Our Products
- Slip Ring Assemblies
- Motor Slip Rings
- 5 Counductor Slip Ring
- Slip Ring For Motor
- Model Three Conductor Slip Ring
- Slip Ring Model Conductor
- Marathon Slip Ring
- Gec Alsome Slip Ring
- Slip Ring Assemblies manufacturer
- Stacker Reclaimer Slip Ring With Holders
- Carbon Brush Holder For Slip Ring
- Slip Ring Unit
- Electrical Slip Rings
- Moog Slip Ring
- Slip Ring Generator
- Moflon Slip Ring
- Rotary Slip Ring
- Through Bore Slip Ring
- Through Hole Slip Ring
- Slip Ring Manufacturers
- Slip Ring Electrical Connector
- Capsule Slip Ring
- Brushless Slip Ring
- Mercury Slip Ring
- Slip Ring Rotating Connector
- Crane Slip Ring
- Power Slip Ring
- slip ring brush
- High Current Slip Ring
- Hollow Slip Ring
- Micro Slip Ring
- Wire Slip Ring
- 3 Wire Slip Ring
- Conductive Slip Ring
- Slip Rings For Sale
- 4 Wire Slip Ring
- Mini Slip Ring
Slip Ring
Usage/Application | as per requirement |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Power | as per requirement |
Type Of Motor | AC Motor |
Material Type | Copper |
Brand | MIHIR |
Number Of Phase | as per requirement |
Starter Type | as per requirement |
Color | as per requirement |
Features | as per requirement |
RING | 5 |
We are the best provider of Slip Rings made of best quality components. Our quality is unmatched and best in the market. We apply superior ingredients and high grade resources to make our products reliable and advanced. They are easy to use, best in fitting and highly appreciated by our clients. All our advanced and reliable products are offered at nominal price.
Features:
- High quality
- Best performance
- Superior fitting
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer)
- Port of Dispatch: Mumbai
- Production Capacity: 100 nos
- Delivery Time: 15 days
- Packaging Details: yes
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Usage/Application | as per requirement |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Brand | as per requirement |
Power | as per requirement |
Type Of Motor | AC Motor |
Material Type | Copper |
Number Of Phase | as per requirement |
Ring | 1 to 50 rings |
With the constant support of our professional, we offer the best Motor Slip Rings. These are manufactured in accurate size to meet various essential requirements of our clients. Our products are recognized in the market for their superior quality and vast applications. They are used on wide market scale by several commercial clients and are offered at minimum market value.
Features:
- Best performance
- Best in fitting
- Superior quality
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer),D/P
- Port of Dispatch: Mumbai
- Production Capacity: 1000
- Delivery Time: 4 weeks
- Packaging Details: yes
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Usage/Application | any |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Power | any |
Type Of Motor | AC Motor |
Material Type | Copper |
Starter Type | any |
Color | any |
Ring | 1 to 50 |
Slip Ring
we can manufacturer any type of slipring for you
We can manufacturer any type of slipring for you
Safeline Safetrack current collector
safe track
DSL
Rocker Ring ARM
KEC motor
KirloskarWe offer our client high quality range of Stainless Steel Fan Cover in different customized sizes and patterns. These optimum products are widely supplied on large market scale and are best in performance. We apply high quality resources and try to device stainless and durable products. All our products are known for their optimum performance and reasonable price range.
Features:
- Advanced
- Sustainable
- Various designs
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer),D/P
- Port of Dispatch: Mumbai
- Delivery Time: 4 weeks
- Packaging Details: yes
View Complete Details
Usage/Application | any |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Brand | depends |
Power | as per requirement |
Type Of Motor | AC Motor |
Material Type | Copper |
Number Of Phase | as per requirement |
ring | 1-50 |
we can supply 1-50 ring slipring for you
MARATHON SLIPRING
We can manufacturer any type of slipring for you
Safeline Safetrack current collector
safe track
DSL
Rocker Ring ARM
KEC motor
KirloskarWe offer our client high quality range of Stainless Steel Fan Cover in different customized sizes and patterns. These optimum products are widely supplied on large market scale and are best in performance. We apply high quality resources and try to device stainless and durable products. All our products are known for their optimum performance and reasonable price range.
Features:
- Advanced
- Sustainable
- Various designs
View Complete Details
Usage/Application | any |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Power | depends |
Type Of Motor | AC Motor |
Material Type | Copper |
Number Of Phase | phase |
Ring | 1-3 |
We can manufacturer any type of slipring for you
Safeline Safetrack current collector
safe track
DSL
Rocker Ring ARM
KEC motor
KirloskarWe offer our client high quality range of Stainless Steel Fan Cover in different customized sizes and patterns. These optimum products are widely supplied on large market scale and are best in performance. We apply high quality resources and try to device stainless and durable products. All our products are known for their optimum performance and reasonable price range.
Features:
- Advanced
- Sustainable
- Various designs
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer),D/P
- Port of Dispatch: Mumbai
- Production Capacity: 1000
- Delivery Time: 4 weeks
- Packaging Details: yes
View Complete Details
Usage/Application | as per requirement |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Power | as per requirement |
Type Of Motor | AC Motor |
Material Type | Copper |
Number Of Phase | as per requirement |
Rings | 1-100 |
Reckoned as a top and leading name of the industry, we are readily engaged in manufacturing and supplying a supreme quality array of Slip Ring. At our well facilitated manufacturing unit, we are developing these rings under the guidance and supervision of our personnel. Moreover these are delivered by us in tamper proof and high grade packaging material to maintain their safety during transportation.
Features:
- Corrosion resistant
- Longer operational life
- Flawless finish
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer)
- Port of Dispatch: Mumbai
- Production Capacity: 100 nos
- Delivery Time: 15 days
- Packaging Details: yes
View Complete Details
Usage/Application | as per requirement |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Brand | as per requirement |
Power | as per requirement |
Type Of Motor | AC Motor |
Material Type | Copper |
Number Of Phase | as per requirement |
Ring | 1-50 |
MULTI RING SLIPRING
we can supply 1-50 ring slipring
MARATHON SLIPRING
We can manufacturer any type of slipring for you
Safeline Safetrack current collector
safe track
DSL
Rocker Ring ARM
KEC motor
KirloskarWe offer our client high quality range of Stainless Steel Fan Cover in different customized sizes and patterns. These optimum products are widely supplied on large market scale and are best in performance. We apply high quality resources and try to device stainless and durable products. All our products are known for their optimum performance and reasonable price range.
Features:
- Advanced
- Sustainable
- Various designs
View Complete Details
Usage/Application | Ring |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Power | any |
Type Of Motor | AC Motor |
Material Type | Copper |
Starter Type | any |
Color | any |
Ring | 3Usage/Application |
MARATHON SLIPRING
We can manufacturer any type of slipring for you
Safeline Safetrack current collector
safe track
DSL
Rocker Ring ARM
KEC motor
KirloskarWe offer our client high quality range of Stainless Steel Fan Cover in different customized sizes and patterns. These optimum products are widely supplied on large market scale and are best in performance. We apply high quality resources and try to device stainless and durable products. All our products are known for their optimum performance and reasonable price range.
Features:
- Advanced
- Sustainable
- Various designs
Additional Information:
- Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
View Complete Details
Usage/Application | as per requirement |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Brand | as per requirement |
Power | as per requirement |
Type Of Motor | AC Motor |
Material Type | Copper |
Starter Type | as per requirement |
Color | as per requirement |
Features | as per requirement |
ring | 1-15 |
GEC alstome slipring
Slip rings are commonly used in electric motors, generators, wind turbines, and radar antennas, where they play a crucial role in enabling continuous rotation. In electric motors, slip rings allow the transmission of electrical signals and power to the rotor, which is needed for the motor to work effectively.
Additional Information:
- Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
- Port of Dispatch: Mumbai
- Delivery Time: 7 days
- Packaging Details: yes
View Complete Details
Usage/Application | as per requirement |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Brand | as per requirement |
Power | as per requirement |
Type Of Motor | AC Motor |
Material Type | Copper |
Number Of Phase | as per requirement |
ring | 3 |
China slipring
MARATHON SLIPRING
We can manufacturer any type of slipring for you
Safeline Safetrack current collector
safe track
DSL
Rocker Ring ARM
KEC motor
KirloskarWe offer our client high quality range of Stainless Steel Fan Cover in different customized sizes and patterns. These optimum products are widely supplied on large market scale and are best in performance. We apply high quality resources and try to device stainless and durable products. All our products are known for their optimum performance and reasonable price range.
Features:
- Advanced
- Sustainable
- Various designs
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer)
- Port of Dispatch: mumbai
- Delivery Time: 15 days
- Packaging Details: yes
View Complete Details
Stacker Reclaimer Slip Ring With Holders
₹ 10,000/ PieceGet Latest Price
Minimum Order Quantity: 1 Piece
Usage/Application | as per requirement |
Phase | Single Phase |
Motor Part Type | Cover or Frame |
Brand | as per requirement |
Power | as per requirement |
Type Of Motor | AC Motor |
Material Type | Copper |
Number Of Phase | as per requirement |
Starter Type | as per requirement |
Color | as per requirement |
ring | 1-50 ring |
Stacker Reclaimer Slip Ring with Holders
slipring for all application
Slip rings are commonly used in electric motors, generators, wind turbines, and radar antennas, where they play a crucial role in enabling continuous rotation. In electric motors, slip rings allow the transmission of electrical signals and power to the rotor, which is needed for the motor to work effectively.
Additional Information:
- Pay Mode Terms: T/T (Bank Transfer),D/P
- Port of Dispatch: Mumbai
- Production Capacity: 1000
- Delivery Time: 4 weeks
- Packaging Details: yes www.mihirent.com
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Length | 1.0 inch |
Type | Metal Carbon Brush |
Usage/Application | Slip ring Applications |
Material | Brass |
Brand | MIHIR |
Holder Size | 20x40 |
Features | Crompton |
I Deal In | New Only |
A carbon brush motor also known as a carbon brush DC motor or a brushed motor is a type of electric motor that operates using direct current DC It s called a brushed motor because it uses brushes made of carbon to transmit electrical current to the motor s rotating armature or rotor Here s a description of the components and operation of a carbon brush motor Stator The stator is the stationary part of the motor and contains the coils of wire that create a magnetic field when a current passes through them This magnetic field interacts with the rotor to produce motion Rotor The rotor is the rotating part of the motor and is usually equipped with permanent magnets or electromagnetic coils When the stator s magnetic field interacts with the rotor s magnetic components it generates a mechanical force that causes the rotor to rotate Carbon Brushes Carbon brushes are small blocks of carbon or a carbon composite material that make physical contact with the commutator The commutator is a segmented cylindrical component attached to the rotor shaft The brushes are responsible for transferring electrical current from the power source to the rotating commutator segments Commutator The commutator consists of multiple segments that are insulated from each other and attached to the rotor shaft As the rotor spins the brushes make contact with the commutator segments and the changing electrical connections provided by the commutator help reverse the current direction in the rotor coils enabling the motor to continue rotating in one direction Power Source A carbon brush motor is powered by a direct current DC power source such as batteries or a DC power supply The current flows through the brushes and into the rotor coils creating a magnetic field that interacts with the stator s magnetic field resulting in rotational motion Mechanical Structure Carbon brush motors are relatively simple in construction and are often used in applications where cost effectiveness and simplicity are more important than efficiency and longevity However due to the friction between the brushes and the commutator these motors tend to generate more heat and experience more wear and tear over time Carbon brush motors have been widely used in various applications including household appliances power tools automotive systems and smaller industrial machinery Despite their simplicity and lower efficiency compared to brushless motors carbon brush motors continue to have a place in industries where their specific characteristics are advantageous
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Size | 25 mm |
Usage/Application | Slip ring |
Brand | mihir |
Number Of Phase | 12 |
Circuit Configurations | 12 |
Brush Life | 1000 hours |
Current | 1 to 500 amp |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
View Complete Details
Usage/Application | slipring |
Brand | MIHIR |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
View Complete Details
Usage/Application | Slip Rings |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 15 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 5 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 80 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 50 mm |
Usage/Application | slipring |
Brand | MIHIR Mumbai |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 105 mm |
Usage/Application | slipring |
Brand | MIHIR Mumbai |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 25 mm |
Usage/Application | slipring |
Brand | MIHIR |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
View Complete Details
Size | 40 mm |
Usage/Application | Slipring |
Brand | MIHIR |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 60 mm |
Usage/Application | crane |
Brand | MIHIR |
Number Of Phase | 3 |
Physical Bore Diameter | 60 |
Brush Life | 1000 hours |
Number Of Rings | 3 |
Country of Origin | Made in India |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 100 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | any |
Brand | mihir |
Number Of Phase | 3 |
Temperature | 20 |
Storage Temperature | 20 |
Physical Bore Diameter | 25 |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 20 mm |
Usage/Application | sliprig |
Brand | MIHIR |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 50 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 20 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 5 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 25 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Size | 3 mm |
Usage/Application | Slip Ring |
Brand | MIHIR |
Number Of Phase | as per client requirement |
Circuit Configurations | as per client requirement |
Physical Bore Diameter | as per client requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | slipring |
Brand | MIHIR |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | slipring |
Brand | MIHIR |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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Usage/Application | slipring |
Brand | MIHIR |
Number Of Phase | as per your requirement |
Circuit Configurations | as per your requirement |
Physical Bore Diameter | as per your requirement |
Slip rings are components commonly found in some types of electric motors generators and other rotating machinery They serve as a means to transmit electrical signals or power between a stationary part and a rotating part without the need for continuous physical connection as is the case with carbon brushes and commutators in brushed motors Here s a description of slip rings and their role in electric motors Slip Rings Construction A slip ring assembly typically consists of a stationary part called the stator and a rotating part called the rotor The stator is fixed to the motor casing or frame while the rotor is attached to the rotating shaft of the motor The rotor usually consists of multiple conductive rings that are insulated from each other Function Slip rings are used to transmit electrical signals power or both from a stationary source to a rotating component This is particularly useful when continuous rotation is required without the limitations of fixed wiring The slip rings provide a rotating electrical connection allowing the transmission of data control signals or electrical power between the stationary and rotating parts Applications Slip rings are commonly found in various applications such as Wind turbines They re used to transfer power from the generator in the nacelle to the grid through the rotating blades Radar systems They allow for continuous rotation of radar antennas while maintaining electrical connections for data transmission Industrial machinery They re used in machines that require rotation such as cranes winding machines and rotary indexing tables Broadcast equipment Slip rings are used in cameras and other equipment that need to rotate without interrupting video signals Brushes Slip rings often work in conjunction with brushes which are spring loaded conductive elements that make continuous contact with the rotating rings These brushes are responsible for transferring the electrical signals or power between the stationary and rotating parts Advantages and Disadvantages Slip rings offer advantages such as continuous rotation without tangling wires but they can be more complex to design and maintain compared to systems using carbon brushes and commutators Additionally slip rings might introduce some resistance and wear over time due to the sliding contact between the brushes and the rings In summary slip rings provide a method for transmitting electrical signals and power between stationary and rotating components in electric motors and other rotating machinery They offer a way to achieve continuous rotation without the limitations and wear associated with physical contacts like carbon brushes and commutators
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