Jabra Battery Charger IEC 1107 User Manual

Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
IEC 61036  
IEC 1107  
C500 Single-Phase Watt-hour Meter  
Product Description  
Operating Instructions  
Features and Technical Data  
Maintenance Instructions  
Diagrams and Figures  
Nanjing Blue Star Electrical Meter Research Institute  
181 Hanzhongmen Street  
Nanjing 210036, China  
International Sales Tel: 86-25-86504148  
Fax: 86-25-86601945  
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1/26/2005 Rev 1.0.01  
 
Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
1. Features and Applications  
Blue Star’s C500 watt-hour meter meets the IEC 61036 (class 1.0S)  
standard for energy meters. The main features of C500 include none  
physical adjustment components, digital signal processing, digital filters,  
digital error correction, digital calibration, immunity to temperature  
fluctuation, and excellent stability. Due to its 12 times overload multiplier,  
A0 can record energy usage of extreme low load. It can precisely  
measure the voltage, current and power.  
The basic function of C500 is single-phase active import and export  
energy metering.  
Infrared communication protocol complies with IEC1107.  
C500 Meter data processing functions include:  
1.1 Energy Metering  
1. Energy measurement via digital measuring chips in order to digitally  
verify the metering precision.  
2. Active import and export energy metering through data provided by  
electrical energy measuring chips.  
3. Export energy is added to import energy, and export Energy metering  
in independent register. Single rate energy for metering of active import  
and export energy.  
4. Energy metering ranges from 0 – 9999999.9 kWh or 0 –  
999999.99kWh.  
5. One channel pulse output test: active energy verifying pulsethe  
breadth is 80ms.  
6. Pulse indication for energy metering through one LEDs of high  
brightness indicating active energy on the left.  
1.2 1.2 Data displaying  
Data of energy mentioned above can be displayed on LCD. LCD is  
“multiplex screen of graphic matrix with paragraph style”. Data are  
displayed with matrix English letters.  
1.3 1.3 I/O interface  
Passive pulse output interface with optical-coupling insulation.  
2. Operation Instructions  
2.1 Running and display  
2.1.1 Operation  
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Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
There are 2 modes after data processing unit powers up:  
1. Running Mode: In this mode, B500 meter can perform TOU metering,  
demand calculating and load monitoring, and automatically display data  
at given time as programmed.  
2. Programming mode: A0 will switch to this mode after holding reset  
button for 8 seconds. In this mode, LCD will display message “PRG”. It  
will only process energy counting, demand calculating and time-section  
switch only without handling other functions such as timing display or  
load monitoring. A0 will exit from this mode when reset button is  
pushed again, or exit automatically if no button was pushed for 4  
minutes.  
When data processing unit is running, LED will flash once an effective  
energy pulse is registered, no matter which mode it is in.  
2.1.2 Data display  
There are 2 types of data display modes:  
1) Timing display: user can choose from 4 types of time intervals. The  
display is automatic and can be used for routine monitoring.  
2) Inquiry display: User may continuously push button until the needed  
data is displayed. This can be used to check records in the meter.  
Detailed descriptions of three types of data display modes are as following:  
1) Timing display: This mode is effective once programmed. If the  
display interval is set to 15 minutes, B500 will display data at minute  
of 0, 5, 15, 30 or 45 hourly. It stops automatically after all specified  
data have been displayed. Display time for each piece of data can be  
set independently from 1 to 99 seconds. If it needs more time to  
display all the data within one interval, meter will skip one display and  
will display the data at the next display time.  
2) Inquiry display: B500 will switch to this mode once display button is  
pushed. In this mode, display time of each data item extends sixty  
times longer. For example, if original display time is set as 8 seconds  
for each data, display time for the same data extends to 8 minutes  
now. Next data will be displayed once display button is pushed again.  
If display button is not pushed throughout the period when a data is  
displayed, meter will automatically switch to Timing Display Mode  
after data display finishes and will continue display of next data.  
Display Explanation  
Please see OBIS as reference.  
Meter number  
Current active import energy sum  
Current active export energy sum  
OBIS ID  
OBIS ID  
OBIS ID  
1-0:0.0.0(1)  
1-1:1.8.0  
1-1:2.8.0  
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Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
2.2 Programming  
B500 can be programmed (namely parameter setting) through infrared port  
with handheld unit.  
2.2.1 Password  
Password is needed to program B500, reading does not need password.  
Password can not be modified. Password is set as “666666”, please keep it at  
the safety place.  
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Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
3. Specifications and technical data  
1.1 Specifications  
1.2 Technical data  
1.2.1 Power supply  
Power  
consumption  
(VA)  
Current  
(mA)  
Power  
(W)  
Meter type  
220V  
(transformer)  
<5  
<4  
<1  
<0.7  
<0.5  
110V  
(transformer)  
<0.8  
4. Use, transportation and storage conditions  
Same requirements as indoor meters.  
The number of piling layers should not exceed five in original package.  
Moisture absorbent must be provided inside sealed package.  
It is strictly forbidden to store the meter in the environment of high  
temperature or dense moisture for long period of time. Humidity and  
temperature requirement should strictly comply with article 8.2.3 of  
0
DL/T 614-1997 standard (0 - 40 C, <85% RH, and no erosive  
substance).  
5. Warranty  
The product will be repaired or replaced free of charge within 18 months if  
technical data do not comply with the standards when the product has  
been used properly according to the manufacturer’s manual and the seal  
remains intact.  
6. Ordering  
Meter types and specifications must be specified in the orders. Either  
pulse output or data output should be specified. If data output is selected,  
whether two-line or four-line connection pattern should be specified.  
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Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
Appendix A: Warning and Error Information  
ERR 2  
Error Info  
0000 0001  
0000 0010  
0000 0100  
0000 1000  
0001 0000  
0010 0000  
0100 0000  
1000 0000  
Clock ‘s Oscillator Error  
Read/Write Clock Error  
Read/Write EEPROM Error  
Read /Write Cs5460A Error  
CPU Program Error  
reserved  
Low Battery Voltage  
SPI Read or Write Error  
ERR 1  
Warning Info  
0000 0001  
0000 0010  
0000 0100  
0000 1000  
0001 0000  
0010 0000  
0100 0000  
1000 0000  
Over Voltage  
Under Voltage  
Phase Voltage Loss  
Phase failure  
Current Reversal  
Energy Reversal  
Missing Current  
Phase Sequence Reversal  
AttentionEvery Event of Warning or Error Use One Numberif Missing Voltage  
and Over VoltageDisplay ”0000 0101”。  
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Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
Appendix B: Connect Figure  
3 Phase 4 Wire  
Direct connection  
Connection through current transformer  
Connection through current transformer and voltage transformer  
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1/26/2005 Rev 1.0.01  
 
Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
3 Phase 3 Wire  
Direct connection  
Connection through current transformer  
Connection through current transformer and voltage transformer  
Output Define  
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Blue Star C500 Static Single-phase Watt-hour Meter – IEC 61036 (1.0S)  
NO.1 Pulse Output  
NO.2 Pulse Output  
NO.3 Pulse Output  
NO.4 Pulse Output  
:
:
:
:
Active import energy  
Active export energy  
Reactive import energy  
Reactive export energy  
RXD : PC send data to meter  
TXD : Meter send data to PC  
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1/26/2005 Rev 1.0.01  
 

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