WenZhou，ZheJiang-
E-mail
cb@zjchaobo.com
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Phone
0086-577-88111511
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Address
Unit 5-1 Building 5, Botong Huigu Micro Industry Park, No. 66 Binhai Nan Si Road, Yueqing Economic Development Zone, Yueqing, Zhejiang, China.
Product Categories
Chaobo Automation Technology Co., Ltd.Free·1YRS
GBGZ-1000 Digital Fault Indicator Monitoring System
NegotiableUpdate on September 05
- Model
- Nature of the Manufacturer
- Manufacturer
- Product Category
- Digital Fault Indicator Monitoring System
- Place of Origin
- City, Province
Overview
CBGZ-1000 Digital Fault Indicator Monitoring System for on-line monitoring line running, fault condition and line parameters, is a set of distributed monitoring and centralized management, instant notification type intelligent electric power line management system. Model: GBGZ-1000 Brand: CHAOBO
Product Details
Product Details |
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Product main function |
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1.Online monitoring of the short circuit fault and earth fault, over-current, off line, theft case, load current, lack of phase, line charged off power, sending and instructions, distribution transform monitoring, user boundary fault terminal, acquisition real-time data of circuits, and so on.
2.Monitoring line load current, and display the current level on phone APP, , save the data on the web cloud, change curve on the system center.
3.Can be used as power supply circuit maintenance intelligent inspection system, monitoring maintenance personnel whether to inspection the power line on time.
4.The hardware and software with functions of bidirectional transmission, that Can view the latest data on phone APP and computer terminals.
5.Monitoring the power line other parameters, according to customer's requirements.
6.Remote sensing (remote sensing information), remote measurement, acquisition and transfer operation parameters, Including all kinds of electric parameters (on line current, frequency, etc ) and load current, etc.
7.Remote communication (remote communication information), remote signal, When the fault occurs, collect and transmit the current status information back to system center for confirmation State.
System technical characteristics |
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1.Using the latest research and development of testing technology, to detect the high accuracy of fault.
2.Overhead distribution lines using the method of zero sequence current, five times harmonic method, etc. Greatly improve the single-phase grounding fault detection accuracy.
3.Inspection terminal using solar power, long service life.
4.Inspection terminal, center software has two-way communication function, that Can view the latest data on system center any time.
5.Can use the curve display line current change.
6.Can be recorded and indicates the continuous occurrence of failure.
7.The main software direct image display line operation state, straightforward, Using sound alarm after circuit malfunction, and sent SMS to related management personnel phone in time.
8.The SMS to phone only show the information of a test in front of the terminal, avoid all terminal transmitting before point of failure interest rates, that cause phone received dozens of text messages, not easy to identify the specific point of failure.
9.Use of the existing GSM/GPRS wireless network, widely used, all the transmission lines, distribution lines, low-voltage line of one electric power company just need one monitoring center.
10.Master station software is powerful functions, have a lot of management functions, and can upgrade continuously according to user requirements.
11. Close communication with wireless communications.
Fault indicator technical parameter |
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Parameter Items | Parameter Name | Parameter Details |
Electrical Parameter | Short circuit fault action current | 100A (Default，Settable,Can be set before delivery) |
Earth fault action current | 40A (The default injection method of grounding，Can be set before delivery) | |
Analog measurement cycle | Measuring one time every 30minuts (Default，Can be set before delivery) | |
Applicable voltage grade | 6~36 kV | |
Applicable wire current | 5~700A (Default) | |
Applicable power frequency | 50Hz/60Hz (According customer’s request) | |
Maximum short circuit current | 25kA/4s | |
Short circuit recognition time | 0.02~5s | |
Load measurement accuracy | ±3% | |
Power supply mode | 3.6V 2.4A Lithium battery | |
Communication mode | Radio frequency | |
Static power loss | ≤17μA | |
Action power loss | ＜34 mA | |
Minimum load current of the insulated cable | 10A | |
Minimum load current of the bare cable | 0A | |
Engineering Parameter | Auto reset mode | Time reset (4-72H settable) Auto reset after the power line recover (According customer’s request) |
Action times | ≥5000 Times | |
Continuous flash time | ≥3000H | |
Flash time interval | 4s±10% | |
Ambient temperature | -40 ℃~+75 ℃ | |
Relative humidity | ≤ 95% | |
Applicable wire diameter | 16~450mm2 | |
Maximum wind speed | ≤40m/s | |
Applicable altitude | ≤5000m | |
Fault alarm accuracy | ≥95% | |
Protection class | IP68 | |
Pollution class | Ⅳ | |
Working life | 10 Years | |
MTBF | 60000 H | |
Weight | 500g ±3% |
Fault data collection terminal parameter |
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Parameter Items | Parameter Name | Parameter Details |
Power Loss Performance
| Static power loss | ＜10mA |
Maximum power loss (GPRS communication) | ＜1000 mA | |
Maximum power loss (Without communication) | ＜200 mA | |
Communication Parameters
| Radio frequency | 433M，(Free Frequency) |
GSM Transmitting and receiving performance | Meet GSM terminal industrial standards (Customize) | |
GPRS Transmitting and receiving performance | Meet GPRS terminal industrial standards (Default) | |
Power Supply Mode | Solar cell panel | 16W, 17.5V |
Storage battery | 12V, 12Ah | |
The continuous working days under darkness | More than 10 days | |
Engineering Parameter | Ambient temperature | -40 ℃ ～ +75 ℃ |
Relative humidity | ≤95% | |
Applicable altitude | ≤5000 m | |
Storage battery working life | 3~5 Years | |
MTBF | 60000 H |
Data Form |
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Client data form
If you want to know more about our app, please click here：https://www.fault-indicator.com/applications.html
Fault indicator installing guide
 1.Put the indicator into the installing cup and let the spring up by U-type spring lifter. (Installing cup fixed with hot stick.) |  2.Fix the spring by hook in the installing cup. Make sure two spring all fixed by hook of two side.pull out the U-type spring lifter. |  3.After two spring all fixed by hook in the installing cup, raise up the installing cup with indicator by hot stick and upward force quickly to the cable. |  4.Pull down the hot stick with installing cup, the indicator would be fixed on the cable. If failed repeat from 1 step. (Be careful of falling off) |
Fault indicator uninstalling guide
 1.Fixed the installing cup on the hot stick, Turn the screw on the both side of the installing cup. Make the PVC sheet upspring |  2.Aim to the uninstalling indicator, then upward force, until the PVC sheet lock the indicator. |  3.Pull down the hot stick slowly until the indicator is separated from the cable. |  4.Turn the screw on the both side of the installing cup. Make the PVC sheet retract, take out the fault indicator. |
The fault data collection terminal installing
The fault data collection terminal installing on the wire pole near the fault indicator monitor within 100 meter.
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