APFC Panel Dealers in Nashik

• Size: Multisizes
• Type: APFC PANEL
• Color: RAL7035
• Voltage: 380V, 440V, 525
• Application: INDUSTRIAL
• Material: Mild Steel
• Power Source: Electric, Solar
• Phase: Three Phase
• Autoamatic Grade: Fully Automatic
• Power: AS PER REQUIRMENT

• Brand Name: APFC
• Features: Automatic power factor controller
• Material: Iron
• Condition: New
• Working Temp: Upto 50degree C
• Rated Reactive Power: 15 to 500 KVAr
• Automatic Grade: Automatic
• Coating: Powder coating
• Protection: MCCB and MCB
• Mounting Type: Wall or Base Mounted

The company shares glorious credentials with the eminent Suppliers of APFC Panel and offers the best deals. We have a team of qualified personnel to ensure proper quality control of products is done so that products are as per buyer's quality requirements.   Specifications Application : PF Improvement Frequency : 50/60Hz Ratings Available : 50KVAR -4000KVAR Voltages : 400/415/440/525/690/800/1200 V Features Rust proof body Excellent functionality Sturdy design

• Voltage: 415 V
• Application: Commercial
• Material: Mild Steel
• Phase: 3 Phase
• IP Rating: IP68
• Frequency: 50 Hz
• Capacity: 400 kVA
• Coating: Powder Coated

Power (KVA) Supplied by Electricity Boards consist of Real Power (KW), which Produce energy & reactive power (KVAR) generated by Inductive Loads, which decreases the loading capacity & the efficiency of the Supply System. The Power Factor (PF) is defined as a ratio between the Real Power & the Total Power. Electricity Boards charge heavy Penalty to H.T. Consumer, if the Power Factor of the system is below a required minimum average value. Power Factor of the System can be improved by switching Capacitors as per KVA demand with the help of Automatic Power Factor Controllers. Modern Industries use Large Nos. of AC Motors, DC Drives, Rectifiers, Invertors, Compressors, Inductive Furnaces and Welding Machines, causing poor Power Factor of the System. The Reactive Power requirement in such Industries varies rapidly within every few cycles. The response speed of the conventional Power Factor Controller is not suitable to take care of rapid switching cycle. The Conventional Power Factor Control System incorporates Electromechanical Switches to Switch Capacitors and or not suitable for Fast switching where the load is rapidly changing. Also fast switching of Capacitors and Contractors results in inherent stresses on the Capacitors and on the Switchgear components. Uncompensated reactive power leads to poor Power Factor. Voltage instability, flickering, high current consumption, increased Maximum Demand, high losses, low electric supply, loading capacity and overrating of switchgears & cables results in high wear and tear and high maintenance cost.   SOLUTION : Jaivic Thyristorised Automatic Power Factor Correction System is a modern Powerful System constituting a Technological Breakthrough in the field of Power Factor Control. This new Modern System utilises Electronic Switching Element that switch Power Capacitor Banks into the new worth without creating switching transients. Connection to the network is performed with the help of ‘ZERO-CROSSING Detector’, providing smooth connection to the Capacitor Banks. There is no limit to the no. of switching operations, since the Electronic switching elements do not wear out or deteriorate during the switching process.         Technical Comparison :   Contractor Switching Thyristorised Switching     Network Compensation at extremely low voltage is not passible. Welding of the contactor contacts due to high inrush currents resulting in dangerous over compensations. Repeated and momentary Short Circuit currents due to capacitor Switching will have impact on the Life of the transformer. Contactors and Capacitors deteriorate in performance, resulting in down time and non availibility of compensation. Compensation at extreely low voltage is possible. No over compensation, under compensations and unbalanced compensation. No inrush current. Distribution transformer never subjected to short circuit current, life of the transformer increases. The Capacitor bank unit remains in useful operational service with maximum up time.          

Ideally suitable for linear/motive loads ranging from 500 KVA to 800 KVA with base power factor (PF) Jf 0 80 lag & to improve the PF as closest to UNITY (1.00). All these models are available in FLOOR V1OUNTED type enclosures, with the components, viz. Incomer, protection MCB/MCCB/fuses, nductors, thyristor modules & zero voltage switching circuit fitted in the front & capacitors mounted in he rear of the panel. These panels will have a front & rear access with hinged doors & forced cooling arrangement at the top. The typical bank configuration will be as under. 600 KVAR - 50x12 KVAR (double-door type enclosure) The approx dimension with cylindrical type capacitors will be 800MM(W) x 400MM(D) x 1800MM(H) 5 with Square (Box) type capacitors will be 800MM(W) x 600MM(D) x 2000MM(H)

In order to maintain our goodwill among the clients, we are engaged in manufacturing and supplying a quality assured range of LV APFC Panel that are also known as Low Voltage APFC Panel. Our offered panels are perfectly manufactured at by our diligent workforce making use of quality tested raw material and the ultra modern technology. These panels are used in various power stations and are highly appreciated by our clients for their unique features. Further, before the final dispatch from our end, these panels are tested against several parameters under the supervision of our quality controllers.General Descriptions:Any non-linear loads like: Non power factor corrected fluorescent and HID lighting fixture ballasts (40-80% p.f.) Arc welders (50-70% pf) Solenoids (20-50% pf) Induction heating equipment (60-90% pf) Small "dry-pack" transformers (30-95% pf) Induction motors (55-90%) etc Can cause poor power factor. In many areas electricity boards imposes a penalty charge for low power factor (pf). A poor power factor due to an inductive load can be improved by addition of capacitors in shunt. Awareness of necessity of power factor quality is increasing. Enhancing power quality i.e improvement of power factor saves cost and ensures a rapid return on investments.Installing "APIPL" APFC Panels provides a reliable solution for elimination of penalties and a cost reduction in the electricity bills by approximately 25%. This panel offers designs that are suitable for indoor or outdoor use. They are designed to minimize installation time and cost and offers high reliability, long life and is suitable for operation over a temperature range of - 10 C to 50 C. A wide range of ratings with standard devices are available.Best Suitable For: This APFC panel is best suitable for Installations having thyristorised loads Municipal water pumping schemes Lift irrigation schemes DoT, Railways, CPWD requirement Upto 20% harmonic distortions 50 % over current 20 % over voltages Salient Features:User friendly Microprocessor based APFC Relay having following characteristics: Intelligent control Menu driven handling Self-optimizing control capability Large measuring voltage range Recall function of recorded values Four-quadrant operation (e.g. stand by generator) Powerful alarm output Current limiting contactors/Thyristors especially designed for capacitor switching Load manager and data logger can also be provided in additional to downloading data Provision for top and bottom cable entry Aesthetically designed dust proof cabinet with powder coating Cooling fan for efficient performance Completely wired and tested in works and supplied with all control and safety devices

• Auxiliary Supply: 110V/220V /440V Measurement via PT
• Primary: up to 132KV configurable in multiples of 11KV
• Secondary: 110V
• Inputs- Current Via CT.: 1A/5A CT Secondary
• Pulses Output: KWH, KVARH.
• Weight: 900 gms.
• Mechanical arrangement: IP 54

Main Features : Highly Sensitive. Accuracy Class I. Certified from NABL accredited Laboratory. Intelligent Multi Method Switching (MMS) Algorithm. Four Quadrant Measurement. Data memory-45 days on hourly basis. Communication port RS-232/485. 2 / 4 Line LCD Display with backlit. Energy Pulse Output. Plug & Play Operation. Computerized Test & Calibration Report. Payment Lock Facility. Plug in Terminal. IP-54 Degree of Protection.     HT APFC RELAY - An intelligent high speed DSP + Microprocessor Based device to measure, calculate, display and store all electrical network parameters. Voltage & Current Feedback is achieved through HT CT’s & PT’s.   In built Intelligent Multi Method Switching (MMS) Algorithm enables user to get close control on network reactive power requirement. Multi Method Switching (MMS) Algorithm allows user to set different target power factor for Diesel Generators and Windmill Stations. A built in self test facility provided for checking calibration and operation of the relay without external load. The control functions even at low operating loads with great accuracy   GB Control’s APFC controller find usage and applications in all segments of industry viz Automobile factories, Cement Plants, Chemical & Fertilizer Plants, Metal Industries etc.   The other built in features viz Over Voltage Protection, Low Voltage Protection, Under Load Protection, Over Load Protection High Temperature etc. provides nonstop operation of APFC System.   Display Parameters :   Voltage, Current, Power Factor, Active Power (KW), Apparent Power (KVA)   Reactive Power (KVAR), Capacitive Reactive Power (CKVAR)   Active Energy (KWH), Apparent Energy (KVAH), Reactive Energy (KVARH)   Real Time, Date, Network fault message display   Capacitor bank status display, Load side Parameters viz. Current, P.F. & KVA.   Protections : Controller offers protections in the following situations. High voltage, Low voltage, Over- load, Under-load, Voltage Imbalance. Load Current Imbalance, Over Capacitor Current, Capacitor Current. Imbalance, Over Temperature.   Programmable Parameters :   Target Power Factor : 0.90 lead to 0.85 lag. Time Delay (TD) : 1 minute to 20 Minutes CT Ratio : Current Transformer ratio to observe actual load current. PT Ratio : Potential Transformer ratio to observe actual Line Voltage. No. of Steps : 1 to 8 Capacitor steps.   Operating Mode : Auto Mode / Manual Mode / Programme Mode / Standard Mode. Compensation Mode : Average / Maximum / Minimum of Load Kvar Basis. Memory Storage : 45 Days on hourly basis

• Voltage: 400-415 V
• Brand Name: Jaivic
• Phase: Three Phase
• Power Source: Electric
• Power: 200 kVA
• Automation Grade: Automatic
• Material: Mild Steel
• Working Temp: 50-55 Deg C
• Frequency: 50/60 Hz
• Rated Current: 300 Amp

• Voltage: 380/400/415/440/690V
• Features: Compact Design, Easy To Install, User Friendly Operation
• Condition: New
• Rated Frequency: 50/60 Hz
• Rated Out Put:: 20-1000 KVAr
• Configuration: Delta / Star Floating / Star Grounding.
• Capacitors: Resin filled / Gas filled / APP
• Controller: BR 4000 / BR 5000 / BR 6000
• Measuring: CT: 1 or 3
• Protections: OV /UV / SC / EF / OT

• Application: To improve Power Factor of the electrical System
• Brand Name: OZR
• Material: Mild Steel
• Color: Grey
• Power: 200KVAR

Thristor switching apfc panel. Prices are ex-works Nashik. Packing, Forwarding Extra. IGST 18% Extra. Delivery period 4-6 Weeks

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