ZXDU CSU500 (SV1.01) Centralized Supervision Unit Parameter and Alarm Setting

ZXDU CSU500Centralized Supervision Unit

Parameter and Alarm Setting

Version: SV1.01

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: +86-755-26771900Fax: +86-755-26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

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Revision History

Revision No. Revision Date Revision Reason

R1.0 2012-06-11 First edition

Serial Number: SJ-20120514092538-008

Publishing Date: 2012-06-11 (R1.0)

ContentsChapter 1 Setting Parameters ................................................................... 1-1

1.1 Parameters That Need to Be Set on Site ............................................................. 1-1

1.2 Modifying Parameters......................................................................................... 1-3

Chapter 2 Settıng Alarm............................................................................. 2-12.1 Alarm Information............................................................................................... 2-1

2.2 Setting the Level and Output Relay for an Alarm .................................................. 2-9

2.3 Setting Attributes for an Input Relay................................................................... 2-10

Glossary .......................................................................................................... I

I

Chapter 1Setting ParametersTable of Contents

Parameters That Need to Be Set on Site....................................................................1-1Modifying Parameters ................................................................................................1-3

1.1 Parameters That Need to Be Set on SiteAll parameters are pre-configured before delivery except the following information, whichcannot be predicted. These user-defined parameters should be checked and set properlyduring installation.

l Different types of batteriesl On-site local time

For a description of the setting requirements for user-defined parameters, refer toTable1-1.

Table 1-1 Parameters That Need to Be Set on Site

Parameter DefaultValue

ModifiedValue

Setting Requirement

System parametersMenu path: Para.Set > System Para.

Battery Cap.-1# 300 Ah




Set the four parameters according to actual capacity of each

battery branch.

For example, if the battery branch 1 is equipped with a 300 Ah

battery pack, set Battery Cap.-1# to 300 Ah. If the battery branch1 is equipped with two 100 Ah battery packs that are connected

in parallel, set Battery Cap.-1# to 200 Ah, which is the sum of

two battery packs.

Caution: If a battery branch is equipped with no battery, set thecorresponding battery capacity to “0”. An incorrect battery capacity

setting will cause the CSU to fail to manage the batteries.

Port Baudrate 9600 In the networking mode through the serial port, set the parameter

according to the actual baud rate.

Remote IP-1# 0.0.0.0



In the networking mode through the RJ45 Ethernet interface using

NE-layer protocol or 1104 protocol, set each parameter according

to actual IP address of the computer with the NMS software

installed.

1-1

SJ-20120514092538-008|2012-06-11 (R1.0) ZTE Proprietary and Confidential

ZXDU CSU500 Parameter and Alarm Setting


ModifiedValue

Setting Requirement

Remote Port-1# 0

Remote Port-2# 0

Remote Port-3# 0


NE-layer protocol or 1104 protocol, set each parameter according

to actual port of the computer with the NMS software installed.

Battery parametersMenu path: Para.Set > Batt.Para.

Float Voltage 53.5 V Float charging voltage of battery packs, set this parameter

according to the battery charging characteristics.

Equalized Voltage 56.4 V Equalized charging voltage of battery packs, set this parameter

according to the battery charging characteristics.

Chg.Curr.Coeff. 0.15 C10 Charging current coefficient, set this parameter according to the

battery charging characteristics.

Local setting parametersMenu path: Local Set > System Time

System Time - Modified according to local time of the equipment installation

site, to ensure system validity of regular management and timing

information.

Local setting parametersMenu path: Local Set > NetworkIn the networking mode through the RJ45 Ethernet interface, follow the instructions:

Local IP Mode Dynamic It is recommended to use the default. When Local IP Modeis Dynamic, Local IP, Mask and Gateway are allocated

automatically, so users do not need to set the three parameters.

Local IP 010.009.0

85.013

When Local IP Mode is Static, set the parameter to the actualIP address.

Mask 255.255.2

55.128

When Local IP Mode is Static, set the parameter to the actualmask.

Gateway 010.009.0

85.001

When Local IP Mode is Static, set the parameter to the actualgateway IP address.

SNMP parameters

Menu path: Para.Set > SNMP Para.

1-2


Chapter 1 Setting Parameters


ModifiedValue

Setting Requirement

In the networking mode through the serial port or through the RJ45

Ethernet interface using NE-layer protocol or 1104 protocol, follow

the instructions:

Set the parameter to 0.0.0.0.

Caution: After resuming to default setting (Load Cfg.Para),manually set the parameter to 0.0.0.0.

SNMP Trap IP 0.0.0.0


SNMP, follow the instructions:

l Set the parameter according to actual IP address of the

computer with the NMS software installed to enable the ZXDU

DC power system to automatically report alarms to the NMS.

l Set the parameter to 0.0.0.0 to prevent the ZXDU DC power

system from automatically reporting alarms to the NMS.

Caution: After resuming to default setting (Load Cfg.Para),manually set the parameter to actual IP address or 0.0.0.0

according to the actual situation.

1.2 Modifying ParametersDuring the system commissioning, check the default of the parameters and modify theparameters if necessary.

Caution!

Modifying parameters affects the system operating. Be cautious!

Context

Methods for modifying parameters are similar. This section describes how to modifyparameters by using Battery Cap.-1# as an example (Figure 1-1).

1-3



Figure 1-1 Modifying Parameters

Steps

1. Select Para.Set from the main menu and press Ent. The password screen isdisplayed.

2. Enter the password (the initial password is 0000).

The password-entering methods are as follows:

l Press ▲ or ▼ to modify values.l Press ► or ◄ to move the cursor.

3. Press Ent. The Para.Set screen is displayed.

4. Press▲ or▼ to select a parameter type. For example, select System Para.

5. Press Ent. The submenus of System Para. are displayed.

6. Press▲ or▼ to select a parameter to modify. For example, select Battery Cap.-1#.

7. Press Ent. The modification screen is displayed.

8. Modify the selected parameter.

The parameter-modifying methods are as follows:

l Press ▲ or ▼ to modify values.l Press ► or ◄ to move the cursor.

9. After modification, press Ent to save it.

10. Press Esc to return to the upper-level screens and to return to the main menu screen.

– End of Steps –

1-4


Chapter 2Settıng AlarmTable of Contents

Alarm Information.......................................................................................................2-1Setting the Level and Output Relay for an Alarm ........................................................2-9Setting Attributes for an Input Relay .........................................................................2-10

2.1 Alarm InformationThis section describes alarm prompts and alarm attributes.

Alarm PromptsWhen an alarm occurs, the alarm information screen is displayed. For an example of thealarm information screen, see Figure 2-1.

Figure 2-1 Real-Time Alarm Information Screen

1. Serial No. of the displayedalarm / total number ofreal-time alarms

2. Alarm occurrence time3. Alarm name4. Alarm level

5. Alarm output relay

In addition, the CSU alarm buzzer sounds, the CSU alarm indicator flashes and the CSUprovides output relay alarm signals.

l Alarm indication

The alarms are divided into five levels. Different levels of the alarms have differentindications. For details, refer to Table 2-1.

Table 2-1 Alarm Levels and Alarm Indication

Alarm Level Alarm Indication

Critical à Alarm buzzer: sounds

à Alarm indicator: flashes quickly

Major à Alarm buzzer: sounds


2-1



Alarm Level Alarm Indication

Minor à Alarm buzzer: mute


Warning à Alarm buzzer: mute

à Alarm indicator: flashes slowly

Mask à Alarm buzzer: mute

à Alarm indicator: not lit

When the alarm buzzer sounds, press any button of the CSU to mute the buzzer.If the alarm persists in half an hour, the alarm buzzer will sound again. The alarmis cleared after troubleshooting. Users can select His.Record > His.Alm. to querycleared alarms.

l Output relay alarm

In the alarm information screen, the values of Relay, A1 - A6, refer to six output relaysfor the alarms.

When an alarm occurs, the output relay for the alarm changes its state and providesan alarm signal. For example, when an alarm occurs, the output relay is closed if theoutput relay is normally open.

Alarm AttributesAlarm attributes include alarm name, alarm level and output relay. For a description ofdefault attributes for the alarms, refer to Table 2-2.

Note:

Set levels and output relays for the alarms in the CSU according to on-site requirements.Record modified attributes in Table 2-2.

Table 2-2 Alarm List

S.N. Alarm Name Alarm Level and OutputRelay

Alarm Description

Battery and System Alarms

1 Common Alarm Default level: Mask

Default relay: A1

Modified value: ______

The CSU detects that an alarm occurs.

2 Batt.Test Fail Default level: Mask

Default relay: A2


A battery test is terminated when the battery voltage

reaches Test Stop Volt. while the battery capacitydoes not reach Test Stop Cap.

2-2


Chapter 2 Settıng Alarm


Alarm Description

3 LLVD1 Alarm Default level: Critical

Default relay: A2


The system disconnects the LLVD1 loads (secondary

loads) when the system meets one of the following

conditions.

l With Disconnect Mode set to Batt.Volt., thebattery voltage is lower than LLVD1 Voltage.

l With Disconnect Mode set to Batt.Rem.Cap.,the battery voltage is lower than LLVD1 Voltageor the remaining battery capacity is lower than

LLVD1 Capacity.l With Disconnect Mode set to PowerOff Time,

the battery voltage is lower than LLVD1 Voltageor the power-off time is longer than LLVD1Duration.

4 LLVD2 Alarm Default level: Critical

Default relay: A2


The system disconnects the LLVD2 loads (primary

loads) when the system meets one of the following

conditions.

l With Disconnect Mode set to Batt.Volt., thebattery voltage is lower than LLVD2 Voltage.

l With Disconnect Mode set to Batt.Rem.Cap.,the battery voltage is lower than LLVD2 Voltageor the remaining battery capacity is lower than

LLVD2 Capacity.l With Disconnect Mode set to PowerOff Time,

the battery voltage is lower than LLVD2 Voltageor the power-off time is longer than LLVD2Duration.

5 CAN Bus Abnormal Default level: Mask

Default relay: A2


The CAN bus cannot send or receive data normally

due to some communication error.

6 Batt.Det.Abnor. Default level: Critical

Default relay: A2


The battery voltage is lower than Test Stop Volt. inthe process of the battery test.

2-3




Alarm Description

7 BLVD Alarm Default level: Critical

Default relay: A2


The system disconnects the batteries when the

system meets one of the following conditions.

l With Disconnect Mode set to Batt.Volt., thebattery voltage is lower than BLVD Voltage.

l With Disconnect Mode set to Batt.Rem.Cap.,the battery voltage is lower than BLVD Voltageor the remaining battery capacity is lower than

BLVD Capacity.l With Disconnect Mode set to PowerOff Time,

the battery voltage is lower than BLVD Voltageor the power-off time is longer than BLVD Dura.

8 LLTD Alarm Default level: Critical

Default relay: A2


When the environment temperature is lower than

LLTD Env.Temp., the system disconnects the

LLVD1 and LLVD2 loads.

9 BHTD Alarm Default level: Critical

Default relay: A2


When the battery temperature is higher than BHTDTemp., the system disconnects the batteries.

10 All Alarm Blocked Default level: Critical

Default relay: A2


The system does not display any other real-time

alarms. This can be set through Alm.Ctrl.

11 Batt.Equal Default level: Mask

Default relay: A2


The system charges the batteries in boost

(equalized) charge mode.

12 BMU Comm.Fail Default level: Major

Default relay: A2


The Battery Monitoring Unit (BMU) fails to

communicate with the CSU.

13 Multi-SMR Alm Default level: Major

Default relay: A2


Two or more Switching Mode Rectifiers (SMRs) are

faulty or fail to communicate with the CSU.

AC Alarms

14 AC Power Off Default level: Major

Default relay: A3


The mains power fails and there is no standby AC

input.

15 AC In.Switch Off Default level: Major

Default relay: A3


The main AC input circuit breaker trips.

16 Pha.Volt.High Default level: Major

Default relay: A3


The detected phase voltage is higher than

Pha.Volt.H.Thre.

2-4




Alarm Description

17 Pha.Volt.Low Default level: Major

Default relay: A3


The detected phase voltage is lower than PhaseUnder Volt.

18 AC Phase Lack Default level: Major

Default relay: A3


The AC input lacks one phase or two.

19 Pha.Volt.Imbala Default level: Major

Default relay: A3


The difference between phase voltages is greater

than Phase Volt.Imbala.

20 Pha.Curr.High Default level: Major

Default relay: A3


The phase current is higher than AC Curr.High.Thre.

21 AC Out.Switch Off Default level: Major

Default relay: A3


The auxiliary AC output circuit breaker trips.

22 AC SPD Abnor Default level: Major

Default relay: A3


The AC Surge Protection Device (SPD) is damaged

or not installed.

Rectifier Alarms

23 SMR Fan Fault Default level: Major

Default relay: A4


The rectifier fan is faulty.

24 SMR Ra.T.H.O Default level: Major

Default relay: A4


The temperature of the PFC heat radiator is higher

than the maximum radiator temperature (110 ℃).

25 SMR In.V.H.O. Default level: Major

Default relay: A4


The AC input voltage of the rectifier is higher than

the maximum input voltage (300 V).

26 SMR In.V.L.O. Default level: Major

Default relay: A4


The AC input voltage of the rectifier is lower than the

minimum input voltage (80 V).

27 SMR Out.V.H.O. Default level: Major

Default relay: A4


The output voltage of the rectifier is higher than the

maximum output voltage (56.6 V to 62 V, which can

be set).

28 SMR Out.C.H. Default level: Major

Default relay: A4


The output current of the rectifier is higher than the

maximum output current (68 A).

2-5




Alarm Description

29 SMR Inter.T.H. Default level: Major

Default relay: A4


The temperature at the air inlet of the rectifier is

higher than the maximum internal temperature (70

℃).

30 SMR Out.Fuse Default level: Major

Default relay: A4


The output fuse of the rectifier blows.

31 SMR Curr.Share Default level: Major

Default relay: A4


When multiple rectifiers are working in parallel, the

output current difference between these rectifiers is

greater than the threshold (8 A).

32 SMR Input Off Default level: Major

Default relay: A4


The power input of the rectifier is interrupted.

33 PFC Out.V.H. Default level: Major

Default relay: A4


The output voltage of PFC is higher than the

threshold (450 V).

34 PFC Out.V.L. Default level: Major

Default relay: A4


The output voltage of PFC is lower than the threshold

(345 V).

35 SMR EEPROM Default level: Major

Default relay: A4


Errors occur when the rectifier reads and writes the

EEPROM.

36 SMR In.Comm F. Default level: Major

Default relay: A4


The communication inside the rectifier fails.

37 SMR Primy.C.H. Default level: Major

Default relay: A4


The primary current of the transformer is higher than

the threshold (28 A).

38 PFC Input C.H. Default level: Major

Default relay: A4


Reserved alarm

39 SMR Start Abr. Default level: Major

Default relay: A4


The starting time of the rectifier exceeds 5 minutes.

40 SMR In.Fuse Default level: Major

Default relay: A4


The input fuse of the rectifier blows.

2-6




Alarm Description

41 SMR Comm.Fail Default level: Major

Default relay: A4


The communication between the rectifier and the

CSU is interrupted because the rectifier is removed

or there is some communication exception.

42 SMR In.Freq. Default level: Major

Default relay: A4


The input frequency of the rectifier is too high (higher

than 73 Hz) or too low (lower than 40 Hz).

43 SMR Out.V.L. Default level: Major

Default relay: A4


The output voltage of the rectifier is lower than the

threshold (36 V).

DC Alarms

44 DC Volt.High Default level: Major

Default relay: A5


The DC output voltage is higher than DC Volt.HighThre.

45 DC Volt.Low Default level: Major

Default relay: A5


The DC output voltage is lower than DC Volt.LowThre.

46 DC SPD Abnor. Default level: Major

Default relay: A5


The DC SPD is faulty.

47 Batt.Volt.Low Default level: Major

Default relay: A5


The voltage of a battery pack is lower than

Batt.Volt.L.Thre.

48 Batt.Curr.Abr. Default level: Minor

Default relay: A5


The rate of the detected battery current to

the highest detectable current is greater than

Batt.Curr.Abn.Rate.

49 Batt.Temp.High Default level: Major

Default relay: A5


The battery temperature is higher than

Batt.Temp.H.Thre.

50 Batt.Temp.Low Default level: Major

Default relay: A5


The battery temperature is lower than

Batt.Temp.L.Thre.

51 Batt.Loop Brk. Default level: Critical

Default relay: A5


The battery loop is disconnected.

52 Batt.Dischg. Default level: Minor

Default relay: A5


The battery discharging current is higher than

Batt.Dischg Thre.

2-7




Alarm Description

53 Batt.T.Invalid Default level: Warning

Default relay: A5


The system is configured with batteries, but the

battery temperature detection is ineffective. The

battery temperature sensor is not installed or the

battery temperature is out of the detection range.

54 LLVD1 Extend Brk. Default level: Major

Default relay: A5


The circuit breaker or fuse of the extended LLVD1

loop trips or blows.

55 LLVD1 Loop B. Default level: Major

Default relay: A5


The circuit breaker or fuse of the LLVD1 loop trips

or blows.

56 LLVD2 Extend Brk. Default level: Major

Default relay: A5


The circuit breaker or fuse of the extended LLVD2

loop trips or blows.

57 BLVD Extend Brk. Default level: Major

Default relay: A5


The fuse of the extended BLVD loop blows.

58 BLVD Loop Brk. Default level: Major

Default relay: A5


The fuse of the BLVD loop blows.

59 Cell Reverse Default level: Major

Default relay: No


One or more 2V batteries are reversely connected.

60 Block Reverse Default level: Major

Default relay: No


One or more 12V batteries are reversely connected.

61 Cell Poor Default level: Major

Default relay: No


The voltage of one or more 2V batteries is lower

than Cell Volt.Diff.

62 Block Poor Default level: Major

Default relay: No


The voltage of one or more 12V batteries is lower

than Block Volt.Diff.

Environment Alarms

63 Env.Temp.High Default level: Minor

Default relay: A6


The environment temperature is higher than

Env.Temp.H.Thre.

64 Env.Temp.Low Default level: Minor

Default relay: A6


The environment temperature is lower than

Env.Temp.L.Thre.

2-8




Alarm Description

65 Env.Hum.High Default level: Minor

Default relay: A6


The environment humidity is higher than

Env.Hum.H.Thre.

66 Env.Hum.Low Default level: Minor

Default relay: A6


The environment humidity is lower than

Env.Hum.L.Thre.

67 Smog Alarm Default level: Major

Default relay: A6


The sensor detects smog.

68 Flood Alarm Default level: Major

Default relay: A6


The sensor detects flood.

69 Access Ctrl.Alm. Default level: Minor

Default relay: A6


The sensor detects the intrusion of something.

70 Door Alarm Default level: Mask

Default relay: A6


The door with the door status switch is opened.

71 Glass Brk.Alm. Default level: Minor

Default relay: A6


The sensor detects broken glasses.

72 Env.Temp.Invalid Default level: Mask

Default relay: A6


The environment temperature sensor is damaged

or not installed.

73 Env.Hum.Invalid Default level: Mask

Default relay: A6


The environment humidity sensor is damaged or not

installed.

2.2 Setting the Level and Output Relay for an AlarmDuring the system commissioning, check the default levels and output relays for the alarmsand modify them if necessary.

Context

To set the level and output relay for an alarm, users need to select Para.Set > Alm.Attr.first. For the operations, see Figure 2-2.

2-9



Figure 2-2 Setting the Level and Output Relay for an Alarm

• This image is for referenceonly. The actual screenmay differ.

Steps

1. Select Para.Set > Alm.Attr.

2. Press ▲ or ▼ to select the alarm to be set.

3. Press Ent.

4. Select Grade or Relay and press Ent. The modification screen is displayed.

5. Press ▲ or ▼ to select an alarm level or output relay.

6. Press Ent to save the setting.



2.3 Setting Attributes for an Input RelayDuring the system commissioning, check the default attributes for the input relays andmodify the attributes if necessary.

2-10



Context

Users can set the following attributes for an input relay:

l Statel Gradel Name

To set these attributes, users need to select Para.Set > In-Relay Attr. first. For thefollow-up operations, see Figure 2-3.

Figure 2-3 Setting the Attributes for an Input Relay

Steps

1. Select Para.Set > In-Relay Attr. and press Ent. The In-Relay Attr. screen isdisplayed.

2. Press ▲ or ▼ to select the input relay to be set. For example, In-Relay Attr.-2# isselected in Figure 2-3.

3. Press Ent.

4. Select an attribute item and press Ent. The modification screen for the selected itemis displayed.

Modifying methods:

l For Grade and State, press ▲ or ▼ to select a value.l For Name, press▲ or▼ to change letters and press► or◄ to move the cursor.

5. Press Ent to save the setting.



2-11


GlossaryBHTD- Battery High Temperature Disconnect

BLVD- Battery Low Voltage Disconnect

BMU- Battery Monitoring Unit

CSU- Centralized Supervision Unit

LLTD- Load Low Temperature Disconnect

LLVD- Load Low Voltage Disconnect

NMS- Network Management System

PFC- Power Factor Correction

SMR- Switching Mode Rectifier

SPD- Surge Protection Device

I

ZXDU CSU500 (SV1.01) Centralized Supervision Unit Parameter and Alarm Setting

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