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| Product Name | Specifications | Expected Price | Dispatch Time | Discount |
|---|---|---|---|---|
| Autonics E80H30-1024-3-T-24 Hollow Type Incremental Rotary Encoder (Resolution:1024) | Control Output Totem Pole Output | Hollow Diameter 30 mm | ₹22,419 | 6 days | -- |
| Autonics E80H30-1024-6-L-5 Hollow Type Incremental Rotary Encoder (Resolution:1024) | -- | ₹33,095 | 80 days | -- |
| Autonics EP50S8-360-1R-N-24 Shaft Type Absolute Rotary Encoder (Output Code : BCD Code) | Ambient Humidity 35 to 85%RH, storage: 35 to 90%RH | Ambient Temperature -10 to 70C, Storage: -25 to 85C | ₹13,606 | 4 days | -- |
| Autonics Shaft Type Incremental Rotary Encoder E40S6-100-3-T-24 | Ambient Humidity 35 to 85%RH, Storage: 35 to 90%RH | Ambient Temperature -10 to 70C (at non-freezing status), Storage: -25 | ₹8,259 | 30 days | -- |
| Autonics 4 mm Encoder E30S4-360-3-T-5 | Max Allowable Revolution 5000rpm | Maximum Response Frequency 300kHz | ₹7,905 | 30 days | -- |
| Autonics E30S4-1000-3-N-24 (Shaft Dia 4 mm) 1000 Pulse Per Revolution Rotary Encoder | Overall Diameter 30 mm | Phase NPN Open Collector Output A,B,Z | ₹8,849 | 3 days | -- |
| JT 5m Cable Length 10mm Shaft ENCODER-PPR 1024 | Cable Length 5m | Height 3 cm | ₹7,551 | 4 days | -- |
| Autonics E40S6-1000-3-T-24 Incremental Rotary Encoder | Ambient Humidity 35 to 85% RH, storage: 35 to 90% RH | Ambient Temperature -10 to 70, storage: -25 to 85 | ₹6,253 | 3 days | -- |
| Mitsubishi 5 mtr Encoder Cable Standard MR-J3ENSCBL5M-L | Cable Length 5 mtr | Cable Type Standard | ₹4,601 | 5 days | 21.23% OFF |
| Autonics E40H12-2048-3-T-24 (Hollow Dia 12 mm) 2048 Pulse Per Revolution Rotary Encoder | Hollow Diameter 12 mm | Overall Diameter 40 mm | ₹12,979 | 30 days | -- |
It is an electronic device or software program that converts information from one format to another. It is widely used in a variety of applications, such as data communication, multimedia processing, and control systems. In the digital age, it plays a critical role in ensuring that data is accurately transmitted and processed.
It is an electrical tool that is used to convert rotary or linear movements into digital signals that can be interpreted by a computer or control system. There are several types of rotary ones available, including absolute and incremental rotary ones. The absolute rotary one provides a unique output for each shaft position, making it ideal for precise motion control applications. The incremental rotary one, on the other hand, generates a series of pulses that correspond to incremental movements of the shaft, making it suitable for speed and distance measurements.
Rotary ones are used in a wide range of automation applications, and they are available in various configurations such as rotary encoder with a push button or rotary encoder switch.
It is an electronic device used to measure the position, speed, and direction of a rotating or linear motion. The most common type of it is the rotary encoder. There are two main types: absolute and incremental.
1. Absolute rotary ones provide a unique output for each shaft position, while incremental rotary ones generate a series of pulses that correspond to incremental movements of the shaft.
2. Rotary ones typically consist of a rotating shaft, a stationary component, and a series of contacts or sensors.
3. As the shaft rotates, the contacts or sensors detect the position, speed, and direction of the motion and convert this information into electrical signals.
4. These signals are then sent to a computer or control system, which can use the data to monitor or control the motion of the system.
5. They have a user-friendly website and a base unit of experienced professionals to provide high-quality products and excellent customer service.
They are electronic devices that are used to measure the position, speed, and direction of motion. There are several different types available on the market today. Here are some of the most common types:
1. Rotary encoder: It is a device that measures the rotational position and direction of a shaft.
2. Absolute rotary encoder: It provides a unique digital code for each shaft position.
3. Incremental rotary encoder: It generates a series of pulses that correspond to incremental movements of the shaft.
4. Linear encoder: It measures the position and direction of linear motion.
5. Magnetic encoder: It uses a magnetic field to measure position and speed.
6. Optical encoder: It uses light to measure position and speed.
7. Capacitive encoder: It measures changes in capacitance to determine position and speed.
They are electronic devices that measure the position, speed, and direction of motion. Here are some of the advantages of using it:
1. High precision: They offer high-precision measurements, which is essential in applications where accuracy is critical.
2. Non-contact measurement: They operate without physical contact with the measured object, making them a good choice for use in harsh environments.
3. Durability: They are designed to withstand harsh industrial environments, making them a durable and long-lasting option for position and speed measurement.
4. Real-time monitoring: They provide real-time monitoring of position and speed, which is crucial in automation applications.
5. Cost-effective: They are cost-effective compared to other position-sensing technologies and provide a high level of accuracy, making them a popular choice in automation.
6. High resolution: They can provide high-resolution measurements, making them suitable for precise motion control applications.
7. Flexibility: They can be used in a variety of applications, including robotics, CNC machines, conveyor systems, and more.
They are widely used in various industrial automation applications due to their ability to provide accurate and reliable position and speed feedback. Here are some common areas where they are commonly used:
1. Robotics: They are used in robotic arms to provide precise and accurate motion control.
2. CNC machines: They are used in CNC machines to measure the position and speed of the tool, ensuring accurate cuts and efficient operation.
3. Conveyor systems: They are used in conveyor systems to monitor the position and speed of the conveyor belt, ensuring efficient material handling.
4. Printing and packaging: They are used in printing and packaging machines to ensure the precise positioning of labels and packaging materials.
5. Medical equipment: They are used in medical equipment such as MRI machines and X-ray machines to ensure accurate positioning of the patient and the equipment.
6. Automotive industry: They are used in automotive manufacturing processes to ensure the precise positioning of components during assembly.
When selecting it for a particular application, there are several factors that need to be considered. Some of these factors include:
a) Required resolution: Its resolution is a crucial factor to consider. It refers to the number of pulses or counts per revolution that it can provide. The required resolution will depend on the precision needed for the application.
b) Environmental conditions: They may need to operate in harsh environmental conditions such as high temperatures, humidity, or dust. Therefore, it is necessary to choose one that can withstand such conditions.
c) Shaft type and size: The type and size of the shaft to which it will be attached are important considerations. It must be compatible with the shaft type and size for proper installation.
d) Output signal: The output signal of an encoder is either digital or analog. The selection of the output signal will depend on the system’s requirements.
e) Type of motion: Encoders can be selected based on the type of motion they measure, such as linear, rotary, or angle. The type of motion will determine the type of encoder to be used.
Absolute one provides a unique digital code for each shaft position, while incremental one provides relative motion information by counting the number of pulses produced by it.
Yes, It can be used with both analog and digital systems depending on the output signal they produce, such as analog voltage or digital pulses.
Its selection depends on various factors, such as the required resolution, accuracy, operating environment, shaft speed, and the type of motion being measured. It is best to consult with an experienced engineer or supplier to determine the most suitable type of encoder for a specific application.
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