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Dc motor braking methods pdf

What is Braking? Types of Braking Regenerative Plugging. So, a DC motor is started by using a starter. There are various types of dc motor starters, such as 3 point starter, 4 point starter, no-load release coil starter, thyristor controller starter etc. The basic concept behind every DC motor starter is adding external resistance to the armature winding during starting., Regenerative braking 1. 1 CHAPTER - 1 INTRODUCTION The issue of calculating the energy saving amount due to regenerative braking implementation in modern AC and DC drives is of great importance, since it will decide whether this feature is cost effective..

DC Motor Braking Methods Electricalvoice

Two Basic Methods Used For Braking a Motor (DC Injection. – 225 kW, 250 V, 1280 rpm dc motor has windage, friction, and iron losses of 8 kW – drives a large flywheel with 177 kg m 2 moment of inertia – motor is connected to a 210 V dc supply and operating at a speed of 1280 rpm – a 0.2 ohm braking resistor is used – …, DC motor control circuits All three methods of motor braking are used in industry, each with its own benefits. Discuss the relative of a shunt-wound DC motor like this typically draws far less current than the armature winding (especially under full load)..

Depending upon the source of supply voltage, various methods are available for braking of an induction motor, as described below: For motors operated on supply voltage: 1. Braking by electromagnetic brake. Electromagnetic brake may be external to Smooth braking of a motor can be achieved by electric braking. The electric braking of a DC motor is of three types, (i) Rheostatic or dynamic braking, (ii) Plugging or reverse current braking and (iii) Regenerative braking.

DC MOTOR Electrical motor: DOWNLOAD FULL PDF EBOOK here Speed Vs Armature current characteristics of DC Shunt Motor The back emf of dc motor is 𝐸𝑏 = 𝑁∅𝑍𝑃 𝐴60 = 𝑉 − 𝐼𝑎𝑅𝑎 • Therefore shunt motor is considered as constant speed motor. Electrical Braking of DC Motor Electrical Braking is usually employed in applications to stop a unit driven by motors in an exact position or to have the speed of the driven unit suitably controlled during its deceleration. Electrical braking is used in applications where frequent, quick, accurate or emergency stops are required.

DC Injection Braking is a braking system used with 3. F254 Program→Protection→DC Braking→Motor Shaft Fixing Control 0: Disabled ** These parameters deal with stopping methods in different scenarios. F106 deals with signal priority while in the Local mode. – 225 kW, 250 V, 1280 rpm dc motor has windage, friction, and iron losses of 8 kW – drives a large flywheel with 177 kg m 2 moment of inertia – motor is connected to a 210 V dc supply and operating at a speed of 1280 rpm – a 0.2 ohm braking resistor is used – …

4. DC MOTORS Almost every mechanical movement that we see around us is accomplished by an electric motor. Electric machines are a means of converting energy. Motors take electrical energy and produce mechanical energy. Electric motors are used to power hundreds of devices we use in everyday life. Motors come in various sizes. Applications of DC injection braking. When power is disconnected from the motor, the rotor spins freely until friction slows it to a stop. Large rotors and loads with a high moment of inertia may take a significant amount of time to stop through inherent friction alone. To reduce downtime, or possibly as an emergency safety feature, DC injection braking can be used to quickly stop the rotor.

tive braking. In an electric vehicle, regenerative breaking helps to conserve energy by charging the battery, thus extending the driving range of the vehicle. There is a number of different ways to implement regenerative braking in a BLDC motor. This paper describes the Independent Switching scheme for regenerative braking A DC motor is an electrical machine that converts electrical energy into mechanical energy.. The working of DC motor is based on the principle that when a current carrying conductor is placed in a magnetic field, it experiences a mechanical force.

Types of Braking in a DC Motor. Kindly see that the braking preferred to stop a DC Motor is Electrical Braking and not Mechanical Braking. In other words, the motor is stopped by the voltage and current action in the circuit rather than the mechanical friction brakes on the rotor. Brakes are used to reduce or cease the speed of motors. We know that there are various types of motors available (DC motors, induction motors, synchronous motors, single phase motors etc.) and the specialty and properties of these motors are different from each other, hence this braking methods also differs from each other.But we can divide braking in to three parts mainly, which are

Types of Braking in a DC Motor. Kindly see that the braking preferred to stop a DC Motor is Electrical Braking and not Mechanical Braking. In other words, the motor is stopped by the voltage and current action in the circuit rather than the mechanical friction brakes on the rotor. proposed a dc/dc converter to achieve the braking energy regeneration [1]–[3].Unfortunately, these methods need an additional dc/dc converter to reach the purpose has the efficiency problem that results in additional energy dissipation. Moreover, electronic gearshift technology is used with the energy-regenerative brake for BLDCM [4]-[5].

A DC motor is an electrical machine that converts electrical energy into mechanical energy.. The working of DC motor is based on the principle that when a current carrying conductor is placed in a magnetic field, it experiences a mechanical force. 25/06/2014 · Introduction of Braking Techniques of Electrical Motor Purpose and working of three point starter in DC Shunt Motor Drive Deceleration and Braking Methods (Part 1 of 2

So, a DC motor is started by using a starter. There are various types of dc motor starters, such as 3 point starter, 4 point starter, no-load release coil starter, thyristor controller starter etc. The basic concept behind every DC motor starter is adding external resistance to the armature winding during starting. methods . Such a fine speed control is generally not possible with a.c. motors. In fact, fine speed control is one of the reasons for the strong competitive position of d.c. motors in the modem industrial applications. Speed Control of DC Motor The speed of a dc motor is given by i) …

Automatic DC Motor Brake designed by David Johnson, P.E. In many DC motor powered systems you would like the motor to quickly come to a full stop. This circuit provides an automatic electronic braking action to any DC motor ranging from 6v to 24v up to 1 Amp of current. Types of Braking in a DC Motor. Kindly see that the braking preferred to stop a DC Motor is Electrical Braking and not Mechanical Braking. In other words, the motor is stopped by the voltage and current action in the circuit rather than the mechanical friction brakes on the rotor.

Types of DC Motor Drives. Non-regenerative DC Drive – This drive rotates only in one direction and hence also called single quadrant drive.The non-regenerative DC motor drive does not have any inherent braking capability. The motor is terminated only by removing the supply. Such type of drive is used in a placed where high friction load or strong natural brake requires. Speed Control of DC Motors: the speed of a motor is given by the relation 3- A dc shunt motor takes an armature current of 20 A from a 220 V supply. The excellent electric braking methods are available which eliminate the need of brake lining levers and other mechanical

Electrical Braking of DC Motor Electrical Braking is usually employed in applications to stop a unit driven by motors in an exact position or to have the speed of the driven unit suitably controlled during its deceleration. Electrical braking is used in applications where frequent, quick, accurate or emergency stops are required. DC motor control circuits All three methods of motor braking are used in industry, each with its own benefits. Discuss the relative of a shunt-wound DC motor like this typically draws far less current than the armature winding (especially under full load).

25/06/2014 · Introduction of Braking Techniques of Electrical Motor Purpose and working of three point starter in DC Shunt Motor Drive Deceleration and Braking Methods (Part 1 of 2 Types of Braking in a DC Motor. Kindly see that the braking preferred to stop a DC Motor is Electrical Braking and not Mechanical Braking. In other words, the motor is stopped by the voltage and current action in the circuit rather than the mechanical friction brakes on the rotor.

Regenerative braking of brushless dc motor IJEDR

Dc motor braking methods pdf

Electric Braking of D.C. Motors ~ your electrical home. best way to control braking and optimize solutions. The solutions include various methods from optimal control to soft control [5, 6]. In this paper, braking characteristics of brushless DC (BLDC) machines, which are widely used on light electric vehicle applications, are studied and limitations of electric braking is …, DC MOTOR Electrical motor: DOWNLOAD FULL PDF EBOOK here Speed Vs Armature current characteristics of DC Shunt Motor The back emf of dc motor is 𝐸𝑏 = 𝑁∅𝑍𝑃 𝐴60 = 𝑉 − 𝐼𝑎𝑅𝑎 • Therefore shunt motor is considered as constant speed motor..

Electric Braking of D.C. Motors ~ your electrical home. proposed a dc/dc converter to achieve the braking energy regeneration [1]–[3].Unfortunately, these methods need an additional dc/dc converter to reach the purpose has the efficiency problem that results in additional energy dissipation. Moreover, electronic gearshift technology is used with the energy-regenerative brake for BLDCM [4]-[5]., As against this electric braking is easy, reliable which brings motor to rest very quickly. Three types of electric braking methods are available i) Rheostatic or dynamic braking ii) Plugging and iii) Regenerative braking. Though motor is brought to rest electrically, to maintain its ….

Introduction of Braking Techniques of Electrical Motor

Dc motor braking methods pdf

Types of Braking in a DC Motor Electrical4U. Keywords: Capacitance estimation, Condition monitoring, BLDC motor drive system, Braking operation 1. Introduction BLDCM (Brushless DC motor) is becoming widely used in various consumer and industrial drive systems [1-3]. In general, BLDCM drive system consists of a diode rectifier, dc-link capacitors, an inverter, phase current sensors, a dc- https://en.wikipedia.org/wiki/Dc_injection_braking Generally, there are 3 types pf electrical braking which can be applied in a DC Motor:- 1. Regenerative Braking 2. Dynamic Braking and 3. Plugging Regenerative Braking: It is a form of braking in which the kinetic energy of the motor is returned t....

Dc motor braking methods pdf


DC motor Braking methods Braking in DC motor is employed to make the dc motor to halt from operating condition by applying brake. It is to be considered that significant difference exist between the words 'braking' and 'breaking', should not get confused. As against this electric braking is easy, reliable which brings motor to rest very quickly. Three types of electric braking methods are available i) Rheostatic or dynamic braking ii) Plugging and iii) Regenerative braking. Though motor is brought to rest electrically, to maintain its …

So, a DC motor is started by using a starter. There are various types of dc motor starters, such as 3 point starter, 4 point starter, no-load release coil starter, thyristor controller starter etc. The basic concept behind every DC motor starter is adding external resistance to the armature winding during starting. The brushed DC electric motor generates torque directly from DC power supplied to the motor by using internal commutation, stationary magnets (permanent or electromagnets), and rotating electromagnets. Advantages of a brushed DC motor include low initial cost, high reliability, and simple control of …

Braking a Motor. Two common basic methods used for braking a motor are DC injection braking and dynamic braking. We will look at both in detail, starting with electric braking. Brakes are used to reduce or cease the speed of motors. We know that there are various types of motors available (DC motors, induction motors, synchronous motors, single phase motors etc.) and the specialty and properties of these motors are different from each other, hence this braking methods also differs from each other.But we can divide braking in to three parts mainly, which are

PDF A topic which is Regenerative Braking Applied to a DC Motor. This paper proposes a simple but effective method of electric brake with energy regeneration for a brushless DC motor of PDF A topic which is Regenerative Braking Applied to a DC Motor. This paper proposes a simple but effective method of electric brake with energy regeneration for a brushless DC motor of

Generally, there are 3 types pf electrical braking which can be applied in a DC Motor:- 1. Regenerative Braking 2. Dynamic Braking and 3. Plugging Regenerative Braking: It is a form of braking in which the kinetic energy of the motor is returned t... 25/06/2014 · Introduction of Braking Techniques of Electrical Motor Purpose and working of three point starter in DC Shunt Motor Drive Deceleration and Braking Methods (Part 1 of 2

Therefore, they offer additional braking methods. There is a special caveat for those considering dc injection braking — assure the ac motor has sufficient thermal capacity to handle the dc. 4. DC MOTORS Almost every mechanical movement that we see around us is accomplished by an electric motor. Electric machines are a means of converting energy. Motors take electrical energy and produce mechanical energy. Electric motors are used to power hundreds of devices we use in everyday life. Motors come in various sizes.

Dc motor braking methods pdf

AC/DC Motors and Drives Fundamentals Course Description Photo, screen capture or image Course Agenda Day 1 • Identifying Electromechanical System Components and Concepts • Recognizing DC Motor Hardware and Operation • Recognizing AC • Recognizing AC and DC Motor Course Purpose Braking Methods • Testing a Drive Using the efficiency map is required if the motor should be run with minimum losses. Combining these three maps, optimal working points of the motor can be identified. Traditionally, these maps are obtained using experimental methods, by coupling a speed and torque transducer and a braking motor to the test object. The braking motor is speed

Dc motor SlideShare

Dc motor braking methods pdf

What is DC Motor Drive? Definition Types Braking & Speed. Brakes are used to reduce or cease the speed of motors. We know that there are various types of motors available (DC motors, induction motors, synchronous motors, single phase motors etc.) and the specialty and properties of these motors are different from each other, hence this braking methods also differs from each other.But we can divide braking in to three parts mainly, which are, Braking a Motor. Two common basic methods used for braking a motor are DC injection braking and dynamic braking. We will look at both in detail, starting with electric braking..

DC motor Wikipedia

DC motor control circuits ibiblio. – 225 kW, 250 V, 1280 rpm dc motor has windage, friction, and iron losses of 8 kW – drives a large flywheel with 177 kg m 2 moment of inertia – motor is connected to a 210 V dc supply and operating at a speed of 1280 rpm – a 0.2 ohm braking resistor is used – …, As against this electric braking is easy, reliable which brings motor to rest very quickly. Three types of electric braking methods are available i) Rheostatic or dynamic braking ii) Plugging and iii) Regenerative braking. Though motor is brought to rest electrically, to maintain its ….

Smooth braking of a motor can be achieved by electric braking. The electric braking of a DC motor is of three types, (i) Rheostatic or dynamic braking, (ii) Plugging or reverse current braking and (iii) Regenerative braking. tive braking. In an electric vehicle, regenerative breaking helps to conserve energy by charging the battery, thus extending the driving range of the vehicle. There is a number of different ways to implement regenerative braking in a BLDC motor. This paper describes the Independent Switching scheme for regenerative braking

Types of DC Motor Drives. Non-regenerative DC Drive – This drive rotates only in one direction and hence also called single quadrant drive.The non-regenerative DC motor drive does not have any inherent braking capability. The motor is terminated only by removing the supply. Such type of drive is used in a placed where high friction load or strong natural brake requires. Smooth braking of a motor can be achieved by electric braking. The electric braking of a DC motor is of three types, (i) Rheostatic or dynamic braking, (ii) Plugging or reverse current braking and (iii) Regenerative braking.

Motor braking methods Motor braking is to stop a running motor. Removal of the supply given to the motor will make it stop. However, due to inertia, the motor will tend to rotate for some time before coming to a complete halt. To stop the motor quickly, a braking mechanism is required. This is called… Brushed DC Motor Basics Hello, My name is John Mouton. I am an Applications Engineer at Microchip Technology in the Security, Microcontroller and Technology Division. Thank you for downloading Brushed DC Motor Basics. This is Part 1 in a 4 part series of web-seminars related to Controlling a Brushed DC Motor using a Microcontroller. This

Therefore, they offer additional braking methods. There is a special caveat for those considering dc injection braking — assure the ac motor has sufficient thermal capacity to handle the dc. DC motor control circuits All three methods of motor braking are used in industry, each with its own benefits. Discuss the relative of a shunt-wound DC motor like this typically draws far less current than the armature winding (especially under full load).

On my last post, I’m already explained about braking system for electric motor.It about a introduction for braking system for electric motor.. This time i want share some information about two common method that used around the world for braking electric motor for any application,equipment or machinery system. Therefore, they offer additional braking methods. There is a special caveat for those considering dc injection braking — assure the ac motor has sufficient thermal capacity to handle the dc.

12 Motor flux braking 13 Brake chopper and resistor AC motor combined with inverter is superior to mechanical control methods such as throttling. However, less attention is paid to the fact that many processes occurs when DC power is converted to AC power. DC Loop Contactors, Contactor Lugs and Dynamic Brakes 1370 DC Loop Contactors The Bulletin 1370 DC Contactors are electromagnetically held contactors specially designed to switch the armature current from the DC drive module to a shunt wound DC motor. When used with the appropriate control logic design, these contactors can disconnect

08/08/2017 · this video provides all the basic concept of electric braking and application of dc motor in detail I created this video with the YouTube Video Editor (http:... DC Injection Braking is a braking system used with 3. F254 Program→Protection→DC Braking→Motor Shaft Fixing Control 0: Disabled ** These parameters deal with stopping methods in different scenarios. F106 deals with signal priority while in the Local mode.

Electrical Braking of DC Motor Electrical Braking is usually employed in applications to stop a unit driven by motors in an exact position or to have the speed of the driven unit suitably controlled during its deceleration. Electrical braking is used in applications where frequent, quick, accurate or emergency stops are required. Generally, there are 3 types pf electrical braking which can be applied in a DC Motor:- 1. Regenerative Braking 2. Dynamic Braking and 3. Plugging Regenerative Braking: It is a form of braking in which the kinetic energy of the motor is returned t...

Regenerative Braking of BLDC Motors By Daniel Torres, Applications Engineer Filtered DC Bus Voltage Voltage constant of this motor = 7.24 Vpeak/ Krpm For a speed of 1563 RPM, the voltage = 11.3 Vpeak. 6 MOSFET Bridge as a 3-Phase Rectifier (using Simulink) powergui Continuous Rakesh and Narasimham,Different Braking Techniques Employed to a Brushless DC Motor Drive used in Locomotives braking is wasted in the external resistance. Figure.2 Circuit configuration of bldc motor drive during dynamic braking Fig.2 is an implementation of dynamic braking to the drive in fig.1.

proposed a dc/dc converter to achieve the braking energy regeneration [1]–[3].Unfortunately, these methods need an additional dc/dc converter to reach the purpose has the efficiency problem that results in additional energy dissipation. Moreover, electronic gearshift technology is used with the energy-regenerative brake for BLDCM [4]-[5]. Therefore, they offer additional braking methods. There is a special caveat for those considering dc injection braking — assure the ac motor has sufficient thermal capacity to handle the dc.

Braking a Motor. Two common basic methods used for braking a motor are DC injection braking and dynamic braking. We will look at both in detail, starting with electric braking. Types of Braking in a DC Motor. Kindly see that the braking preferred to stop a DC Motor is Electrical Braking and not Mechanical Braking. In other words, the motor is stopped by the voltage and current action in the circuit rather than the mechanical friction brakes on the rotor.

Types of DC Motor Drives. Non-regenerative DC Drive – This drive rotates only in one direction and hence also called single quadrant drive.The non-regenerative DC motor drive does not have any inherent braking capability. The motor is terminated only by removing the supply. Such type of drive is used in a placed where high friction load or strong natural brake requires. DC motor Braking methods Braking in DC motor is employed to make the dc motor to halt from operating condition by applying brake. It is to be considered that significant difference exist between the words 'braking' and 'breaking', should not get confused.

Regenerative braking 1. 1 CHAPTER - 1 INTRODUCTION The issue of calculating the energy saving amount due to regenerative braking implementation in modern AC and DC drives is of great importance, since it will decide whether this feature is cost effective. Generally, there are 3 types pf electrical braking which can be applied in a DC Motor:- 1. Regenerative Braking 2. Dynamic Braking and 3. Plugging Regenerative Braking: It is a form of braking in which the kinetic energy of the motor is returned t...

Electric Braking of D.C. Motors ~ your electrical home

Dc motor braking methods pdf

Motor braking methods electric equipment. Rakesh and Narasimham,Different Braking Techniques Employed to a Brushless DC Motor Drive used in Locomotives braking is wasted in the external resistance. Figure.2 Circuit configuration of bldc motor drive during dynamic braking Fig.2 is an implementation of dynamic braking to the drive in fig.1., Automatic DC Motor Brake designed by David Johnson, P.E. In many DC motor powered systems you would like the motor to quickly come to a full stop. This circuit provides an automatic electronic braking action to any DC motor ranging from 6v to 24v up to 1 Amp of current..

What is Braking? Types of Braking Regenerative Plugging

Dc motor braking methods pdf

(PDF) Regenerative Braking Applied to a DC Motor. Electrical Braking of DC Motor Electrical Braking is usually employed in applications to stop a unit driven by motors in an exact position or to have the speed of the driven unit suitably controlled during its deceleration. Electrical braking is used in applications where frequent, quick, accurate or emergency stops are required. https://en.m.wikipedia.org/wiki/Adjustable-speed_drive On my last post, I’m already explained about braking system for electric motor.It about a introduction for braking system for electric motor.. This time i want share some information about two common method that used around the world for braking electric motor for any application,equipment or machinery system..

Dc motor braking methods pdf


A DC motor is an electrical machine that converts electrical energy into mechanical energy.. The working of DC motor is based on the principle that when a current carrying conductor is placed in a magnetic field, it experiences a mechanical force. A DC motor is an electrical machine that converts electrical energy into mechanical energy.. The working of DC motor is based on the principle that when a current carrying conductor is placed in a magnetic field, it experiences a mechanical force.

Keywords: Capacitance estimation, Condition monitoring, BLDC motor drive system, Braking operation 1. Introduction BLDCM (Brushless DC motor) is becoming widely used in various consumer and industrial drive systems [1-3]. In general, BLDCM drive system consists of a diode rectifier, dc-link capacitors, an inverter, phase current sensors, a dc- Brushed DC Motor Basics Hello, My name is John Mouton. I am an Applications Engineer at Microchip Technology in the Security, Microcontroller and Technology Division. Thank you for downloading Brushed DC Motor Basics. This is Part 1 in a 4 part series of web-seminars related to Controlling a Brushed DC Motor using a Microcontroller. This

DC MOTOR Electrical motor: DOWNLOAD FULL PDF EBOOK here Speed Vs Armature current characteristics of DC Shunt Motor The back emf of dc motor is 𝐸𝑏 = 𝑁∅𝑍𝑃 𝐴60 = 𝑉 − 𝐼𝑎𝑅𝑎 • Therefore shunt motor is considered as constant speed motor. DC Loop Contactors, Contactor Lugs and Dynamic Brakes 1370 DC Loop Contactors The Bulletin 1370 DC Contactors are electromagnetically held contactors specially designed to switch the armature current from the DC drive module to a shunt wound DC motor. When used with the appropriate control logic design, these contactors can disconnect

DC motor Braking methods Braking in DC motor is employed to make the dc motor to halt from operating condition by applying brake. It is to be considered that significant difference exist between the words 'braking' and 'breaking', should not get confused. tive braking. In an electric vehicle, regenerative breaking helps to conserve energy by charging the battery, thus extending the driving range of the vehicle. There is a number of different ways to implement regenerative braking in a BLDC motor. This paper describes the Independent Switching scheme for regenerative braking

DC Injection Braking is a braking system used with 3. F254 Program→Protection→DC Braking→Motor Shaft Fixing Control 0: Disabled ** These parameters deal with stopping methods in different scenarios. F106 deals with signal priority while in the Local mode. DC motor control circuits All three methods of motor braking are used in industry, each with its own benefits. Discuss the relative of a shunt-wound DC motor like this typically draws far less current than the armature winding (especially under full load).

12 Motor flux braking 13 Brake chopper and resistor AC motor combined with inverter is superior to mechanical control methods such as throttling. However, less attention is paid to the fact that many processes occurs when DC power is converted to AC power. be able to invert DC into AC when motoring and convert AC back into DC when braking. 1.2 0 13 0 mains input @ 501-lz colegsirgâr Block 1 Inverter Energy wasted DC link Energy recovered Block 2 from motor terminals UI, VI, WI CYMRU GCaD NGfL . SUPPORTING NOTES 5 7. Regenerative Braking THREE-PHASE CAGE ROTOR INDUCTION MOTOR METHODS OF BRAKING

DC MOTOR Electrical motor: DOWNLOAD FULL PDF EBOOK here Speed Vs Armature current characteristics of DC Shunt Motor The back emf of dc motor is 𝐸𝑏 = 𝑁∅𝑍𝑃 𝐴60 = 𝑉 − 𝐼𝑎𝑅𝑎 • Therefore shunt motor is considered as constant speed motor. – 225 kW, 250 V, 1280 rpm dc motor has windage, friction, and iron losses of 8 kW – drives a large flywheel with 177 kg m 2 moment of inertia – motor is connected to a 210 V dc supply and operating at a speed of 1280 rpm – a 0.2 ohm braking resistor is used – …

Dc motor braking methods pdf

Applications of DC injection braking. When power is disconnected from the motor, the rotor spins freely until friction slows it to a stop. Large rotors and loads with a high moment of inertia may take a significant amount of time to stop through inherent friction alone. To reduce downtime, or possibly as an emergency safety feature, DC injection braking can be used to quickly stop the rotor. Speed Control of DC Motors: the speed of a motor is given by the relation 3- A dc shunt motor takes an armature current of 20 A from a 220 V supply. The excellent electric braking methods are available which eliminate the need of brake lining levers and other mechanical

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