TP48200A-D15A1 & H15A3 & H15A5 V300R001
User Manual
Issue 04
Date 2013-07-23
HUAWEI TECHNOLOGIES CO., LTD.
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Copyright © Huawei Technologies Co., Ltd. 2012. All rights reserved.
No part of this document may be reproduced or transmitted in any form or by any means without prior
written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective
holders.
Notice
The purchased products, services and features are stipulated by the contract made between Huawei and
the customer. All or part of the products, services and features described in this document may not be
within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements,
information, and recommendations in this document are provided "AS IS" without warranties, guarantees or
representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the
preparation of this document to ensure accuracy of the contents, but all statements, information, and
recommendations in this document do not constitute a warranty of any kind, express or implied.
Huawei Technologies Co., Ltd.
Address: Huawei Industrial Base
Bantian, Longgang
Shenzhen 518129
People's Republic of China
Website: http://www.huawei.com
Email: [email protected]
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User Manual About This Document
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About This Document
Purpose
This document describes the TP48200A-D15A1 & H15A3 & H15A5 in terms of overview,
component description, safety precautions, and system maintenance.
Intended Audience
This document is intended for:
Technical engineers
Maintenance engineers
System engineers
Symbol Conventions
The symbols that may be found in this document are defined as follows.
Symbol Description
Indicates a hazard with a high level or medium level of risk
which, if not avoided, could result in death or serious injury.
Indicates a hazard with a low level of risk which, if not
avoided, could result in minor or moderate injury.
Indicates a potentially hazardous situation that, if not avoided,
could result in equipment damage, data loss, performance
deterioration, or unanticipated results.
Provides a tip that may help you solve a problem or save time.
Provides additional information to emphasize or supplement
important points in the main text.
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Change History
Changes between document issues are cumulative. The latest document issue contains all the
changes made in earlier issues.
Issue 04 (2013-07-23)
Modified section 6.2 UIM02C.
Issue 03 (2012-12-05)
Optimized the content of the document, including standardizing the terminology and
improving the accuracy of the description..
Issue 02 (2012-11-12)
Port description is modified.
Issue 01 (2011-11-15)
This issue is the first official release.
TP48200A-D15A1 & H15A3 & H15A5
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Contents
About This Document .................................................................................................................... ii
1 Overview ......................................................................................................................................... 1
1.1 Designation Explanation .................................................................................................................................. 1
1.2 Typical Networking .......................................................................................................................................... 2
1.3 Configuration ................................................................................................................................................... 2
1.4 Features ............................................................................................................................................................ 6
1.5 Working Principles ........................................................................................................................................... 7
2 Component Description ............................................................................................................... 9
2.1 Cabinet ............................................................................................................................................................. 9
2.2 Temperature Control Unit .............................................................................................................................. 10
2.2.1 Direct-Cooling Unit .............................................................................................................................. 10
2.2.2 Heat Exchanger ..................................................................................................................................... 11
2.3 Heater ............................................................................................................................................................. 12
2.4 Power Distribution Unit ................................................................................................................................. 14
2.5 Rectifier .......................................................................................................................................................... 15
2.6 Monitoring Unit ............................................................................................................................................. 16
2.7 Storage Battery (Optional) ............................................................................................................................. 17
3 Safety Precautions ....................................................................................................................... 18
4 Installation and Commissioning.............................................................................................. 22
5 System Maintenance................................................................................................................... 23
5.1 Routine Maintenance...................................................................................................................................... 23
5.2 Troubleshooting .............................................................................................................................................. 24
5.2.1 Troubleshooting Common faults ........................................................................................................... 24
5.2.2 Troubleshooting Components ............................................................................................................... 30
5.3 Component Replacement ............................................................................................................................... 32
6 Monitoring Function .................................................................................................................. 39
6.1 SMU02B ........................................................................................................................................................ 39
6.2 UIM02C ......................................................................................................................................................... 41
6.3 LCD User Interface ........................................................................................................................................ 45
6.4 Web User Interface ......................................................................................................................................... 49
TP48200A-D15A1 & H15A3 & H15A5
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A Appendix ..................................................................................................................................... 61
A.1 Technical Specifications ................................................................................................................................ 61
A.2 LCD Menu..................................................................................................................................................... 64
B Acronyms and Abbreviations .................................................................................................. 72
TP48200A-D15A1 & H15A3 & H15A5
User Manual 1 Overview
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1 Overview
1.1 Designation Explanation
The TP48200A-D15A1 & H15A3 & H15A5 is an outdoor cabinet-type power system and
supplies power to the -48 V DC telecom equipments. The TP48200A-D15A1 & H15A3 &
H15A5 uses 50 A rectifiers and outputs a maximum of 200 A current.
Figure 1-1 shows the TP48200A-D15A1 designation explanation. Figure 1-2 shows the
TP48200A-H15A3 designation explanation. Figure 1-3 shows the
TP48200A-H15A5designation explanation.
Figure 1-1 TP48200A-D15A1 Designation explanation
Figure 1-2 TP48200A-H15A3 Designation explanation
TP48200A-D15A1 & H15A3 & H15A5
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Figure 1-3 TP48200A-H15A5 Designation explanation
1.2 Typical Networking
The TP48200A-D15A1 & H15A3 & H15A5 power system, AC power supply, ATS, storage
batteries, and related devices constitute the site power solution. Figure 1-4 shows the
application of the TP48200A-D15A1 & H15A3 & H15A5 power system in the typical site
power solution.
Figure 1-4 TP48200A-D15A1 & H15A3 & H15A5 Typical site power solution
1.3 Configuration
The TP48200A-D15A1 & H15A3 & H15A5 power system mainly consists of the cabinet,
temperature Control Unit.rectifier, power distribution unit (PDU), and monitoring unit.
Table 1-1 Configuration
Item Composition AC input mode
TP48200A-D15A1 Cabinet: support
space for 2 groups of
storage batteries and
8 U (355.6 mm or 14
in.) space for
One-phase three-line
(L, N, PE)
Three-phase five-line
(L1, L2, L3, N, PE)
DC
AC
Storage
Batteries
DC Load
AC Load
ATS
D.G
Mains
ACDBTP48200A-D15A1
TP48200A-H15A3
TP48200A-H15A5
TP48200A-D15A1 & H15A3 & H15A5
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Item Composition AC input mode
customer
Direct air cooling
Supports R4850G1or
R4850N1(normal 2
PCS) (1-4 PCS)
SMU02B (1 PCS)
UIM02C (1 PCS)
TP48200A-H15A3 Cabinet: support
space for 2 groups of
storage batteries and
8U (355.6 mm or 14
in.) space for
customer
Heat exchanger
Supports R4850 G1or
R4850N1 (1-4 PCS)
SMU02B (1 PCS)
UIM02C (1 PCS)
One-phase three-line
(L, N, PE)
Three-phase five-line
(L1, L2, L3, N, PE)
TP48200A-H15A5 Cabinet: support
space for 2 groups of
storage batteries and
8U(355.6 mm or 14
in.) space for
customer
Heat exchanger
Supports R4850G1 or
R4850N1 (1-4 PCS)
SMU02B(1 PCS)
UIM02C(1 PCS)
Heater:HAU03A-01
One-phase three-line
(L, N, PE)
Three-phase five-line
(L1, L2, L3, N, PE)
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Figure 1-5 TP48200A-D15A1 interior
(1) AC-DC power distribution (2) Door sensor (3) Monitoring unit
(4) Space for rectifiers (5) Space for customer (6) Space for batteries
(7) Direct air cooling (8) Air filter
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Figure 1-6 TP48200A-H15A3 interior
(1) AC-DC power distribution (2) Door sensor (3) Monitoring unit
(4) Space for rectifiers (5) Space for customer (6) Space for batteries
(7) Heat exchanger
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Figure 1-7 TP48200A-H15A5 interior
(1) AC-DC power distribution (2) Door sensor (3) Monitoring unit
(4) Space for rectifiers (5) Space for customer (6) Space for batteries
(7) Heat exchanger (8) Heater
1.4 Features
All ports in this manual are protected by a security mechanism.
Wide Range of AC Input Voltage
The AC input voltage of the system ranges from 90 V AC to 290 V AC.
Comprehensive management on itself and storage batteries.
The monitoring module is of network design and provides one FE port, one RS485 port.
Supports simple network management protocol (SNMP), control area network (CAN),
and Hypertext Transfer Protocol (HTTPS) and can communicate with NetEco or
third-party element management systems (EMSs). They can also be management
remotely and work in unattended mode.
Support the remote software upgrade.
NOTE
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Displays information on the liquid crystal display (LCD) and provides buttons for ease
of operation.
Allows you to query component information recorded on electronic labels over a web
user interface (WebUI).
Support multiple display languages, such as English, Chinese, Turkish, Spanish, and
Portuguese, German.
Rectifiers and the monitoring unit are hot-swappable.
The power factor of rectifiers is high to 0.99.
The power system use R4850G1 rectifiers with a 95% efficiency record.
Heat dissipation of the TP48200A-D15A1 is direct air cooling and the TP48200A-
H15A3 & H15A5 is heat exchanger
1.5 Working Principles
Working principles are described as follows:
The TP48200A-D15A1 & H15A3 & H15A5 is energized by 220 V/380 V three-phase or
220 V single-phase.
The rectifier converts AC power into –48 V DC power.
The direct currents (DCs) generated by rectifiers converge on a bus bar and then divide
into multiple routes to power loads.
The monitoring unit monitors operating parameters in real time, analyzes the operating
status, and generates alarms when necessary.
Figure 1-8 shows the TP48200A-D15A1 & H15A3conceptual diagram. Figure 1-9 shows the
TP48200A-H15A5 conceptual diagram.
Figure 1-8 TP48200A-D15A1 &H15A3 Conceptual diagram
TP48200A-D15A1 & H15A3 & H15A5
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Figure 1-9 TP48200A-H15A5 Conceptual diagram
TP48200A-D15A1 & H15A3 & H15A5
User Manual 2 Component Description
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2 Component Description
2.1 Cabinet
The cabinet size (H×W×D) of TP48200A-D15A1 & H15A3 & H15A5 is 1500 mm × 650 mm
× 650 mm (excluding base), base size (H×W×D) is 100 mm × 650 mm × 650 mm. Figure 2-1
shows the TP48200A-D15A1 cabinet. Figure 2-2 shows the TP48200A-H15A3 & H15A5
cabinet.
Figure 2-1 TP48200A-D15A1 Cabinet
TP48200A-D15A1 & H15A3 & H15A5
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Figure 2-2 TP48200A-H15A3 & H15A5 Cabinet
2.2 Temperature Control Unit
2.2.1 Direct-Cooling Unit
The TP48200A-D15A1 adopted the direct air cooling way. The direct-cooling unit extends
the area for exchanging air inside and outside the cabinet, speeds up air circulation, and
reduces the operating temperature in the cabinet.
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Figure 2-3 Air flows
Table 2-1 describes the features of the temperature control system.
Table 2-1 Features of the temperature control systems in the TP48200A-D15A1
Item Description
Temperature Control System Direct air cooling unit
Heat Dissipation Capability 140 W/K
2.2.2 Heat Exchanger
The temperature control system is a heat exchanger. In addition, it helps decrease the power
consumption by adjusting the speed of the fan in intelligent mode.
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Figure 2-4 Temperature Control Unit
Table 2-2 describes the features of the temperature control system.
Table 2-2 Features of the temperature control systems in the TP48200A-H15A3 & H15A5
Item Description
Temperature Control System Heat exchange unit
Heat Dissipation Capability 85 W/K
2.3 Heater
A heater ensures a proper operating temperature for the equipment inside the TP48200A-
H15A5.
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Figure 2-5 HAU03A-01
(1) Alternating current (AC) input port (2) Indicator (3) Alarm port
(4) Control port
Table 2-3 Indicator description
Silk Screen
Color Status Meaning
RUN Green Blinking at 0.5 Hz The heater is working and communicating with
the element management system (EMS) properly.
Blinking at 4 Hz The heater fails to communicate with the EMS
for at least 1 minute.
Steady on The heater is powered on and takes a self-test.
Off The heater is not powered on.
ALM Red Off No alarm is generated.
Steady on An alarm is generated and the heater needs to be
replaced.
Blinking at 0.5 Hz An alarm is generated. However, whether the
heater needs to be replaced is not determined
because the alarm may be generated because of
the failure of communication, a board, or a port.
Table 2-4 Eater technical specifications
Item Specifications
Operating voltage 90 -290 V AC (110 V AC/220 V AC)
Voltage frequency 45-65 Hz (rated frequency: 50/60 Hz)
Operating temperature -40°C to +65°C (-40°F to +149°F)
Heater startup temperature
and heater stop
temperature
The heater starts when the temperature is below or equal to
-5°C (+23°F) and stops when the temperature is above or
equal to 15°C (59°F).
Operating humidity 5%-95% RH
Heating power 400 W ≤ P ≤ 600 W (90 V AC to 132 V AC)
500 W ≤ P ≤ 750 W (176 V AC to 290 V AC)
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2.4 Power Distribution Unit
The TP48200A-D15A1 & H15A3 & H15A5 power distribution unit distributes AC and DC
power for the power system.
For details about the specifications of the power distribution unit, see Table 2-5
Figure 2-6 Power distribution unit
Figure 2-7 A C output socket
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Table 2-5 Power distribution specifications
Item Specifications
AC power
distribution
Main AC input 63 A three-pole MCB x 1; level-C surge protection
AC output or
Heater
16 A one-pole MCB x 1
16 A maintenance socket MCB x 1
DC power
distribution
Load shutdown BLVD: 16 A MCB x 2;
LLVD: 63 A MCB x 2; 32 A MCB x 2
Battery branch 125 A one-pole MCB x 2
2.5 Rectifier
Figure 2-8 shows the rectifier panel of R4850G1/R4850N1.
Figure 2-8 Rectifier panel of R4850G1/R4850N1
(1) Run indicator (2) Protection indicator (3) Fault indicator
Table 2-6 R4850G1/R4850N1 Indicator description of rectifier
Indicator Color Status Description Measure
Run
indicator
Green Steady on The rectifier output is
normal.
The rectifier runs
properly, and no
measure is required.
Off The rectifier has no output. Replace the rectifier if
the AC input is normal.
Alarm Yellow Off No alarm is generated. No measure is required.
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Indicator Color Status Description Measure
indicator
Steady on The rectifier generates a
prewarning for power
limiting due to
overtemperature.The
rectifier generates an
alarm for shutdown due to
ambient overtemperature
or undertemperature
protection.
Check that the air vent is
not blocked and the
ambient temperature is
within a normal range.
The rectifier generates an
alarm due to AC input
overvoltage or
undervoltage protection.
Check that the electrical
grid voltage is within a
normal range.
The rectifier is hibernated. No measure is required.
Fault
indicator
Red Off The rectifier is not faulty. No measure is required.
Steady on The rectifier is locked due
to output overvoltage.
Pull out the rectifier and
the reinsert it after 1
minute.
There is no output because
the rectifier is faulty.
Replace the rectifier.
Blinking
at 4 Hz
The rectifier is loading an
application program.
The rectifier
automatically recovers
after loading, and no
measure is required.
2.6 Monitoring Unit
Figure 2-9 shows the monitoring unit.
Figure 2-9 Monitoring Unit
(1) Battery switch(behind the panel) (2) SMU02B (3) UIM02C
Battery switch To make the system run properly, flip the switch to Normal.
To power on the battery forcibly, flip the switch to the BAT On position, flip the switch
to Normal after operation.
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SMU02B
See 6.1 SMU02B.
UIM02C
See 6.2 UIM02C.
2.7 Storage Battery (Optional)
Storage batteries store electrical energy and supply power to the loads when the power supply
of the D.G. and mains is insufficient.
TP48200A-D15A1 & H15A3 & H15A5 supports 2 groups 150 Ah (12 V Monobloc) VRLA
batteries.
TP48200A-D15A1 & H15A3 & H15A5
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3 Safety Precautions
Overview
The safety precautions described in this section are also applicable to other Huawei
equipment.
To minimize the risk of personal injury and damage to equipment, read and follow all the
precautions in this document before performing any installation or maintenance. The "NOTE",
"CAUTION", and "WARNING" marks in other documents do not represent all the safety
instructions. They are only supplements to the safety instructions. Only trained and qualified
personnel are allowed to install, operate, and maintain Huawei equipment, and they must
understand basic safety precautions to avoid hazards.
To ensure safety of humans and the equipment, pay attention to the safety symbols on the
equipment and all the safety instructions in this document. Huawei will not be liable for any
consequence caused by the violation of the safety operation regulations and design,
production, and usage standards.
Local Safety Regulations
When operating Huawei equipment, you must follow the local laws and regulations. The
safety instructions in this document are only supplements to the local laws and regulations.
Grounding Requirements
Equipment to be grounded must meet the following requirements:
When installing the device, always make the ground connection first and disconnect it at
the end.
Do not damage the ground conductor.
Do not operate the device in the absence of a properly installed ground conductor.
Conduct the electrical inspection carefully.
The device (or system) must be connected permanently to the protection ground before
an operation. Before operating the device, check the electrical connection of the device to ensure that it is securely grounded.
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Human Safety Do not operate the device or cables during lightning strikes.
To avoid electric shock, do not connect safety extra-low voltage (SELV) circuits to
telecommunication network voltage (TNV) circuits.
Before operating the device, wear electrostatic discharge (ESD) clothes, ESD gloves, and
an ESD wrist strap. Do not wear jewelry or watches when you operate the device.
In the case of fire, immediately leave the building or the equipment room, and turn on
the fire alarm bell or make an emergency call. Do not enter a building that is on fire.
Equipment Safety The device must be fixed securely on the floor or to other immovable objects such as
walls and mounting racks before operation.
Do not block the ventilation while the device is operating.
Tighten the thumbscrews by using a tool after initial installation and subsequent access
to the panel.
After the installation, remove packing materials from the equipment area.
Electrical Safety
High Voltage
The high voltage power supply provides power for the device operation. Direct or indirect
contact (through damp objects) with high voltage and alternating current (AC) mains
supply may result in serious injury.
Non-standard and incorrect high voltage operations may result in fire and electric shock.
The personnel who install the AC facility must be qualified to perform high voltage and
AC operations.
You must abide by the local rules and regulations when bridging and wiring AC cables.
During the installation of the AC power supply facility, follow the local safety
regulations.
Dedicated tools must be used during high voltage and AC operations. Avoid using
ordinary tools.
When the operation is performed in a damp environment, ensure that the device is dry.
When water is found in the rack or the rack is damp, switch off the power supply
immediately.
High Electrical Leakage Ground the device before powering it on. Otherwise, personal injury or device damage
may be caused by high leakage current.
If a "high electrical leakage" tag is present on the power terminal of the device, you must
ground the device before powering it on.
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Power Cable Do not install or remove power cables when the device is on. Transient contact between
the core of the power cable and the conductor may generate electric arcs or sparks, which
may cause fire or hurt human eyes.
Before installing or removing the power cable, turn off the power switch.
Before connecting a power cable, check that the label on the power cable is correct.
Power Output
All output circuits are evaluated as SELV circuits.
Outputs are energy hazards (> 240 VA).
Fuse
To ensure that the system runs safely, if a fuse is to be replaced, the new fuse must be of the
same type and specifications.
Electrostatic Discharge
The static electricity generated by human bodies may damage the electrostatic-sensitive
components on boards, for example, the large-scale integrated (LSI) circuits.
Human body movement, friction between human bodies and clothes, friction between
shoes and floors, or handling of plastic articles causes static electromagnetic fields on
human bodies. These static electromagnetic fields cannot be eliminated until the static is
discharged.
To prevent electrostatic-sensitive components from being damaged by the static on
human bodies, you must wear a well-grounded ESD wrist strap when touching the
device or handling boards or application-specific integrated circuits (ASICs).
Figure 3-1 shows how to wear an ESD wrist strap.
WARNING
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Figure 3-1 Wearing an ESD wrist strap
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4 Installation and Commissioning
The detailed installation refers to the Quick Installation Guide.
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User Manual 5 System Maintenance
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5 System Maintenance
5.1 Routine Maintenance
Maintain TP48200A-D15A1 & H15A3 & H15A5 periodically based on site requirements.
The recommended maintenance interval is 6 months. If faults are identified, clear them
immediately.
Table 5-1 Routine maintenance checklist
Maintenance Item
Maintenance Task
Check Whether
Check Method
Repair When Measures
Door lock Whether the
door lock is
damaged or
rusted
Observe
and open
the lock
The door lock is
rusty or cannot be
used
Replace the lock
Fan Whether the
fan is covered
by dust
Visual
inspection
Dust accumulates
on the fan
Clear the dust on
the fan
Whether the
fan surface is
damaged and
whether the
rotational
speed, noise,
and vibration is
in the normal
range
Visual
inspection
The fan
rotates unstably or
slowly
The fan is
damaged
Replace the fan
Heat
exchanger core
Whether dust
accumulates on
the core of heat
exchanger
Visual
inspection
Dust accumulates
on the core of heat
exchanger
Clear the dust on
the Heat exchanger
core
Direct air
cooling
Whether dust
accumulates on
the air filter
Visual
inspection
Dust accumulates
on the air filter
Clear the dust on
the air filter
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Maintenance Item
Maintenance Task
Check Whether
Check Method
Repair When Measures
Electricity The voltage
output is
normal.
Using a
multimeter
The BLVD or
LLVD voltage
exceeds the
threshold.
For details, see
section 5.2
Troubleshooting
Common Faults.
Preventive
maintenance
inspection
(PMI)
Indicators are
normal.
Observing
indicators
Alarms are
generated.
Cabinet
appearance
The coating on
the cabinet are
flaking off or
scratches
occur.
Observing
the cabinet
The cabinet
surface is damaged
or distorted.
Repaint and repair
the cabinet.
5.2 Troubleshooting
5.2.1 Troubleshooting Common faults
Table 5-2 Common faults and troubleshooting methods
Fault Type Fault Analysis Handling Method
AC power off AC input cable
fault
Grid fault or
D.G. fault
1. Check whether the AC input cable is
correctly and securely connected. If the
cable is not correctly and securely
connected, reconnect the cable.
2. Check whether the AC input is available.
If the AC input is not available, check
whether faults such as short-circuit or
open circuit exist on the AC input loop. If
the AC input loop is proper, contact the
mains supplier for troubleshooting. If the
AC input is from the D.G., check the
D.G. by referring to the Diesel Generator
User Manual.
3. If the power-off duration is short, supply
DC power using batteries. If the
power-off duration is long, start other
systems for power supply.
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Fault Type Fault Analysis Handling Method
AC overvoltage and
undervoltage
Improper setting
of monitoring
unit AC
undervoltage or
overvoltage
threshold
Mains supply
grid fault or
D.G. fault
1. Check whether the AC undervoltage or
overvoltage alarm threshold is properly
set. If the threshold is excessively high or
low, lower or raise the threshold
according to the actual conditions.
2. If the AC input is the mains supply,
contact the mains supplier for
troubleshooting. If the AC input is from
the D.G., check the D.G. by referring to
the Diesel Generator User Manual.
DC overvoltage and
undervoltage
Improper setting
of monitoring
unit DC
undervoltage or
overvoltage
threshold
Rectifier module
fault
1. Check the alarm thresholds of the DC
overvoltage and undervoltage. If the
thresholds are not proper, reset the
thresholds according to the actual
conditions.
2. When the storage battery is powering the
load, remove all the rectifiers, and then
insert each rectifier one by one. If an
overvoltage alarm is generated after a
rectifier is inserted, the voltage of the
rectifier exceeds the upper threshold.
Then replace the rectifier.
Charging
overcurrent
Communication
failure between
rectifier and
monitoring unit
Battery loop
fault
1. Check whether the rectifier module is in
position or whether contact is proper. If
the monitoring unit is inserted in an
incorrect position, insert it correctly. If
the contact is not proper, remove and
then insert it.
2. Check whether the battery loop is
short-circuited or has other faults.
3. Check whether the batteries are faulty. If
the batteries are faulty, replace them.
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Fault Type Fault Analysis Handling Method
Load shutdown Load circuit
breaker set to
OFF
Contactor fault
Excessively high
setting of
monitoring unit
load shutdown
voltage
Output
undervoltage due
to greater load
power than
configured
rectifier module
power
1. Check whether the load detection cable is
securely connected. If the cable is not
connected securely, connect it correctly.
2. Check whether the load circuit breaker is
turned off. Checking method: Check the
position of the handle on the circuit
breaker. If the circuit breaker is turned
off, turn on the circuit breaker.
3. Check whether the contactor is faulty and
whether it can be connected and
disconnected. If the contactor is faulty,
replace it.
4. Check whether the monitoring unit load
shutdown voltage is set excessively high.
If it is set excessively high, set it
according to the actual situation.
5. Check whether the load power is higher
than the configured rectifier module
power. If the load power is higher than
the configured rectifier module power,
add a rectifier module. If the load power
exceeds the maximum supported power
of the system, lower the load power.
Battery shutdown Improper setting
of monitoring
unit battery
parameters
Contactor fault
1. Check whether the mains supply is off or
the voltage of storage batteries is lower
than the “Battery Shutdown Voltage”.
2. Check whether the battery shutdown
permission is set.
3. Check whether the battery cables or the
connectors are faulty. If the cables or
connectors are faulty, replace them.
4. Check whether the contactor is faulty and
whether it can be connected and
disconnected. If the contactor is faulty,
replace it.
Battery loop failure Battery loop
fault
Contactor fault
Battery fault
1. Check whether cables of the battery loop
or connectors are faulty. If the cables or
connectors are faulty, replace them.
2. Check whether the contactor is faulty and
whether it can be connected and
disconnected. If the contactor is faulty,
replace it.
3. Check whether batteries are faulty. If the
batteries are faulty, replace them.
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Fault Type Fault Analysis Handling Method
Ambient
overtemperature or
undertemperature
alarm
(The alarm is
generated only when
the temperature
sensor is installed.)
Improper setting
of monitoring
unit temperature
alarm parameters
Overtemperature
or
undertemperatur-
e in the shelter
with the
temperature
sensor
Temperature
sensor fault
1. Check whether monitoring unit
temperature alarm thresholds are set
according to local conditions. If the
thresholds are not proper, set the
thresholds accordingly.
2. Check whether the temperature control
device in the shelter is faulty. If the
temperature control device is faulty,
repair it. The alarm is automatically
cleared when the temperature in the
shelter is adjusted to the proper range.
3. Check whether the temperature sensor is
faulty. If the temperature sensor is faulty,
replace it.
Ambient
overhumidity or
underhumidity
alarm
(The alarm is
generated only when
the humidity sensor
is installed.)
Improper setting
of monitoring
unit humidity
alarm parameters
Overhumidity or
underhumidity in
the shelter with
the humidity
sensor
Humidity sensor
fault
1. Check whether monitoring unit humidity
alarm thresholds are set according to
local conditions. If the thresholds are not
proper, set the thresholds accordingly.
2. Check whether the floor of the shelter is
wet. If the floor is wet, use a cotton cloth
to wipe the floor and ensure it is dry or
use other dehumidifiers.
3. If the alarm persists when the humidity is
proper, check whether the humidity
sensor is faulty.
Battery
overtemperature or
undertemperature
alarm
Battery cabin
overtemperature
Improper setting
of monitoring
unit battery
temperature
alarm parameters
Battery charging
overcurrent
Temperature
sensor fault
1. Check whether monitoring unit battery
temperature alarm thresholds are properly
set. If the thresholds are not proper, set
the thresholds accordingly.
2. Check whether the temperature in the
battery room is excessively high. If the
temperature is excessively high, the
alarm can be cleared when the
temperature is lowered.
3. Check the charging current. If the current
is excessively strong, switch equalized
charging to float charging and check
whether the charging current is
weakened. If the charging current is still
excessively strong, adjust the current
suppression to reduce the charging
current. If the preceding steps do not
work, replace the faulty battery.
4. Check whether the temperature sensor is
faulty. If the temperature sensor is faulty,
replace it.
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Fault Type Fault Analysis Handling Method
Door alarm
(The alarm is
generated only when
the door status
sensor is installed.)
Opened cabinet
door
Door status
sensor fault
1. The alarm is cleared after the cabinet
door is closed.
2. If the alarm persists after the cabinet door
is closed, check whether the door status
sensor is faulty.
Water immersion
alarm
(The alarm is
generated only when
the water sensor is
installed.)
Shelter water
accumulation
Water sensor
fault
1. Check whether the floor of the shelter is
wet. If the floor is wet, use a cotton cloth
to wipe the floor and ensure it is dry or
use other dehumidifiers.
2. If the alarm persists after the water is
drained, check whether the water sensor
is faulty.
Smoke alarm
(The alarm is
generated only when
the smoke sensor is
installed.)
Smoke in the
shelter
Smoke sensor
fault
1. Check whether the smoke caused by fire
pervades in the shelter. If there is fire,
extinguish the fire and ventilate the
shelter.
2. If the alarm persists when there is no
smoke, check whether the smoke sensor
is faulty.
Rectifier module
fault
Poor contact of
the rectifier
module
Rectifier module
fault
1. Check whether the ALM indicator on the
panel of the rectifier module is on. If the
ALM indicator is on, remove the rectifier
module and insert the rectifier module
after the indicator is off.
2. If the alarm persists, replace the rectifier
module.
Rectifier module
shutdown
Rectifier module
protection
Input
overvoltage or
undervoltage of
the rectifier
module
Rectifier module
fault
1. Check whether the mains voltage is over
the AC overvoltage alarm threshold (300
V) of the rectifier module or below the
AC undervoltage alarm threshold (85 V).
For the power supply network with
long-time overvoltage or undervoltage,
negotiate with the maintenance personnel
of the electricity department to improve
the power supply network.
2. If the alarm persists when the input
voltage of the rectifier module is proper,
check whether the rectifier module is
proper. If the rectifier module is faulty,
replace it.
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Fault Type Fault Analysis Handling Method
Communication
Failure between
rectifier and
monitoring unit
Poor contact of
the rectifier
module
Rectifier module
out of position
Rectifier module
fault
1. Check whether the rectifier module is in
position or whether contact is proper. If
the rectifier module is inserted in an
incorrect position, insert it correctly. If
the contact is not proper, remove and
then insert it.
2. If the alarm persists, replace the rectifier
module.
Disconnection of the
load fuse
Load circuit
breaker set to
OFF
1. Check whether the load circuit breaker is
set to OFF. If it is set to OFF, set it to
ON.
2. If the circuit breaker is automatically set
to OFF after you set it to ON, check
whether the load branch is overloaded or
short-circuited. Check and rectify the
load loop fault.
AC surge protector
fault
AC surge
protector fault
User interface
module fault
1. Check the observation window on the AC
surge protector. If the color of the
window is red, replace the surge
protector.
2. Check whether the fault detection cables
of the AC surge protector are correctly
connected or whether the cables are in
good condition. If the cables are not in
good condition, replace and reconnect
them.
3. If the cable connection is proper, it
indicates that the alarm loop is faulty.
Replace the user interface module.
DC surge protector
fault
DC surge
protector fault
1. Check whether the fault detection cables
of the DC surge protector are correctly
and securely connected. If the cables are
not correctly and securely connected,
reconnect them.
2. If the cables are correctly connected,
replace the DC surge protector.
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If you rectify the corresponding faults, the alarms in the monitoring unit are automatically cleared
and saved in history alarm information.
After the monitoring unit is replaced, set the parameters again.
The monitoring unit and rectifier module are hot-swappable.
5.2.2 Troubleshooting Components
AC SPD
Observe the indication window on the surge protection module. If the indication window
turns red, the surge protection module is damaged. In this case, replace the surge protection
module. If the indication window remains green, the SPD runs properly.
Circuit Breaker
The circuit breaker fault is usually caused by overcurrent or short circuits. To check whether a
circuit break is faulty, perform the following steps:
Step 1 Switch the circuit breaker to the ON position.
Step 2 Measure the resistance at the two ends of the circuit breaker using a multimeter. If the
resistance is infinity, the circuit breaker is damaged.
----End
DC Contactor
Table 5-3 DC contactor description
Position Type Check Method
Load
Disconnected
Branch
Closed type, (when the
contactor without electricity,
the state is closed)
When there is no voltage at the control
poles of the contactor, check whether the
input and output poles of the contactor
are proper by using the multimeter. For
example, the contactor of the power
system is closed type contactor as shown
in Figure 5-1. When there is no voltage
at control poles 1 and 2 but measuring
shows that the input and output poles 3
and 4 are disconnected, it indicates that
the contactor is faulty.
When there is voltage at the control
poles of the contactor, check whether the
input and output poles of the contactor
are proper by using the multimeter. For
example, the contactor of the power
system is a closed type contactor as
shown in Figure 5-1. When there is
voltage at control poles 1 and 2 but
measuring shows that the input and
output poles 3 and 4 are connected, it
indicates that the contactor is faulty.
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Position Type Check Method
Battery Fuse
or battery
circuit breaker
Branch
Open type, (when the
contactor without electricity,
the state is open)
When there is no voltage at the control
poles of the contactor, check whether the
input and output poles of the contactor
are proper by using the multimeter. For
example, the contactor of the power
system is an open type contactor as
shown in Figure 5-1. When there is no
voltage at control poles 1 and 2 but
measuring shows that the input and
output poles 3 and 4 are connected, it
indicates that the contactor is faulty.
When there is voltage at the control
poles of the contactor, check whether the
input and output poles of the contactor
are proper by using the multimeter. For
example, the contactor of the power
system is an open type contactor as
shown in Figure 5-1. When there is
voltage at control poles 1 and 2 but
measuring shows that the input and
output poles 3 and 4 are disconnected, it
indicates that the contactor is faulty.
Figure 5-1 DC contactor
Rectifier
The rectifier is damaged if either of the following conditions is not met:
The Run indicator of the rectifier is steady on and the Fault indicator is off when the
rectifier does not communicate with the monitoring unit and the input AC voltage is
around 220 V. The rectifier outputs power normally.
The monitoring unit can perform control on the charge mode (boost charge or floating
charge) and current for the rectifier when the rectifier communications cable is properly
connected and the rectifier communicates with the monitoring unit normally.
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Monitoring Unit
If any of the following occurs, the monitoring unit is faulty:
The monitoring unit breaks down or fails to start, or its LCD or keyboard fails.
The monitoring unit does not generate an alarm when a fault occurs in the system.
The monitoring unit generates an alarm (false alarm) when the system runs properly.
Communication between the monitoring unit and all subordinate equipment is
interrupted.
The monitoring unit fails to control or monitor all the modules when these modules run
properly and communications cables are connected properly.
The monitoring unit fails to monitor or control AC or DC distribution when AC/DC
power is distributed normally and communications cables are connected properly.
Parameters cannot be set or operating information cannot be viewed on the monitoring
unit.
5.3 Component Replacement
Describe how to replace the main components of the power system.
Load disconnection is prohibited when you replace the main components. Take measures to ensure
that important loads are always connected during the replacement. For example, keep the circuit
breaker of important loads at the ON position and ensure that either storage batteries or the AC input
is connected.
If a load must be disconnected, ask for the customer's prior permission.
The rectifier and the monitoring unit are hot-swappable.
Replacing the rectifier
To replace the rectifier, perform the following steps:
Step 1 Loosen the screws on the rectifier panel using a flat-head screwdriver.
Step 2 Pull the handle of the rectifier outwards, and then remove the rectifier from the plug-in
subrack, as shown in Figure 5-2.
Step 3 Insert the rectifier into the corresponding slot in the plug-in subrack. Then, loosen the screws
on the handle and pull out the handle.
Step 4 Slide the rectifier into the plug-in subrack slowly along the guide rails. Then, lock the handle.
Step 5 Tighten the screws on the handle, as shown in Figure 5-3.
----End
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Figure 5-2 Removing the old rectifier
Figure 5-3 Installing the new rectifier
Replacing the Door status sensor
To replace the door status sensor, perform the following steps:
Step 1 Open the front door and remove the case of the door status sensor, as shown in Figure 5-4.
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Figure 5-4 Removing the case of the door status sensor
Step 2 Record the connections of the alarm cables and then disconnect them.
Step 3 Loosen the screws on the door status sensor and then remove the sensor.
Step 4 Install a new door status sensor in position and tighten the screws.
Step 5 Install the alarm cables of the new door status sensor according to the recorded connections,
and then install the case.
----End
Replacing the monitoring unit
To replace the monitoring unit, perform the following steps:
Step 1 Push the locking latch left.
Step 2 Remove the old monitoring unit.
Step 3 Insert a new monitoring unit.
Step 4 Push the locking latch right.
Step 5 Set parameters on the monitoring unit panel.
----End
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Figure 5-5 Removing the old monitoring unit
Figure 5-6 Installing the new monitoring unit
Replacing the AC SPD
To replace the AC SPD, perform the following steps:
Step 1 Remove the faulty SPD.
Step 2 Insert the new SPD.
----End
Figure 5-7 Replacing the AC SPD of TP48200A-D15A1 & H15A3 & H15A5
Replacing Circuit breakers
To replace a circuit breaker, perform the following steps:
Step 1 Disconnect the power supply of a circuit breaker. For example, disconnect the AC input and
set the circuit breaker to OFF before replacing the input circuit breaker.
Step 2 Remove the cables or copper bars connected to the circuit breaker using a Phillips screwdriver,
and then wrap the cables or copper bars using black PVC insulation tape to avoid hazards.
Step 3 Press the contact plate at the bottom of the circuit breaker using a flat-head screwdriver. Then,
remove the circuit breaker, as shown in Figure 5-8.
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Step 4 Press the contact plate at the bottom of the circuit breaker using a flat-head screwdriver again
to install the new circuit breaker in the correct position. Then, push the contact plate upwards
using the screwdriver.
Step 5 Install the cables or copper bars to the circuit breaker using a Phillips screwdriver in the same
way.
Step 6 Set the circuit breaker to ON and connect power supply of this circuit breaker, as shown in
Figure 5-9.
----End
Figure 5-8 Removing the circuit breaker
Figure 5-9 Installing the circuit breaker
Replacing FansTo replace a fan, perform the following steps:
Step 1 Remove the UIM02C from the subrack, and disconnect the power cable. Figure 5-10 shows
how to disconnect the power cable from the heat exchanger.
Figure 5-10 Disconnect the power cable
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Step 2 Record the position where the cable connects to the fan, and then disconnect the cable.
Step 3 Remove the cover. If there is no cover, go to the next step. Figure 5-11 shows how to remove
the cover from the heat exchanger.
Figure 5-11 Remove the cover
Step 4 Remove the four screws from the fan, and remove the fan. Figure 5-12 shows how to remove
the fan screws from the heat exchanger.
Figure 5-12 Remove the fan
Step 5 Install a new fan.
Step 6 Reconnect the cable to the fan.
Step 7 Tighten the screws to secure the fan.
Step 8 Reinstall the cover.
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Step 9 Connect the power cable to the UIM02C and secure the UIM02C to the subrack
----End
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6 Monitoring Function
6.1 SMU02B
Panel
Figure 6-1 shows the SMU02B panel.
Figure 6-1 Panel
(1) Running status indicator (2) Minor alarm indicator (3) Major alarm indicator
(4) Liquid crystal display
(LCD)
(5) Locking latch (6) Four buttons
(7) USB (Reserved) (8) RS485/RS232 (9) FE
Indicators
Table 6-1 describes the SMU02B indicators.
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Table 6-1 Indicator description
Indicator Color Status Description
Running
status
Green Off The SMU02B is faulty or has no DC input.
Blinking at
0.5 Hz
The SMU02B runs properly and
communicates with the host properly.
Blinking at 4
Hz
The SMU02B runs properly but does not
communicate with the host properly.
Minor alarm
indicator
Yellow Off No minor and warning alarm
Steady on A minor or warning alarm is generated
Major alarm
indicator
Red Off No critical and major alarm
Steady on A critical or major alarm is generated
Buttons
Table 6-2 describes the buttons.
Table 6-2 Button description
Button Description
▲ or ▼ Allows you to view and set menu items.
Returns to the previous menu without saving the current menu settings.
Enters the main menu from the standby screen, enters a submenu from
the main menu, or saves menu settings.
NOTE:
After a menu is displayed, the standby screen is displayed and the LCD screen becomes dark if you
do not press any button within 5 minutes.
You need to log in again if you do not press any button with 8 minutes.
The preset username is admin and the preset password is 001
Communications Ports
The SMU02B communicates with the host over communications ports.
Table 6-3 Communications port description
Communications Ports Communications Parameter Protocol Compliance
FE Auto-adaptation TCP/IP, HTTPS and
SNMP
RS485 Baud rate: 9600 bit/s or 19200
bit/s
-
RS232 - YD/T 1363.2
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Figure 6-2 RJ45 pin definition
Table 6-4 FE pin definition
Pin Signal Description
1 TX+ FE transmit
2 TX-
3 RX+ FE receive
6 RX-
Table 6-5 RS485/RS232 pin definition
Pin Signal Description
1 TX+ RS485 transmit
2 TX-
4 RX+ RS485 receive
5 RX-
3 RX232 RS232 receive
7 TX232 RS232 transmit
6 PGND Ground
8 PGND Ground
6.2 UIM02C
The user interface module (UIM02C) supports eight dry contact outputs, nine Boolean value
inputs (including general DI1-6, smoke, water, door status), three analog signals inputs
(ambient temperature, humidity, and battery temperature).
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Panel
Figure 6-3 Appearance UIM02C Panel
Ports
Default mode of the dry contact output ports can be modified as required. See Setting Status
of the DO.
Table 6-6 Description of ports on the UIM02C
Port Type Silkscreen Description
Sensor ports TEM_HUM Temperature and humidity sensor
WATER Water sensor
TEMP1 Connected to environment temperature
sensor and used for fan speed adjustment
TEMP2 Reserved
GATE Door status sensor
SMOKE Smoke sensor
BTEMP Battery temperature sensor
Boolean value
input ports
DIN1 Boolean value input 1
DIN2 Boolean value input 2
DIN3 Boolean value input 3
DIN4 Boolean value input 4
DIN5 TP48200A-H15A5: Heater faults alarm
TP48200A-D15A1 & H15A3: Boolean
value input 5
DIN6 Boolean value input 6
Dry contact
output ports
ALM1 AC power failure alarm
Default mode (Close: alarm; Open:
normal) can be modified as required.
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Port Type Silkscreen Description
ALM2 DC undervoltage alarm or DC overvoltage
alarm
Default mode (Close: alarm; Open:
normal) can be modified as required.
ALM3 Rectifier faults alarm, rectifier protect
alarm, or communication faults alarm
Default mode (Close: alarm; Open:
normal) can be modified as required.
ALM4 SPD failure alarm
Default mode (Close: alarm; Open:
normal) can be modified as required.
ALM5 Fuse burn-out alarm
Default mode (Close: alarm; Open:
normal) can be modified as required.
ALM6 Battery temperature alarms
Default mode (Close: alarm; Open:
normal) can be modified as required.
ALM7 Door alarms
Default mode (Close: alarm; Open:
normal) can be modified as required.
ALM8 TCU alarms
Default mode (Close: alarm; Open:
normal) can be modified as required.
Communication
Port
COM RS485
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Pin Definition
Figure 6-4 Pins of sensor ports
Table 6-7 Pin Definition
Silk Screen Pin Pin definition
WATER 1 12 V
2 WATER
3 GND
4 -
TEMHUM 1 12 V
2 ENV_TEMP
3 12 V
4 ENV_HUM
TEMP1 1 TEMP1
2 GND
TEMP2 1 TEMP2
2 GND
GATE 1 DIN7+
2 JTD7
SMOKE 1 12 V
2 Smoke
BTEMP 1 Btemp1
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Silk Screen Pin Pin definition
2 12 V
6.3 LCD User Interface
Symbol Conventions
Table 6-8 Symbol conventions
Symbol Description
Press one time Enter button.
Press one time Down button.
Press one time Cancel button.
Press one time Up button.
Press more than one times Down button.
Press one time Enter button and more than one times Down button.
Picture with black border shows the path or view parameter
Picture with red border shows the variable parameter
Selecting a Display Language
After the SMU is powered on, the screen for selecting a display language is displayed. You
can select Chinese, English or other language by pressing ▲ or ▼ and enter the standby
screen by pressing Enter, as shown in Figure 6-5.
Enter
Down
Cancel
Up
Down
Enter Down
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Figure 6-5 Selecting Language
Querying Active Alarms
This section describes how to query active alarms on the LCD, as shown in Figure 6-6. The
parameter values in Figure 6-6 are for reference only.
Figure 6-6 Querying active alarms
110215 indicates February 15, 2011. The alarm severity and date are displayed alternatively.
Setting Parameters Quickly
This section describes how to quickly set the number of battery strings and rated battery
capacity on the LCD, as shown in Figure 6-7. The parameter values in Figure 6-7 are for
reference only.
Figure 6-7 Setting parameters quickly
To open the Settings page, Quick Setting page, and Control page, you need to enter a password. The
preset user name is admin and the preset password is 001. You can add or delete users, and change the
user name and password.
NOTE
NOTE
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Setting Status of the DO
This section describes how to set the DO status when there is an alarm on the LCD, as shown
in Figure 6-8. The parameter values in Figure 6-8 are for reference only.
For example, “DO 1 Alarm Act: Open” means that if an alarm is generated which related to Relay 1 (DO
1), the status of DO 1 port will be Open.
To relate an alarm to Relay 1 (DO 1), refer to Table A-2.
Figure 6-8 Setting Parameters of the DO
Setting Parameters of Alarm
This section describes how to set the alarm enable/disable, alarm level, related relay and
alarm delay time, as shown in Figure 6-9. The parameter values in Figure 6-9 are for
reference only.
NOTE
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Figure 6-9 Setting Parameters of the Alarm
LCD Menu Hierarchy
Figure 6-10 shows the LCD main menu.
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Figure 6-10 LCD Menu hierarchy
6.4 Web User Interface
To ensure the security of data transmission, the NetEco transmits data after encrypting it over SSL.
You can perform the following operations over the WebUI:
View the system status, including the PSU status, battery status, and active alarm
information.
Configure system parameters.
Configure network parameters, including IP addresses, host communications addresses
and baud rates under master/slave protocol.
Control the system, such as choosing battery boost or floating charge and resetting PSUs.
NOTE
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Add or delete users, and change user names and passwords.
Upgrade software online.
Query and export historical logs and alarms.
Configure alarm parameters, alarm severities, and the relationship between alarms and
dry contacts.
Set the system date and time, site and storage battery type, save, download, and upload
configuration files.
Query electronic label information.
Configure site information including date and site name and deal with configuration files
and so on.
Set the IP address, gateway, and subnet mask of the SMU on the LCD before logging into the
WebUI.
Login Web Page
Step 1 Connect an SMU to an Ethernet.
Step 2 Set the IP address, subnet mask, and gateway on the LCD based on those assigned by the
customer.
Step 3 Enter the IP address of the SMU in the Internet Explorer address box and press Enter.
Step 4 On the login page shown in Figure 6-11 set User Name to admin and Password to 001, and
then press Login.
----End
Figure 6-11 Login page
Querying System Status
To view the information about the site, active alarms, PSUs, batteries, power distribution,
TCU and fan, click System Status, as shown in Figure 6-12.
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Figure 6-12 System Status
Configuring System Parameters
You can configure the site, PSUs, and batteries in the System Configuration pane shown in
Figure 6-13.
Figure 6-13 System Configuration
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Configuring Network Parameters
In the Network Configuration pane, you can set the IP address, subnet mask, and default
gateway under System IP, the host communications address and baud rate under Master
Slave Protocol, the SNMP version under SNMP, the trap IP address under SNMP Trap, and
the server IP addresses and port number under NetEco.
Figure 6-14 shows the Network Configuration pane.
Figure 6-14 Network Configuration
Setting Control Parameters
You can set control parameters for the site, PSUs, storage batteries, and PDU in the Control
pane shown in Figure 6-15.
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Figure 6-15 Control
Managing Users
You can create and delete users and modify user information in the User Management pane
shown in Figure 6-16. Users are classified into three types: admin, engineer, and operator.
Different user types have different operation rights. Only admin users have user management
rights.
Figure 6-16 User Management
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Upgrading Software
You can upgrade SMU and PSU software in the Upgrade pane shown in Figure 6-17.
To upgrade software, perform the following steps:
Step 1 Click Browse to select the software and then click Send.
Step 2 After the software information is displayed under Available package active, select the
software and click Activate.
Step 3 The software upgrade progress is displayed. A message is displayed when the upgrade is
successful.
----End
Figure 6-17 Upgrade
Exporting Historical Logs
If you need to modify the preset file name when downloading a log file, display the extension
name. Otherwise, the file data will be abnormal.
Perform the following steps:
Step 1 Choose Organize> Folder and search options.
CAUTION
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Figure 6-18 Folder and search options
Step 2 Cancel Hide extensions for known file types tick.
Figure 6-19 Advanced settings
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----End
To download configuration files and log files, perform the following steps:
Step 1 Click Log History.
Step 2 Click Download under One-click Download.
The message "Are you sure to download the current configuration file and log file?" is
displayed.
Step 3 Click OK.
The configuration files and log files are downloaded in about 2 minutes.
----End
You can export battery testing records in Hypertext Markup Language (HTML) files by
clicking Export.
Figure 6-20 shows the Log History pane.
Figure 6-20 Log History
Exporting Historical Alarms
You can download historical alarms in the History Alarms pane shown in Figure 6-21. To
export historical alarms in HTML files, click Export. To clear historical alarms, click Clean.
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Figure 6-21 Historical Alarms
Configuring Alarm Parameters
You can set Alarm Enable, Alarm Level, and Relay in the Alarm Configuration pane
shown in Figure 6-22.
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Figure 6-22 Alarm Configuration
Configuring Site Parameters
You can set the date; time, site, and storage batteries type, and save, download, and upload
configuration files in the Site Configure pane shown in Figure 6-23.
Figure 6-23 Site Configure
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Energy Saving
You can set Basic Parameters, Control For Different Rates, Control for Exceeding Max Power,
Daily Electric Consum Mode, Monthly Electric Consum Mode in the Energy Saving pane
shown in Figure 6-24.
Figure 6-24 Energy Saving
Reading Electronic Labels
You can query electronic label information about system components such as the SMU, power
distribution subrack, and PSUs in the Electronic Label pane. To export electronic label
information in HTML files, click Export.
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Figure 6-25 Electronic Labels
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A Appendix
A.1 Technical Specifications
Table A-1 Technical specifications
Category Item Specifications
Environm
ental
conditions
Operating
temperature
TP48200A-H15A3 & D15A1: -10ºC to +45ºC (14ºF
to +113.0ºF)
TP48200A-H15A5: -40ºC to +45ºC (-40ºF to +113.0ºF)
Storage
temperature
-40°C to +70°C (-40°F to +158°F)
Transportation
temperature
-40°C to +70°C (-40°F to +158°F)
Operating
humidity
5%-95% RH (non-condensing)
Storage
humidity
5%-95% RH (non-condensing)
Altitude 0-4000 m (0-13123.2 ft)
When the altitude ranges from 2000 m (78.74 ft) to 4000 m
(13123.2 ft), the operating temperature is derated by 1ºC
(1.8ºF) for each additional 200 m (328.08 ft).
AC input Input mode TP48200A-D15A1 & H15A3 & H15A5:
Three-phase (One-phase compliant)
Input voltage Three-phase:346-415 V AC/200-240 V AC
One-phase:200-240 V AC
Input frequency 45-66 Hz (rated frequency: 50/60 Hz)
Power factor ≥ 0.99 (60%-100% load)
DC output Output voltage
range
-42 V DC to -58 V DC(Without load)
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Category Item Specifications
Default output
voltage
-53.5 V DC
Maximum
output power
Number of rectifiers multiplied by the output power of a
single rectifier
Regulated
voltage
precision
≤ 1%
Peak-to-peak
noise voltage
≤ 200 mV (0–20 MHz)
AC input
protection
AC input
overvoltage
protection
threshold
Overvoltage protection is performed when the single-phase
AC input voltage exceeds the AC input overvoltage
protection threshold (300 V AC by default).
AC input
overvoltage
recovery
threshold
When the voltage is restored to 290 V AC, the output
resumes.
AC input
undervoltage
protection
threshold
Undervoltage protection is performed when the single-phase
AC input voltage is below the AC input undervoltage
protection threshold (85 V AC by default).
AC input
undervoltage
recovery
threshold
When the voltage is restored to 90 V AC, the output
resumes.
DC output
protection
DC output
overvoltage
protection
threshold
58.5–60.5 V DC
Rectifier Efficiency R4850G1: ˃ 96% (230 V AC, 20%-90% load);
R4850N1: The peak point is ≥ 92.5 %;
≥ 91.5% (230 V AC, 35 %-80% load)
Output power R4850G1 3000 W (176-300 V AC);
1200 W (85-175 V AC)
R4850N1 2900 W (176-300 V AC);
1200 W (85-175 V AC)
Output soft
start
At the moment when the rectifier is powered on, the output
voltage rises slowly. The time for voltage rise is
configurable.
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Category Item Specifications
Overvoltage
protection
Voltage range: 58.5-60.5 V DC
If overvoltage occurs inside the rectifier due to a fault,
the rectifier experiences a deadlock.
External overvoltage:
If the external voltage is less than 63 V, the rectifier is in
the standby state. If overvoltage disappears, the rectifier
output resumes.
If the external voltage is greater than 63 V for more than
500 ms, the rectifier experiences a deadlock.
EMC CE EN300386 Class A
RE EN300386 Class A
Harmonic IEC 61000-3-12
Fluctuation and
blinking
IEC 61000-3-11
ESD Cabinet terminal: contact discharge voltage: 6 kV (Class
B); air discharge voltage: 8 kV (Class B);
EFT The voltage at signal ports is ±1 kV, and the voltage at the
power ports is ±2 kV (criterion B).
RS 10 V/m (criterion A)
CS The voltage at signal ports is 3 V and power ports is 10 V
(criterion A).
SURGE It complies with the IEC61000-4-5 standard. The voltage at
power ports in differential mode is ±2 kV. The voltage
power ports in common mode are ±4 kV (criterion B).
The voltage at signal ports in differential mode is 500 V.
The voltage at signal ports in common mode is 1 kV
Others AC surge
protection
Level-C surge protection
Standard surge discharge current: 20 kA
Maximum surge discharge current: 40 kA (8/20 µs)
Safety and
regulatory
design
IEC60950-1
MTBF 200,000 hours
Structure Dimensions (H
x W x D)
Cabinet:1600 mm x 650 mm x 650 mm (63.00 in. x 25.59
in. x 25.59 in.)(excluding base).
Base: 100 mm x 650 mm x 650 mm (3.94 in. x 25.59 in. x
25.59 in.).
Weight ≤ 120 kg (264.6 lb, without rectifiers and batteries)
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Category Item Specifications
Protection level TP48200A-H15A3 & A-H15A5: IP55
TP48200A-D15A1: IP45
Installation Installed on concrete floor or ESD floor (The bearing
capacity of the ESD floor should be greater than 800 kg.)
and 100 mm away from the wall
Maintenance From the front
Cooling TP48200A-H15A3 & A-H15A5:Heat exchange
TP48200A-D15A1: Direct air cooling
A.2 LCD Menu
Table A-2 LCD menu
Main Menu
Second-Level Menu
Third-Level Menu Fourth-Level Menu
Default Value
Active
Alarm
- - - -
Running
Status
Site Summary System Voltage - -
Total Load - -
Sys. Efficiency -
Peak Power - -
Peak Power Time - -
System Type - -
PSU Summary Total Current - -
Phase A Volt - -
Phase B Volt - -
Phase C Volt - -
Phase A Curr - -
Phase B Curr - -
Phase C Curr - -
AC Frequency - -
DC Total Power - -
PSU - - -
Batt Summ Total Current - -
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Main Menu
Second-Level Menu
Third-Level Menu Fourth-Level Menu
Default Value
Pre Disch Time - -
BattChargeSta - -
Batt Test Sta - -
Batt Temp 1 - -
VRLA Batt VRLA Batt1 Current -
Capacity -
Capa Percent -
Lithium Battery - - -
PDE Summary PDE Number - -
Comm PDE Num - -
Total Power - -
Total Current - -
Comm Status - -
PDE - - -
TCU Summary TEMP1 State - Normal
Cabinet Type - HEX Cabinet
Fan Group Fan Group1 Group Group 1
Fan(1-2) Speed -
Fan(1-2) State -
Fan Group2 Group Group 2
Fan(1-2) Speed -
Fan(1-2) State -
DCU DCU 1 Device
Address
-
SW Version -
Air Outlet T -
Fan Speed -
HEX - - -
TEC - - -
Alarm History - - -
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Main Menu
Second-Level Menu
Third-Level Menu Fourth-Level Menu
Default Value
Batt Test Log - - -
Settings
Alarm Setting Site Summary - -
PSU Summary - -
PSU - -
Batt Summ - -
VRLA Batt -
Lithium Battery - -
Alarm Relay - -
PDE Summary - -
PDE - -
TCU Summary - -
Fan Group - -
DCU -- -
HEX - -
TEC - -
Site Summary DC Ultra Over V - 60.0 V
DC Over Volt - 58.0 V
DC Ultra UnderV - 43.0 V
DC Under Volt - 45.0 V
Qty of Battery - 1
Shunt Current - 300 A
Shunt Voltage - 2 mV
AC Over Volt - 280 V
AC Under Volt - 180 V
System AC Type - Three Phase
Dial-up Network - Disable
DI(1~6) Alarm - Close
DO(1-8) Alarm Act - Close
Alarm Voice Dly - 10 Min
Alarm Voice En - No
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Main Menu
Second-Level Menu
Third-Level Menu Fourth-Level Menu
Default Value
Detect Diesel - No
DST Enable - Disable
Forbid All Alm - No
PSU Summary High PSU Cap % - 20%
Low PSU Cap % - 100%
Rect Redund Ena - Disable
VRLA Batt
Summ
Basic Para Smart Mgmt
En
Disable
Float Charge 53.5 V
Boost Charge 56.4 V
Current Limit 0.15C10
Over Current 0.25C10
Rated Capacity 150 Ah
Install Date 2010-01-01
FC BC Auto BC
Enabled Disable
Cyclic BC Ena Enable
Long Fail To
BC
Disable
AC Fail To BC
T
10 Min
Battery Test Test End Volt 46.0 V
Test End Capa 20.0%
Test End Temp 5 degC
Test End Time 480 Min
Mains Fail Test Disable
Batt Test Type No Test
Short Test Ena Enable
Short Test Intv 30 Day
ShortT
Duration
5 Min
Temp Comp TC Factor 80 mV/degC
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Main Menu
Second-Level Menu
Third-Level Menu Fourth-Level Menu
Default Value
Nominal Temp 25 degC
Temp source BTEMP
Charge Disch 0.05C10
DisTime 20.00 H
0.1C10 Dis
Time 10.0 H
0.2C10 Dis
Time 4.00 H
0.3C10 Dis
Time 2.42 H
0.4C10 Dis
Time 1.63 H
0.5C10 Dis
Time 1.16 H
0.6C10 Dis
Time 0.87 H
0.7C10 Dis
Time 0.61 H
0.8C10 Dis
Time 0.50 H
0.9C10 Dis
Time 0.42 H
1.0C10 Dis
Time 0.35 H
Capacity Coeff 95%
Other Batt Temp
VHigh
Lower DC
Volt
Over Temp
Volt
50.5 V
Batt High
Temp
50 degC
Bat V-High
Temp
53 degC
Batt Low
Temp -5 degC
Batt V-Low
Temp -10 degC
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Main Menu
Second-Level Menu
Third-Level Menu Fourth-Level Menu
Default Value
Batt Low Capa 70%
LVD Setting BLVD Enabled - Enable
BLVD Mode - By Voltage
BLVD Voltage - 43.2 V
BLVD Recon Volt - 51.5 V
LLVD1 Enabled - Enable
LLVD1 mode - By Voltage
LLVD1 Voltage - 45.0 V
LLVD1 Recon Vol - 51.5 V
Li-Batt
Summary
Rated Capacity - 40 Ah
Li-Batt Voltage - 56.5 V
PDE - - -
TCU Summary Fan Ctrl Mode - Auto
HT Alm Thres - 68.0 degC
HT Alm Clr Thres - 65.0 degC
DCU DCU 1 HT ALM
Thres
45 degC
LT ALM Thres -20 degC
HEX HEX 1 HT ALM
Thres
45 degC
LT ALM Thres -20 degC
TEC TEC 1 HT ALM
Thres
50 degC
LT ALM Thres -20 degC
Comm Para Host Comm Addr - 0
Comm Baudrate - 9600
Ydn Comm Addr - 1
DHCP - Disable
Phone Number (1-3) - -
Account (1-3) - -
Password: - -
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Main Menu
Second-Level Menu
Third-Level Menu Fourth-Level Menu
Default Value
IP Address - -
Subnet Mask - -
Gateway - -
NetEco Main IP - -
NetEco Bak IP - -
NetEco Port - 31220
System Para LUI Language - ENGLISH
Set Date - -
Set Time - -
Set Time Zone - GMT +08:00
Save As Def Cfg - Yes
Restore Def Cfg - Yes
Restore Manu Cfg - Yes
Logout - Yes
Set Site Name - -
Set Batt Type - NA
LCD Contrast - 5
Control Site Summary Auto/Man Ctrl - -
Network Detect - -
Reset Smoking - -
Clear PeakPower - -
DO(1-8) - -
Batt Summ BC/FC Ctrl - -
Battery Test - -
Reset Batt Cap - -
Clear Batt Alm - -
Short Test - -
LLVD1 Control - -
BLVD Control - -
Lithium Battery - - -
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Main Menu
Second-Level Menu
Third-Level Menu Fourth-Level Menu
Default Value
PSU Summary Current Limit - -
DC Voltage Ctrl - -
On/Off Control - -
PSU - - -
PDE Summary Clear PDE Lost - -
PDE - - -
DCU DCU 1 FAN Reset
HEX - - -
TEC - - -
Clr Alm Hist - - -
Quick
Settings
Qty of Battery - - 1
Rated Capacity - - 150 Ah
Set Date - -
Set Time - - -
IP Address - - -
Subnet mask - - -
Gateway - - -
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B Acronyms and Abbreviations
A
ATS automatic transfer switch
ACDB alternating current distribution box
B
BLVD battery low voltage disconnection
E
EMC electromagnetic compatibility
EMI electromagnetic interference
EMS electromagnetic susceptibility
F
FE fast Ethernet
L
LLVD load low voltage disconnection
I
IEC International Electrotechnical Commission
M
MTBF mean time between failures
O
OPEX operational expenditure
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P
PSU power supply unit
S
SMU site monitor unit
PSNU Simple Network Management Protocol
SPD surge protection device
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