Activated Carbon Filter Material Anapf Series of Active Filter Cabinet

• Customization: Available
• After-sales Service: 2 Years
• Warranty: 2 Years
• Model NO.: ANAPF
• Display: Digital
• Installation: Direct Connected
• Usage: Multi-Functional Energy Meter, Watt-Hour Meter, Standard Electric Energy Meter, Reactive Energy Meter, Multi-rate Watt-hour Meters, Maximum Demand Meter
• Electric Equipment: Three-phase Four-wire
• Theory: Electronic Meter
• Power Meter Connection: Terminal
• Measured Signal: Continuous Wave
• Type: Energy Meter
• Certification: RoHS, ISO, CE
• Customized: Non-Customized
• Product Name: Active Harmonic Filter Power
• Auxiliary Power: AC/DC220, AC/DC110V or DC48V
• Input Voltage: AC 380V
• Frenquency: 50Hz
• Single Module Capacity: 30A, 50A,75A,100A,150A,200A
• Transport Package: Fob Shanghai
• Trademark: ACREL
• Origin: China
• HS Code: 9030339000
• Production Capacity: 1000PCS/Per Month

Product Description

Product Description

AHF(APF) Active Harmonic(Power) Filter

AHF(APF) Active Harmonic(Power) Filter is connected in parallel with the loads.A current generator (power unit) that converts the control signals generated by the filter controller into the filter compensation current. A filter controller that determines the anti-harmonic current to be injected based on the line current measurements and the user's requirements. The line current measurements are obtained from current transformers (CTs) . The user enters his requirements by means of the user interface.

Specifications

 

1)Flexible compensation method:Compensate for harmonics only, compensate for reactive power only, compensate for both harmonics and reactive power,could compensate for 2th-25th harmonics or compensate for specific harmonics; 2)Ability of managing three-phase imbalance; 3)Linear compensation,Response time ≤ 5ms; 4)Humanized human-computer interaction interface, which displays real-time power quality information of the system and the ontology. This interface has the ability to control the device remotely and easy to operate; 5)Adopt imported IGBT which has high power density and high reliability; 6)Using DSP digital control system for high speed detection and calculation; 7)With remote communication interface, real-time monitoring through PC; 8)Standard modular design which reduces lead times and increases reliability and maintainability.

Title goes here. Dimension(L*W*H) 450*622*201mm Response time Full response time≤5ms,Instantaneous response time≤100μs Total harmonic compensation rate ≥ 97%,3th/5th/7th/9th independent compensation rate ≥ 98% Self-loss ≤2% Efficiency ≥98% Switching frequency 20KHz

 

Display Sample

Wiring

Schematic Diagram of Typical Wiring for Cabinet Type Installation

Schematic Diagram of Typical Wiring for H130mm

690V Schematic Diagram of Typical Wiring for 690V

Application

Application of active harmonic filter device in power distribution system of water treatment industry

With the rapid development of the pharmaceutical industry, many new and advanced equipment required by the pharmaceutical industry have also emerged. Pharmaceutical companies have a large number of pump and motor loads, and many of them are equipped with frequency converters. The extensive application of frequency converters has greatly increased the harmonic content in the distribution system. At present, the rectification link of most frequency converters uses 6-pulse rectification to convert AC into DC, so the harmonics generated are mainly 5th, 7th and 11th. At the same time, pharmaceutical companies usually have laboratories and automated production lines, with a large number of precision equipment. In many cases, these equipment are both generators and victims of harmonics. Harmonics will affect the normal operation of equipment in the laboratory, causing the ongoing experiment to fall short; harmonics will also affect the intelligent controller and PLC system of the automated production line, causing automatic control equipment to malfunction. In many laboratories and automated production lines of pharmaceutical companies, the influence of harmonics has caused equipment failure. Therefore, the harmonic problem of pharmaceutical companies has a far-reaching impact and serious harm, and it is in urgent need of governance.

 

Research sites and laboratories As an important biopharmaceutical research site, laboratories have a large number of sensitive equipment that requires a clean power grid environment to ensure the normal operation of the system. Generally, they involve high-tech instruments, precision instrument measurement equipment, switching power supplies, rectifier inverters, UPS/EPS, etc., which are also large harmonic sources. Due to the characteristics of the load, laboratories and other places with a large number of switching power supply loads will produce obvious 3rd, 5th and 7th harmonics. Special attention should be paid to the impact of the 3rd harmonic current on the neutral line.

Automated production line Fermentation is an important part of the production of APIs, so it is inseparable from the core of the fermentation tank. With the continuous expansion of product output, the continuous updating of new processes and the continuous increase of new varieties, different requirements have been put forward for the control method, stirring frequency and time adjustment of the fermentation tank. In view of the situation of heavy and large loads, large power consumption and long fermentation cycle, fermentation production enterprises have also adopted various methods in recent years and carried out a lot of equipment transformation. Frequency conversion speed regulation is the best way to meet the production process requirements and save energy and reduce consumption. However, with the continuous improvement of the degree of automation, the degree of power pollution of automation equipment is getting worse and worse, and the corresponding interference to the automatic control system is getting stronger and stronger. The requirements for power filtering, purification and obtaining relatively stable green power are also getting higher and higher. At present, the rectification link of most frequency converters uses 6-pulse rectification to convert AC into DC, so the harmonics generated are mainly 5th, 7th and 11th.

On-site case

Taking a biopharmaceutical power quality management project in Shandong Province as an example, according to feedback from the responsible personnel of the plant, the comprehensive office building of the plant frequently tripped. In addition, the reactor in the capacitor cabinet of the biopharmaceutical production workshop distribution room was burnt and the N line cable was overheated. The main reason was found. It was estimated that the comprehensive office building and the production workshop respectively involved variable frequency air conditioners, computer communication equipment, LED lighting and pumps and other loads, which would generate harmonics during operation and affect the entire power supply and distribution system. The distribution room where the comprehensive office building and the production workshop are located is measured, and corresponding management plans are given according to the corresponding power quality data.

 

Harmonic measurement data of the power distribution room of the comprehensive office building

Harmonic measurement data of the power distribution room of the comprehensive office building
	Current	Current distortion rate	Harmonic content	3rd harmonic	5th harmonic	7th harmonic
A	346A	22.3%	77.16A	29.4A	58.9A	35.9A
B	323A	20.8%	67.18A	16.4A	55.7A	29.4A
C	320A	22.6%	72.32A	21.7A	57.1A	35.2A

Harmonic measurement data of the power distribution room in the production workshop

Harmonic measurement data of the power distribution room in the production workshop
	Current	Current distortion rate	Harmonic content	3rd harmonic	5th harmonic	7th harmonic
A	152.71	88.03%	134	78.1	52.85	32.54
B	130.14	81.9%	106	63.56	42.39	27.81
C	155.84	83.54%	130	78.56	51.99	30.52
N	220.74			223.1

From the above two sets of measurement data, it can be concluded that the harmonics of the comprehensive office building are mainly 5th and 7th, and the current distortion rate is at most 22%. The 5th and 7th harmonics can be centrally managed in the power distribution room to eliminate the impact of harmonics on the entire power supply and distribution system, transformers, capacitor cabinets and other electrical equipment, thereby ensuring normal biopharmaceutical production; the harmonics in the power distribution room of the production workshop are more serious, and the 3rd and 5th harmonics have exceeded the national GB/T14549-1993 "Power Quality Public Grid Harmonics" 0.38KV system harmonics and harmonic current value standards. The on-site capacitor cabinet is connected in series with a 7% reactance, and the 3rd and 5th harmonics flow into the capacitor cabinet. The harmonic current is superimposed on the fundamental current of the capacitor, which increases the operating current of the capacitor and increases the temperature rise, causing overheating and reducing the service life of the capacitor or damaging the capacitor. Since the 3rd harmonic belongs to the zero-sequence harmonic current, the three-phase vector angle is consistent, and it will be linearly superimposed on the N line. The current of the N line is about 223A, which has exceeded the current value of the phase line. Excessive current of the N line will cause the neutral line to overheat, insulation aging, and grounding fault, which will lead to power outage and even electrical fire. Active filtering devices can be used to treat them on the spot at the end. Using DSP+FPGA full digital control mode, parallel connection in the system can fully compensate for 2 to 51 harmonics or specific harmonics; it can eliminate all harmonics in the system, prevent harmonics from damaging the N line, protect the line, and prevent fire.
 

Packing & Delievery

 

Company Profile

Acrel Co., Ltd.[stock code: 300286.SZ] is a high-tech enterprise that integrates R&D, production, sales, and service, since its establishment, is committed to providing users with energy efficiency management and powerful security system solutions. Acrel Electric has a complete production line from cloud platform software to sensors.

Acrel energy efficiency management system including substation operations and maintenance cloud platform, electricity safety management cloud platform, Environmental equipment power consumption monitoring cloud platform, prepaid management (system) cloud platform, intelligent power distribution monitoring system, power quality management system, building energy consumption management system, industrial energy control platform, leakage power monitor and control system, fire-fighting device power monitoring system, fire-proof door monitoring system, emergency lighting and evacuation indicating system, EV charger management system, data center power&environment monitoring system, smart lighting control system, IT isolation power supply system and related products.

The company attaches great importance to product quality and innovation. By the end of 2018, the company has 5 trademarks, 18 invention patents, 72 utility model patents, 94 appearance patents, and 147 computer software Copyrights, and has participated in the formulation of national or industrial standards.