UBA_Training Material for VMS2013 Project-18Feb
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Transcript of UBA_Training Material for VMS2013 Project-18Feb
2014/2/20
1
Training material for VMS2013 projectIndoor system – ES48/450-UBA02
Feb 18, 2014Rev 0.0.0
Confidential 2
System Controller & NRMS software3
Troubleshooting & Maintenance5
Contents
Q&A6
System Installation2
Quick Installation – parameter setting4
System introduction1
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Confidential 3
System Controller & NRMS software3
Troubleshooting & Maintenance5
Contents
Q&A6
System Installation2
Quick Installation – parameter setting4
System introduction1
Confidential 4
AC
Distribution U
nit
Rectifier # 1
Control Supervisory Unit (CSU)
LOA
D (S
witch ,A
DS
L…E
.T.C.)
Output D
C D
istribution Unit
LVDS
Rectifier # 3
Rectifier # 2
Rectifier # N
Battery
AC Input
Generator
U.P.S
Telecom power system concept
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ES48/450-UBA02 Layout
Battery Fuse: 400A x 2
450A shelf power
Max. 9 rectifier slots
NCSU - Controller
HOD rail 1 ~ 421 position x 4 max.10A ~32A C60 breaker
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ES48/450-UBA02 Features
l Power System– AC input: Three phase/ 4 Line (3W-N-PE/ 220 VAC)– Power System with 9 rectifier slots– Distribution:
• Load Breaker: HOD x 4 rails - 32A x 25 + 16A x 46; • Battery Fuse: 400A x 2
– Protection:• 01 x DC surge included• 01 x AC surge included
– LVDS: 1 pcs.l Rectifier module: DPR 2700 seriesl DC Output Voltage: 54Vdc (40~59 Vdc)l Controller: NCSUl Local access: NRMS through mini USB interfacel Optional Web/SNMP for remote monitoring and control
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ES48/450-UBA02
DC PDU
HOD rail 1 ~ 421 position x 4 max.32A x 25 + 16A x 46 breakers
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ES48/450-UBA02HOD breaker type
32A (max.) Din breaker 21 Position Max / Rail
Max. capacity: 300A / Rail
16A (max.) Din breaker 21 Position Max / Rail
30mΩ Resister (45W)30mΩ Resister
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KEYS COMPONENT – ES48/450-UBA02
Controller NCSU
Battery string
Rectifier DPR2700W
19” Rectifier shelf
Power distribution unit
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System Controller & NRMS software3
Troubleshooting & Maintenance5
Contents
Q&A6
System Installation2
Quick Installation – parameter setting4
System introduction1
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Delta Confidential
q Mandatory System Pre-Installation Checklist
Ø Site readiness survey and planning
Ø Ensure installation site is vehicular accessible else plan other road of access
Ø Ensure all mounting slab and I-beam are installed and there are adequate working area for installation & maintenance
Ø Comply to all local authority regulations
Ø Comply to installation safety guidelines
System Installation
Delta ConfidentialConfidential 12
System Installation
Unpacking
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Base Mount
System Installation
Delta Confidential
q Mandatory System Pre-Installation Checklist
1) Ensure site groundings are available and in good working condition2) Ensure ground resistance is within specification
System Installation
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q Mandatory System Pre-Installation Checklist
3) Measure to ensure mains AC input voltages are within specification4) Ensure the neutral wire is firmly connected to the PLN grid and is
not “floating”
a) Verify that AC PDB’s grounding busbar is integrated to site MGB
b) Verify that all AC cable wiring uses the correct color coding
c) Verify that the Neutral cable is firmly terminated to the PLN supply
d) AC Input voltage measurements:
ü L1 – Neutral (180Vac – 250Vac)
ü L2 – Neutral (180Vac – 250Vac)
ü L3 – Neutral (180Vac – 250Vac)
ü Phase to Phase (340Vac – 430Vac)
ü Neutral to Ground (<1Vac)
System Installation
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•Check-list and inspection before turn-on: Verify all connections prior to starting this section
START - UP PROCEDURE
• Ensure the input AC circuit breaker located on the AC service panel is switched to “Off” position
• 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
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lTurn on the system
START - UP PROCEDURE
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
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 into the rectifier slots
Step 11 Switch on the load breaker sequentially
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System Controller & NRMS Software3
Troubleshooting & Maintenance5
Contents
Q&A6
System Installation2
Quick Installation – parameter setting4
System introduction1
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Controller – NCSU
• User friendly operating interfaceü Large 128 x 64 Dot LCD Displayü Entry of alarm and system parameters from
keypad
• High reliable RS-485 communication
• Easy system configuration and expansion
• Featured functionsü Stand-alone operationü Provisioning Alertü Green Energy Managementü Temperature & Voltage compensationü Battery capacity and load testü Generator Control
• Different possibilities for remote monitoring
ü Internet/Local Access
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Mini USB (slave)
User Interfaces
Controller – NCSU
Back Enter
Major LEDMinor LEDEQU LED
128 x 64 LCDDots Display
Up Down
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* Function architecture varies in different systems
RectifierI.D. AddressOutput Current Status
Event LogAlarm Function TimeRecover Time
Current .settingDC SettingAlarm SettingBatt.SettingOther Setting
HomeDCVDCI
Sys Status(FL/EQU)Alarm Existing
Sys Info Sys Setting Current Alarm
Battery Batt. String I.D. Batt.StatusBatt. Current
* DC/DC Data
AC & TempACV VoltageAmbient Temp.
Data & VersionDate/TimeH/W versionS/W version
Function architecture (Main\Data)
Controller – NCSU
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* Function architecture varies in different systems
DCV SettingEQU settingFL settingCL setting
Batt. SettingBatt. Cap.T-Comp BDT Test B-EQU
PasswordNew PW Cfm PW Default (0000)
HomeDCVDCI
Sys Status(FL/EQU)Alarm Existing
Sys Info Sys Setting Current Alarm
Alarm Setting ACV, DCV,LVDS, OTP,EQU, Batt.Test.
Password
Date SettingYear/month/ day/time
Alarm ResetReset HVSDReset Com-fail
GeneratorON/OFF
Language English繁體中文簡體中文
Efficn.t Mgt.ON/OFF
Comm.ModbusBaudrate
Temp. UnitON/OFF
Function architecture (Main\Data)
Controller – NCSU
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* Function architecture varies in different systems
HomeDCVDCI
Sys Status(FL/EQU)Alarm Existing
Sys Info Sys Setting Current Alarm
All Alarm Function show on Display
Show Real Information and Alarm Time in Event Log
Function architecture (Main\Data)
Controller – NCSU
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NRMS software introduction
Local Access
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NRMS H/W Tools
Mini USB Cable
1. H/W Mini USB Cable
2. Delta NRMS software
3. Computer with USB port
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The port must be match your PC/Laptop
User level login
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User level login – Find the comm Port in your computer
Click to Device Manager
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Click to Ports (COM & LPT)
User level login – Find the comm Port in your computer
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Push this button to connect to
system
User level login
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System controller & NRMS software3
Troubleshooting & Maintenance5
Contents
Q&A6
System Installation2
Quick Installation – parameter setting4
System introduction1
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Verify system controller’s time
To change system time to that of the country of installation, please follow the steps below ………….
Quick Installation Guide 1
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Esc Enter
Sys Setting Curr. Alarm
DCV 54.0VDCI 5A Sys Sta FL
NCSU – Menu Structure
Sys Info
Curr. AlarmAlarm Setting Batt. Setting Password
Sys Info
Sys SettingDCV Setting
III
Language Efficiency MgtC-Fan Start
Date Setting
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Esc Enter
NCSU – Menu Structure
Language Efficiency MgtC-Fan Start
Date Setting Date Setting20 /05/0216:39
10 Date Setting20 /05/0216:39
10
S
Date Setting20 /05/0216:39
11
S
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Esc Enter
NCSU – Menu Structure
Date Setting2011/ /0216:39
05 Date Setting20 /05/0216:39
11
S
Date Setting2011/ /0216:39
05
S
Date Setting2011/ /0216:39
06
S
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System controller’s time has been changed to local time
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System controller’s battery capacity setting has to be changed to the value according to the backup battery total capacity installed
To change, please follow the steps below ………….
Quick Installation Guide 2
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Esc Enter
Sys Setting Curr. Alarm
DCV 54.0VDCI 5A Sys Sta FL
NCSU – Menu Structure
Sys Info
Curr. Alarm
DCV Setting Alarm Setting
Password
Sys Info
Sys SettingBatt. Setting
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Esc Enter
Charge & CLT-COMPBDT Setting
NCSU – Menu Structure
B-ParameterCapacity
Batt. CapacityDCV Setting Alarm Setting
PasswordBatt. Setting
300AH
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Esc Enter
NCSU – Menu Structure
B-ParameterCapacity 300AH
B-ParameterCapacity 300AH
S
B-ParameterCapacity 200AH
S
B-ParameterCapacity 200AH
Charge & CLT-COMPBDT Setting
Batt. Capacity
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System controller’s battery capacity setting has been changed to the value to reflect the backup
battery total capacity installed
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In the event one or more of the rectifier modules has failed, an RFA fail alarm is activated. Remove the faulty module.
To reset the alarm, please follow the steps below ………….
Note: When a new or repaired module is available, simply hot-plug the unit into the available slot. The controller will automatically sign-in the new module. No configuration is needed.
Quick O & M Guide
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Esc Enter
Sys Setting Curr. Alarm
DCV 54.0VDCI 5A Sys Sta FL
NCSU – Menu Structure
Sys Info
Curr. AlarmAlarm Setting Batt. Setting Password
Sys Info
Sys SettingDCV Setting
III
InternetGenerator
Temp. UnitAlarm Reset
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Esc Enter
Alarm Reset
Reset Com-FailReset BT-Fail
NCSU – Menu Structure
The alarm ofCommunicationfail is reset.
InternetGenerator
Temp. UnitAlarm Reset
Reset Buzzer
Alarm ResetReset Buzzer
Reset BT-FailReset Com-Fail
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The RFA alarm has been reset. The power system will operate normally but with reduced output power
Replace with a new or repaired rectifier module of the same model as soon as it is available
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Upload configuration
2
3
Click to Setting
Click to Upload
Login SADMIN
level
1
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Upload configuration
4
5
Find file
Choose file
6
Enter
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Quick installation – system parameterQuick Installation via NRMS software (Step 2: Date & Time setting)
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Default setting
Quick Installation via NRMS software (Step 3: Battery capacity setting)Quick installation – system parameter
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l Type of contact: Dry contact is a contact that is not initially connected to a voltage source.
l Alarm relay: 8 positions, 7 positions definable
l 7 positions can be defined by NRMS software
l Local access: NRMS through mini USB interface.
Alarm dry contact
12345678Relay
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Alarm relay defineConfigRelay & LED
12345678Relay
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Config
Relay & LEDAlarm relay & LED indicator can be defined
Alarm relay define
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Alarm dry contact
Using tool to push the button and connect the signal wire Finish
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NRMS software introduction3
Troubleshooting & Maintenance5
Contents
Q&A6
Controller introduction 2
Quick Installation – parameter setting4
System introduction1
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Troubleshooting
Status Possible Cause Actions
Màn hình LCD trên bộđiều khiển không thểhiển thị
§ Hệ thống mất nguồn AC§ Màn hình LCD lỗi
q Kiểm tra hoạt động của Rectifier Ø Bình thường → LCD lỗiØ Không chạy → bước tiếp theoq Kiểm tra nguồn ACq Đảm bảo dây nguồn được kết nối đúngq Kiểm tra aptotmat nguồn AC vẫn đóng.q Liên hệ với kỹ sư Delta nếu vẫn không thể
xử lý được.
Tất cả đèn LED củabộ điều khiển tắt
§ Hệ thống mất nguồn AC§ Bộ điều khiển lỗi
q Kiểm tra nguồn ACq Đảm bảo dây nguồn được kết nối đúngq Kiểm tra aptotmat nguồn AC vẫn đóng.q Thay bộ điều khiển mớiØ Bình thường → Bộ ĐK bị lỗiØ Không chạy → bước tiếp theoq Liên hệ với kỹ sư Delta nếu vẫn không thể
xử lý được.
Tất cả đèn LED củaRectifier tắt
§ Hệ thống mất nguồn AC§ Rectifier không được lắp đúng
hoặc bị hỏng
q Kiểm tra nguồn ACq Đảm bảo dây nguồn được kết nối đúngq Kiểm tra aptotmat nguồn AC vẫn đóng.q Tháo Rectifier và lắp lại một cách chính xácq Hoán đổi vị trí của Retifier lỗi với Rectifier OKq Liên hệ với kỹ sư Delta nếu vẫn không thể
xử lý được.
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Troubleshooting
Status Possible Cause Actions
Hệ thống hoạt độngbình thường nhưngkhông có điện ra tải
§ DC aptomat bị nhảy§ LVDS2 chưa được kết nối
q Kiểm tra aptomat ra tải có đóng khôngq Thay aptomat nếu bị quá tải hoặc hỏng trong
quá trình sử dụng.q Kiểm tra điện áp đầu ra của hệ thống.
Ắc quy không hoạtđộng khi mất điện
§ Aptomat cho ắc quy khôngđược kết nối/ ắc quy quá yếu
q Kiểm tra aptomat của ắc quy có đóng không.q Thay thế ắc quy.
Quạt làm mát củaRectifier không chạy: Xuất hiện cảnh báo(RFA/FF). Đèn LED nháy “ON” trong ¼ giây, nháy “OFF” trong¼ giây và Rectifier tắt
§ Quạt bị kẹt do vật cản hoặc quánhiều bụi
q Kiểm tra luồng khí trước quạtq Vệ sinh bộ lọc Filterq Kiểm tra quạt và thử thay thế Recifier khác.
Lỗi giao tiếp củaRectifier: Xuất hiệncảnh báo (RFA/FF) đèn LED nháy “ON” 2 giây và nháy “OFF” 1 giây
§ Lỗi giao tiếp bên trong rectifier q Reset cảnh báo lỗi giao tiếp trên bộ điềukhiển
q Kiểm tra dây kết nối giữa Rectifier và bộ điềukhiển.
q Hoán đổi Rectifier lỗi với Rectifier để kiểmtra.
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q Interpretation of system alarms
System Alarms & Troubleshooting
Item Description Alarm/Setting in Display
1 High Battery temperature TBH Alarm2 Load fuse failure L Fuse A3 DC Hight voltage shut down HVSD4 DC Hight voltage alarm DCH5 Equalize EQU6 Floate FL7 DC low voltage alarm DCL8 DC low voltage alarm 2 LV29 Load voltage disconnected LVD Open10 Recharge battery current limite Battery charge current11 AC Input voltage high alarm ACH Alarm12 AC input voltage low alarm ACL Alarm13 AC input voltage fail alarm ACF Alarm14 AC breaker trip AC Bkr T15 High temerature shutdown alarm (Ambient) HTSD Alarm16 Ambient temperature sensor fail alarm TASF Alarm17 Battery temperature sensor fail alarm TBSF Alarm18 Current limit alarm CL Alarm19 Load fuse trip L Fuse A20 SMR xx fail alarm RFAxx Alam
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q Interpretation of system alarms
System Alarms & Troubleshooting
Item Description Alarm/Setting in Display
21 SMR xx OFF SMRxx OFF
22 SMR xx ON SMRxx ON
23 SMR xx fan fail SMRxx FF
24 SMR xx communication error alarm Commxx F A
25 SMR output over percentage of capacity SMR over Cap
26 SMR Current limit alarm SMR CL Alarm
27 AC Surge arrestor alarm AC Surge A
28 DC Surge arrestor alarm DC Surge A
29 Cabinet Fan Start Fan1 Start
30 Cabinet Fan Stop Fan1 Stop
31 Cabinet Fan Fail Fan1 Fail
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q Alarms and troubleshooting
System Alarms & Troubleshooting
a) AC Fail Alarms- No AC input to rectifier system – rectifier is OFF- Battery is in discharge modePossible cause: 1) Power system AC mains breaker tripped2) AC outage (voltmeter to measure input voltage at mains breaker)
b) ACH (AC input high) Alarms – Rectifier restarts when AC normalize- AC input voltage exceeds pre-defined ACH setting – rectifiers shutdown- Battery in discharge modePossible cause: 1) High AC input voltage (voltmeter to measure input voltage)
c) ACL (AC input low) Alarms – rectifier restarts when AC normalize- AC input voltage falls below pre-defined ACL setting – rectifiers shutdown- Battery in discharge modePossible cause: 1) Low AC input voltage (voltmeter to measure input voltage)
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q Alarms and troubleshooting
System Alarms & Troubleshooting
d) DCH (DC output voltage high) Alarms- DC output voltage exceeds pre-defined DCH settingPossible cause: 1) Rectifier output voltage out of tolerance – replace rectifier if needed2) Check correct DCH setting on CSU
e) DCL (DC output voltage low) Alarms- DC output voltage falls below pre-defined DCL settingPossible cause: 1) Rectifier output voltage out of tolerance – replace rectifier if needed2) Check correct DCL setting on CSU
f) RF (Rectifier fail) Alarms- Rectifier has no output and is shutdownPossible cause: 1) Rectifier is defective or rectifier’s fan failure – replace rectifier.
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q Alarms and troubleshooting
System Alarms & Troubleshooting
g) DC Breaker Tripped Alarms- One or more DC breakers have trippedRemedy action: 1) Re-set tripped breaker and check if alarm has normalized.2) If breaker trips again, check whether load exceeds breaker rating3) Replace breaker with higher current rating, if needed
h) TAH (High ambient temperature) Alarms- Ambient temperature exceeds pre-defined TAH settingRemedy action: 1) Verify ambient temperature reading on CSU with other temperature readings within the hut or room2) If temperature is normal, increase cooling power of the air-conditioner3) If temperature sensor is faulty, replace it if available. Otherwise, turn OFF temperature compensation4) If temperature remains above TAH, turn OFF AC main input to rectifier system
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q Alarms and troubleshooting
System Alarms & Troubleshooting
i) TBH (High battery temperature) Alarms- Battery temperature (TB-1 or TB-2) exceeds pre-defined TBH settingRemedy action: 1) Verify battery temperature reading on CSU with other temperature readings within the hut or room2) If temperature is normal, increase cooling power of the air-conditioner3) If temperature sensor is faulty, replace it if available. Otherwise, turn OFF temperature compensation4) If temperature remains above TBH, turn OFF equalize charging
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l Battery should be replaced with the same type when the old battery had out
of working. The battery replacing sequences are:
1. Switch of the battery breaker
2. Remove the battery leading wires from battery terminals
3. Remove battery temperature sensor cable
4. Remove the bus between battery cell
5. Remove the old battery and replace the new one
6. Re-connecting the bus and leading wires in reverse order of 1 to 4
Maintenance - Change battery
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l All wiring to the breakers 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.
Maintenance - Change DC breaker
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l Remove rectifier modules
1. If on-line operation hot-swappable required, make sure the battery connection is correct to avoid system shutdown during the operation.
2. Move the both locking devices (to unlock direction) to un-lock the rectifier.
3. Pull out the rectifier module slowly from the shelf, using one hand to support the rectifier and remove the rectifier from the shelf.
l Insert rectifier modules
1. Install the rectifier module, holding the handle with one hand and using the other to support the rear half of the rectifier module. Push into the shelf carefully.
2. Lock the rectifier by pushes the two locking devices (to the lock direction) to lock the rectifier
3. Check rectifier LED and make sure they are in normal operation. The rectifier shall only have GREEN LED on if it works properly.
4. Check controller and make sure there is no alarm message shown.
Maintenance - Replace rectifier
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Contacting Delta customer service
Level support window
Name & Job Tittle Phone Email
1st level Mr. ThachCustomer service engineer
+84 977.005.009
+84 165.541.3.888
[email protected]. Duc
Customer service engineer
2nd level Mr. Vinh +84 988 396 450 [email protected]
Account Manager
To learn more about Delta, please visit www.deltaww.com
Smarter. Greener. Together.