect Yes

Hinged Door Access Yes

Ethernet NetworkInterface Yes

Modem Interface Yes

ExpansionExpansion Rack Up to six subracks per cabinet, each with four rectifier modules

Expansion Cabinet Expansion cabinet can be be placed to the left or right of existingcabinets, allowing up to 128 rectifier modules

Cabinet System


www.power-one.comwww.power-one.com11V0005-039 PPS25 SY V3.0

PPS 25 Power System


Model Voltage Power(max.) Current (max.)

PMP 25.24 SIC 24V DC 3080W 110A at 28V DC

PMP 25.48 SIC 48V DC 2800W 50A at 56V DC

The PPS 25 system utilizes plug-in rectifier modules that arebased on a soft-switching approach. Features include 3 LEDsfor rectifier status indication, thermal shutdown, and inputovervoltage disconnection with an automatic reset.

• Menu guided operation• RS232 interface for remote operation• Enhanced battery management and testing• Temperature compensation• Site programmable flash EPROM• Supervision for up to 128 rectifiers and 128 micro processors • Multiple language choices• Programmable alarms, logic functions, and operations• Monthly data logging• Optional Ethernet interface through SNMP and/or TCP/IP

PCS Features

Rectifier Modules

Advanced system supervision is accomplished using a microprocessorbased control module that allows both local and remote system monitoring.

Supervision Module

The PPS 25 system offers flexible solutions that fit a large number of siterequirements. Some of these features include:

• Easy configuration with internal or remote DC distribution• Internal DC bus for simple plug-in of load distribution modules, battery

breaker modules, and rectifier subracks• Inter-cabinet paralleling bus for live connection of expansion cabinets• Internal data bus for advanced system monitoring and control• Wide range of plug-in DC load distributions, low and high ohmic

PPS 25 System

PPS 25 with integratedDC distribution

PPS 25 with bulkoutputs feeding remote

DC distributions

• In cabinet vertical DC bus allows live expansion of distribution and rectifier modules

• Separate cable duct for output load cables• Inter cabinet DC bus for live cabinet expansion• Top or bottom cable entry• Matching DC distribution cabinets

Cabinet Features

Innovative and flexible cabinet design.

Cabinet

PPS 25 Cabinet

PCS Supervision Module

PMP 25 Rectifier

Battery Breaker Modules Plugable battery breakermodule, based on MCCB’s,MCB’s or knife fuses

DC DistributionPlugable load distributionmodule, based on MCB’s,MCCB’s or knife fuses. Lowor high ohmic.



100mm Cable Duct



“C” dry alarm contacts with grouped alarms• Up to 1200A per cabinet• Live expansion up to 6400A• Plug-in ready for various DC distributions and

subracks• Inter-cabinet DC paralleling bus• Site programmable supervision unit• Intelligent battery management• Optional Ethernet (SNMP compatible) interface


DescriptionPPS 25 modular DC power cabinet systems aredesigned to meet rigid telecom applications withvery high reliability and flexibility for futureexpansion. These cabinet power solutionsprovide rectification, system management andpower distribution while allowing configurablesolutions within the same cabinet or through theuse of external distribution cabinets. The PPS 25systems are based on hot-swappable fan-cooledPMP 25 rectifier modules with constant outputpower available at 24V/110A or 48V/50A permodule.

System management is accomplished throughmessages and alarms displayed on the systemcontroller’s (PCS) LCD screen and can also bedisplayed remotely via the PC-based PowComTM

software package.


Input

Output

Mechanical

Options

Features

Battery

Model PPS 25 System

Input 230/400V 3-phase (site configurable)

Inputs (max.)Single input for each 6 rectifier positions (4 inputs for 24 rectifier cabinets)

Rectifier Modules (max.) 24 (bulk output feed to battery and load)

Battery Outputs

Several battery breaker modules are available and are based on:MCCB’s: 1x1500A, 2x600A, 4x384AMCB’s: 12x100AKnife fuses: 5xNH1-3

Load Outs - MCB (2-63A)

Several battery breaker modules are available and are based on:MCCB’s: 1x1500A, 2x600A, 2x384A, 4x384AMCB’s: 24x2-63A, 16x80-100A, 24x2-16A high ohmicKnife fuses: 5xNH1-3, 9xNH00

24V DC Version Yes (max. 1200A per cabinet)

48V DC Version Yes

Supervision PCS

Battery Symmetry Inputs 4 (expandable to 12 by adding the optional interface circuit board)

Low Voltage BatteryDisconnection (LVBD) Yes (through a trip coil in each MCCB or contactor)

Dimensions (WxHxD) 600x2150x600mm

Cable Entry Top and/or bottom for cables <50sq/mm (using cable duct)Top or bottom entry for cables >50sq/mm

Plug-in for multiple racks,subracks, and PDU’s

A total of 35U is available for rectifier subracks, distribution, and batterybreaker modules (29U at bottom cable entry)

Temp. Comp. Charge Yes

Partial Load Disconnect Yes

Hinged Door Access Yes

Ethernet NetworkInterface Yes

Modem Interface Yes

ExpansionExpansion Rack Up to six subracks per cabinet, each with four rectifier modules

Expansion Cabinet Expansion cabinet can be be placed to the left or right of existingcabinets, allowing up to 128 rectifier modules

Cabinet System


www.power-one.comwww.power-one.com11V0005-039 PPS25 SY V3.0

PPS 25 Power System



Legacy Products- For Reference Only

PPS 7 Power System (Shelf Systems)

Description PPS 7 modular DC power shelf systems provide large power system features in cost-effective, rack-mounted form factors. These shelf-power solutions provide rectification, system management, and power distribution while maintaining high reliability and offering flexibility for future expansion. The PPS 7 systems are based on hot-swappable rectifier modules output power available at 560 or 670 watts per module. System management is accomplished through messages and alarms displayed on the system controller’s (PCU) LCD screen and can also be displayed remotely via the PC-based PowCom™ software. package.

Features • High reliability • Simple installation and operation • LCD display for self-guided controller

operation • RS232 interface for remote operation • Intelligent battery management:

• Temperature compensation (requires optional cables)


• Symmetry (requires optional cables) • Programmable low voltage

disconnect • Optional Ethernet (SNMP compatible)

interface module • Natural convection cooling - no fans • International standards compliance





PPS 7-2100 System An all-in-one 3U high shelf system that can be installed in both 19” and ETSI telecom cabinet solutions. The system subrack can accommodate up to three rectifier modules, a supervision module (PCU), and DC distribution with a single battery breaker and six load breakers.


PPS 7-2800 System An all-in-one 3U high shelf system that can be installed in both 19” and ETSI telecom cabinet solutions. The system subrack can accommodate up to four rectifier modules, a supervision module (PCU), and DC distribution with a single battery breaker and a single load breaker.

PPS 7-3500 System An all-in-one 6U high shelf system that can be installed in 19” and ETSI telecom cabinet solutions. The system subrack can accommodate up to five rectifier modules, a supervision module (PCU), and DC distribution with up to two battery breakers and twenty load breakers.





• Menu-guided operation • RS232 interface for remote operation • Battery management and testing • Low voltage battery disconnect (LVBD) • Temperature compensation • Battery symmetry measurement • Optional Ethernet interface through SNMP and/or TCP/IP • Partial load disconnection (PLD)

Rectifier Modules The PPS 7 system utilizes plug-in rectifier modules that are based on a soft-switching approach. Features include 3 LEDs for rectifier status indication, thermal shutdown, and input overvoltage disconnection with an automatic reset (only on PMP 7 modules).

System Components

Supervision Module (PCU) Advanced system supervision is accomplished using a microprocessor-based control module that allows both local and remote system monitoring.

Rectifier Features Model Voltage Power (Max) Current (Max) PMP 7.24 SIC 24 VDC 560 W 20 A PMP 7.48 SIC 48 VDC 672 W 12 A





Input Model PPS 7-2100 PPS 7-2800 PPS 7-3500 Input 230/400V 3-phase

208-240V 1-phase Site configurable



Inputs (max.) Single input Single input Single input

Output Rectifier Modules (max.) 3 4 5 Battery Outputs 1 1 2 Load Outputs 6 1 20 24 VDC Version Yes N/A N/A 48 VDC Version Yes Yes Yes

Features Supervision PCU PCU PCU

Battery Battery Symmetry Inputs 1 1 3 Low Voltage Battery Disconnection (LVBD)

Yes Yes Yes

Mechanical Dimensions (WxHxD) 485x133x305 mm 485x133x305 mm 485x266x305 mm Mounting 19”, ETSI, or flush

ETSI mount (site configurable)

19”, ETSI, or flush ETSI mount (site configurable)

19”, ETSI, or flush ETSI mount (site configurable)

Cable Entry Top Top Top

Options Temp. Comp. Charge Yes Ethernet Network Interface

Yes

Modem Interface Yes



DescriptionThe Power-One Xscend™ Controller System (XCS) provides comprehensive monitoringand control for Power-One’s Xscend DC power systems. This digital controller monitorstotal system conditions including DC voltage, rectifier current, rectifier temperature,system capacity, battery parameters and circuit breaker status.

The XCS enables data storage of system configuration information such as battery type,installation date and system commission date. Visual notification of alarm and warningconditions are indicated by front panel LEDs, while descriptions of the alarms are providedthrough an LCD, or as an option, may be accessed remotely through a modem or aNetwork Interface (PNI) module.

To meet individual site requirements, the XCS contains a logic operator that can beprogrammed to monitor and control specified requirements. This allows actions to be set,alarms to be triggered, and outputs to be activated based on internal and external signalmonitoring, comparing and processing.

FeaturesUser controls and interfaces:



• 40 event data logging

• Password controlled environment

• Multiple language options

• RS232 Interface and Form “C” dry alarm contacts

XCSController

www.power-one.com







• Monthly data logging


InputVoltage 18-72V DC

Current <200 mA at 48V, <400 mA at 24V

Battery

Other Technical DataDimensions(WxHxD)

483/584 x 44 x 274mm (19/23 x 1.75 x 10.8in.)

Weight 4.94kg (11lbs.)




ETS 300 019-2-1ETS 300 019-2-2ETS 300 019-2-3

Alarms

BatteryDisconnection

An optional feature that allowsvoltage controlled disconnectionof batteries.

Boost ChargingManual time controlled orautomatic boost charging withadjustable time and voltage levels.

Battery Test

Automatic or manual testing ofbatteries up to four times per yearwith a 10 test memory. Variablesinclude: test duration, end voltage,and amount of Ah’s to bedischarged during test.

SymmetryMeasurement

Optional tool that measuresbatteries for early detection ofthermal runaway. Allows forseparate measurements of up to12 parallel battery branches, eachdivided into four blocks.

TemperatureCompensationCharging

Allows continuous adjustment ofoutput voltage according tobattery temperature. Featuresinclude adjustable compensationfactor and separate thresholds forhigh temperature alarms.

PLD

Optional feature that allowsvoltage or time controlleddisconnection of non-essentialload.

EnhancedBatteryMonitoring

Monthly logging of essentialbattery parameters, includingtemperature, temp. hours, current,charging voltage, and symmetryvoltage. Parameters are storedfor 5 years.

Interface


Alarm History The last 40 events are saved andinclude a time and date stamp.

AlarmContacts

6 potential free change-over alarmcontacts. Two open collector outputsfor LVD operation.

Alarms High System VoltageLow System VoltageLoad/ Battery Disc. Mains ErrorDistribution Fuse FailureBattery FailureModule FailureBattery Temp. AlarmSymmetry FaultBattery Fuse FailureHigh LoadBattery Fuse Disc.Urgent Module FailureCommunication FailurePartial Load Disc.

1*2*4*3*4*6*5*6*6*4*5*5*4*5*4*

* All alarms are indicated using an LED and displayed inthe LCD. The numbers represent an example of alarmrouting. Sixteen additional alarms are available and areconfigurable by changing the PCS EEPROM.

Display 2x20 character LCD with backlight

InternalCommunication

RS485 Data Bus for communicationwith a maximum of 128 rectifiers and128 sub-controllers

InternalCommunication

RS232 Serial interface for remote control from a PC withPowCom software

IndicationsGreen LED - Power ONYellow LED - System warning message Red LED - System failure message

Controls Four pushbutton controls

SignalCollection

Wide range of interface units withanalog and digital input/outputs

Software Site upgradeable by EEPROM flash

Language Multiple language options

www.power-one.com11V0005-061 XCS V3.0

ControllerXCS


acc controller module data sheet - steven engineering · acc controller module data sheet alarm and...

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