Beta Power Controls LLP

BETA APFC Panel has microcontroller based programmable controller which switches the capacitor banks of suitable capacity automatically in multiple stages by directly reading the reactive load (RKVA) which works in the principle of VAR sensing tends to maintain the PF to 0.99 Lag. The capacitor banks may be selected in number of stages as 4/6/8 according to the load pattern. Modern power networks consists of wide variety of electrical and power electronics loads, in case of such varying loads, the power factor also varies as a function of the load requirements .So it is practically difficult to maintain consistent power factor by the use of fixed compensation i.e. fixed capacitors which shall need to be manually switched to suit the variations of the load. It can lead to situations where the installation can have a low power factor leading to higher demand charges and levy of power factor penalties. In addition to not being able to achieve the desired power factor it is also possible that the use of fixed compensation can also result in leading power factor under certain load conditions. This is also unhealthy for the installation as it can result in over voltages, saturation of transformers, maloperation of diesel generating sets, penalties by electricity supply authorities etc. It is therefore necessary to automatically vary, without manual intervention, the compensation to suit the load requirements. This is achieved by using on Automatic Power Factor Correction (APFC) system which can ensure consistently high power factor without any manual intervention. In addition, the occurrence of leading power factor will be prevented.APFC products are fully automatic in operation and can be used to achieve, consistently high power factor under fluctuating load conditions Reduced KVA demand charges, Lower energy consumption in the installation by reducing losses Preventive leading power factor in an installation.

Install APFC Panel to avoid penalties and enjoy the benefits automatically. For maintaining the power factor according to the load factor, proper capacity of capacitors is to be connected. The value of capacitors to be connected will vary with respect to load and its existing PF. There are two ways to maintain PF-
Fixing of capacitor at the load end permanently or at the mains. Generally which is recommended for the fixed load like pumps, fans etc. and it is not possible for the load which has variations in the load and PF.

The power factor can be maintained by installing Automatic Power Factor Control Panel (APFC Panel)

Features of Automatic Power factor correctionpanel:

• Modular design, Non-compartmentalized,
• Colour RAL 7035
• Indoor, Floor mounted, cable entry from bottom.
• Minimum joints hence better reliability and lower losses.
• Special cables used hence withstands high temperature
• Incomer MCCB, 3 pole ,35KA
• Step protection MCCB
• Step switching
• Capacitor duty contactors with Damping Resistors.
• Microprocessor controlled relay
• Switching option - Auto only
• Busbar – Aluminium
• Protection class IP42
• Capacitors  -Varplus Heavy Duty Can type

Compatible

• EC 61921

Wide Range

• 100 KVAr to 400 KVAr

Benefits

Beneifts of Automatic Power factor correction panel

• Consistency in Power Factor under fluctuating load conditions.
• Maintenance Free
• Elimination of Power factor penalty
• Prevention of leading power factor

Applications

 

• Fluctuating loads such as
• Steel Rolling mills
• Chemical industry
• Cement plant
• Suger plant
• Textile
• Hospitals / Hotels
• Building segment
• Automobile industry etc

BETA APFC Panel has microcontroller based programmable controller which switches the capacitor banks of suitable capacity automatically in multiple stages by directly reading the reactive load (RKVA) which works in the principle of VAR sensing tends to maintain the PF to 0.99 Lag. The capacitor banks may be selected in number of stages as 4/6/8 according to the load pattern. Modern power networks consists of wide variety of electrical and power electronics loads, in case of such varying loads, the power factor also varies as a function of the load requirements .So it is practically difficult to maintain consistent power factor by the use of fixed compensation i.e. fixed capacitors which shall need to be manually switched to suit the variations of the load. It can lead to situations where the installation can have a low power factor leading to higher demand charges and levy of power factor penalties. In addition to not being able to achieve the desired power factor it is also possible that the use of fixed compensation can also result in leading power factor under certain load conditions. This is also unhealthy for the installation as it can result in over voltages, saturation of transformers, maloperation of diesel generating sets, penalties by electricity supply authorities etc. It is therefore necessary to automatically vary, without manual intervention, the compensation to suit the load requirements. This is achieved by using on Automatic Power Factor Correction (APFC) system which can ensure consistently high power factor without any manual intervention. In addition, the occurrence of leading power factor will be prevented.APFC products are fully automatic in operation and can be used to achieve, consistently high power factor under fluctuating load conditions Reduced KVA demand charges, Lower energy consumption in the installation by reducing losses Preventive leading power factor in an installation.

Install APFC Panel to avoid penalties and enjoy the benefits automatically. For maintaining the power factor according to the load factor, proper capacity of capacitors is to be connected. The value of capacitors to be connected will vary with respect to load and its existing PF. There are two ways to maintain PF-
Fixing of capacitor at the load end permanently or at the mains. Generally which is recommended for the fixed load like pumps, fans etc. and it is not possible for the load which has variations in the load and PF.

The power factor can be maintained by installing Automatic Power Factor Control Panel (APFC Panel)

Features of Automatic Power factor correctionpanel:

• Modular design, Non-compartmentalized,
• Colour RAL 7035
• Indoor, Floor mounted, cable entry from bottom.
• Minimum joints hence better reliability and lower losses.
• Special cables used hence withstands high temperature
• Incomer MCCB, 3 pole ,35KA
• Step protection MCCB
• Step switching
• Capacitor duty contactors with Damping Resistors.
• Microprocessor controlled relay
• Switching option - Auto only
• Busbar – Aluminium
• Protection class IP42
• Capacitors  -Varplus Heavy Duty Can type

Compatible

• EC 61921

Wide Range

• 100 KVAr to 400 KVAr

Benefits

Beneifts of Automatic Power factor correction panel

• Consistency in Power Factor under fluctuating load conditions.
• Maintenance Free
• Elimination of Power factor penalty
• Prevention of leading power factor

Applications

 

• Fluctuating loads such as
• Steel Rolling mills
• Chemical industry
• Cement plant
• Suger plant
• Textile
• Hospitals / Hotels
• Building segment
• Automobile industry etc

BETA APFC Panel has microcontroller based programmable controller which switches the capacitor banks of suitable capacity automatically in multiple stages by directly reading the reactive load (RKVA) which works in the principle of VAR sensing tends to maintain the PF to 0.99 Lag. The capacitor banks may be selected in number of stages as 4/6/8 according to the load pattern. Modern power networks consists of wide variety of electrical and power electronics loads, in case of such varying loads, the power factor also varies as a function of the load requirements .So it is practically difficult to maintain consistent power factor by the use of fixed compensation i.e. fixed capacitors which shall need to be manually switched to suit the variations of the load. It can lead to situations where the installation can have a low power factor leading to higher demand charges and levy of power factor penalties. In addition to not being able to achieve the desired power factor it is also possible that the use of fixed compensation can also result in leading power factor under certain load conditions. This is also unhealthy for the installation as it can result in over voltages, saturation of transformers, maloperation of diesel generating sets, penalties by electricity supply authorities etc. It is therefore necessary to automatically vary, without manual intervention, the compensation to suit the load requirements. This is achieved by using on Automatic Power Factor Correction (APFC) system which can ensure consistently high power factor without any manual intervention. In addition, the occurrence of leading power factor will be prevented.APFC products are fully automatic in operation and can be used to achieve, consistently high power factor under fluctuating load conditions Reduced KVA demand charges, Lower energy consumption in the installation by reducing losses Preventive leading power factor in an installation.

Install APFC Panel to avoid penalties and enjoy the benefits automatically. For maintaining the power factor according to the load factor, proper capacity of capacitors is to be connected. The value of capacitors to be connected will vary with respect to load and its existing PF. There are two ways to maintain PF-
Fixing of capacitor at the load end permanently or at the mains. Generally which is recommended for the fixed load like pumps, fans etc. and it is not possible for the load which has variations in the load and PF.

The power factor can be maintained by installing Automatic Power Factor Control Panel (APFC Panel)

Features of Automatic Power factor correctionpanel:

• Modular design, Non-compartmentalized,
• Colour RAL 7035
• Indoor, Floor mounted, cable entry from bottom.
• Minimum joints hence better reliability and lower losses.
• Special cables used hence withstands high temperature
• Incomer MCCB, 3 pole ,35KA
• Step protection MCCB
• Step switching
• Capacitor duty contactors with Damping Resistors.
• Microprocessor controlled relay
• Switching option - Auto only
• Busbar – Aluminium
• Protection class IP42
• Capacitors  -Varplus Heavy Duty Can type

Compatible

• EC 61921

Wide Range

• 100 KVAr to 400 KVAr

Benefits

Beneifts of Automatic Power factor correction panel

• Consistency in Power Factor under fluctuating load conditions.
• Maintenance Free
• Elimination of Power factor penalty
• Prevention of leading power factor

Applications

 

• Fluctuating loads such as
• Steel Rolling mills
• Chemical industry
• Cement plant
• Suger plant
• Textile
• Hospitals / Hotels
• Building segment
• Automobile industry etc

BETA APFC Panel has microcontroller based programmable controller which switches the capacitor banks of suitable capacity automatically in multiple stages by directly reading the reactive load (RKVA) which works in the principle of VAR sensing tends to maintain the PF to 0.99 Lag. The capacitor banks may be selected in number of stages as 4/6/8 according to the load pattern. Modern power networks consists of wide variety of electrical and power electronics loads, in case of such varying loads, the power factor also varies as a function of the load requirements .So it is practically difficult to maintain consistent power factor by the use of fixed compensation i.e. fixed capacitors which shall need to be manually switched to suit the variations of the load. It can lead to situations where the installation can have a low power factor leading to higher demand charges and levy of power factor penalties. In addition to not being able to achieve the desired power factor it is also possible that the use of fixed compensation can also result in leading power factor under certain load conditions. This is also unhealthy for the installation as it can result in over voltages, saturation of transformers, maloperation of diesel generating sets, penalties by electricity supply authorities etc. It is therefore necessary to automatically vary, without manual intervention, the compensation to suit the load requirements. This is achieved by using on Automatic Power Factor Correction (APFC) system which can ensure consistently high power factor without any manual intervention. In addition, the occurrence of leading power factor will be prevented.APFC products are fully automatic in operation and can be used to achieve, consistently high power factor under fluctuating load conditions Reduced KVA demand charges, Lower energy consumption in the installation by reducing losses Preventive leading power factor in an installation.

Install APFC Panel to avoid penalties and enjoy the benefits automatically. For maintaining the power factor according to the load factor, proper capacity of capacitors is to be connected. The value of capacitors to be connected will vary with respect to load and its existing PF. There are two ways to maintain PF-
Fixing of capacitor at the load end permanently or at the mains. Generally which is recommended for the fixed load like pumps, fans etc. and it is not possible for the load which has variations in the load and PF.

The power factor can be maintained by installing Automatic Power Factor Control Panel (APFC Panel)

Features of Automatic Power factor correctionpanel:

• Modular design, Non-compartmentalized,
• Colour RAL 7035
• Indoor, Floor mounted, cable entry from bottom.
• Minimum joints hence better reliability and lower losses.
• Special cables used hence withstands high temperature
• Incomer MCCB, 3 pole ,35KA
• Step protection MCCB
• Step switching
• Capacitor duty contactors with Damping Resistors.
• Microprocessor controlled relay
• Switching option - Auto only
• Busbar – Aluminium
• Protection class IP42
• Capacitors  -Varplus Heavy Duty Can type

Compatible

• EC 61921

Wide Range

• 100 KVAr to 400 KVAr

Benefits

Beneifts of Automatic Power factor correction panel

• Consistency in Power Factor under fluctuating load conditions.
• Maintenance Free
• Elimination of Power factor penalty
• Prevention of leading power factor

Applications

 

• Fluctuating loads such as
• Steel Rolling mills
• Chemical industry
• Cement plant
• Suger plant
• Textile
• Hospitals / Hotels
• Building segment
• Automobile industry etc

BETA APFC Panel has microcontroller based programmable controller which switches the capacitor banks of suitable capacity automatically in multiple stages by directly reading the reactive load (RKVA) which works in the principle of VAR sensing tends to maintain the PF to 0.99 Lag. The capacitor banks may be selected in number of stages as 4/6/8 according to the load pattern. Modern power networks consists of wide variety of electrical and power electronics loads, in case of such varying loads, the power factor also varies as a function of the load requirements .So it is practically difficult to maintain consistent power factor by the use of fixed compensation i.e. fixed capacitors which shall need to be manually switched to suit the variations of the load. It can lead to situations where the installation can have a low power factor leading to higher demand charges and levy of power factor penalties. In addition to not being able to achieve the desired power factor it is also possible that the use of fixed compensation can also result in leading power factor under certain load conditions. This is also unhealthy for the installation as it can result in over voltages, saturation of transformers, maloperation of diesel generating sets, penalties by electricity supply authorities etc. It is therefore necessary to automatically vary, without manual intervention, the compensation to suit the load requirements. This is achieved by using on Automatic Power Factor Correction (APFC) system which can ensure consistently high power factor without any manual intervention. In addition, the occurrence of leading power factor will be prevented.APFC products are fully automatic in operation and can be used to achieve, consistently high power factor under fluctuating load conditions Reduced KVA demand charges, Lower energy consumption in the installation by reducing losses Preventive leading power factor in an installation.

Install APFC Panel to avoid penalties and enjoy the benefits automatically. For maintaining the power factor according to the load factor, proper capacity of capacitors is to be connected. The value of capacitors to be connected will vary with respect to load and its existing PF. There are two ways to maintain PF-
Fixing of capacitor at the load end permanently or at the mains. Generally which is recommended for the fixed load like pumps, fans etc. and it is not possible for the load which has variations in the load and PF.

The power factor can be maintained by installing Automatic Power Factor Control Panel (APFC Panel)

Features of Automatic Power factor correctionpanel:

• Modular design, Non-compartmentalized,
• Colour RAL 7035
• Indoor, Floor mounted, cable entry from bottom.
• Minimum joints hence better reliability and lower losses.
• Special cables used hence withstands high temperature
• Incomer MCCB, 3 pole ,35KA
• Step protection MCCB
• Step switching
• Capacitor duty contactors with Damping Resistors.
• Microprocessor controlled relay
• Switching option - Auto only
• Busbar – Aluminium
• Protection class IP42
• Capacitors  -Varplus Heavy Duty Can type

Compatible

• EC 61921

Wide Range

• 100 KVAr to 400 KVAr

Benefits

Beneifts of Automatic Power factor correction panel

• Consistency in Power Factor under fluctuating load conditions.
• Maintenance Free
• Elimination of Power factor penalty
• Prevention of leading power factor

Applications

 

• Fluctuating loads such as
• Steel Rolling mills
• Chemical industry
• Cement plant
• Suger plant
• Textile
• Hospitals / Hotels
• Building segment
• Automobile industry etc

BETA APFC Panel has microcontroller based programmable controller which switches the capacitor banks of suitable capacity automatically in multiple stages by directly reading the reactive load (RKVA) which works in the principle of VAR sensing tends to maintain the PF to 0.99 Lag. The capacitor banks may be selected in number of stages as 4/6/8 according to the load pattern. Modern power networks consists of wide variety of electrical and power electronics loads, in case of such varying loads, the power factor also varies as a function of the load requirements .So it is practically difficult to maintain consistent power factor by the use of fixed compensation i.e. fixed capacitors which shall need to be manually switched to suit the variations of the load. It can lead to situations where the installation can have a low power factor leading to higher demand charges and levy of power factor penalties. In addition to not being able to achieve the desired power factor it is also possible that the use of fixed compensation can also result in leading power factor under certain load conditions. This is also unhealthy for the installation as it can result in over voltages, saturation of transformers, maloperation of diesel generating sets, penalties by electricity supply authorities etc. It is therefore necessary to automatically vary, without manual intervention, the compensation to suit the load requirements. This is achieved by using on Automatic Power Factor Correction (APFC) system which can ensure consistently high power factor without any manual intervention. In addition, the occurrence of leading power factor will be prevented.APFC products are fully automatic in operation and can be used to achieve, consistently high power factor under fluctuating load conditions Reduced KVA demand charges, Lower energy consumption in the installation by reducing losses Preventive leading power factor in an installation.

Install APFC Panel to avoid penalties and enjoy the benefits automatically. For maintaining the power factor according to the load factor, proper capacity of capacitors is to be connected. The value of capacitors to be connected will vary with respect to load and its existing PF. There are two ways to maintain PF-
Fixing of capacitor at the load end permanently or at the mains. Generally which is recommended for the fixed load like pumps, fans etc. and it is not possible for the load which has variations in the load and PF.

The power factor can be maintained by installing Automatic Power Factor Control Panel (APFC Panel)

Features of Automatic Power factor correctionpanel:

• Modular design, Non-compartmentalized,
• Colour RAL 7035
• Indoor, Floor mounted, cable entry from bottom.
• Minimum joints hence better reliability and lower losses.
• Special cables used hence withstands high temperature
• Incomer MCCB, 3 pole ,35KA
• Step protection MCCB
• Step switching
• Capacitor duty contactors with Damping Resistors.
• Microprocessor controlled relay
• Switching option - Auto only
• Busbar – Aluminium
• Protection class IP42
• Capacitors  -Varplus Heavy Duty Can type

Compatible

• EC 61921

Wide Range

• 100 KVAr to 400 KVAr

Benefits

Beneifts of Automatic Power factor correction panel

• Consistency in Power Factor under fluctuating load conditions.
• Maintenance Free
• Elimination of Power factor penalty
• Prevention of leading power factor

Applications

 

• Fluctuating loads such as
• Steel Rolling mills
• Chemical industry
• Cement plant
• Suger plant
• Textile
• Hospitals / Hotels
• Building segment
• Automobile industry etc

Automatic Star / Delta Starter with Timer for 3-Phase AC Motors

In this tutorial, we will show the Star-Delta (Y-Δ) 3-phase induction AC Motor Starting Method by Automatic star-delta starter with Timer with schematic, power, control and wiring diagram as well as how star-delta starter works and their applications with advantages and disadvantages.

Table of Contents 

• Automatic Star Delta Starter with Timer Wiring & Installation Diagram
• Operation & Working of Automatic Star Delta Starter
• Star Delta Starter Power Diagram
• Control Diagram of Star Delta Starter with Timer
• Wiring Diagram of Star Delta Starter with Timer
• Advantages & Disadvantages of Star Delta Starter with Timer
• Characteristics & Features of Star-Delta Starter
• Applications of Star Delta Starter

Explanation of the working and operation of Star Delta Automatic Starter with Timer Wiring Installation:

From the left you have the main contactor with the pneumatic timer because your main contactor is always energized, in the Middle you have the Delta contactor with a thermal overload for motor protection in case the motor exceeds the ampere rating set on the thermal overload, on the right you have the Star contactor which is the first contactor to be energized with the main contactor then when the timer reaches its time limit the Star contactor de-energizes and the Delta contactor energizes and the Motor is running at full load.

Additional Information:

• Production Capacity: 100
• Delivery Time: 7 - 10 days