J J Industries Naroda, Ahmedabad, Gujarat

Power Distribution Panels Are Designed To Distribute Electricity In Different Section Of An Industry Where Short Circuit And Overload Protection Are Required. This Device Is Fitted In Various Protective Relays To Receive Inputs, Trigger Outputs And Monitor System. During Faults In Electric Distribution, This Device Can Trip The Circuit Breaker To Avoid Causing Damage. The Distribution Panel Enables Main Incoming Of Electric Board And Generator With Bus Coupler Permitting All The Outgoing Feeders. This Process Can Be Executed Either On Electric Board Supply Or Generator Supply. Moreover An Interlock System Is Provided To Prevent Clash Between Electric Board Supply & Generator Supply. We Manufacture Power Distribution Panels In Various Capacity Based On The Client’s Requirement.   Product Features: Distribution Panel Facilitates Main Incomer Of Electric Board Gerator With Bus Coupler Enabling All The Outgoing Feeders Runs On Electric Board Supply Or Generator Supply Interlock Is Provided To Avoid Any Clash Between Electric Board Supply & Generator Supply Strong And Sturdy Easy Usage Can Be Connected To Other Panels Equal Current Distribution Applications:: Process Industries: Dairy, Paper & Pulp, Pharmaceuticals, Leather, Sugar, Fertilizer Manufacturing: Automotive, Plastics & Chemicals, Electronics & Telecommunications Power Plants, Heavy Machinery, Infrastructure, Heating, Ventilation, And Air Conditioning Food Industry Chemical Industry Cement Plant

Power Control Centre Are Used For Intelligent Selection Of Transmitter Power Output In A Communication System To Achieve Good Performance Within The System. These Panels Are Used For Diverse Industrial Applications. We Are Engaged In Manufacturing PCC Up To 6300 Busbar Rating. These Panels Are Manufactured In Various Sizes Based On Client’s Specifications. The Panels Are Totally Dust And Vermin Proof. The Entire Panel Will Undergo Pre-Treatment Covering Decreasing, Water Rinsing & De-Rusting/Phosphating. It Will Be Synthetic Enamel Painted Or Powder Coated As Per Requirements.   Product Features: High Degree Of Flexibility Available With Provision Of Mounting ACB And Automatic Transfer Switch For The Incoming Supply Multitier Compartmentalized Vertical Bus For Two-Tier Feeders Up To 1600A Short-Circuit Rating Planned For 70KA Modular Design Extensible At Both Sides Arrangement For Receiving Supply Through Power Cable/Bus Duct Applications::   Process Industries: Dairy, Paper & Pulp, Pharmaceuticals, Leather, Sugar, Fertilizer Manufacturing: Automotive, Plastics & Chemicals, Electronics & Telecommunications Power Plants, Heavy Machinery, Infrastructure, Heating, Ventilation And Air Conditioning

Motor Control Centre Are Used To Control Centralized Operation Of All The Motors Located At Various Places Inside A Plant. MCC Takes Care Of Controlling, Monitoring & Recording Of The Power Supplied To Motors. These Have The Capacity To Feed Larger Loads And Are Designed As Per The Client’s Specifications. The MCC Panels Are Available With Multiple Power Stabs That Help In Supporting High Capacity Industrial Motors.These MCC Panels Areconventional To ISI Standards And Designed With Utmost Care And Stringent Quality Inspection To Ensure Client Satisfaction. This Range Is Available In Standard As Well As Customized Size.   Product Features: Full Voltage Non-Reversing And Full Voltage Reversing Starters Multitier Compartmentalized Full Voltage Non-Reversing And Full Voltage Reversing Starters Multitier Compartmentalized Single-Front Or Double-Front Arrangement With Independent Droppers For Front And Rear Panel Analog Or Digital Metering Custom Design Fixed Type, Free Standing, Floor Mounting Extendable To Both Sides Cubical Type Compartmentalized & Non-Compartmentalized Construction Top Or Bottom Cable Entry Design Facilitating Adequate Space For Cable And Bus Duct Termination And Providing Required Cable Support Applications:: Process Industries: Dairy, Paper & Pulp, Pharmaceuticals, Leather, Sugar, Fertilizer Manufacturing: Automotive, Plastics & Chemicals, Electronics & Telecommunications Power Plants, Heavy Machinery, Infrastructure, Heating, Ventilation, And Air Conditioning Food Industry Chemical Industry Cement Plant  

Meter Panels Are Used To House KWH Meter For Monitoring Or Billing Purpose From Utility Supply Provider Or End User. These Panels Are Available In Customizable Sizes To Suit Any KWH Meter Available. In High Rise Apartment Complexes Or Cluster Commercial Establishments, Meter Panels Are Used For Centralized And Easy Meter Reading And Billing. These Panels Are Generally Approved By The Electricity Authorities And Involve Sealing Of Compartments In Such A Manner That Power Theft Is Rendered Impossible.   Product Features: Available In 6, 9, 12 , 24 Way Meter Panels Available With Or Without Panel Isolators Pre-Punched For All Incoming And Outgoing Cabling 8 Pre-Drilled Holes For Easy Mounting Economically Priced Fast And Convenient Installation And Wiring Applications:: Residential Complexes Cluster Commercial Establishments Townships

Busduct Is Mostly Used In Industrial Location To Seamlessly Distribute Power From One End Of The Building To Another. These Ducts Are Manufactured Using Copper Or Aluminium To Protect It Against Mechanical Damage. The Duct Is Also Dust And Vermin Resistant. The Key Advantage Of Busduct Is Its Flexibility And Adaptability To A Wide Range Of Requirements, Which Allows Us To Design Them According To Industry Specific Requirements.   Product Features: Busduct Systems Fulfil Four Different Applications: Single Loads, Multiple Loads, Riser, And Service Entrance. Highly Flexible And Versatile Superior Electrical Design: Low Impedance, Higher Short-Circuit System And Lower Electromagnetic Generation Light Weight For Quicker And Easier Installation Saves Time And Labour Cost Improved Safety Low-Cost Maintenance Applications:: Industries Residential Complexes Hotels Hospitals  

HVAC (Heating, Ventilation And Air Conditioning) Panels Are Used To Regulate The Heating And Air Conditioning System. These Panels Are Manufactured Using Progressive Technology And Innovative Machines. These Panels Areconventional To ISI Standards And Designed With Utmost Care And Stringent Quality Inspection To Ensure Client Satisfaction. This Range Is Available In Standard As Well As Customized Size.   Product Features: Full Voltage Non-Reversing And Full Voltage Reversing Starters Multitier Compartmentalized Single-Front Or Double-Front Arrangement With Independent Droppers For Front And Rear Panel Control Bus In Requisite Number Throughout The Length Of The Panel Analog Or Digital Metering Custom Design Fixed Type, Free Standing, Floor Mounting Extendable To Both Sides Cubical Type Compartmentalized & Non-Compartmentalized Construction Top Or Bottom Cable Entry Design Facilitating Adequate Space For Cable And Bus Duct Termination And Providing Required Cable Support Applications:: Residential Complexes Cluster Commercial Establishments Townships

Feeder Pillars Or Kiosk Panels Are Used To Monitor And Distribute Power In Outdoor Applications Such As Transformer Yard, Terrace Building Or Group Housing Projects. These Panels Are Sturdy And Resistant To Weather Conditions. The Feeder Panels Are Provided With Rain Canopy. The Exterior Of Feeder Panel Is Welded, Hence Retaining Modular Advantages, Enhancing Flexibility, Safety And Versatility From The Interior.   Product Features: Durable High Performance Affordable Applications:: Industries Residential Complexes, Hotels And Townships.  

Automatic Power Factor Correction Panels Are Used To Maintain The Power Factor In The Desired Range. APFC Panels, Designed Using Advanced Technology Are Capable Of Saving Maximum Power And Energy. These Panels Can Effectively And Automatically Manage Quickly Changing And Scattered Loads Along With The Retention Of High Power Factor. These Panels Eliminates The Need For Constant Manual Interventions, Along With Maintaining High Power Factor, Cutting Down Electrical Expenditure.   Product Features: Improves Efficiency Of The System Corrosion Resistant Electrical Insulation Reduces KVA Demand Charge Reduces Power Loss Low Maintenance Cost High Efficiency Protects Electrical Equipments Prevents Leading Power Factor In The Installation During Low Load Conditions Applications:: Windmills • Monitoring Current Harmonics Process Controllers Micro Processors LT & HT Factories Electrical Installations Line Voltage Analysis  

AMF & D.G Synchronizing Panels Are Used To Run Critical Loads During Power Failure. PLC’s Are Programmed To Sense Power Loss, Initiate And Synchronize Diesel Power Generation With No Manual Interruptions. We Offer D.G Synchronizing Panels Which Are Based On Auto/Manual Sharing, Auto Synchronising, Auto KW & KVAR Sharing And Load Dependent Start/Stop Features. Industries That Are Sensitive To Power Loss Are Dependent On Multiple Alternate Power Sources, Demanding AMF/Synchronization Control Panels For Seamless Transition. Our Panels Are Equipped With Touch Screen Programmable Logic Controllers With Advanced Programs To Solve The Most Complicated Load Requirements.Changing Of Schemes Are Made Through PLC & Software Which Work In Tandem With The Generator Control Package That Take Care Of Power Monitoring, Communication, Display As Well As Protection. For Any Type Of Load Addition Or Reduction, Manual Intervention With Respect To D.G Set Operation Is Not Required. Multiple D.G Sets Can Be Synchronised With A Panel Ranging From 2 D.G Sets To 6 D.G Sets. We Are Engaged In Offering A Technologically Advanced Range Of Dg Synchronization Panel, Which Are Available In Different Specification.   Product Features: Operational Efficiency Easy Programing Low Maintainance Durable Quality Tested We Offer A Wide Range Of D.G Synchronization Panel Available With PLC Configuration Woodward Controller Provide Synchronizing Among D.G Sets, G.G Sets, Emergency And Grid Supplies. Woodward Controller Can Provide Synchronization Through Bus Coupler Applications:: Windmills Monitoring Current Harmonics Process Controllers Micro Processors LT & HT Factories Electrical Installations >Line Voltage Analysis