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DTZY6 Three phase Four wire Cost Control Intelligent Energy Meter
DTZY6 Three phase Four wire Cost Control Intelligent Energy Meter
Product details
The DTZY6 three-phase four wire cost controlled intelligent energy meter (hereinafter referred to as the energy meter) can accurately measure the active and reactive four quadrant time-sharing electricity, with the function of recording the maximum demand for active and reactive power. It can measure and process real-time electricity parameters such as active, reactive, voltage, current, power factor, and frequency, and has functions such as time-sharing control, automatic meter reading, data storage of electricity and demand, load curve recording, current operating status recording of the energy meter, and event data recording. It is an ideal intelligent energy meter for realizing time-sharing metering and accounting of energy. The electric energy meter adopts a large screen LCD display and has functions such as purchasing electricity through authorized CPU cards and RF cards. It also has far-infrared RS485、 Communication interfaces such as carrier waves have cost control functions. This electric energy meter is a high-tech product manufactured using advanced ultra-low power large-scale integrated circuit technology and SMT process. The key components are selected from internationally renowned brands of long-life devices, which improves the reliability and lifespan of the product.
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1) Time division measurement of positive and negative active energy; Simultaneously equipped with phase separated electricity metering.
2) Measurable reactive energy in four quadrants.
3) Time division measurement of forward and reverse reactive power, and the measurement methods for forward and reverse reactive power can be set.
4) Time division measurement of maximum demand for active and reactive power in both forward and reverse directions, as well as maximum demand for active and reactive power in reverse directions.
5) 2 time zones, 4 rates, 2 time periods, 8 time period tables, 14 time periods, weekends, public holidays; Freeze the electricity data during the standby period switch, including the presence or absence of positive and negative electricity, as well as the electricity consumption at various rates.
6) Display the operating status of the electricity meter, various parameter settings, and various measurement data through LCD, and provide abnormal prompts.
7) It can achieve parameter rotation and pressing display, and the parameters, time, and order of rotation and pressing display can be set arbitrarily.
8) Real time measurement of effective values such as voltage, current, power, power factor, and current frequency of phases A, B, and C.
9) It has event recording functions such as voltage loss, current loss, phase failure, current imbalance, voltage reverse phase sequence, opening meter cover, starting button cover, overload, voltage qualification rate, power failure, total voltage loss, programming, demand reset, meter reset, broadcast timing, etc. It can also report the last 10 occurrences and end times of each event through additional information.
10) It has active and reactive pulse test port outputs.
11) It has a multifunctional output test port that can test clock second pulses, time period switching, and demand cycles. The interface output can be selected by switching commands.
12) Using a clock chip with built-in temperature compensation circuit, calendar, timing, and leap year automatic switching.
13) It has a timing function and can calibrate the electric energy meter through communication interfaces such as RS485 and infrared.
14) It has programming prohibition function and demand reset function.
15) It has a power outage button wake-up function and can achieve infrared meter reading during power outages.
16) The electricity meter has RS485, carrier and infrared communication interfaces, and a PC or handheld computer can communicate with the electricity meter through the RS485 interface and infrared communication interface.
17) It has extended functions such as power outage abnormal current detection, zero/instant/time zone end power freezing, load representative daily hourly recording, and 6 types of load curve recording.
18) Fixed time freezing, instantaneous freezing, agreed freezing, and hourly freezing power recording functions.
19) The implementation of the electricity meter cost control function is achieved through virtual media such as the network through the main station/electricity sales system.
20) The remote communication data exchange of the electricity meter cost control function requires security authentication before data copying can be performed.
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