| Customization: | Available |
|---|---|
| After-sales Service: | Online/Video/Telephone Guidence |
| Warranty: | 18 Months |
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Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
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Qualification
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Single-phase through meter |
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Standards
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IEC62053-21, IEC62052-11, DL/T645-2007
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Rated voltage un
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220V
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Operating voltage range
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80% Un ~115% Un
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Rated current limit ib
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5A
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Maximum current: Imax
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60A
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Starting current
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0.004 Ib
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Power grid frequency
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50Hz
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Frequency range
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±2%
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Active measurement accuracy
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Class B/1
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Reactive measurement accuracy
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Class A/2
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Active pulse constant
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1200(imp/kWh)
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Normal operating temperature range
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-25ºC~+55ºC
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Extreme operating temperature range
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-40ºC~+70ºC
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Transportation and storage temperature range
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-40ºC~+70ºC
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Power dissipation
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<1W ,10VA
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| Operating life | 10 years |
| Dimension | 158mm×112mm×58mm |
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The RS485 interface
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The default 2400bps, 1200bps, 2400bps, 4800bps, and 9600bps are optional
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| Relative humidity |
Generally not greater than 85% RH. Within 30 days of a year(naturally distributed), sometimes reaching 95% RH. |
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LoraWan frequency
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CN470,RU864,IN865,EU868,US/AU915,KR920,AS923_1/2/3/4,Custom Channels
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1. The function of measuring forward active and reverse active electric energy, where the reverse electric energy is accumulated in the forward direction. It can measure, store and display the voltage, current, power, power factor, frequency and other operating parameters and status of the current electricity meter.
2. Remote blackout and power transmission function: Power off command is issued through communication interface such as RS485 to cut off the user's load loop. Or issue a power transmission instruction to turn on the user's load loop.
3. Active upload / bidirectional transparent transmission function. Actively upload the data to the corresponding platform through the LoRaWAN wireless network, with a default interval of 4 hours (settable).
4. The communication protocol complies with DL/T645-2007 "Communication Protocol for Multifunctional Energy Meters".
And our lorawan electricity can widely used in such scenarios:
a.Residential quarters: smart meter reading, energy-saving management, and prevention of energy waste.
b.Commercial places: saving costs, improving energy efficiency, real-time monitoring.
c.Industrial enterprises: precise measurement, remote monitoring, energy saving and emission reduction.
d.Government agencies: Unify management, reduce operating costs, and improve energy management levels.
RS485 Communication Interface
· The RS485 interface must be electrically isolated from the internal circuit of the energy meter and effectively protect the circuit.
· The RS485 interface should meet the electrical requirements of DL/T 645-2007. And can withstand an AC voltage of 380V for 2 minutes without damage.
· The communication rate of the RS485 interface can be set. The standard speeds are 1200bps, 2400bps, 4800bps, and 9600bps. The default value is 2400bps.
LoRaWAN Communication interface
· Interface communication rate is 9600bps, even parity check, 8-bit data bit
· Interface communication follows DL/T 645-2007 protocol and its filing documents
· After 10 seconds of powering on the electricity meter, communication can be carried out using the LoRaWAN interface.
· Active upload/bidirectional transparent transmission function: Actively upload data. The default interval for uploading data is 4 hours (the time can be set).
The main terminal wiring is shown in Figure 2. Among them, 1 is the phase line in, 2 is the phase line out, 3 is the zero line in, and 4 is the zero line out. There are 4 auxiliary terminals above the main terminals of the energy meter. Among them, 9 and 10 are metering pulse output, and 11 and 12 are 485 communication.
INSTALLTION
Live installation of wiring is strictly prohibited!
The electricity meter shall be installed indoors as far as possible. Special instrument box protection shall be used for outdoor installation. The installation bottom plate shall be fixed on the wall with strong fire resistance and not easy to vibration. There must be no corrosive gases in the surrounding air where the meter is installed. Avoid dust, salt spray, etc.
When using the electricity meter, the wiring must be conducted strictly according to the wiring diagram in the tail cover of the meter. It is recommended to use copper wire for the lead connected to the terminal seat. The screws of the fixed lead in the terminal seat should be tightened to avoid burning the electricity meter due to bad contact and heating.
TRANSPORTATION AND STORAGE
Ammeters must be transported and stored under the original packaging conditions. Products shall not be severely impacted during transportation and unpacking, and shall be transported and stored according to GB / T 25480-2010 Basic Environmental Conditions for Instrument Transportation and Storage and Test Methods as stipulated in 2010. The products should be stored in the warehouse and placed on the platform frame. The stacking height shall not exceed five layers. No corrosive gases shall be present in the stored environment.
Wuhan Timewave IoT Technology Co., Ltd. is a high tech enterprise specializing in the application of Low Power Wide Area Network (LPWAN) core technologies to establish an energy monitoring service platform. We provide a one-stop solution and service for our clients, offering metering and communication equipment, software system platforms, project construction, and daily operation and maintenance.
We independently develop and manufacture the "Timewave" brand LPWAN smart energy meters, smart water meters, smart gas meters, and alarm systems, among other communication terminal products. Coupled with the "Timewave Cloud" energy supervision platform, which encompasses metering, meter reading, billing, management, and control of water, electricity, gas, and heat, we can provide and implement automatic meter reading and billing, carbon emission monitoring, safe electricity use, energy consumption analysis, energy-saving analysis, transformer monitoring, data center environment monitoring, and intelligent operation and maintenance. We have a wealth of experience in the practical application of water and electricity meters using LoRaWAN technology.
The "Timewave Cloud" energy supervision platform is widely used in various settings, including campuses, supermarkets, apartments, hospitals, factories, parks, buildings, railways, airports, data centers, and more.We have connected over 200,000 IoT terminals, implemented over 200 projects, and expanded our reach to over 30 provinces and cities across the country. Moreover, we provide operation and maintenance support for ground projects in multiple countries and regions, including Indonesia, Turkmenistan, Laos, Nigeria, and Mongolia.
Timewave IoT Technology is committed to solving issues related to difficult meter reading, billing, payment, energy-saving and efficiency improvement, and safe energy use. We aspire to become a leader in the field of energy IoT and energy supervision platforms.
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