ITEM
1
DELTA P/N
5017199600
SUPPLIER P/N
NOTES
*1
NOTES :
*1: DPR1800 Manual for Delta
手冊封面封底部份:長210mm±2mm 寬148mm±2mm (A5)材質：200g特銅紙 4色表面處理(UV光)
手冊內頁：長210mm±2mm 寬148mm±2mm (A5) 材質：80g模造紙 印刷色數1色 字體黑色
(本手冊內容和實物之比例無關.以檔案直接縮印為A5尺寸即可.不另行提供A5檔案.)
裝訂方式：側面膠裝或訂書釘裝訂
手冊不含本封面共61頁 (內頁部分59頁)
REV.
Description
Date
0
ESGF150-CAA0102, ESGF150-CAA0104 手冊規格發行, 產品出
貨使用
2017.03.24
Drawn
Designed
Checked
Zarina Liao
Shu Su
Checked Checked
Approved
DDCC-ChungLi
Document is
Released
2017.03.27
17:09:54 +08'00'
台達電子工業股份有限公司
DELTA ELECTRONICS, INC.
THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF DELTA
ELECTRONICS , INC. AND SHALL NOT BE REPRODUCED OR USED AS THE BASIS FOR
THE MANUFACTURE OR SELL OF APPARATUSES OR DEVICES WITHOUT PERMISSION.
File Name : FR1R00.XLS
DESCRIPTION :
SUPPLIER :
DPR1800
SERIES MANUAL
DRAWING NO. :
REV.
5017199600
0
NA
SHEET
1
OF
1
ESGF150ACAA0102
ESGF150ACAA0104
User manual
Table of contents
1
General ............................................................................................................................................................. 3
1.1
Using This Manual ........................................................................................................................................... 3
1.2
Package Inspection.......................................................................................................................................... 3
1.3
Safety Notice..................................................................................................................................................... 4
1.3.1
About legal and safety information ........................................................................................................ 4
1.3.2
Statement of compliance ......................................................................................................................... 4
1.3.3
Limitations ................................................................................................................................................. 4
1.3.4
Third Party Devices .................................................................................................................................. 5
1.4
Safety Instructions............................................................................................................................................ 5
1.4.1
General instructions ................................................................................................................................. 6
1.4.2
Specific instructions ................................................................................................................................. 7
2
Product Overview ........................................................................................................................................... 9
2.1
System Specification ....................................................................................................................................... 9
2.2
Exterior............................................................................................................................................................. 10
2.2.1
Dimension / Weight ................................................................................................................................ 10
2.3
System Configuration .................................................................................................................................... 12
2.3.1
Power Shelf ............................................................................................................................................. 12
2.3.2
Rack ......................................................................................................................................................... 12
2.4
3
Block Diagram ................................................................................................................................................ 13
Installation ......................................................................................................................................................15
3.1
Tools ................................................................................................................................................................ 15
3.2
System Wiring ................................................................................................................................................. 15
3.3
Recommended Wiring/Torque ..................................................................................................................... 16
3.4
Installation Process ........................................................................................................................................ 18
3.4.1
Rack assembly ....................................................................................................................................... 18
3.4.2
Power shelf mounting ............................................................................................................................ 18
3.4.3
AC Connection........................................................................................................................................ 19
3.4.4
DC Distribution Connection .................................................................................................................. 19
3.4.5
Power shelf load/battery cable connection ......................................................................................... 20
3.4.6
Battery string Connection ...................................................................................................................... 20
3.4.7
Temperature Sensor .............................................................................................................................. 21
3.4.8
Alarm Wiring............................................................................................................................................ 22
3.4.9
Module installation ................................................................................................................................. 22
3.4.10 System start-up quick guide ................................................................................................................. 23
4
Operation .........................................................................................................................................................25
4.1
Switch Mode Rectifiers .................................................................................................................................. 25
4.1.1
Description .............................................................................................................................................. 25
4.1.2
Specifications .......................................................................................................................................... 25
4.1.3
Environmental ......................................................................................................................................... 27
4.1.4
Outline & Dimensions ............................................................................................................................ 27
4.2
Controller ......................................................................................................................................................... 28
4.2.1
User interface introduction .................................................................................................................... 28
User manual Table of contents
1
4.2.2
4.2.3
LED........................................................................................................................................................... 28
General operation guide for LCD control ............................................................................................ 29
4.3
System menu tree .......................................................................................................................................... 30
4.3.1
Main menu............................................................................................................................................... 30
4.3.2
System information (Sys Info.) ............................................................................................................. 30
4.3.3
System Setting (Setting) ....................................................................................................................... 31
4.3.4
System alarm (Sys alarm)..................................................................................................................... 47
4.4
5
Alarm list .......................................................................................................................................................... 49
Maintenance....................................................................................................................................................52
5.1
Clearing and Maintenance ............................................................................................................................ 52
5.1.1
General .................................................................................................................................................... 52
5.1.2
Periodic Maintenance ............................................................................................................................ 52
5.2
Removing and Replacing a Rectifier Module ............................................................................................. 52
5.2.1
Removing a Rectifier ............................................................................................................................. 52
5.2.2
Adding a Rectifier ................................................................................................................................... 53
5.3
Maintenance Notice ....................................................................................................................................... 54
6
Simple troubleshooting guide .....................................................................................................................55
7
Others ..............................................................................................................................................................57
2
7.1
Spare Parts Lists ............................................................................................................................................ 57
7.2
Change History ............................................................................................................................................... 57
7.3
Glossary........................................................................................................................................................... 58
User manual Table of contents
1
General
1.1
Using This Manual
This manual contains specifications and instructions to properly install, commissioning
and maintain the outdoor power system. Component specifications, checklist and
drawings are contained in this manual.
Included in this manual are the installation, operation and maintenance of the controller,
rectifier, power distribution unit, and cooling module, even integration with third part diesel
generator. The manual also includes system status and alarms, even log, energy record,
maintenance interval and troubleshooting.
Step by step procedures required for installation and turn-up are detailed. All equipment
parameter settings, adjustments and confirmation as well as system monitoring,
operations and maintenance procedures are included.
Warnings are printed in bold lettering and alert the installation or maintenance
craftsperson of a potential hazard to either or the craftsperson if the warning advisement
is not followed.
1.2
Package Inspection
During the transportation, some unpredictable situations might occur. It is recommended
that you inspect its exterior packaging. If you notice any damage or missing, please
contact the dealer from whom you purchased the unit.
The package includes the following items:
No.
User manual
Item
Quantity (PCS)
1
power shelf
ESGF150ACAA0102 (includes rectifier x2)
ESGF150ACAA0104 (includes rectifier x4)
1
2
Rack
(include M6x12L 32pcs, M5x12L 10pcs)
1
3
User manual
1
4
Battery cables
(for two battery string)
2 pairs
5.
Screws for equipment mount (Cage nut)
6 sets
3
1.3
Safety Notice
1.3.1
About legal and safety information
Please read all safety and legal information given here before working with any Delta
products. Ignoring these instructions may result in damage to the equipment, health
hazards, or loss of life.
These safety instructions are an extension of any national laws governing health and
safety at work and the applicable standards, as well as any regulations of the statutory
authorities.
Installation shall only be performed by trained persons familiar with the local installation
regulations. The local installation regulations must always be followed (covering
installation in the building and main AC distribution panels). It is also necessary to follow
the instructions provided in the system user manual for installation, commissioning,
operation, and maintenance.
1.3.2
Statement of compliance
Please see the relevant product fact sheet for information.
1.3.3
Limitations
The equipment is mainly intended for telecommunications purposes only. The equipment
is not intended for use in applications in which the failure of the equipment could lead to
death, person injury, or severe physical or environmental damage.
Delta is not responsible for any danger or damage resulting from incorrect installation,
maintenance, operation or usage of the equipment, use beyond its intended purpose,
failure to observe state instructions, and/or failure to observe the applicable safety
regulations.
Delta is only responsible for components and services provided by Delta. Third party
components and/or services, such as batteries, repair and/or maintenance used in and/or
conducted for the equipment are not the responsibility of Delta. Furthermore, Delta is not
responsible for any malfunction or danger of, and/or damage to/resulted from the
equipment caused by such third party components and/or services.
Unauthorized modifications to the equipment may result in incorrect operation and/or
performance. The operator is responsible for the consequences of any modification in
the hardware configuration that are made without an agreement with the manufacturer or
authorized representative.
Installation, operation and maintenance of the equipment should only be performed by
suitably qualified personnel with appropriate training. The operator is responsible for
ensuring that personnel working with the equipment are provided with appropriate
operation and safety training.
4
User manual
The operator is responsible for ensuring that location of the system is treated as an
electrical equipment room. These rooms must have appropriate air-conditioning and
restricted access. The operator is also responsible for ensuring that the system rack
doors are securely locked and not accessible to unauthorized persons.
If the power supply to the system is not fitted with a disconnecting switch or equivalent
device, the operator is responsible for fitting an appropriate disconnection switch
conforming to the relevant regulations.
1.3.4
Third Party Devices
Delta is not responsible for devices, such as batteries that are not supplied by Delta.
Delta is not responsible for any danger or damage resulting from devices not supplied by
Delta.
1.4
Safety Instructions
Warnings, cautions, and notes are used to identify important information. They are
classified as follows:
Warning! A warning means that injury or death is possible if the information or
instructions are not obeyed.
Caution! A caution means that damage to equipment is possible if the
information or instructions are not obeyed
Note! Notes are additional information which may be useful to the operator.
User manual
5
1.4.1
General instructions
Caution! Delta Electronics, Inc. hereby strongly recommends
the customers to adapt GORE Filter, HEX and air conditioner if
customer’s outdoor cabinets are installed in the shore resign
within one (1) kilometre from the sea, otherwise, the salt-spray fog
may permeate into the cabinets, causing the corrosion and/or rust to the
apparatus and devices therein, and may result in the warranty becomes void.
Warning! Hazardous voltages are present within the equipment when a source
of electrical power is applied.
There is the risk of electrical shock from the main power supply and/or batteries. When
working on equipment with power applied, supervision of personnel is required. The
supervisor must be capable of providing first aid in the event of electrical shock.
Provision of an emergency switch or disconnection strap is not sufficient protection.
There is increased risk of accidents and electrical hazards when working on compact
equipment due to the close proximity of components. Operation of compact equipment
requires extra attention to safety. Only trained professionals can access the system to
open the cover, change cable connecting and replace SPD.
Warning! Protective shields and other safety devices provided with the
equipment must be in place when the equipment is operated.
The power system may have dual energy supply. Hazardous voltages may be present at
the main power connector and within the equipment for up to 10 seconds after
disconnecting the power supply. The operator is responsible for securing the proper
precautions for maintenance or service purposes.
During installation and maintenance, protective shields may be temporarily removed.
Use suitable insulated tools and appropriate clothing. Handle fuses only with tools
provided for this purpose, for example, load-break switch handles.
Adequate insulation from ground potential (earth) must be provided when working on the
equipment.
Warning! High temperatures present.
Localized areas of high temperature (<70 °C) may occur within the
rectifier/inverter/distribution rack. Take precautions against accidental burns.
Warning! Moving parts
Devices, such as rectifiers and environmental control for cabinets contain fans. These
may also continue to rotate for some time after the power has been removed.
6
User manual
Warning! Heavy equipment
The weight of the equipment requires suitable safety considerations. Additional personnel
or lifting equipment may be needed. Where required, the weight of equipment is stated on
the front of the unit.
Warning! Sharp edges
Equipment may have sharp edges. We recommend you wear gloves.
Caution! Do not restrict air flow. Fit blank panels for empty rectifier slots to
ensure correct air circulation inside cabinet.
Note! Delta recommends using wire rated for 90°C or greater for all AC and DC
connections.
1.4.2
Specific instructions
Products are not liable for any hazards incurred by not following proper safety procedures.
Installation, Operation and maintenance personnel should always follow these safety
rules:
1. Please observe all warning labels and notification on the equipment. Additional warnings,
cautions, and notes specific to certain equipment and/or conditions are described in the
context of relevant instructions.
2. Please read all documentation relevant to the given task.
3. Where devices, such as batteries, that are not supplied by Delta are used, please read
and observe all safety notices and instructions supplied by the appropriate manufacturer
or supplier.
4. The equipment is designed for installation and use in areas designated as "Restricted
Access Location" only. Where the rack will be secured to a concrete or other noncombustible floor.
5. Per Safety Standard an insulated grounding conductor, identical in size and insulation
characteristics to the supply conductors, is to be installed as part of the branch circuit that
supplies the unit or system. The grounding conductor should be green, with or without
yellow stripes.
6. The grounded conductor described up above is to be grounded to the earth at the service
equipment or if supplied by a separate derived system, at the supply transformer or
motor-generator set.
7. The AC receptacles in the vicinity of the power system are all to be of a grounding type
and the grounding conductors serving all receptacles are to be connected to earth ground
at the service equipment.
8. Before the system is operational, the AC input frequency and voltage must be verified
making sure the AC breaker rating and type are adequate and other environmental
conditions as noted in the specifications are met.
User manual
7
9. Protective systems or devices in PRIMARY CIRCUITS shall be in such a number and
located so as to detect and to interrupt the over-current flowing in any possible fault
current path (for example, line-to-line, line-to-neutral, line to protective earth conductor or
line to PROTECTIVE BONDING CONDUCTOR).
10. The system has passed stringent system testing prior to shipment. To avoid electrical
shock, the system requires a single ground point permanently connected to earth ground.
11. DC output & battery breakers must be replaced with approved replacement circuit
breakers meeting the original design specification.
12. All AC connections must be made per the latest issue of the Local Electrical Standard
and must conform to all local codes. The wiring method to accommodate different power
systems should comply with Local Electrical Standard; we suggest referring National
Electrical Code.
13. Always keep door closed at any time if no maintenance required preventing organism
intruding. Make sure door is latched and locked properly before leaving to avoid
vandalism or water/dust ingress. Do not open door in rainy or bad climate.
14. Only well-trained people can access and maintain the system. Use specified or approved
component for replacement such as air filter, fan, etc. Follow instruction to perform
needed maintenance.
15. Do not dump the cabinet. Do not roll the cabinets on their sides. Do not store anything on
top of the cabinet.
16. Ensure no liquids or wet things contact internal components. Do not smoke or introduce
sparks in the vicinity of a battery.
17. Follow the battery manufacturers approved transportation and storage instructions. And
follow battery manufacturers approved instructions to set all battery related parameters
accordingly.
18. Each individual battery should have at least 0.25 inches of space between it and
surrounding surfaces, or per the battery manufacturer’s specification to allow for
convective cooling.
19. Use only suitable measuring devices. Calibrate measuring devices regularly.
20. This information is for reference only, due to continuous product improvements, design
changes without further notice.
8
User manual
2
Product Overview
Delta Slim Line “ESGF150-CAA01” power shelf is designed to meet the power demands
upon 48Vdc/150A for wireless and wire line network applications. It combines 1U height
modular “Rectifier” and “Controller” to provide an intelligent features and compact power
system.
2.1
System Specification
Item
Specification/Function
AC Input Voltage
380Vac, 3  5W (R, S, T, N, FG) with AC I/P teminal
Tolerance : ±5%
AC Input Frequency
50Hz-60Hz
Tolerance : ±5%
System Capacity
150A (Max.)
Rectifier
ESR-48/30G C (Max. 5)
Control & Supervisor Unit
Delta controller
Iutput Breaker
32A/3P x 1
Output Breaker
PL: 20A X 2, 10A X 2
NPL: 100A X 1, 50A X 2
Battery Breaker
125A x 2
SPD
1. AC SPD
Uc :385Vac
In : 40KA (8/20us)
Imax : 80KA (8/20us)
2. DC SPD
Uc :100Vac
Imax :25KA (8/20us)
User manual
LVDS
1. LVBD (Low Voltage Battery Disconnect) * 1
2. LVLD (Low Voltage Load Disconnect) * 1
Remote Monitoring and
Control
RJ45 Interface
Operating Temperature
-5°C ~ +65°C (23°F~+149°F)
Storage Temperature
0°C ~ +75°C (32°F~+167°F)
Humidity
0~95% Relative Humidity, Non-Condensing
Altitude
< 2000m above mean sea level
0 - 2000 m:
Full of the nominal output power rating at maximum
temperature.
2000 m - 3000 m:
1% power derating per 100m. At 3000m altitude, the
output power can be 90% of the nominal power rating at
maximum temperature.
9
2.2
Exterior
ESGF150ACAA0102 (rectifier x2)
ESGF150ACAA0104 (rectifier x4)
2.2.1
Dimension / Weight
2.2.1.1
Power Shelf
10
Item
Specification/Function
Dimension (W x H x D)
587mm x 220mm x 345mm
Weight
25Kg
User manual
2.2.1.2
User manual
Rack
Item
Specification/Function
Dimension (W x H x D)
692mm x 1400mm x 604mm
Weight
70Kg
11
2.3
System Configuration
2.3.1
Power Shelf
2.3.2
Rack
12
User manual
BUSSMR [-48V]
BUSCOM [+0V]
SMR4
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
L1
SMR3
150A
150A
L2
-
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
+
24A
SMR2
+
L1
SMR1
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
ESR-48/30G C
L2
PE
AC Main 32A
PE
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
-
L12
P/N:5610025681
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
+
CNA1
1. CA N-H
2. S GND-3
3. CA N-L
4. S GND-3
5. P OS -3
N21 L21
1.CAN-H
2.--3.CAN-L
T o CSU CNY15
L13
L11
3
SA-05U/HEH-1 #1
P/N: 2930150000
ASS'Y PN: 5505603640
1. CA N-H
2. S GND-2
3. CA N-L
4. S GND-2
5. P OS -2
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
PE
L2
L1
N22 L22
PE
24A
24A
24A
N1
PE
FG
N
L3
1. CA N-H
2. --3. GNDCA N
4. --5. --6. CA N-L
L2
CNA 5
CNA 4
L1
1. CA N-H
2. S GND-1
3. CA N-L
4. S GND-1
5. P OS -1
CNA 3
User manual
PE
PE
SL1 SL2 SL3
PE
L3
L2
L1
N
N
N
N
6AWG
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
CNA 2
AC INPUT VOLTAGE: 380Vac ; 3P+PE
AC SPD
SN
N23 L23
+
-
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
PE
L2
L1
N24 L24
+
-
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
SMR5
PE
L2
L1
N25 L25
PE
1. CA N-H
2. S GND-3
3. CA N-L
4. S GND-3
5. P OS -3
8. POS
7.
6. CAN-L
5. CAN-H
4.
3. SGND
2. SGND
1.
PE
CNA1
3
1.CAN-H
2.--3.CAN-L
N21~N25 / 12A MAX
L21~L25 / 12A MAX
L22
L24
T o IMBUSD CNF8
N21
N22
N23
N24
N25
L25
L23
SN
L21
CNA 5
SL3
1. CA N-H
2. --3. GNDCA N
4. --5. --6. CA N-L
SL2
1. CA N-H
2. S GND-2
3. CA N-L
4. S GND-2
5. P OS -2
CNA 4
SL1
1. CA N-H
2. S GND-1
3. CA N-L
4. S GND-1
5. P OS -1
CNA 3
AC Module
CNA 2
Power Shelf Module
Block Diagram
SA-05U/HEH-1 #2
P/N: 2930150000
ASS'Y PN: 5505603640
2.4
13
IM
3
T o Shelf #2 CNA1
CNF2
CNF1
DD
P/N:5505603751
DCS-24/05A B
1. VIN+
Pin1
Pin2
RECT
CNF3
RECT
CNF6
CNQ2
CNQ1
1
RLY 3-COM
RLY 3-NC
RLY 3-NO
RLY 4-COM
RLY 4-NC
RLY 4-NO
1. RLY 5-COM
2. RLY 5-NC
3. RLY 5-NO
4. RLY 6-COM
5. RLY 6-NC
6. RLY 6-NO
6. NO
5. COM
4. NC
3. NO
2. COM
1. NC
14. S Y S _RE F
CNQ1
A
SA-05T /HK-15 Alarm T erminal Board 1
P/N: 5505603866
CNQ3
CNQ2
465 132 465 132 465 132
1.
2.
3.
4.
5.
6.
To Shelf #1 CNA1
SA-05T /HK-15 Alarm T erminal Board 2
P/N: 5505603866
CNQ3
3
CNE2
CNE3
Alarm Relay Board
PWB CU-19A-5
P/N:5505602054
RLY 1-COM
RLY 1-NC
RLY 1-NO
RLY 2-COM
RLY 2-NC
RLY 2-NO
CNE4
CNE1
CNY9
PWB CU-19A-23
Connector Board
P/N:5505602613
1.
2.
3.
4.
5.
6.
123 456
OUT2
IN
OUT3
13. DI N4
12. DI N3
11. DI N2
10. DI N1
9. NO
8. COM
7. NC
OUT1
X100
SSM1
M/N: D0100982
S501
S500
IMBUS
IMBUS
CNY 2
SENSN
P OWE R
S500: at "1" position
S501: at "0" position
3
CA N
CNY 15
X201
PW
1. B A TFS -1
2. B A TFS -2
3. FS
1.COM
2.---3.---4.---5.SMR
6.BAT
1
T
CNB6
Signal
CNB7
Power
4
WEB
Series Mini USB
1. S+12V
2. TBI
3. SGND
4. ----
1. S+12V
2. TAI
3. SGND
4. ----
Shielding
Shielding
Batt.Temp. Sensor
1. ---2. TBI
3. SGND
4. Shield
1. ---2. TAI
3. SGND
4. Shield
Ambient Temp. Sensor
USB
Ethernet
LVDS BD
CU-08-30
Web Board
P/N: 5505602700
CU-19A-10
1. LP-COM
2. S+12V
3. LP-LVDS
4. LP-D
P/N: 5505602187
2. S+12V
3. LVDS
4. LP-D
M/N: CU-19C A
CNW5
1
Hall Sensor
For User PC
CNW3
TA
-
-
TB
Length:3000mm
Diode
LVLD
Diode
LVBD
Length:180mm
CSU502 Controller Module
TA
CNY12
CNY8
Outdoor
TB
CNY3
CNY4
Battery I
CNY13
FAN
CNY11
LVDS2
CNY10
LVDS1
H
1. ----2 . S+ 1 2 V
3 . L P- L VDS1
4 . L P- D1
CN
CNY5
LVDS
L2
1 . S+ 1 2 V
2 . L P- L VDS2
3 . L P- D2
1.CANH
2.---3.CGND
4.---5.---6.CANL
5. LP -COM
4. ---3. LP -LV DS
2. S +12V
1. LP -D
CNY7
Breaker D
L1
5 . SG ND
4 . S+ 1 2 V
3 . F AN- F a il
2 . F AN- O N
1 . F - PWM
X200
3
B
+
DC SPD
1. S +12V
2. S -12V
3. I B I N
4. S GND
X300
RECT
CNF2
RECT
CN10
RECT
CNF8
RECT
CNF5
RECT
CNF9
RECT
CNF7
RECT
CNF1
IMBUS
CNF12
IMBUS
CNF14
RECT
CNF4
IMBUS
CNF11
IMBUS
CNF13
4
120ohm
P/N: 5505604056
IMBUSD
BUSSMR [-48V]
1. M 5V
2. M GND
1. S +12V
2. TB I
3. S GND
4. ----
BUSCOM [+0V]
1. S +12V
2. S -12V
3. Out door
4. S GND
CNY1
1. Vout+
2. Vout1. CS U-RX
2. CS U-TX
1. S +12V
2. TA I
3. S GND
4. ----
CNK 1
To CS U
4. RTX
3. RRX
2. M 5V
1. S GND
To LV DS
CNK 2
CNB 5
RJ-45
14
3
+
N.O.
N.C.
+
N.O.
N.C.
Non-Latch
Non-Latch
12 Position
RA-160F/ED-3
P/N: 5505600995
Load 10A
Load 10A
Load 20A
Load 20A
Load 50A
Load 50A
Load 100A
Battery 2 125A
Battery 1 125A
Output Module
CNC1
1 2
1. RLY1-NO
2. RLY1-COM
3. RLY1-NC
4. RLY2-NO
5. RLY2-COM
6. RLY2-NC
7. RLY3-NO
8. RLY3-COM
9. RLY3-NC
10. RLY4-NO
11. RLY4-COM
12. RLY4-NC
1. RLY5-NO
2. RLY5-COM
3. RLY5-NC
4. RLY6-NO
5. RLY6-COM
6. RLY6-NC
7. RLY7-NO
8. RLY7-COM
9. RLY7-NC
10. RLY8-NO
11. RLY8-COM
12. RLY8-NC
2. VIN-
User manual
PL
NPL
3
Installation
This installation guide is intended to provide system installers a reference to effectively
and correctly installing a Delta outdoor power system and ensuring the system’s
operation is optimized.
3.1
Tools
Prepare the tools below before installation (Insure that all the tools are in good insulating
condition)
3.2
System Wiring
The shelf comes fully assembled and all the connections are made at the factory. There
is no internal, shelf or module wiring required.
All wiring to the breaker are use lead with striped ends. Ensure to tight the screw and
keep the wires are all into the breaker terminal, no any wires or threads are remain
outside of the breaker to avoid short-circuit. Refer to the figure below.
User manual
15
Note! It is recommended to remove 15mm cover/plastic for the cable and entry
to the breaker.
3.3
Recommended Wiring/Torque
The recommended wire size (AWG#) for each breaker, refer to the 60 °C column for
copper wire and with at least 90° C insulation list below.
Max. Cable size for C60N breaker (≤63A): #6AWG; Max. Cable size for C120N breaker
(≤125A): #1AWG
The comparison list for wiring size of AWG and mm
16
User manual
AWG
Number
4/0=0000
3/0=000
2/0=00
1/0=0
1
2
3
4
5
6
7
8
9
10
11
O
[Inch]
0.46
0.41
0.365
0.325
0.289
0.258
0.229
0.204
0.182
0.162
0.144
0.128
0.114
0.102
0.0907
O
[mm]
11.7
10.4
9.26
8.25
7.35
6.54
5.83
5.19
4.62
4.11
3.66
3.26
2.91
2.59
2.3
O
Resistance
AWG
[mm2] [Ohm/m] Number
107 0.000161
12
85 0.000203
13
67.4 0.000256
14
53.5 0.000323
15
42.4 0.000407
16
33.6 0.000513
17
26.7 0.000647
18
21.1 0.000815
19
16.8
0.00103
20
13.3
0.0013
21
10.5
0.00163
22
8.36
0.00206
23
6.63
0.0026
24
5.28
0.00328
25
4.17
0.00413
26
O
[Inch]
0.0808
0.072
0.0641
0.0571
0.0508
0.0453
0.0403
0.0359
0.032
0.0285
0.0253
0.0226
0.0201
0.0179
0.0159
O
[mm]
2.05
1.83
1.63
1.45
1.29
1.15
1.02
0.912
0.812
0.723
0.644
0.573
0.511
0.455
0.405
O
Resistance
[mm2] [Ohm/m]
3.31
0.00521
2.62
0.00657
2.08
0.00829
1.65
0.0104
1.31
0.0132
1.04
0.0166
0.823
0.021
0.653
0.0264
0.518
0.0333
0.41
0.042
0.326
0.053
0.258
0.0668
0.205
0.0842
0.162
0.106
0.129
0.134
The recommended torque of Screw
User manual
17
3.4
Installation Process
3.4.1
Rack assembly
3.4.2
Power shelf mounting
Please use the M6 screw to fix the PDU.
18
User manual
3.4.3
AC Connection
Recommend for single phase: 35mm2 cable for AC connection
Warning! The shelf operates at AC voltages that can produce fatal electrical
shock. Installation and maintenance personnel must observe all safety
precautions.
Warning! Confirm the operating voltage before proceeding.
Warning! The input feeder circuit breaker at the AC panel must be in the Off
position before attempting to wire the shelf.
3.4.4
DC Distribution Connection
Refer to the figure below for the layout of the PDU.
Rating and position of output load breakers for the system: Refer to the figure and list
below.
Recommended wiring: refer to Section 3.3
User manual
19
3.4.5
Power shelf load/battery cable connection
1. Replace the top cover and front cover after cabling
2. Please slide back the power shelf after cabling
Note! Load LISTED output breakers to a maximum 80% of marked current.
3.4.6
Battery string Connection
Rating and position of battery breaker: Refer to the figure and list in 2.6 step4.
Recommended wiring: refer to Section 3.3
Note! Load LISTED output breakers to a maximum 80% of marked current.
Use a copper washer when connecting the battery cable on the battery with the terminal
size of M6.
20
User manual
Caution! Please turn off Battery breaker before installation
3.4.7
Temperature Sensor

Battery And Ambient
One battery sensor cable is provided with each system. The cable is labelled TB
terminate on connector TB and on the temperature sensor. Place and fix the temperature
sensor on the centre of the battery connection bus bar to detecting the battery
temperature.
The Ambient Temperature Sensor is labelled TA and can be placed anywhere in the left
cabinet of clear of the rectifier fan flow to sense the temperature of the left cabinet. (The
TA Sensor had already fix on the appropriate location of the cabinet by factory, no
required to install by customer of this item).
User manual
21
The other Ambient Temperature Sensor is labelled TA and it should be placed anywhere
of the right cabinet to sense the temperature of the right cabinet. This Ambient
Temperature Sensor TA1 is connected to the environment board.
3.4.8
Alarm Wiring
Relay
Description Label Name
Specifications
Remarks
1
OUT 1
AC Mains F
ACH, ACL, AC off
ACH 264Vdc
ACL 176Vdc
2
OUT 2
Rectifier F
any rectifier fail
3
OUT 3
CSU Fail
Controller Fail
4
OUT 4
High Temp.
TAH, TBH
5
OUT 5
DCV Out of Range DCH, DCL
6
OUT 6
N.A
7
OUT 7
N.A
8
OUT 8
N.A
TAH 45°C
TBH 40°C
DCH 57.5Vdc
DCL 46Vdc
Note! Battery breaker should be turn on event system install one string battery
only. If turn off battery breaker,it will trigger CB alarm
3.4.9
Module installation
In order to minimize the weight of system, all rectifier modules are delivered separated
and they should be re-installed in the site.
22
User manual

Rectifier Installation
Step1.
Install rectifier modules into the shelf
Holding the handle with one hand and using the other to support the rear half of the
rectifier module. Place the rectifier in the shelf and push into the shelf.
Caution! Please make sure the connection of rectifier and back-board is correct.
Do not force the module into the slot. If it does not slide in and connect easily,
remove and re-seat the unit.
Step2.

Push handle back and tighten screw up by screwdriver.
Sequence of Rectifier Installation
The recommended rectifier installation sequence:
From left to right of the shelf and from first layer shelf to the second layer to prevent
phase balance problem.
3.4.10
System start-up quick guide
3.4.10.1
Check-list and inspection before turn-on
Verify all connections prior to starting this section:
□
User manual
Ensure the input AC circuit breaker located on the AC service panel is switched to
“Off” position
23
□
□
□
□
□
3.4.10.2
Confirm the operating voltage before proceeding
Ensure the frame ground is properly connected to a permanent earth ground
connection
Ensure all the DC circuit breakers in the equipment are switched to the “Off”
position
Tighten the DC circuit breaker lugs to ensure proper contact is made with the load
cable and the trip sense wire as it may cause heat damage
Please upload profile for actual application for input (single phase/three phases)
and battery capacity(50AH/100AH/150AH)
Turn on the system
Step 1 Check all wiring are correct
Step 2 Check and confirm the input voltage is correct
Step 3 Pull out all the rectifiers from the system
Step 4 Switch on the battery breaker(s)
Step 5 Check the monitor of display on the controller
Step 6 Switch on the AC breaker
Step 7 Check the monitor of display on the controller again
Step 8 Push one rectifier into the rectifier slot
Step 9 Check the system works in normal condition.
Step 10 Push all other rectifier(s) into the rectifier slots
Step 11 Switch on the load breaker(s) sequentially
24
User manual
4
Operation
4.1
Switch Mode Rectifiers
4.1.1
Description
Delta’s DPR 1800B is a compact and very reliable family of front-end rectifier offering
1800W constant power output (From 43Vdc to 58Vdc). The modular design provides the
flexibility to configure and expand the system as the load demand increases. Each
rectifier is hot swappable with front access for ease of maintenance without system
shutdown providing uninterrupted service.
DPR 1800B active power factor corrected to great than 0.99 PF (THD5%) for maximum
AC utilization.
4.1.2
Specifications
4.1.2.1
Input
Specification
Description
Nominal
230Vac / Single Phase
Voutdcnom: 54Vdc; Tamb< 45°C
Pout (W)
-15℃ ≦ Temp ≦ 45℃
1740
Input voltage:
No
PFC
870
80 90
4.1.2.2
276 300 310
Line Frequency:
45Hz….66Hz
True Power Factor:
> 0.99 at full load, nominal line
Protection:
Fuse
Vin(Vac)
Output
Specification
DC Output Voltage
User manual
154 176
Description
43 …. 58 Vdc (Factory default 54V)
25
-15℃ ≦ Temp ≦ 45℃
Vin: 176Vac ~ 300Vac
Vo(V)
58
54
48
40
Output Power
20
30 32.22 36.25 Io(A)
Typical
Efficiency:
>91% at 50%~100% load
4.1.2.3
Regulation:
 200 ppm
Load:
  250mV (load 0~100%)
Line:
Acoustic:
  50mV
< 55 dB(A),ISO 7779
Current Sharing
 ±5% of nominal output current
Status/Alarm indicators
Item
Color
Status
Function Specifications
Remark
a. SMR can regulate output voltage
normally – Power cell is ok.
a. Standby mode (off command from
Blink
controller).
b. AC input voltage out of rectifier
(20ms on / operating range.
1000ms off) c. Rectifier is waiting to startup during the
startup delay.
a. Rectifier is shut down due to any
reason e.g. OVP, OTP, fan fail, Rectifier
On
faulty, internal communication fail.
b. Output fuse broke.
On
OK
Green
RFA
Red
Orange
(Green &
OK/RFA
Red
mixing)
On
a. Current limit.
(All LED
bright )
b. Power limit.
Blink
a. At startup of the rectifier during
configuration process of the interface.
b. Identify a specific rectifier module in the
system by using Orion (blinking 30s).
c. Reset to default rectifier settings.
(100ms on /
d. Bus termination not ok.
400ms off)
e. Press push button.
Off
(All LED
dark )
26
c. Rectifier output is short circuit.
a. Rectifier is doing S/W Boot loader.
b. AC input voltage is lost.
User manual
4.1.3
Environmental
Specification
Description
EMI Suppression:
EN 55022, class A
EMC Immunity:
- Lightning/Surge:
EN 61000-4-5
2kV CM / 1kV DM
4kV CM / 2kV DM
6kV CM & DM
- ESD
4.1.4
User manual
EN 61000-4-2
Contact Discharge  8KV
Air Discharge  15KV
Safety
IEC 60950-1, CB certificate, CB scheme, UL/cUL
60950-1, CSA-C22.2, CE mark, EN 60950, TUV
Approval
MTBF
300K hours (Calculated) at Ambient 25°C
Outline & Dimensions
Dimensions (W x H x D)
83.0 x 274.6 x 43.4 / mm (3.27 x 10.8 x 1.71 / inch)
Weight
 1.2 kg / 2.64 lb
27
4.2
Controller
4.2.1
User interface introduction
4.2.2
28
1. LCD display
3. LED displays (Main F, MAJ, MIN & EQU)
2. Mini B USB port
4. Control button (Up, Down, Enter & ESC)
LED

The following LED’s are on the front of the controller:

LED default setting as below table:
User manual
4.2.3
LED
Name
Function
#1
Urgent Alarm
-
Temp Alarm
DCV Out Alarm
Cooling Failure
Batt MCB Trip
Load MCB Trip
S Urgent RFA
#2
Non Urg Alarm
-
AC SPD Fault
S Non Urg RFA
Batt Dischare
#3
AC SPD Fault
-
AC SPD Fault
#4
Mains failure
-
AC Main Fail
#5
Door Open
-
Door Open
General operation guide for LCD control
While in operation, there are several symbols will be shown on the LCD screen. These
symbols will guide you to use the system:
Rectifier
Battery
Alarm Info
Sys Config
Rectifier
Battery
Alarm Info
Sys Config
>
>
>
>
＞
>
>
>
>
1000AH >
Max.Ib
0.10C >

When the toolbar is shown on the screen, user can press UP or DOWN
key on the controller scroll up or down the operation menu

When in setting page, user can press UP key to increase setting value

User can uses “Enter” button from the main screen (Level 0) to enter
the next screen (Level 1) when the symbol is on the screen
Rectifier
Battery
Alarm Info
Sys Config
>
>

>
>
1000AH >

User can setting or adjusting the parameter value by press UP or
DOWN key

When in setting page, user can press UP or DOWN key to increase or
decrease setting value

When necessary, press “ESC” key to go back to the previous page, or
continue press “ESC” key for several seconds to go back to the main
screen.
Capacity
Max.Ib
0.10C >
ESC
User manual
Capacity
User can uses “Enter” button to the specific items on the screen
29
4.3
System menu tree
Sys Info
Rectifier
Battery
Alarm Info
Sys Config
MAIN MENU
DCV
54.3V
DCI
125.5A
Sys Status
Alarm
Sys Info
Setting
Sys Alarm
Sys Info
Setting
Sys Alarm
>
>
>
>
>
>
>
ACV
Temp
C-Fan
Event Log
>
>
>
>
Eff.Mgt
Date/Time
FW Version
>
>
>
3.3.1 Rectifier
3.3.2 Battery
3.3.3 Alarm Info
3.3.4 Sys Config
3.3.5 ACV
3.3.6 Temp
3.3.7 C-Fan
3.3.8 Event Log
3.3.9 Eff. Mgt
3.3.10 Date/Time
3.3.11FW Version
Setting
Rectifier
Battery
Alarm Set
Sys Config
>
>
>
>
Eff. Mgt
Date/Time
Alar Reset
C-Fan
>
>
>
>
LCD Set
Password
>
>
3.4.1 Rectifier
3.4.2 Battery
3.4.3 Alarm Set
3.4.4 Sys Config
3.4.5 Eff. Mgt
3.4.6 Date/Time
3.4.7 Alar Reset
3.4.8 C-Fan
3.4.9 LCD Set
3.4.10 Password
Sys Alarm
Sys Alarm
3.5.1 Sys Alarm
Status of Alarm
Note! The above menu might vary according to different firmware version.
4.3.1
Main menu
3. 2 MAIN MENU
DCV
54.3V
DCI
125.5A
Sys status
Alarm
Sys Info
Setting
Sys Alarm
>
>
>
3.3 Sys Info
3.4 Setting
3.5 Sys Alarm
The main menu shows the basic information about the system operation. Press “Enter”
key to access the next level system function:

Sys Info: You can get system operation information from this menu

Setting: You can set or commission the system from this menu.

Sys Alarm: You can get system alarm information from the menu if there is alarm
happened in the
Note! You will need a password to enter the “Sys Setting” for commissioning
purpose. Consult your system administrator to get the access information.
4.3.2
30
System information (Sys Info.)
User manual
This menu shows the system operation information. (Remark: Information in each system
might have minor difference according to different system version). Information include::
4.3.3

System general information: including system output voltage (DCV), system output
current (DCI), System status, and Existing alarm.

Rectifier information (Rectifier): including individual rectifier output current, and
rectifier status (e.g. OK, Fail, Communication Fail, Current limit, off, or not available)

Battery information (Battery): including battery status (charging or discharging),
battery temperature, battery current, battery temperature…

Event Log: including event and record time.

Current Setting (Curr. Setting): shows the system commissioning information, such
as parameter value, function enable/disable status…
System Setting (Setting)
When enter the right access password, user can access to the System Setting function.
The system provides a very flexible function for on site setting and commissioning.
Caution! Incorrect/Improper system setting will result in unexpected system
operation or shut down the whole system operation. To access the function, the
authorized technician must accept proper training prior to conducting the
operation.
4.3.3.1
Rectifier setting (Rectifier)
Caution! Incorrect setting in this section will result abnormal operation
behaviour and shut down the system expectedly.
Rectifier
Battery
Alarm Set
Sys Config
CL
CL: 55A
HVSD
>
>
>
>
Rectifier: Rectifier information up to 16 sets (Depend
Enter
on system capacity). Includes CL and HVSD threshold
setting.
CL: To limited the rectifier’s maximum output current.
55.0A >
59.0V >
Enter
CL
HVSD
55.0A >
59.0V >
UP
SMR maximum output limit:
Range: 10~56A
DOWN
CL
HVSD
HVSD
HVSD (High voltage shutdown): Controller provides a
reference HVSD value to rectifiers.
55.0A >
59V >
59.0
Enter
User manual
31
CL
HVSD
55.0A >
59.0V >
UP
High voltage shutdown:
Range: 58~60A
DOWN
4.3.3.2
Battery setting (Battery)
Caution! Incorrect setting in this section will result in battery can not fully
charged, insufficient back up time, shorten the battery life, or battery damage.
Rectifier
Battery
Alarm Set
Sys Config
4.3.3.2.1
>
>
>
>
Battery: Includes parameter, Battery Test, temperature
compensation and Boost charge.
Enter
Battery parameter setting (Parameter)
Parameter
Batt. Test
Temp. comp
Boost
>
>
>
>
Parameter: Summary parameter configuration
Enter
FLV: Floating voltage setting
FLV
54.5V >
EQUV
56.4 >
FLV
Enter
UP
54.5V >
FLV: Float Voltage setting
Range: 53.3 ~ 55.3V
EQUV
56.4 >
DOWN
EQUV: Equalize voltage setting
FLV
54.5 >
EQUV
56.4V
56.4 >>
FLV
Enter
UP
54.5 >
EQU: Equalizing setting
Range: 55.4 ~ 57.4V
EQUV
54.5V >
DOWN
Cap (Battery Capacity): Battery Capacity setting
Capacity
1000AH >
Max.Ib
0.10C >
Capacity
Enter
UP
1000AH >
Battery Capacity
Range: 0 (*Caution),10~6000AH
Max.Ib
0.10C >
32
DOWN
User manual
Max. Ib (Max. Charge current percentage) : Maximun
battery charge current setting.
Capacity
54.5 >
Max.Ib
0.10C> >
56.4
Capacity
Enter
UP
54.5 >
Max. Charge current percentage
Range: 0.1~0.5C
Max.Ib
0.10C >
4.3.3.2.2
DOWN
Battery test setting (Battery Test)
Parameter
Batt. Test
Temp. comp
Boost
>
>
>
>
Period Set
>
Battery Test: Battery Test parameter setting
Enter
Periodic Set: Battery Test by Periodic
Manu-Test
>
BDTI
0.1C >
B-FV
47.0V >
Enter
Status default: Enable
Period Set
Status
En >
Period
XXD >
Enter
Period Set
En
En >
Status
Period
XXD >
UP
Status default: Enable
Range:1~45Day
DOWN
Period Set
>
Manu-Test
>>
BDTI
0.10C
0.1C >
B-FV
47.0V >
Manu-Test
Status
Manu-Test: Manual Battery Test
Enter
Manu-Test: Manual Battery Test
Status: Enable/Disable
En >
Enter
Manu-Test
En
En
Status
UP
>
DOWN
Period Set
>
Manu-Test
>>
BDTI
0.10C
0.1C
0.1C>>
B-FV
47.0V >
Period Set
>
Manu-Test
>>
0.10C
BDTI
0.1C>
B-FV
47.0V >
User manual
BDTI: Battery test discharging current setting
Enter
UP
Battery test discharging current
Range: 0.05~0.3C
DOWN
33
Period Set
>
Manu-Test
>>
BDTI
0.10C
0.1C>
B-FV
47.0V>>
47.0V
Period Set
>
Manu-Test
>>
BDTI
0.10C
0.1C >
47.0V >
B-FV
T-Cap
B-FV: Battery Failed Voltage default setting.
Enter
UP
Battery Failed Voltage
Range: 44V~48V
DOWN
T-Cap: Test Lost Capacity setting
0.10C >
Enter
T-Cap
0.10C
>
UP
Test Lost Capacity
DOWN
4.3.3.2.3
Battery temperature compensation setting (Temp. Com)
Parameter
Batt. Test
Temp. Comp
Boost
Status
Coef
Ref T
Status
Coef
Ref T
Status
Coef
Ref T
Status
Coef
Ref T
Status
Coef
Ref T
Status
Coef
Ref T
4.3.3.2.4
34
>
>
>
>
Temp. Compensation: Temperature compensation
information default setting.
Enter
Status: Enable/Disable setting
Dis >>
3mV/℃ >
25 ℃ >
Dis
>
3mV/℃ >
25 ℃ >
Enter
UP
DOWN
Range:2~6mV/℃ cell
Dis >
3mV/℃ >>
3.0mV/℃
25 ℃ >
Dis >
3mV/℃ >
25 ℃ >
Enter
UP
DOWN
Ref T: Battery reference temperature default setting
Dis >
3mV/℃ >
25 ℃ >
Dis >
3mV/℃ >
25℃ >
Coef: Temperature compensation coefficient of
threshold setting.
Enter
UP
Reference temperature
Range : 18 ~ 27℃ (64~81℉)
DOWN
Boost setting (Boost)
User manual
Parameter
Batt. Test
Temp. comp
Boost
>
>
>
>
Boost Mode
Boost stop
Manu-Charg
>
>
>
Boost: Boost management includes Boost Mode,
Boost Stop and Manu-Charge.
Enter
Enter
4.3.3.2.4.1
Boost mode setting (Boost mode)
Boost Mode
Boost stop
Manu-Charg
>
>
>
Enter
Capacity M
Voltage M
Recharge M
Periodic M
>
>
>
>
Status
Dis >
Remain Cap
0.95C >
Dis >
Status
Remain Cap
0.95C >
Status
Dis >
Remain Cap
0.95C
0.95C>>
Dis >
Status
Remain Cap
0.95C >
Capacity M
Voltage M
Recharge M
Periodic M
Status
Deep Volt.
>
>
>
>
Dis >
Status
Deep Volt.
46.0V >
Capacity Mode: In battery Capacity Mode can be
function configurable “Enable/Disable” and adjustable
“Remain Cap” parameter.
Status: Enable/Disable setting
Enter
UP
DOWN
Battery capacity mode
Remain capacity parameter Range:0.5~0.95C
Enter
UP
DOWN
Enter
Voltage Mode: In Voltage Mode can be function
configurable “Enable/disable” and adjustable “Deep
Volt.” parameter.
Status: Enable/disable setting
Dis >
46.0V >
User manual
Enter
Boost Mode: Boost charge Mode setting
Start mode selection:
Capacity / Voltage /Recharge/Periodic
Enter
UP
DOWN
35
Status
Deep Volt.
Voltage mode
Deep voltage parameter Range:44V~48V
Dis >
46.0V>>
46.0V
UP
Dis >
Status
Deep Volt.
46.0V >
Capacity M
Voltage M
Recharge M
Periodic M
DOWN
>
>
>
>
Status
Enter
Enter
Recharge Mode: Ever system is in main fail, and the
battery discharge duration time more than 5 minutes,
start boost charge process.
Status: Enable/disable setting
Dis >
Enter
Dis
Status
>
UP
DOWN
Capacity M
Voltage M
Recharge M
Periodic M
Status
Period
>
>
>
>
Enter
Periodic Mode: In Periodic Mode can be function
configurable “Enable/Disable” and adjustable “Periodic”
parameter.
Status: Enable/Disable setting
En >
XXD >
Enter
UP
Status En En >
Period
XXD >
DOWN
Status
Period
Period
Periodic mode
Period parameter Range:1~45 days
En >
XXD >
>
XXD
Enter
Status
Period
En
XXD
UP
>
>
DOWN
4.3.3.2.4.2
Boost stop setting (Boost stop)
Boost Mode
Boost Stop
Manu-Charg
Boost Stop: Boost Stop default setting
>
>
>
Enter
36
User manual
Min. Ib
Min. Ib (Min. Charge current percentage): Minimun
battery charge current setting.
0.05C>>
0.05C
Duration
Time
720min >
Enter
Min. Ib
UP
0.05C >
Duration
Time
720min >
DOWN
Charge duration time
Range: 30~720min
Min. Ib
0.05C >
Duration
Time
720min>>
Time
720min
Min. Ib
Min. Charge current percentage
Range: 0.03C~0.1C
Enter
UP
0.05C >
Duration
Time
720min >
4.3.3.2.4.3
DOWN
Manual charge setting (Manu charge)
Boost Mode
Boost Stop
Manu-Charg
>
>
>
Enter
Status
Manu-Charge (Manual Charge): User can be manual
switches the system into Equalize charge mode
through this function.
OFF> >
Dis
Enter
Status
>
Dis
UP
Status: Enable/Disable setting
DOWN
4.3.3.3
System alarm configuration (Alarm Set)
Caution! Incorrect setting in this section will result abnormal operation behaviour
and shut down the system expectedly.
Rectifier
Battery
Alarm Set
Sys Config
>
>
>
>
DCV
>
Temp
ACV
>
>
Alarm Set: System alarm configuration
To define all of the system alarm thresholds..
Enter
Enter
4.3.3.3.1
User manual
DC voltage alarm setting (DCV)
37
DCV
>
Temp
ACV
>
>
DCV: DC Voltage alarm settings
Enter
DCH: DC high voltage alarm value threshold setting.
DCH
DCH
DCL
58.0V >
58.0V
>
46.0V >
Enter
UP
DCH
DCL
58.0V >
46.0V >
DC High voltage
Range: (EQUV+0.2V)~(HVSD-0.3V)
DOWN
DCL: DC low voltage alarm value threshold setting
DCH
DCL
58.0V >
46.0V
46.0V>>
Enter
UP
DCH
DCL
58.0V >
46.0V >
DC Low voltage
Range: (LVDS1T+2)~50V
DOWN
4.3.3.3.2
Temperature alarm setting (Temp)
DCV
Temp
ACV
Temp: Battery/Ambient temperature alarm setting
>
>
>
Enter
38
TBH
TBL
TAH
TAL
30℃>
-05℃>
25℃>
-10℃>
TBH
TBL
TAH
TAL
30℃ >
-05℃>
25℃>
-10℃>
TBH
TBL
TAH
TAL
30℃>
-05℃>
25℃>
-10℃>
TBH
TBL
TAH
TAL
30℃>
-05℃ >
25℃>
-10℃>
TBH
TBL
TAH
TAL
30℃>
-05℃>
25℃>
-10℃>
TBH: High battery temperature alarm value threshold
setting.
Enter
UP
High battery temperature
Range: 30~70℃(86~158℉)
DOWN
TBL: Low battery temperature alarm value threshold
setting.
Enter
UP
Low battery temperature
Range: -30~7℃(-22~44℉)
DOWN
TAH: High ambient temperature alarm value threshold
setting
Enter
User manual
4.3.3.3.3
TBH
TBL
TAH
TAL
30℃>
-05℃>
25℃ >
-10℃>
TBH
TBL
TAH
TAL
30℃>
-05℃>
25℃>
-10℃>
TBH
TBL
TAH
TAL
30℃>
-05℃>
25℃>
-10℃ >
UP
Hi Ambient temperature
Range: 30~70℃(86~158℉)
DOWN
TAL: Low ambient temperature alarm value threshold
setting.
Enter
UP
Low Ambient temperature
Range: -30~7℃(-22~44℉)
DOWN
AC voltage alarm setting (ACV)
DCV
Temp
ACV
ACV: AC voltage alarm settings
>
>
>
Enter
ACH
ACL
ACH: AC high voltage alarm value of threshold setting
264V >
175V >
Enter
264V >
175V >
ACH
ACL
UP
AC high voltage
Range: 230V~500V
DOWN
ACH
ACL
ACL: AC Low voltage alarm value of threshold setting
264V >
175V >
Enter
ACH
ACL
264V >
175V >
UP
AC low voltage
Range: 80V~200V
DOWN
4.3.3.4
System configuration setting (Sys config)
Rectifier
Battery
Alarm Set
Sys Config
LVD
Web IP
Buzzer
>
>
>
>
Sys Config: system configuration.
Enter
LVD, Web IP and buzzer setting
>
>
>
Enter
4.3.3.4.1.1
User manual
Low voltage disconnect mode setting (V-mode)
39
LVD
Web IP
Buzzer
>
>
>
Enter
V-Mode
T-Mode
LVD (Low Voltage Disconnects): To control the LVD.
Standard 1, up to 3 LVD controllable, for the
battery/load power separated with system. (Number 2
and 3 LVD functions need the extend board addition).
V-Mode: Low voltage disconnect Mode configuration.
>
>
Enter
Trip-V
LVD1
LVD2
LVD3
42.0V >
43.0V >
43.0V >
LVD1
LVD2
LVD3
En >
Dis >
Dis >
Trip-V
LVD1
LVD2
LVD3
42.0V
42.0V >>
43.0V >
43.0V >
Trip-V
LVD1
LVD2
LVD3
42.0V >
43.0V >
43.0V >
Trip-V
LVD1
LVD2
LVD3
42.0V >
43.0V >
43.0V >
Trip-V
LVD1
LVD2
LVD3
42.0V >
43.0V >
43.0V >
DOWN
Enter
LVD1 Range: 41.0 ~ 48.0V
Notice: The LVD1 shall be the high priority for system
application.
UP
DOWN
Enter
LVD2 Range: (LVD1TL+1)V~49V
The LVD2 and LVD3 is low priority for
system application
UP
Trip-V
LVD1
LVD2
LVD3
42.0V >
43.0V >
43.0V >
Trip-V
LVD1
LVD2
LVD3
42.0V >
43.0V >
43.0V >
LVD1 En
LVD2
LVD3
40
UP
LVD1 (Low voltage disconnects 1): Low voltage
disconnects 1 threshold setting.
LVD2 (Low voltage disconnects 2): Low voltage
disconnects 2 threshold setting.
LVD3 (Low voltage disconnects 3): Low voltage
disconnects 3 threshold setting.
DOWN
Enter
LVD3 Range: (LVD1TL+1)V~49V
The LVD2 and LVD3 is low priority for
system application
UP
En>>
Dis >
Dis >
DOWN
LVD1 default status: Enable
Function: Enable/Disable (En/ Dis)
Enter
User manual
LVD1
LVD2
LVD3
En >
Dis >
Dis >
LVD1
LVD2
LVD3
En >
Dis >
Dis >
UP
DOWN
LVD2 default status: Enable
Function: Enable/Disable (En/ Dis)
Enter
4.3.3.4.1.2
LVD1
LVD2
LVD3
En >
Dis >
Dis >
LVD1
LVD2
LVD3
En >
Dis >
Dis >
LVD1
LVD2
LVD3
En >
Dis >
Dis >
UP
DOWN
LVD3 default status: Enable
Function: Enable/Disable (En/ Dis)
Enter
UP
DOWN
High temperature disconnect mode setting (T-mode)
V-Mode
T-Mode
T-Mode: High temperature disconnect Mode
>
>
Enter
User manual
Trip
LVD1
LVD2
LVD3
50℃>
50℃>
Dis >
Dis >
Dis >
Trip
LVD1
LVD2
LVD3
50℃ >
En >
Dis >
Dis >
Trip
LVD1
LVD2
LVD3
50℃>
Dis >
Dis >
Dis >
Trip
LVD1
LVD2
LVD3
50℃>
En >
Dis >
Dis >
Trip
LVD1
LVD2
LVD3
50℃>
Dis >
Dis >
Dis >
Trip temp: High temperature trip value of threshold
setting.
Enter
UP
Trip temperature Range: 40~70℃(104~158℉)
DOWN
LVD1 default status: Disable
Function: Enable/Disable (En/ Dis)
Enter
UP
DOWN
LVD2 default status: Disable
Function: Enable/Disable (En/ Dis)
Enter
41
4.3.3.4.2
Trip
LVD1
LVD2
LVD3
50℃ >
En >
Dis >
Dis >
Trip
LVD1
LVD2
LVD3
50℃>
Dis >
Dis >
Dis >
Trip
LVD1
LVD2
LVD3
50℃>
En >
Dis >
Dis >
UP
DOWN
LVD3 default status: Disable
Function: Enable/Disable (En/ Dis)
Enter
UP
DOWN
Web –IP mode setting (Web-IP)
LVD
Web IP
Buzzer
>
>
>
Enter
Web IP
IP Address
Subnet
Gateway
User can be remote access the system controller
through TCP/IP or SNMP via Delta Web interface card.
(Optional)
IP Address: Internet Protocol Address.
>
>
>
>
Enter
XXX . XXX
.XXX . XXX
Enter
IP Address
IP Address
UP
XXX . XXX
.XXX . XXX
Web IP
IP Address
Subnet
Gateway
DOWN
Subnet Mask: The sub-network hides a cover
>
>
>
>
Enter
XXX . XXX
.XXX . XXX
Enter
Subnet
Subnet
UP
XXX . XXX
.XXX . XXX
42
Web IP
IP Address
Subnet
>
>
>
Gateway
>
DOWN
Gateway: A kind of network system link together of
power system.
Enter
User manual
Gateway
XXX . XXX
.XXX . XXX
Enter
Gateway
UP
XXX . XXX
.XXX . XXX
4.3.3.4.3
DOWN
Buzzer setting (Buzzer)
LVD
>
Web IP
Buzzer
Buzzer
>
>
>
Status
To controlled an external alarm buzzer. (Optional)
Enter
Dis >
Enter
Status
>
Dis
Controller is going to active the external alarm buzzer
when system has any alarms happened.
Function: Enable/Disable
UP
DOWN
4.3.3.5
Efficiency management setting (Eff. Mgt)
Eff. Mgt: In order to system works to more
Eff. Mgt
Date/Time
Alar Reset
C-Fan
efficiency and extend rectifier’s life. CSU
>
>
control rectifiers on or off to improve
>
Enter
>
system efficiency. The function is just
supporting for digital series rectifier only.
Status
Function: Enable/Disable (En/ Dis)
Dis >
Enter
Status
Dis
>
UP
DOWN
4.3.3.6
Date &Time setting (Date/Time)
Eff. Mgt
Date/Time
Alar Reset
C-Fan
User manual
>
>
>
>
Date/Time: System time configuration setting.
This function is for optional.
Enter
Present the Date/Time function when “RTC”
43
board is available and function enable.
Date/Time
2009/03/20
08:00:30
Enter
Date/Time
2009 /03/20
08:00:30
UP
Use “UP” and DOWN” to adjust the value
Year / month / date
Hour / minute / second
DOWN
Date/Time
03 /20
2009 / 03
08:00:30
UP
DOWN
Date/Time
2009 / 03 /2020
08:00:30
UP
DOWN
Date/Time
2009 / 03 /20
0808:00:30
UP
DOWN
Date/Time
UP
2009 /03/20
08: 00
00 :30
DOWN
Date/Time
UP
2009 /03/20
08:00:3030
DOWN
4.3.3.7
Alarm reset setting (Alar. reset)
Eff. Mgt
Date/Time
Alar Reset
C-Fan
>
>
>
>
Alarm Reset: Reset or clear alarm information in
“Alarm Reset” menu.
Enter
Includes Buzzer, Com-Fail, and B Test F reset
setting.
Alarm Reset
Com-F
B TestF
C-FanF
>
>
>
Enter
Com-F: To reset the rectifier communication fail alarm
event. When the message “Com##F” appears, press
“ENTER” to clear alarm event.
Note: “##” = 01~16 rectifier position.
The alarm
of
Com-Fail
is resets
44
User manual
Alarm Reset
Com-Fail
B TestF
C-FanF
>
>
>
Enter
B Test F: To reset the battery test fail alarm event.
When the message “B TesF” appears, press “ENTER”
to clear alarm event.
The alarm
of B TestF
is cleared
Alarm Reset
Com-Fail
B TestF
C-FanF
C-FanF
>
>
>>
Enter
C-FanF: To reset the cooling fan fail alarm event.
When the message “C-FanF” appears, press “ENTER”
to clear alarm event.
The alarm
of C-Fan
is cleared
4.3.3.8
Cooling fan setting (C Fan)
C-Fan (Cooling Fan control): To control the
Eff. Mgt
Date/Time
Alarm Reset
C-Fan
>
>
>
>
cooling equipment fan speed, detect the
Enter
cooling equipment status. It is for outdoor
system cooling application. (Optional)
Fan ON/OFF
Fan Speed
Fan Test
>
>
>
Enter
Fan ON/OFF: The controller is able to control the
external fan when the ambient temperature higher than
a setting threshold, and control the PWB CU-19A-16
fan control relay to trigger the external fan tray.
Fan ON threshold (Ts)
Range: 0 ~ 65℃(32~ 149℉)
Fan ON
35℃>
FAN OFF
32℃ >
Fan ON
Enter
UP
35℃ >
FAN OFF
32℃ >
DOWN
Fan OFF threshold (Tp)
Range: -10 ~ Ts-3℃14~ Ts-5℉)
Fan ON
35℃ >
FAN OFF
32℃>
32℃ >
Enter
Fan ON
35℃ >
FAN OFF
32℃
User manual
>
45
Fan ON/OFF
Fan Speed
Fan Test
>
>
>
Enter
Full-Speed
100% >
100%
50℃ >
Full-Speed
100% >
50℃>
Full-Speed
100% >
50℃>
50℃>
Full-Speed
100%
50℃
Fan ON/OFF
Fan Speed
Fan health
Fan dust
Fan Speed: The controller can control the external fan
speed by PWM signal, to control the external fan speed
from low speed to full speed, for fan noise reduce and
life time extension.
Fan full speed (Ff)
Range: Fs+10~100%
Enter
UP
DOWN
Fan full speed Temp (Tf)
Range: Ts+5 ~ 70℃ (Ts+9℉~158℉)
Enter
UP
>
>
>
>
>
>
DOWN
Enter
Fan health: Technician can measure the cooling fan’s
health by this function through LCD screen, ARMS or
WEB page..
Function: Enable/Disable (En/ Dis)
When function enable, the Fan will turn on 2 minutes
(1 minute 15%~100%, 1 minute 100%~15%)
Fan health
Dis >
Enter
Fan health
UP
Dis
>
DOWN
Fan ON/OFF
Fan Speed
Fan health
Fan dust
>
>
>
>
Enter
Fan dust : Technician can clear the cooling dusts in
case the cooling is dirty by this function through LCD
screen, ARMS or WEB page.
Function: Enable/Disable (En/ Dis)
When function enable, the Fan will turn on 3 minutes in
100% speed.
Fan dust
Dis >
Enter
Fan dust
UP
Dis
>
DOWN
4.3.3.9
46
LCD setting (LCD set)
User manual
LCD set
Password
>
>
LCD Setting: Set LCD display contrast.(light
and shade)
Enter
Range: 0~20
LCD
Contrast
88>
Enter
UP
LCD
Contrast
8
4.3.3.10
DOWN
Password setting (Password)
LCD set
Password
Password: Security Passwords function is defend the
system setting parameters, to prevent non-technician
improper operation.
>
>
Enter
Security protection can be function Enable and
change the password at the same time.
4.3.4
System alarm (Sys alarm)
Sys Info
Setting
Sys Alarm
>
>
>
Sys Alarm: System alarm information.
Enter
Sys Alarm
HVSD
RFA>=2
B Dis
4.3.4.1
Abbreviation for system alarm events
The following list shows the meaning of abbreviation of system alarm or events, which
were shown in the system LCD:
Abbreviation
Main F R
AC Main I/P fail
Battery discharge , SMR I < 1A,
and Vcom adjust inefficacy
(ignore in battery test process)
AC Main I/P fail Recover
FL
System in Float charge
EQU
System in Boost/Manual charge
EQU Sp
System Boost/Manual charge Stop
Main F
User manual
Meaning
47
48
DCH
DC High voltage alarm
DCH R
DC High voltage alarm Recover
DCL
DC Low voltage alarm
DCL R
DC Low voltage alarm Recover
LVDT
LVD Trip
LVDT R
LVD Trip Recover
B TesF
Battery test fail
B TesF R
Battery test fail Recover
B TesOK
Battery test ok
B FusT
Battery Breaker/Fuse Trip
B FusT R
Battery Breaker/Fuse Trip Recover
TBSF
Battery temperature sensor fail (value abnormal)
TBSF R
Battery temperature sensor fail (value abnormal) Recover
TBH
High Battery Temp Alarm
TBH R
High Battery Temp Alarm Recover
TBL
Low Battery Temp Alarm
TBL R
Low Battery Temp Alarm Recover
B Dis
Battery Discharge
B Dis R
Battery Discharge Recover
L FusT
Load Breaker/Fuse Trip
L FusT R
Load Breaker/Fuse Trip Recover
Major
Major alarm
Major R
Major alarm Recover
Minor
Minor alarm
Minor R
Minor alarm Recover
RFA=1
System has one rectifier issue fail alarm
RFA=1 R
System has one rectifier issue fail alarm Recover
RFA>=2
System has two or more rectifiers fail alarm
RFA>=2 R
System has two or more rectifiers fail alarm Recover
CL
System has one or more rectifiers in current limit states
CL R
System has one or more rectifiers in current limit states Recover
HVSD
System has one or more rectifiers in High Voltage Shutdown states
HVSD R
High Voltage Shutdown states Recover
ACOR
ACV over normal range
ACOR R
ACV over normal range Recover
B Test
System on battery test process
B TesI
Battery Test Interruption
B TesI R
Battery Test Interruption Recover
LVD1T
LVD1 Trip
LVD1T R
LVD1 Trip Recover
LVD2T
LVD2 Trip
LVD2T R
LVD2 Trip Recover
LVD3T
LVD3 Trip
LVD3T R
LVD3 Trip Recover
ACH1
AC1 main High alarm
ACH1 R
AC1 main High alarm Recover
ACL1
AC1 main Low alarm
User manual
4.4
ACL1 R
AC1 main Low alarm Recover
ACH2
AC2 main High alarm
ACH2 R
AC2 main High alarm Recover
ACL2
AC2 main Low alarm
ACL2 R
AC2 main Low alarm Recover
ACH3
AC3 main High alarm
ACH3 R
AC3 main High alarm Recover
ACL3
AC3 main Low alarm
ACL3 R
AC3 main Low alarm Recover
ACH
AC main High alarm
ACH R
AC main High alarm
ACL
AC main Low alarm
ACL R
AC main Low alarm
TASF
Ambient temperature sensor fail (value abnormal)
TASF R
Ambient temperature sensor fail (value abnormal) Recover
TAH
High Ambient Temp Alarm
TAH R
High Ambient Temp Alarm Recover
TAL
Low Ambient Temp Alarm
TAL R
Low Ambient Temp Alarm Recover
C-FanF
System Cooling Fan Fail alarm
C-FanF R
System Cooling Fan Fail alarm Recover
Com##F
Rectifier## Communication Fail
Com##F R
Rectifier## Communication Fail Recover
R##F
Rectifier## RFA alarm
R##F R
Rectifier## RFA alarm Recover
R##FF
Rectifier## Fan Fail alarm
R##FF R
Rectifier## Fan Fail alarm Recover
R##ON
Rectifier## DC turn ON
R##OFF
Rectifier## DC turn OFF
C-FanON
System Cooling Fan turn ON
C-FanOFF
No def.
System Cooling Fan turn OFF
No definition
Alarm list
Parameter Descriptions
Relay-1 Definition
Alarm Relay-1-1 Define
Alarm Relay-1-2 Define
Alarm Relay-1-3 Define
Alarm Relay-1-4 Define
Alarm Relay-1-5 Define
Alarm Relay-1-6 Define
Alarm Relay-1-7 Define
Relay-2 Definition
Alarm Relay-2-1 Define
Alarm Relay-2-2 Define
User manual
Function set
range
Tolerance
Adjustment Setting for :
step
ESGF150-CAA01
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
ACH
ACL
Main F
No definition
No definition
No definition
No definition
All system alarm
All system alarm
NA
NA
NA
NA
RFA=1
RFA>=2
49
Alarm Relay-2-3 Define
Alarm Relay-2-4 Define
Alarm Relay-2-5 Define
Alarm Relay-2-6 Define
Alarm Relay-2-7 Define
Relay-3 Definition-CSU
Failure
Alarm Relay-3 Define
Alarm Relay-3-1 Define
Alarm Relay-3-2 Define
Alarm Relay-3-3 Define
Alarm Relay-3-4 Define
Alarm Relay-3-5 Define
Alarm Relay-3-6 Define
Alarm Relay-3-7 Define
Relay-4 Definition
Alarm Relay-4-1 Define
Alarm Relay-4-2 Define
Alarm Relay-4-3 Define
Alarm Relay-4-4 Define
Alarm Relay-4-5 Define
Alarm Relay-4-6 Define
Alarm Relay-4-7 Define
Relay-5 Definition
Alarm Relay-5-1 Define
Alarm Relay-5-2 Define
Alarm Relay-5-3 Define
Alarm Relay-5-4 Define
Alarm Relay-5-5 Define
Alarm Relay-5-6Define
Alarm Relay-5-7 Define
Relay-6 Definition
Alarm Relay-6-1 Define
Alarm Relay-6-2 Define
Alarm Relay-6-3 Define
Alarm Relay-6-4 Define
Alarm Relay-6-5 Define
Alarm Relay-6-6 Define
Alarm Relay-6-7 Define
Relay-7 Definition-SSM
BD
Alarm Relay-7-1 Define
Alarm Relay-7-2 Define
Alarm Relay-7-3 Define
Alarm Relay-7-4 Define
Alarm Relay-7-5 Define
Alarm Relay-7-6 Define
Alarm Relay-7-7 Define
Relay-8 Definition-SSM
BD
Alarm Relay-8-1 Define
Alarm Relay-8-2 Define
Alarm Relay-8-3 Define
Alarm Relay-8-4 Define
50
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
No definition
No definition
No definition
No definition
No definition
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
CSU Fail (Fixed)
No definition
No definition
No definition
No definition
No definition
No definition
No definition
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
TAH
TBH
No definition
No definition
No definition
No definition
No definition
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
DCH
DCL
No definition
No definition
No definition
No definition
No definition
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
No definition
No definition
No definition
No definition
No definition
No definition
No definition
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
No definition
No definition
No definition
No definition
No definition
No definition
No definition
All system alarm
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
NA
NA
No definition
No definition
No definition
No definition
User manual
Alarm Relay-8-5 Define
Alarm Relay-8-6 Define
Alarm Relay-8-7 Define
User manual
All system alarm
All system alarm
All system alarm
NA
NA
NA
NA
NA
NA
No definition
No definition
No definition
51
5
Maintenance
5.1
Clearing and Maintenance
5.1.1
General
Special maintenance is not necessary for this shelf, unless the shelf is being operated in
a severely harsh environment (dusty environment). The front panels and the cover of the
shelf were treated with a special coating, do not use organic cleanser or volatile solvent
or corrosion damage may occur. For daily cleaning, brush the dust from the cover and
panel. If necessary, use a gentle cleanser or a lightly dampened lint free cloth to remove
any dirt or smudges.
5.1.2
Periodic Maintenance
Periodic maintenance is not required for normal operation. If necessary, wipe remove
dust from the front of the shelf using a lint free, soft cloth an gently wipe the front of the
shelf, the Controller and rectifiers. Use a gentle detergent to clean is acceptable.
Caution! Do not use spray cleanser to clean the equipment. Using a spray
cleanser directly on the equipment can result in serious equipment damage.
Check the DC Bus for heat discoloration. If the bus has any heat discoloration, notify
Delta Customer Service.
5.2
Removing and Replacing a Rectifier Module
5.2.1
Removing a Rectifier
1. Handle
3. LED displays
2. Screw (for locking rectifier)
52
User manual
Step1.
Release screw by screwdriver.
Step2.
Pull out the SMR module slowly from the shelf, using one hand to support
the rear half of the SMR and remove the rectifier from the shelf.
Warning! Do not touch the DC output Bus when pulling out the SMR module.
5.2.2
Adding a Rectifier
Step1.
Install rectifier modules into the shelf.
Holding the handle with one hand and using the other to support the rear half of the
rectifier module. Place the rectifier in the shelf and push into the shelf.
Caution! Please make sure the connection of rectifier and back-board is correct.
Do not force the module into the slot. If it does not slide in and connect easily,
remove and re-seat the unit.
Step2.
User manual
Push handle back and tighten screw up by screwdriver.
53
5.3
Maintenance Notice
To avoid the outdoor system being damaged or causing electrical hazards, the following
are suggested measures during/after maintenance.
1. Only well-trained people can access the system.
2. Use specified or approved component for replacement such as air filter, fan, etc.
3. Follow instruction to perform needed maintenance
54
User manual
6
Simple troubleshooting guide
Caution! Do not dismantle the controller or rectifiers in side the power system.
There are no service parts inside them.
Status
Possible causes
Action
LCD display on the
controller is “OFF”
AC utility does not supply to
the system
 Check the AC utility
 Make sure the AC wire is properly
connected at the AC input terminal
 Check the AC breaker position to
“ON” position
 Contact technician if problem still
exists
All CSU LED are “OFF”
AC utility does not supply to
the system
 Check the AC utility
 Make sure the AC wire is properly
connected at the AC input terminal
 Check the AC breaker position to
“ON” position
 Contact technician if problem still
exists
Rectifier LEDs are “OFF”
AC utility is not available
 Check the AC utility
Rectifier is not properly placed  Make sure the AC wire is properly
connected at the AC input terminal
 Check the AC breaker position to
“ON” position
 Pull out the rectifier and insert it
properly
 Contact technician if problem still
exists
System shows in normal
operation but no output to
the load
DC breaker is tripped
LVLD did not re-connect
 Check the load breaker position to
“ON” position
 Change the breaker if breaker is
overloaded in use.
 Check the system output voltage
No battery backup when AC Battery breaker is no
fails
connected or the battery
voltage too low
Battery life reaches end
 Check the battery breaker position to
“ON” position and check the battery
voltage.
 Change the battery
Note! If an alarm or specific problem cannot be resolved, please contact your
nearest Delta office or Delta representative for further assistance. Please have
the system type and serial number ready before contacting Delta. For detailed
troubleshooting guide, refer to section 6 for more details.
User manual
55
Note! This system should issue LVDS trip and breaker trip alarm when LVDS
trip.
56
User manual
7
Others
7.1
Spare Parts Lists
Item
Ordering Information
CONTACT PWB ASSY CU-19C A
5811116741-S
DPD ACU CAN+LCD TYPE FOR STD IN BOX WB
CU-19C A-S
IP CONTROLLER ASSY CU-19C A
5610021179
PWB ASSY 3P EEPROM BD SA-05U/HEH-1
5505603640
PWB ASSY RACK BD RA-160F/ED-3(DIN RAIL)
5505600995-S
PWB ASSY 24V DC/DC BD SA-05U/HE-30 X
5505603751
DPS KITS POLE-MOUNT 30" PACKING X
5505604056-S
SSM1 [PSC 3]
D0100982
PWB ASSY ALARM BD SA-05T/HK-15 X
5505603866
PWB ASSY LVDS EXTENSION CU-19A-10 IN BOX
5505602187-S
DPR 1800C-48 ID:A1 1UX1.8U PACKING X
ESR-48/30G C-S
RELAY 60VDC 48VDC 250A SPST TERMINAL
0720384226
SURGE PROTECTOR 385V 80KA
0923812483
VARISTOR 75VAC 190J 25KA K BSI
0927501845
WIRE+HOUSING 2464 #22 L250 4P
3672309501
WIRE+HOUSING 2464 #22 L1300 4P
3672621200
7.2
Change History
Revision
S00
User manual
Change contents
Draft Version
Edited by
Zarina Liao
Approved by
Shu Su
Issue Date
2017.03.06
57
7.3
Glossary
List of abbreviations used in the manual:
Glossary
58
Description
Glossary
Description
A
Ampere
SoC
Status of Charge
AC
Alternating Current
SPD
Surge Protection Device
ATS
Automatic Transformer Switch
SW
Software
Batt.
Battery
TA
Ambient Temperature Sensor
BoD
Battery on Discharge
TB
Battery Temperature Sensor
CB
Circuit Breaker
TE
Equipment Temperature Sensor
CSU
Control System Unit
Urg
Urgent
CT
Current Transformer
Ua
Abnormal Voltage (Voltage 2)
DC
Direct Current
Us
Safety Voltage (Voltage 1)
DG
Diesel Generator
Usys
System Voltage
HW
Hardware
Ubatt
Battery voltage
Iout
Output Current (A)
VALA
Valve-Regulated Lead-Acid Battery
KWH
Kilo Watt Hour
Vin
Input Voltage (V)
LVBD
Low Voltage Battery Disconnect
Vout
Output Voltage
LVLD
Low Voltage Load Disconnect
W/O
Without
LVD
Low Voltage Disconnect
MCB
Main Circuit Breaker
NPL
Non-Priority Load
OC
Open Collector
PCB
Printed Circuit Board
PDU
Power Distribution Unit
PL
Priority Load
Po(W)
Output Power (W)
PVC
Photovoltaic Converter
RFA
Rectifier Fail Alarm
RM
Rectifier Module
SMR
Switch Mode Rectifier
User manual
Seller warrants this product, if used in accordance with all applicable instructions, to be
free from original defects in material and workmanship within the warranty period. If the
product has any failure problem within the warranty period, Seller repair or replace the
product at its sole discretion according to the failure situation.
The warranty does not apply to normal wear or to damage resulting from improper
installation, operation, usage, maintenance or irresistible force (i.e. war, fire, natural
disaster, etc.), and this warranty also expressly excludes all incidental and consequential
damages.
Maintenance service for a free is provided for any damage out of the warranty period. If
any maintenance is required, please directly contact the supplier or Seller.
WARNING!
The individual user should take care to determine prior to use whether the environment
and the load characteristic are suitable, adequate or safe for the installation and the
usage of this product. The User Manual must be carefully followed. Seller makes no
representation or warranty as to the suitability or fitness of this product for any specific
application.
User manual
59