Training material for vms nsn project rev 0.2 20110906

Training material for
VMS-NSN project

Training material for VMS-NSN project / Jul. 2011
R 0.1 Delta Confidential 1

Contents
１ System introduction

2 Quick Installation – parameter setting

3 Controller introduction

4 NRMS software introduction

5 Troubleshooting & Maintenance

6 Q&A

Training material for VMS-NSN project / Jul. 2011 Delta Confidential 2

Contents





6 Q&A


Telecom power system concept

LOAD (Switch ,ADSL…E.T.C.)
AC Input

Output DC Distribution Unit
AC Distribution Unit Rectifier # 1

Generator Rectifier # 2
Battery
Rectifier # 3
U.P.S
LVDS
Rectifier # N

Control Supervisory
Unit (CSU)


INDOOR POWER SYSTEM - ESAA150-FTA11

Power System
– Three phase / 4 line (3W-N-PE/220V)
– Power System with 3 rectifier slots
– Distribution:
– Load Breaker: (High PL) 20A x 2 + 10A x 2;
(Low PL) 100A x 1 + 40A x 3 (DIN Rail)
– Battery Breaker: 125A x 2 (DIN Rail)
– Protection:
– 01 x AC Surge included
– 01 x DC surge included
– Alarm relay: 8 positions, 7 positions definable
Rectifier module: 3 * DPR 2700
DC Output Voltage: 54Vdc (40~59 Vdc)
Controller: CSU501+
Local access: NRMS through mini USB interface
(Optional) Web/SNMP for remote monitoring and control
ESAA150-FTA11


INDOOR POWER SYSTEM - ESAA150-FTA11
High priority load
20A x 2 + 10A x 2
AC surge AC I/P breaker
Low priority load
arrestor 3P/40A
Battery breaker 100A x 1 + 40A x 3
125A x 2

Mini
Controller USB port Alarm dry contact Temperature
CSU501 Terminal block sensor TA & TB

Web/SNMP DC surge
(Optional) arrestor

KEYS COMPONENT – ESAA150-FTA11

Controller CSU 501+ Power distribution unit

Web board (optional)

Rectifier DPR2700W

Battery string 19” Rectifier shelf


System Drawing


OUTDOOR POWER SYSTEM – ESOA150-FAC01

Outdoor Power System
– Single Layer / Aluminum / Double Door / IP 54 / Fan Cooling
– 12U equipment space reserved
– Cable: 1/2" Jumper Cable x 06 + cable Glands x 06.
– Fan speed control for reducing audible noise
Power System
– Distribution:
– Load Breaker: (High PL) 20A x 2 + 10A x 2;
(Low PL) 100A x 1 + 40A x 3 (DIN Rail)
– Protection:
– 01 x AC Surge
– 01 x DC Surge
Rectifier module: 3 * DPR 2700/ 2900 HE
(Optional) Web/SNMP for remote monitoring and control
Outline Dim.: (H*W*D): <2000mm x 750mm x 720mm (Body)



12U space for NSN Fan cooling
Customer equipment

DC Power system
ESAA150-FTA Series
Power System with 3
rectifier slots
(Rear side access)

Battery tray 1

Battery tray 2
Cable Gland x 6 +
1/2" Jumper Cable x 06

Front View Front Side
Dimension (H*W*D): < 2000mm x 750mm x 720mm


12U space for NSN
Customer equipment

DC Power system
ESAA150-FTA Series
DPR 2900 /
Power System with 3
2700W Rectifier
rectifier slots
(Front side access)

Battery tray 1

Battery tray 2

Rear View Rear Side

KEY COMPONENTS – ESOA150-FAC01

Power shelf: SB-23N/HJ E

Fan tray (EX-F01B)

Rectifier DPR2700W

Controller CSU 501+

Battery string
Web board (optional)


Power shelf - ESOA150-FAC01
High priority load
20A x 2 + 10A x 2
AC surge AC I/P breaker
Low priority load
arrestor 3P/40A
Battery breaker 100A x 1 + 40A x 3
125A x 2

Mini
Controller USB port Alarm dry contact Temperature
CSU501 Terminal block sensor TA & TB

Web/SNMP DC surge
(Optional) arrestor

Alarm – CCU Board

Alarm dry
contact

CCU
Board


CCU Relay Positions and Definition

NO
COM
NC
Cooling alarm

NO
COM Environments alarm
NC

Environment control Board

PDU Relay Positions and Definition
Alarm
PIN Alarm Setting Alarm Description
Relay

1 NO

1 2 COM AC off AC off

3 NC

4 NO

2 5 COM Rectifier failure Any Rectifier Failure

6 NC

7 NO
CSU Hardware Failure
3 8 COM CSU Failure
(Hardware setting can not defined by yourself)
9 NC

10 NO

4 11 COM LVDS trip Low voltage disconnect

12 NC

13 NO
Ambient Temperature High (TA2H)
5 14 COM High temperature
Battery Temperature High (TB1H)
15 NC

16 NO

6 17 COM Major Alarm Major Alarm

18 NC

19 NO

7 20 COM Minor Alarm Minor Alarm

21 NC

22 NO
N/A
8 23 COM Don’t use

24 NC


Cable entries

6pcs of bottom cable entries reserved

1pce MG32A 1-hole Cable Gland
For AC input (spare)

3pcs MG32A 2-hole Cable Gland
For cable range (OD): 12mm

2pce 3-hole Cable Gland
For cable range (OD): 12mm


NSN equipment
Grounding bus bar

Main Grounding Bus bar with 6pcs M6
insert nut for NSN equipment


Power system
Grounding bus bar

Main Grounding Bus bar x 1 with 6pcs M6
insert nut for for Power system grounding.


Air filter module

Suggestion:
Clean: 1~2 Months using vacuum cleaner
Replacement: 6~12 Months


AC terminal & AC Grounding bus bar


AC socket, AC breaker & Fan breaker


System Drawing


48 VDC equipment for RNC (8900W)

Power System
– Power System with max.12 rectifier slots
– Distribution:
1. Main AC breaker 3P 380Vac type
2. AC Surge Protection
3. Rail 1 Breaker X 16 (DIN rail C120 type ) 125A x1;100A
x1; 80A x1
4. Rail 2 Breaker x23 (DIN rail C60 type) 63x3; 50Ax1; 40Ax1;
32Ax1; 25Ax1;20Ax116Ax1; 10Ax1
5. Rail 3 Breaker X 16 (DIN rail C120 type ) 125A x1;100A
x1; 80A x1
6. Battery Fuse X 4 (400A x2 )
Local access: NRMS
Optional Web/SNMP for remote monitoring and control

ES 48/600-UBA02

48 VDC equipment for Transport node Hub Site
(Tellabs) (1000W)
Power System
– Distribution:
– Load Breaker: (High PL)10A x 2;
(Low PL) 32A x 2;
– Protection:
Controller: CSU501+
ESAA150-FTA Series + 0.75M Lion rack


48 VDC equipment for Transport Node RNC Site
(2000W)
Power System
– Distribution:
(Low PL) 32A x 4;
– Protection:
Controller: CSU501+
ESAA150-FTA Series + 0.75M Lion rack


48 VDC equipment for BSC/PCU site (3200W)

Power System
– Distribution:
– Load Breaker: (High PL)10A x 2 + 20A x 2;
(Low PL) 100A x 2 + 40A x 2;
– Protection:
Local access: NRMS software

ES 48/200-UQB03
+ 1.5M Lion rack

48 VDC equipment for TC site (3720W)

Power System
– Distribution:
(Low PL) 100A x 2 + 16A x 4;
– Protection:
Local access: NRMS software

ES 48/200-UQB04
+ 1.5M Lion rack

DP 2700 Series Rectifier

Features and Benefits
-48V/56A, Output; Max. Power 2700W
Wide Input Voltage Range (90V~300V)
Power Factor Correction (>0.99)
Hot-pluggable, All Connectors are at the rear
Compact Size
≅ 34W/in3 (48V) Power Density
Dimension:42mm/1U(H)*125.5mm/2.8U(W)*268mm(D)
Light weight:>2 Kg
Horizontal(1U)/Vertical(2U) Models Available
High Efficiency: >91% (48V)
Fan cooling and Easy replaceable fan design
Operation temp.:-5oC~+75oC
UL/CUL,TUV/CE Certificated


AC Input Characteristic(48V)

Wide AC input voltage range with derating below 176 V
Maximum input current 19 A
Input fuse 25A fast (L and N)


DC Output Characteristic (48V)

Max. Output Power: 2700W(-48V)
Constant Power Design
Output voltage 40 ... 59.5 Vdc
Output fuse 30A x 3 (- pole)

48

56

Thermal Management (CSU Control)
OTP = Over Temperature Protection
Ambient temperature sense for thermal management:
OTP control is based on internal temperature
OTP protection is based on critical internal temperature

Power limit Vinrms: 184
Rectifier
2700 restart

2300

Ambient
55 °C 65 °C 75 °C

Rectifier - Interface

Pin Number Signal Description

P4 VOP Precharge

P5-P7 VO- DC Output “-”

P8-P10 VO+ DC Output “+”

H1 SGNDO Signal ground

I/O Connector H2 RS485+ RS 485 + communication

G1 CGND Communication ground
Input Signal Output G2 RS485- RS 485 – communication

F1 INH Short pin for well connection

F2 IDA ID analog

E1 IDD ID digital
Pin Number Signal Description
E2 IBUS Load Sharing Bus
P1 AC_L AC main, L terminal

P2 AC_N AC main, N terminal

P3 FG AC main, frame ground


Rectifier - Dimension

W x H x D=4.9 x 1.6 x 11.7 inch =125.5 x 40.5 x 270 mm

Contents





6 Q&A


Quick installation – system parameter
Quick Installation via NRMS software (Step 1: Date & Time setting)


Quick Installation via NRMS software (Step 2: Battery capacity setting)
For this case, battery capacity is 300AH.

Default setting

Quick Installation via LCD display (Step 1: Date & Time setting)

Step 1-1

Step 1-2

Step 1-3

Quick Installation via LCD display (Step 2: Battery capacity setting). For this case,
Battery capacity is 300AH

Step 2-1 Step 2-2

Step 2-4
Step 2-3


START - UP PROCEDURE

START - UP PROCEDURE: Check-list and inspection before turn-on: Verify
all connections prior to starting this section

• 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


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


Simple troubleshooting guide
Status Possible causes Action
LCD display on the AC utility does not Check the AC utility
controller is “OFF” supply to the system 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 Check the AC utility
supply to the system Make sure the AC wire is properly connected at the AC input
terminal
Check the AC breaker position to “ON” position
Rectifier LEDs are AC utility is not Check the AC utility
“OFF” available Make sure the AC wire is properly connected at the AC input
Rectifier is not properly terminal
placed Check the AC breaker position to “ON” position
Pull out the rectifier and insert it properly
System shows in normal DC breaker is tripped Check the load breaker position to “ON” position
operation but no output LVDS2 did not re- Change the breaker if breaker is overloaded in use.
to the load connect Check the system output voltage
No battery backup when Battery breaker is no Check the battery breaker position to “ON” position and check
AC fails connected or the the battery voltage.
battery voltage too low Change the battery
Battery life reaches
end

Alarm dry contact & SNMP card installation

ESAA150 – FTA11 Power Shelf


Alarm dry contact

Alarm dry contact


Alarm dry contact

Type of contact: Dry contact is a contact
that is not initially connected to a voltage
source.
Alarm relay: 8 positions, 7 positions
definable
7 positions can be defined by NRMS
software
Local access: NRMS through mini USB
interface.
Relay 8 7 6 5 4 3 2 1


Alarm relay define
Relay & LED Config

Relay 8 7 6 5 4 3 2 1


Config
Alarm relay define
Alarm relay & LED indicator can be defined
Relay & LED


SADMIN level
Pull down list for alarm relay & LED indicator define


Alarm dry contact

Using tool to push the button
Finish
and connect the signal wire


Alarm dry contact – Default setting
Alarm Relay PIN Alarm Setting Alarm Description

1 NO

1 2 COM AC off AC off

3 NC

4 NO

2 5 COM Rectifier failure Any Rectifier Failure

6 NC

7 NC
CSU Hardware Failure
3 8 COM CSU Failure (Hardware setting can not defined by
yourself)
9 NO

10 NO

4 11 COM LVDS trip Low voltage disconnect

12 NC

13 NO
Ambient Temperature 2 Hi (TA2H)
5 14 COM High temperature (Power bay, threshold= 45 ℃)
Battery Temperature Hi
15 NC

16 NO

6 17 COM Major Major Alarm

18 NC

19 NO

7 20 COM Minor Minor alarm

21 NC

22 NO
N.A
8 23 COM No define

24 NC


SNMP Card Installation
Web Server Function and Feature (Optional)
Features:
Applied in TCP/IP Internet/Intranet Environment
Complete Supervising to Power System
User-friendly Graphic Interface
Dynamic information presentation
Password function
Multi Language Support

Main Screen Microsoft Explorer and Netscape Support

Parameter Setting
Status Configuration
Alarm

SNMP Card Installation (optional)
Step 1: Relax 4 screws of controller

4
2
1
3


Step 2: Move out cover and prepare SNMP card kits

Controller without SNMP card SNMP card kits


Step 3: Connect signal cables

Connect signal cables to SNMP terminal Connect signal cables to CSU
Note: follow this picture to connect 2 cables. Web
function may not work because of wrong wiring.

Step 4: Fix SNMP Card (2 screws)

Fix SNMP Card by 2 screws SNMP Card connect port


Step 5: Recover CSU cover

4

2
1
3

Fix CSU cover by 4 screws Controller with SNMP card


Contents





6 Q&A


Controller – CSU 501+
Reliable and user friendly controller
User configurable alarms and settings
Programmable DC output voltage
Battery temperature compensated float voltage
LVD contactor control
Battery charging control
Automatic battery testing
LCD 128 x 64 dots display
Entry of alarm and system parameters from PC via
mini USB port
Internet Web Server Function: By Web Server
Software/SNMP via RJ45 (Option)
Green Function / Efficiency management
Hot plug in design


Controller CSU 501+
User Interfaces

Internet Web Server
Function port (optional)

Up
Major LED
Minor LED Down
EQU LED
Enter
ESC

128 x 64 LCD Mini USB (slave)
Dots Display


Controller CSU 501+
Function architecture (MainData)
Home
DCV
DCI
Sys Status(FL/EQU)
Alarm Existing

Sys Info Sys Setting Current Alarm

Rectifier Battery Event Log Current .setting AC & Temp Data &
I.D. Address Batt. String I.D. Alarm Function Time DC Setting ACV Voltage Version
Output Current Batt.Status Recover Time Alarm Setting Ambient Temp. Date/Time
Status Batt. Current Batt.Setting H/W version
Other Setting S/W version

* DC/DC Data

* Function architecture varies in different systems

Controller CSU 501+
Home
DCV
DCI
Sys Status(FL/EQU)
Alarm Existing


Password

DC Setting Alarm Setting Batt. Setting Date Setting Efficn.t Mgt. Generator Temp. Unit
DCV setting ACV, Batt. Par. Year/month/ ON/OFF ON/OFF ON/OFF
CL setting DCV,LVDS, T-Comp day/time
OTP,EQU, BDT Test Comm.
Batt.Test. B-EQU Modbus
Baudrate
Language
Password English Alarm Reset
New PW Cfm 繁體中文 Reset HVSD
PW Default 簡體中文 Reset Com-fail
(0000)

Controller CSU 501+

Home
DCV
DCI
Sys Status(FL/EQU)
Alarm Existing


All Alarm Function show on Display
Show Real Information and Alarm Time in Event Log


Display Menu Tree


Contents





6 Q&A


NRMS software introduction

Mini U
SB
Local Access


Mini USB

The files is **.EXE files,
So just double clock it Local Access


NRMS H/W Tools
1. H/W Mini USB Cable
2. Delta NRMS software
3. Computer with USB port

Mini USB Cable


User level login

The port must be
match your
PC/Laptop


User level login – Find the
comm Port in your computer

Click to Device
Manager


User level login – Find the
comm Port in your computer

Click to Ports (COM
& LPT)


User level login

Push this button
to connect to
system


User level
NRMS Version
CSU

System data

DC O/P voltage
Ambient Temp.
Load current
Total current
(load + battery)
Buzzer stop
AC voltage (Phase1)
Manual battery Test
AC voltage (Phase 2)
Manual EQU
AC voltage (phase 3)

Software Version
Firmware Version
System status Login level
System voltage
RMS software status System time


User level
Max. No. of No. of No. of No. of rectifier Clear
rectifier slot rectifier rectifier rectifier communication communication
in system failure working turned Off error error
Rectifier

Rectifiers
status


User level
Battery

Total Batt. current
(+: charge)
(-: discharge)
Batt. 1 Temp.
Batt. capacity
Batt. 2 Temp.
Batt. 1 current Batt. 3 Temp.

Batt. 2 current
Batt. 3 current

Batt. middle point Vol 1

Batt. middle Point Vol 2


Parameter
User level

System

AC High
DCV high setting point AC Low
DCV low setting point
Energy Saving
Pre DCV low setting point
SMR Max. Current
HV shutdown setting point

LVDS1 trip point
LVDS2 trip point Time Setting

LVDS3 trip point Manual LVDS1 Trip
Float voltage
Manual LVDS2 Trip
EQU voltage

Ambient temp. high

Ambient temp. low

High temp. shutdown
Alarm when current over
Low temp. shutdown 80% of rectifier capacity


Delta Power System LVDS Behavior

Power System Battery Power System Battery
Rectifier Battery Volt Battery Volt
Volt (54V) (54V) (54V)
Energy Energy Energy Energy

BLVD BLVD
Battery Low Battery Low
Voltage Rectifier Voltage
Disconnect Volt (0V) Disconnect

Current Current
BLVD Sensor Sensor
Close BLVD
Close
LVDS2 LVDS2
Close Close

PL NPL PL NPL
Output (Load)
Output (Load)

Normal (AC) Discharge (AC break off)



Energy Energy Battery Volt
Energy Energy
(46V)
Battery Volt
BLVD BLVD (42V)
Battery Low Battery Low
Rectifier Voltage Rectifier Voltage
Volt (0V) Disconnect Volt (0V) Disconnect

BLVD BLVD Trip (42V)
Close

LVDS2 Trip (46V) LVDS2
Open
X X X
PL NPL PL NPL
Output (Load) Output (Load)

Discharge (LVDS2 Trip) Discharge (BLVD Trip)



Energy Energy Energy Energy
Rectifier Battery Volt Rectifier Battery Volt
Volt (45V) (45V) Volt (49V) (49V)

BLVD
BLVD Auto recover Close
(42V + 3V=45V)

LVDS2 LVDS2 Auto
Open recover (46V +
X 3V=49V)
PL NPL PL NPL
Output (Load) Output (Load)

Battery recharge Battery recharge
(BLVD Recover) (LVDS2 Recover)

Parameter
User level

Battery

Battery capacity Batt. Test Function

Batt. Temp. High ALM Test Time
Batt. Middle point Test Criterion
Discharge current for test

SMR max. current limit
Charge Management
Batt. Periodic Test Function
Charge CL 1
Charge CL -2 Test Periodic
Charge CL -3 Which day do the test
What time do the test
Last batt. Test Time

Next batt. Test Time


Concept of Battery Charge Current Limit

Battery Capacity x Charge rate = Charger Current

In this case, battery capacity is 300Ah, so:
300Ah x 0.2C = 60A (battery charge current)
300Ah x 0.1C = 30A (battery charge current)

EqulizeVoltage
Charge Voltage and Charge Current

Float Voltage

Deeply Discharge
Voltage

Battery current Stage - 1 Current Limit
Stage - 2 Current Limit

Stage - 3 Current Limit
0V / 0A EQU stop current

Time


Parameter
User level

Temp.
Compensation

Temp. Compensation Coefficient (per cell) of
Function Temp. Compensation
Compensation Mode Max. Range of Compensation
Center of temp.

System volt of T0

System volt of T1

System volt of T2
System volt of T3


Parameter
User level

EQU

Equalize charge
Batt. remaining capacity
EQU Max. Time
System voltage
Additional EQU Time
AC fail time
Criterion for stop EQU
Discharge Current

Periodic EQU Function
Criteria for enforce EQU
Periodic
Which day enforce
What time enforce

Last EQU Time

Next EQU Time


Parameter
User level

Alarm Mask

Rectifier current limit TB sensor fail alarm
One rectifier fail Battery temp. high
More than 1 rectifier fail Battery fuse fail
Major alarm Battery discharge
Minor alarm Battery breaker trip
Load breaker trip Middle test fail
High priority breaker trip Battery test fail
Low priority breaker trip Rect. Over capacity
DCV high alarm
Load fuse fail DCV low alarm
Load rail alarm LVDS 2 trip
LVDS trip alarm
GMT fuse fail TA high alarm
TA low alarm
TA sensor fail alarm
ACV high alarm
ACV low alarm
AC breaker trip
AC phase lost alarm


Parameter
User level

WEB

IP Address

Subnet Mask

Gateway


Parameter
User level

CCU

Fan 1 start point Fan 2 start point
Fan 1 stop point Fan 2 stop point
Duty for fan 1 full speed Duty for fan 2 full speed

Fan 1 full speed point Fan 2 full speed point

Start point for heater

Push this button then fan 2 run from
low speed to full speed
Push this button then fan 2 run full speed


Alarm
User level

system

Alarm light with alarm


Alarm
User level

CCU

Alarm light w/o alarm


Event
User level

Record items
Right now
Clear all Event log
Event log list

Down load Event log


Setting
User level

Modem configure
Change permission

Change password

Logout (return to user level)


SADMIN level login

1

2

3

4

Password:
8888

SADMIN level login

5


SADMIN level
NRMS Version
CSU

System data

DC O/P voltage
Ambient Temp.
Load current
Total current
(load + battery)
Buzzer stop
AC voltage (Phase1)
Manual battery Test
AC voltage (Phase 2)
Manual EQU
AC voltage (phase 3)

Software Version
Firmware Version
System status Login level
System voltage
RMS software status System time


SADMIN level
Max. No. of No. of No. of No. of rectifier Clear
rectifier slot rectifier rectifier rectifier communication communication
in system failure working turned Off error error
Rectifier

Manual on/off
rectifier

Rectifiers
status


SADMIN level
Battery

Total Batt. current
(+: charge)
(-: discharge)
Batt. 1 Temp.
Batt. capacity
Batt. 2 Temp.
Batt. 1 current Batt. 3 Temp.

Batt. 2 current
Batt. 3 current




Parameter
SADMIN level

System

AC High
DCV high setting point AC Low
DCV low setting point
Energy Saving
Pre DCV low setting point
SMR Max. Current
HV shutdown setting point

LVDS1 trip point
LVDS2 trip point Time Setting

LVDS3 trip point Manual LVDS1 Trip
Float voltage
Manual LVDS2 Trip
EQU voltage

Ambient temp. high

Ambient temp. low

High temp. shutdown
Alarm when current over
Low temp. shutdown 80% of rectifier capacity


Parameter
SADMIN level

Battery

Battery capacity Batt. Test Function

Batt. Temp. High ALM Test Time
Batt. Middle point Test Criterion
Discharge current for test
(SMR model selection )
SMR max. current limit
Charge Management
Batt. Periodic Test Function
Charge CL 1
Charge CL -2 Test Periodic
Charge CL -3 Which day do the test
What time do the test
Last batt. Test Time

Next batt. Test Time


Parameter
SADMIN level

Temp.
Compensation

Temp. Compensation Coefficient (per cell) of
Function Temp. Compensation
Compensation Mode Max. Range of Compensation
Center of temp.

System volt of T0

System volt of T1

System volt of T2
System volt of T3


Parameter
SADMIN level

EQU

Equalize charge
Batt. remaining capacity
EQU Max. Time
System voltage
Additional EQU Time
AC fail time
Criterion for stop EQU
Discharge Current

Periodic EQU Function
Criteria for enforce EQU
Periodic
Which day enforce
What time enforce

Last EQU Time

Next EQU Time


Parameter
SADMIN level

Alarm Mask

System
Rectifier current limit TB sensor fail alarm
One rectifier fail Battery temp. high
More than 1 rectifier fail Battery fuse fail
Major alarm Battery discharge
Minor alarm Battery breaker trip
Load breaker trip Middle test fail
High priority breaker trip Battery test fail
Low priority breaker trip Rect. Over capacity
Load fuse fail DCV high alarm
DCV low alarm
Load rail alarm LVDS 2 trip
LVDS trip alarm
GMT fuse fail TA high alarm
TA low alarm
TA sensor fail alarm
ACV high alarm
ACV low alarm
AC breaker trip
AC phase lost alarm


Parameter
SADMIN level

Alarm Mask

CCU

Fan 1 fail Door open
Fan 2 fail Fan 1 disconnect
Heater fail Fan 2 disconnect
Smoke alarm Heater disconnect
Humidity alarm TA 2 sensor fail
Water level alarm


Parameter
SADMIN level

WEB

IP Address

Subnet Mask

Gateway


Parameter
SADMIN level

CCU

Fan 1 start point Fan 2 start point
Fan 1 stop point Fan 2 stop point
Duty for fan 1 full speed Duty for fan 2 full speed

Fan 1 full speed point Fan 2 full speed point

Start point for heater

Push this button then fan 2 run from
low speed to full speed
Push this button then fan 2 run full speed


Alarm
SADMIN level

system

Alarm light with alarm


Alarm
SADMIN level

CCU

Alarm light w/o alarm


Event
SADMIN level

Record items
Right now
Clear all Event log
Event log list

Down load Event log


Config
SADMIN level
Alarm level can be defined
Alarm level

System
DCV high High priority load
DCV low Low priority load
DCV low 2 Load breaker trip
HV shutdown Load fuse fail
LVDS trip
Load rail fail
TA high
One rectifier fail
TA low > 1 rectifier fail
HT shutdown
Rect. over capacity
LT shutdown ACV high
ACV low
TA sensor fail AC fail
AC breaker trip
Rectifier current limit
AC phase lost
GMT fuse fail
TB sensor fail
TB high
Battery fuse fail
Battery middle test fail
Battery discharge
Battery test fail
Battery breaker trip


Config
SADMIN level
Alarm level can be defined
Alarm level

CCU

Fan 1 fail Door open alarm
Fan 2 fail
Fan 1 disconnect

Heater fail Fan 2 disconnect

Smoke alarm Heater disconnect
Humidity alarm TA 2 sensor fail

Water level alarm

Digital input
Digital input
Digital input


SADMIN level
Relay & LED Config Alarm relay define

Relay 8 7 6 5 4 3 2 1


Config
SADMIN level
Alarm relay & LED indicator can be defined
Relay & LED


SADMIN level
Pull down list for alarm relay & LED indicator define


Config
SADMIN level

Rectifier
model

Rectifier type 1

Rectifier type 2

Rectifier model
defining


Config
SADMIN level

Auto
calibrate

DCV calibration

Unnecessary to do the
calibration in normally

DCV
calibration


SADMIN level
Setting

Modem configure
Change permission

Change password

Logout (return to user level)

Installation notes edit


Contents





6 Q&A


Troubleshooting

Alarm information (Display &Event)
AC Fail/AC High Voltage / AC Low Voltage Alarm
Description
DC Output Voltage High/Low
DC Circuit Breaker Tripped Alarm
Over-Temperature Alarm
Rectifier Failure Alarm
Controller(CSU501) Failure
Cooling System Failure


Training material for vms nsn project rev 0.2 20110906

Training material for vms nsn project rev 0.2 20110906

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Training material for vms nsn project rev 0.2 20110906