ApplicationSubstation switchyards Placed between the DCS system panel and field instruments.
Construction TypeNon- Compartmentalize/Cubical
Rated operated voltage440V
Degree of ProtectionIP65
FabricationMS CRCA sheet steel or SS304 Structure,door, cover: 1.6 mm thick Gland plate: 3mm thick
Inspection and TestingRoutine Test Mechanical endurance Test HV Test Megger Test Continuity Test
Ambient tempDesign Ambient temp. standard 40°C Operated 45°C & 50°C
Power distribution panel is an essential component of every electricity supply system. These boards feed electrical power to different circuits that provide protective and efficient fuse and circuit breakers for every circuit and can be accessed with simplicity in case of an electrical fault. Power distribution system is increasingly growing with the incorporation of increasing level of building automation and renewables.
We have access to the best electrical power distribution board panel manufacturers, who have an experienced team of professionals. When working with electricity safety is the main consideration. Moreover, the panels are quality tested to precisely define every parameter before being delivered to the customers. A wide range of applications makes a high level of flexibility in the power distribution.
Power failure can be unpredictable; within seconds, it can shut down entire infrastructure by disabling all crucial operations. In order to keep track of varying types of equipment, distribution panels provide multiple outlets of power. To maintain the customer’s requirements for high performance and reliable power equipment, we supply a vast range of AMF Panels. With the help of the electric distribution panel, you can divide an electrical power into subsidiary circuits. These are widely used in commercial and industrial fields in order to supply more power. When you buy a product, you always make sure to buy a good quality one. We offer panel boards at a reasonable cost and high-quality.
Power distribution panel is an essential component of every electricity supply system. These boards feed electrical power to different circuits that provide protective and efficient fuse and circuit breakers for every circuit and can be accessed with simplicity in case of an electrical fault. Power distribution system is increasingly growing with the incorporation of increasing level of building automation and renewables.
We have access to the best electrical power distribution board panel manufacturers, who have an experienced team of professionals. When working with electricity safety is the main consideration. Moreover, the panels are quality tested to precisely define every parameter before being delivered to the customers. A wide range of applications makes a high level of flexibility in the power distribution.
Power failure can be unpredictable; within seconds, it can shut down entire infrastructure by disabling all crucial operations. In order to keep track of varying types of equipment, distribution panels provide multiple outlets of power. To maintain the customer’s requirements for high performance and reliable power equipment, we supply a vast range of AMF Panels. With the help of the electric distribution panel, you can divide an electrical power into subsidiary circuits. These are widely used in commercial and industrial fields in order to supply more power. When you buy a product, you always make sure to buy a good quality one. We offer panel boards at a reasonable cost and high-quality.
Number Of Flower : Power Distribution Panel
Application : Industrial Use
Feature : Proper Working, Water Proof
Condition : New
Frequency : 50hz, 60hz
Phase : AC Single Phase, AC Three Phase
Warrenty : 1yr
Number Of Flower : Terminal type Box
Application : Substation switchyards Placed between the DCS system panel and field instruments.
Ambient tempDesign Ambient temp. standard 40°C Operated 45°C & 50°C
Inspection and TestingRoutine Test Control/Interlock Test Continuity Test Mechanical endurance Test
Fabrication or Standard make EnclosureMS CRCA sheet steel or SS304 Structure, door, cover: 1.6 mm thick Gland plate: 3mm thi
Component selectionSelection basis on their rating and application,
Aiming to satisfy our clients optimally, we provide them with a quality approved array of PLC Panels. The offered panels are designed by our vendors’ skilled professionals, using optimum quality raw materials and latest technology in accordance with the international standards. To wire the control panels electronically is the primary function of PLC control panel. PLC panel will reduce the usage of number of relays. Space required for PLC is less when compared to relays hence there will be no space constraint.
Furthermore, offered products are made available in different sizes and various technical specifications to fulfill the various requirements of our clients.
Aiming to satisfy our clients optimally, we provide them with a quality approved array of PLC Panels. The offered panels are designed by our vendors’ skilled professionals, using optimum quality raw materials and latest technology in accordance with the international standards. To wire the control panels electronically is the primary function of PLC control panel. PLC panel will reduce the usage of number of relays. Space required for PLC is less when compared to relays hence there will be no space constraint.
Furthermore, offered products are made available in different sizes and various technical specifications to fulfill the various requirements of our clients.
Application : process plant Machinery Treatment plant
Power Control Centre (PCC) measured to be the base of an electrical organism in any industry. Hence it shall present users long term dependability, protection, low maintenance & testing time.
Power Control Centre (PCC) is used for distribution and control of different power source used in industry. Usually Power Control Centres is set up near power source hence fault level is high. It is planned to suit fault level of 50KA or 65 KA for 1 sec. Power Control Centres are intended to suit the fault level as well as temperature rise to 40°c above ambient. These are accessible in a wide range (from 630A to 6300 A) to match every user’s requirement.
Power Control Centre is Reliable, Compact and Safe
Assemblies offering maximum reliability
For each rated present range, most favourable connection conditions for cables
Split function partitions consisting of a toggle device, auxiliary tools and a cable connection compartment for safety
Contribute way with no any sacrifices in terms of practical specifications High short period existing carrying capacity for time-graded short-circuit guard assures dependable operation of the switchboard without being pretentious by short-circuit
Suggestion & procedure in the door closed situation
Main LT Panel, PCC With single, multiple incomer, bus couplers with proper interlocking required protection, fault indications, interlocking is provided.
Power Control Centre (PCC) measured to be the base of an electrical organism in any industry. Hence it shall present users long term dependability, protection, low maintenance & testing time.
Power Control Centre (PCC) is used for distribution and control of different power source used in industry. Usually Power Control Centres is set up near power source hence fault level is high. It is planned to suit fault level of 50KA or 65 KA for 1 sec. Power Control Centres are intended to suit the fault level as well as temperature rise to 40°c above ambient. These are accessible in a wide range (from 630A to 6300 A) to match every user’s requirement.
Power Control Centre is Reliable, Compact and Safe
Assemblies offering maximum reliability
For each rated present range, most favourable connection conditions for cables
Split function partitions consisting of a toggle device, auxiliary tools and a cable connection compartment for safety
Contribute way with no any sacrifices in terms of practical specifications High short period existing carrying capacity for time-graded short-circuit guard assures dependable operation of the switchboard without being pretentious by short-circuit
Suggestion & procedure in the door closed situation
Main LT Panel, PCC With single, multiple incomer, bus couplers with proper interlocking required protection, fault indications, interlocking is provided.
We offer an extensive range of MCC Panel (Motor Control Center) that is a device used to control and actualize the performance of an electric motor. These MCC Panels are offered in a wide variety such as compartmentalized with ACB/ MCCB SFU, DOL, ATS or Star Delta Starters. This range of MCC Panels can be fully drawn out with incoming and outgoing feeders or non draw out type. The MCC Panels are extensively used for reducing start voltage, reversing control or varying the speed as per requirement and for protection against overloads and faults.
Control centre can be single or double front operated
Floor mounted design
Automatic/ manual means of starting and stopping the motor
Fully drawn out with incoming and outgoing feeders or non draw out type
Busbar Arrangement
The Busbar shall be housed in a separate compartment. The Busbar shall be isolated with 3 mm thick FRC or acrylic sheet to avoid any accidental contact. The Busbar shall be arranged such that minimum clearances between the Busbar are maintained as per below.
Between phases : 27 mm min.
Between phases and neutral : 25 mm min.
Between phases and earth : 25 mm min.
Between neutral and earth : 23 mm min.
We offer an extensive range of MCC Panel (Motor Control Center) that is a device used to control and actualize the performance of an electric motor. These MCC Panels are offered in a wide variety such as compartmentalized with ACB/ MCCB SFU, DOL, ATS or Star Delta Starters. This range of MCC Panels can be fully drawn out with incoming and outgoing feeders or non draw out type. The MCC Panels are extensively used for reducing start voltage, reversing control or varying the speed as per requirement and for protection against overloads and faults.
Control centre can be single or double front operated
Floor mounted design
Automatic/ manual means of starting and stopping the motor
Fully drawn out with incoming and outgoing feeders or non draw out type
Busbar Arrangement
The Busbar shall be housed in a separate compartment. The Busbar shall be isolated with 3 mm thick FRC or acrylic sheet to avoid any accidental contact. The Busbar shall be arranged such that minimum clearances between the Busbar are maintained as per below.
Between phases : 27 mm min.
Between phases and neutral : 25 mm min.
Between phases and earth : 25 mm min.
Between neutral and earth : 23 mm min.
Application : Motor-driven machinery Treatment plant Process plant Pumping Station
These can either be outdoor or indoor applications depending on the customer’s requirements. Marshalling kiosks are used to provide convenient connection points for the various control, protection and instrumentation wires which go to, and come from, all the different substation plants. This includes power, distribution and instrument transformers, switchgear and SCADA equipment.
Marshalling kiosks are usually custom designed for each application, ensuring the correct amount of equipment is included for both the currently envisaged requirement and for future expansion. They can be provided with front and rear access or front only access where substation space is limited.
These can either be outdoor or indoor applications depending on the customer’s requirements. Marshalling kiosks are used to provide convenient connection points for the various control, protection and instrumentation wires which go to, and come from, all the different substation plants. This includes power, distribution and instrument transformers, switchgear and SCADA equipment.
Marshalling kiosks are usually custom designed for each application, ensuring the correct amount of equipment is included for both the currently envisaged requirement and for future expansion. They can be provided with front and rear access or front only access where substation space is limited.
Ambient tempDesign Ambient temp. standard 40°C Operated 45°C & 50°C
Fabrication or Standard make EnclosurMS CRCA sheet steel or SS304 Structure, door, cover: 1.6 mm thick Gland plate: 3mm thi
Inspection and TestingRoutine Test Control/Interlock Test Continuity Test Mechanical endurance Test
An electrical junction box is an enclosure housing electrical connections, to protect the connections and provide a safety barrier. With MOC of SS, MS, FLP with IP rating of IP4etc.
An electrical junction box is an enclosure housing electrical connections, to protect the connections and provide a safety barrier. With MOC of SS, MS, FLP with IP rating of IP4etc.
Definition – HT panel is a metal enclosure fitted with HT Circuit Breakers, relays &metering that is used to receive 11KV/33KV supply (from one or more source) & distribute the power through its outgoing feeders. Outgoing feeder may be one or more it depends on the load of the building.
HT panel is installedin substations of Commercial complexes, residential colonies, factories, schools, hospitals etc. to receive & distribute HT supply.
Definition – HT panel is a metal enclosure fitted with HT Circuit Breakers, relays &metering that is used to receive 11KV/33KV supply (from one or more source) & distribute the power through its outgoing feeders. Outgoing feeder may be one or more it depends on the load of the building.
HT panel is installedin substations of Commercial complexes, residential colonies, factories, schools, hospitals etc. to receive & distribute HT supply.
Inspection and TestingMegger Test Routine test Mechanical endurance Test HV Test
Ambient tempDesign Ambient temp. standard 40°C Operated 45°C & 50°C
Feeder pillars are the breaker panels which is the very first set of switching/protection device at the output/secondary side of the transformer and panel board is a set of switching/protection devices used for distribution of power supply.
Feeder pillar is an effective electrical enclosure to provide electrical services for low voltage electrical distribution applications. It is designed as compact and robust for vandalism protection. The metal enclosure is made of sheet steel of minimum 1.6mm thickness, mounted on a steel base frame of minimum 3mm thickness. Enclosure is suitable for outdoor application.
Feeder pillars are the breaker panels which is the very first set of switching/protection device at the output/secondary side of the transformer and panel board is a set of switching/protection devices used for distribution of power supply.
Feeder pillar is an effective electrical enclosure to provide electrical services for low voltage electrical distribution applications. It is designed as compact and robust for vandalism protection. The metal enclosure is made of sheet steel of minimum 1.6mm thickness, mounted on a steel base frame of minimum 3mm thickness. Enclosure is suitable for outdoor application.
Feeder pillars are the breaker panels which is the very first set of switching/protection device at the output/secondary side of the transformer and panel board is a set of switching/protection devices used for distribution of power supply.
Feeder pillar is an effective electrical enclosure to provide electrical services for low voltage electrical distribution applications. It is designed as compact and robust for vandalism protection. The metal enclosure is made of sheet steel of minimum 1.6mm thickness, mounted on a steel base frame of minimum 3mm thickness. Enclosure is suitable for outdoor application.
Feeder pillars are the breaker panels which is the very first set of switching/protection device at the output/secondary side of the transformer and panel board is a set of switching/protection devices used for distribution of power supply.
Feeder pillar is an effective electrical enclosure to provide electrical services for low voltage electrical distribution applications. It is designed as compact and robust for vandalism protection. The metal enclosure is made of sheet steel of minimum 1.6mm thickness, mounted on a steel base frame of minimum 3mm thickness. Enclosure is suitable for outdoor application.
Application : Power Distribution Power distribution with isolation Power distribution with selected
ApplicationModulated type load Process plant Treatment plant Motor-driven machinery
Construction TypeCompartmentalize Non- Compartmentalize/Cubical
Max. rated of VFD400KW
Rated operated voltage440V
Degree of ProtectionUp to IP54
Ambient tempDesign Ambient temp. standard 40°C Operated 45°C & 50°C
Inspection and TestingRoutine Test Control/Interlock Test Continuity Test Mechanical endurance Test
FabricationMs Crca Sheet Steel or Ss304 Structure, Door, Cover: 1.6 Mm Thick Gland Plate: 3mm Thick
Component selectionDrive selection basis on their rating and application, input choke and output choke selection basis
FeatureManufacturers across the globe capitalize on AC variable frequency drive technology to save money
When a VFD starts a motor, it initially applies a low frequency and voltage to the motor. The starting frequency is typically 2 Hz or less. Starting at such a low frequency avoids the high inrush current that occurs when a motor is started by simply applying the utility (mains) voltage by turning on a switch. When VFD starts, the applied frequency and voltage are increased at a controlled rate or ramped up to accelerate the load without drawing excessive current.
This starting method typically allows a motor to develop 150% of its rated torque while drawing only 50% of its rated current. When a motor is simply switched on at full voltage, it initially draws at least 300% of its rated current while producing less than 50% of its rated torque. As the load accelerates, the available torque usually drops a little and then rises to a peak while the current remains very high until the motor approaches full speed. A VFD can be adjusted to produce a steady 150% starting torque from standstill right up to full speed while drawing only 50% current.
When a VFD starts a motor, it initially applies a low frequency and voltage to the motor. The starting frequency is typically 2 Hz or less. Starting at such a low frequency avoids the high inrush current that occurs when a motor is started by simply applying the utility (mains) voltage by turning on a switch. When VFD starts, the applied frequency and voltage are increased at a controlled rate or ramped up to accelerate the load without drawing excessive current.
This starting method typically allows a motor to develop 150% of its rated torque while drawing only 50% of its rated current. When a motor is simply switched on at full voltage, it initially draws at least 300% of its rated current while producing less than 50% of its rated torque. As the load accelerates, the available torque usually drops a little and then rises to a peak while the current remains very high until the motor approaches full speed. A VFD can be adjusted to produce a steady 150% starting torque from standstill right up to full speed while drawing only 50% current.
Number Of Flower : Manual VFD Panel Auto VFD Panel
Application : Modulated type load Process plant Treatment plant Motor-driven machinery
Ambient tempDesign Ambient temp. standard 40°C Operated 45°C & 50°C
Inspection and TestingRoutain Test Control/Interlock Test Continuity Test Mechanical endurance Test
Fabrication or Standard make EnclosuMS CRCA sheet steel or SS304 Structure, door, cover: 1.6 mm thick Gland plate: 3mm thi
Component selectionDrive selection basis on their rating and application
Inspection and TestingRoutine Test Control/Interlock Test Continuity Test Mechanical endurance Test
Control panel consist of a controller. Controller may be PLC, DCS, relay or some other type. It gives digital signal input signal to the MCC panel to start the motor. Control panel works based on the PLC /DCS program or the relay logic. Instruments are normally connected to control panel. Indications for the interlocks also will be there in control panel. Nowadays single panel is used of using separate control and MCC panel.
Ease in modification of logic, reduced size, means of remote communications and advances in the technology have made PLC Automation Control Panels an edge over conventional relay based systems. Control Systems Engineers has provided PLC based Panels from PLC of Allen Bradley, Siemens,ABB and etc., From small I/O application to the complex I/O systems are provided by the Control Systems Engineers. Control Systems Engineers have developed communication software's for remote communication of the PLC Panels in various different protocols. With PLC based Panels HMI/MMI are provided to provide the operator various messages and controls of the process plants touch screen MMI are provided. To effective control of the system.
Feature
Manufacturers across the globe capitalize on AC variable frequency drive technology to save money on their utility bills, increase quality control, decrease production downtime, and improve overall efficiency on production lines.
Control panel consist of a controller. Controller may be PLC, DCS, relay or some other type. It gives digital signal input signal to the MCC panel to start the motor. Control panel works based on the PLC /DCS program or the relay logic. Instruments are normally connected to control panel. Indications for the interlocks also will be there in control panel. Nowadays single panel is used of using separate control and MCC panel.
Ease in modification of logic, reduced size, means of remote communications and advances in the technology have made PLC Automation Control Panels an edge over conventional relay based systems. Control Systems Engineers has provided PLC based Panels from PLC of Allen Bradley, Siemens,ABB and etc., From small I/O application to the complex I/O systems are provided by the Control Systems Engineers. Control Systems Engineers have developed communication software's for remote communication of the PLC Panels in various different protocols. With PLC based Panels HMI/MMI are provided to provide the operator various messages and controls of the process plants touch screen MMI are provided. To effective control of the system.
Feature
Manufacturers across the globe capitalize on AC variable frequency drive technology to save money on their utility bills, increase quality control, decrease production downtime, and improve overall efficiency on production lines.
Number Of Flower : PLC with VFD panel PLC With Starter Panel
Application : process plants Machinery Treatment plant
Automatic Power Factor Control or APFC Panels are mainly used for the improvement of Power Factor. Power Factor is the ratio of active power to apparent power and it is a major component in measuring electrical consumption. APFC is an automatic power factor control panel which is used to improve the power factor, whenever required, by switching ON and OFF the required capacitor bank units automatically.
This is very strong and durable. It is very easy to operate. It is dust proof and has high tensile strength. It required low maintenance. This is also known as automatic power factor correction panels. This product is made of best quality of raw material. It is very eco-friendly. It is connected with electricity boards. This is widely used for installation purpose. It has micro controller switch.
Busbar Arrangement
The Busbar shall be housed in a separate compartment. The Busbar shall be isolated with 3 mm thick FRC or acrylic sheet to avoid any accidental contact. The Busbar shall be arranged such that minimum clearances between the Busbar are maintained as per below.
Between phases : 27 mm min.
Between phases and neutral : 25 mm min.
Between phases and earth : 25 mm min.
Between neutral and earth : 23 mm min.
Component Selection
Detuned harmonic filters are the series combination of a reactor and power capacitor. This filter offers higher impedance for high frequency harmonics. This prevents harmonic resonance and amplification.
Each capacitor bank is equipped with discharge devices capable of reducing the residual voltage to below 10% of the rated capacitor voltage in about 30 seconds.
Delay timer used to protect Circuit from reverse flow while capacitor is discharging
Automatic Power Factor Control or APFC Panels are mainly used for the improvement of Power Factor. Power Factor is the ratio of active power to apparent power and it is a major component in measuring electrical consumption. APFC is an automatic power factor control panel which is used to improve the power factor, whenever required, by switching ON and OFF the required capacitor bank units automatically.
This is very strong and durable. It is very easy to operate. It is dust proof and has high tensile strength. It required low maintenance. This is also known as automatic power factor correction panels. This product is made of best quality of raw material. It is very eco-friendly. It is connected with electricity boards. This is widely used for installation purpose. It has micro controller switch.
Busbar Arrangement
The Busbar shall be housed in a separate compartment. The Busbar shall be isolated with 3 mm thick FRC or acrylic sheet to avoid any accidental contact. The Busbar shall be arranged such that minimum clearances between the Busbar are maintained as per below.
Between phases : 27 mm min.
Between phases and neutral : 25 mm min.
Between phases and earth : 25 mm min.
Between neutral and earth : 23 mm min.
Component Selection
Detuned harmonic filters are the series combination of a reactor and power capacitor. This filter offers higher impedance for high frequency harmonics. This prevents harmonic resonance and amplification.
Each capacitor bank is equipped with discharge devices capable of reducing the residual voltage to below 10% of the rated capacitor voltage in about 30 seconds.
Delay timer used to protect Circuit from reverse flow while capacitor is discharging
Application : Motor-driven machinery Treatment plant Process plant Pumping Station
AJ Technology is the most trustworthy name in supplying best quality retrofitting work in Vadodara Gujarat. Moving on deep knowledge & industrial experience, we are offering a very effective solution for Retrofitting work to any industrial or commercial structure. Our provided services are appreciated in the market for their quality features like client-centric. We utilise only high-grade material to deliver high-class fittings and work. Our tech-savvy team utilises their expertise to offer solutions that our customers will love. Furthermore, customers can avail our services at market leading prices. Join us now and let us fulfil your demands with premium-grade retrofitting work.
Uniquely managed
Technically efficient
Customized facility
AJ Technology is the most trustworthy name in supplying best quality retrofitting work in Vadodara Gujarat. Moving on deep knowledge & industrial experience, we are offering a very effective solution for Retrofitting work to any industrial or commercial structure. Our provided services are appreciated in the market for their quality features like client-centric. We utilise only high-grade material to deliver high-class fittings and work. Our tech-savvy team utilises their expertise to offer solutions that our customers will love. Furthermore, customers can avail our services at market leading prices. Join us now and let us fulfil your demands with premium-grade retrofitting work.
Uniquely managed
Technically efficient
Customized facility
The team at AJ Technology is very talented, dedicated, well organized and knowledgeable. I was most satisfied with the quality of the workmanship. They did excellent work.
Permonics memberence
| 23rd Oct, 2020
The guys AJ Technology have always helped me out with my requests and technical information above my expectations. They are a great team to deal with all the time.
Ambe industrial services
| calcutta-, West Bengal
| 23rd Oct, 2020
We are happy with your work, we having an excellent support for making this turn around happen. We hope to achieve new height in our industry with your support.
Dayster
| 23rd Oct, 2020
We just say only to you is : "large company effected and profitable , local company manageable and flexible.
Secondary Business TypeExporters / Service Providers / Wholesale Suppliers
Year of Establishment2017
Annual TurnoverRs. 2.5 to 5 Crore Approx.
Ownership TypeIndividual (Sole proprietorship)
GSTIN Number24AMQPJ6923M1ZI
Opening Hours
SUN : Closed
MON : 9:30 AM - 6:30 PM
TUE : 9:30 AM - 6:30 PM
WED : 9:30 AM - 6:30 PM
THU : 9:30 AM - 6:30 PM
FRI : 9:30 AM - 6:30 PM
SAT : 9:30 AM - 6:30 PM
AJ Technology from Vadodara, Gujarat Established in 2017 is Manufacturers of [Electrical Panels & Distribution Box] - Plc Control Panel, APFC Panel, Mcc Panel, Lt Distribution Panel, Drive Panel, [Electric Fittings and Components] - Control Panels, PCC Panel, Control Panel, [Instrumentation & Control Equipment] - HMI Operator Panel, [Repair & Maintenance Services] - retrofitting work.