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The code "E40S6-1000-3-T-24" likely refers to a specific model of encoder, and the code itself provides information about its characteristics. Here's a breakdown of the components of the code:

1. E40S6: This part of the code could be a model designation or a series name for the encoder.

2. 1000: This likely indicates the resolution of the encoder. In this case, it might mean 1000 pulses per revolution.

3. 3: This could represent the number of channels or the type of output signals. In some cases, it might indicate a quadrature output with A, B, and Z channels.

4. T: This might denote the type of electrical output or the interface of the encoder.

5. 24: This could indicate the supply voltage, possibly 24 volts.

Leuze EI1058-S08X20C-1024-H-020A Rotary Encoder

The Leuze EI1058-S08X20C-1024-H-020A Rotary Encoder (Part No. 50140985) is a high-precision incremental rotary encoder, designed for motion control applications in industrial automation. It provides accurate speed and position feedback, ensuring smooth and reliable operation in demanding environments.

With a maximum operating speed of 6,000 RPM, this encoder delivers a resolution of 1,024 pulses per revolution (p/r), making it suitable for precise motion detection. It operates with a supply voltage range of 5V to 28V DC and has low power consumption, with an open-circuit current between 0 and 150mA.

The HTL signal output ensures robust data transmission, while built-in polarity reversal and short circuit protection enhance safety and durability. It supports a switching frequency of up to 300,000 Hz, making it ideal for high-speed applications.

This model features a clamping flange and an 8mm shaft diameter, ensuring secure installation and stable performance. The axial cable connection comes with a 2,000mm PVC-sheathed cable, containing 8 conductors with a 0.14 mm² cross-section for reliable electrical connections.

The metal housing (aluminum) provides excellent durability, and its IP65-rated protection ensures resistance to dust and water ingress. Designed to withstand harsh industrial environments, it operates in temperatures ranging from -40°C to 70°C. It also meets IEC 61000-6-2:2016 and IEC 61000-6-4:2016+A1 standards, with vibration resistance up to 10g (10–2000 Hz, IEC 68-2-6).

Our engineers actively inputted all the required details of this item in accordance with the datasheet. Even though we consistently strive to ensure accuracy at every step, occasional errors may still occur. Nevertheless, we remain committed to minimizing these discrepancies. Furthermore, we emphasize the importance of vigilance to address any issues promptly. It remains essential to stay vigilant. Despite our best efforts, some inaccuracies may occasionally arise. Additionally, all trademarks and trade names displayed on our site are, without exception, the exclusive property of their respective owners.

As a result, it becomes crucial to exercise caution and maintain heightened awareness throughout the process. Moreover, staying consistently vigilant helps ensure accuracy at every stage. Consequently, we strongly recommend paying close attention to detail to avoid potential issues. Ultimately, this approach fosters smooth operations and minimizes the risk of errors.

The code "EI 1058-S08X20C-1000H-020A" appears to be a model designation for an encoder. Let's break down the code to understand its specifications:

1. EI 1058: This part of the code might indicate the series or model of the encoder.

2. S08X20C: This portion could represent specific details about the encoder, such as its mechanical or electrical characteristics.

3. 1000H: This likely indicates the resolution of the encoder, meaning it produces 1000 pulses per revolution.

4. 020A: This part might denote additional features, electrical output, or configuration details.

So, the interpretation could be something like: EI 1058 series encoder with a specific mechanical or electrical characteristic (S08X20C), 1000 pulses per revolution, and additional features denoted by "020A."

The code "EI 1058-S08X20C-2500H-020A" likely refers to a specific model of encoder. Let's break down the code to understand its potential specifications:

1. EI 1058: This part of the code could indicate the series or model of the encoder.

2. S08X20C: This portion may represent specific details about the encoder, such as its mechanical or electrical characteristics.

3. 2500H: This likely indicates the resolution of the encoder, meaning it produces 2500 pulses per revolution.

4. 020A: This part might denote additional features, electrical output, or configuration details.

So, the interpretation could be something like: EI 1058 series encoder with a specific mechanical or electrical characteristic (S08X20C), 2500 pulses per revolution, and additional features denoted by "020A."

Leuze EI1058-T 10S-0360T-050R Rotary Encoder

The Leuze EI1058-T 10S-0360T-050R Rotary Encoder (Part No.50141893) is a high-precision incremental rotary encoder, designed for industrial motion control applications. It provides accurate speed and position feedback, ensuring reliable performance in automation and machinery.

With a maximum operating speed of 6,000 RPM, this encoder delivers a resolution of 360 pulses per revolution (p/r), making it suitable for moderate-precision motion detection. It operates with a supply voltage range of 5V to 28V DC, consuming an open-circuit current of 0 to 150mA.

The TTL signal output ensures fast and accurate data transmission, while built-in polarity reversal and short circuit protection enhance safety and durability. Supporting a switching frequency of up to 300,000 Hz, it is ideal for high-speed automation systems.

This model features a clamping flange and an 8mm shaft diameter, ensuring secure mounting and stable operation. The axial cable connection includes a 5,000mm PVC-sheathed cable, with 8 conductors and a 0.14 mm² cross-section, providing reliable electrical connectivity.

The aluminum metal housing enhances durability, while its IP65 protection rating ensures resistance to dust and water ingress. Designed for rugged environments, it operates in temperatures from -40°C to 70°C. The encoder meets IEC 61000-6-2:2016 and IEC 61000-6-4:2016+A1 standards, and withstands vibrations up to 10g (10–2000 Hz, IEC 68-2-6).

Our engineers actively inputted all the required details of this item in accordance with the datasheet. Even though we consistently strive to ensure accuracy at every step, occasional errors may still occur. Nevertheless, we remain committed to minimizing these discrepancies. Furthermore, we emphasize the importance of vigilance to address any issues promptly. It remains essential to stay vigilant. Despite our best efforts, some inaccuracies may occasionally arise. Additionally, all trademarks and trade names displayed on our site are, without exception, the exclusive property of their respective owners.

As a result, it becomes crucial to exercise caution and maintain heightened awareness throughout the process. Moreover, staying consistently vigilant helps ensure accuracy at every stage. Consequently, we strongly recommend paying close attention to detail to avoid potential issues. Ultimately, this approach fosters smooth operations and minimizes the risk of errors.

Ultimately, combining vigilance with proactive efforts can help minimize potential errors.

 

Leuze EI1058-S08X20C-2500H-020A Rotary Encoder

The Leuze EI1058-S08X20C-2500H-020A Rotary Encoder (Part No.50140986) is a high-precision incremental rotary encoder, designed for industrial automation and motion control applications. It provides accurate speed and position feedback, ensuring smooth and reliable performance in demanding environments.

With a maximum operating speed of 6,000 RPM, this encoder delivers a high resolution of 2,500 pulses per revolution (p/r), making it ideal for precise motion detection and control. It operates with a supply voltage range of 5V to 28V DC and features low power consumption, with an open-circuit current between 0 and 150mA.

The HTL signal output ensures robust data transmission, while built-in polarity reversal and short circuit protection enhance safety and durability. It supports a switching frequency of up to 300,000 Hz, making it suitable for high-speed applications.

This model features a clamping flange and an 8mm shaft diameter, ensuring secure mounting and stable performance. The axial cable connection includes a 2,000mm PVC-sheathed cable, with 8 conductors and a 0.14 mm² cross-section, providing reliable electrical connectivity.

The aluminum metal housing ensures excellent durability, while its IP65-rated protection safeguards it against dust and water ingress. Designed to withstand harsh industrial environments, it operates in temperatures ranging from -40°C to 70°C. It also complies with IEC 61000-6-2:2016 and IEC 61000-6-4:2016+A1 standards, and features vibration resistance up to 10g (10–2000 Hz, IEC 68-2-6).

Our engineers actively inputted all the required details of this item in accordance with the datasheet. Even though we consistently strive to ensure accuracy at every step, occasional errors may still occur. Nevertheless, we remain committed to minimizing these discrepancies. Furthermore, we emphasize the importance of vigilance to address any issues promptly. It remains essential to stay vigilant. Despite our best efforts, some inaccuracies may occasionally arise. Additionally, all trademarks and trade names displayed on our site are, without exception, the exclusive property of their respective owners.

As a result, it becomes crucial to exercise caution and maintain heightened awareness throughout the process. Moreover, staying consistently vigilant helps ensure accuracy at every stage. Consequently, we strongly recommend paying close attention to detail to avoid potential issues. Ultimately, this approach fosters smooth operations and minimizes the risk of errors.

Ultimately, combining vigilance with proactive efforts can help minimize potential errors.

 

 

Incremental HeavyDuty encoders provide information on speed and angular position. Their resolution is expressed as the number of pulses (square-wave signals) and the sinusoidal (SinCos) signals per revolution, which the rotary encoder transmits to the controller with each revolution of its shaft.