Incremental Industrial Encoders
High-Performance Incremental Industrial Encoders for Modern Industry
“Incremental encoders designed for precision control and long-term reliability in demanding applications”
Are you looking for reliable incremental industrial encoders for automation? Unseen Era delivers a wide selection of high-performing incremental encoders that are designed to provide accurate signal and motion feedback for machinery, robotics and several other applications. At Unseen Era, we offer quality encoder solutions that ensure a smooth operation, precise positioning and long-lasting performance. Here, we will provide you with everything you need to know about incremental industrial encoders and how they enhance productivity and safety.
Unseen Era brings you quality and efficient incremental encoders that are tailored to meet your industrial automation needs. These solutions come with seamless integration, durable performance and enhanced safety.
What is an Incremental Encoder?
It is a type of position sensor which is used to detect movement and generate electrical pulses. An incremental encoder does not directly provide absolute position information, but it provides a series of pulses that correspond to changes in position and speed related to a reference point and are used to calculate the current position, speed and acceleration of the moving part.
Key Features of Incremental Encoders
Here are some key features of incremental encoders which include
- Relative Position: These sensors provide information about the position changes but not the absolute position.
- Quadrature Output: Many incremental encoders have two output signals that are 90 degrees out of phase, which allows them to determine the direction of movement.
- Index Pulse: Some incremental encoders also include an index pulse that makes a specific reference point during the rotation.
- Resolution: The resolution of the encoder is determined by the number of pulses generated per revolution and it affects the accuracy of position measurements.
Why Choose Unseen Era for Incremental Encoders?
Unseen Era is a prime industrial automation solutions provider that delivers a premium selection of automation solutions, including incremental encoders for numerous industries. The company provides high-performing and efficient solutions to enhance the productivity and safety of the workplace. Here are some key reasons why you should choose Unseen Era for incremental encoders:
- Unmatched accuracy and reliability
- Built for harsh industrial environments
- Compact, rugged and scalable designs
- Safety-compliant and quality-certified (ISO, CE, etc.)
- Custom configuration
- Fast delivery and local support
What Incremental Encoder Solutions We Deliver
At Unseen Era, we deliver a wide range of incremental encoder solutions including Kubler’s Sendix Base KIS50 / KIH50, which can be used with temperatures from -20°C up to +70°C and offers a protection level of up to IP65. This product is well-known for the Safety-LockTM system, allowing high tolerance of possible installation errors. Here are some key highlights of Kubler’s Sendix Base, which include:
- Safety-Lock
- High Rotational Speed
- Temperature Range (-20 to 70 degrees Celsius)
- High Protection Level
- High Shaft Load Capacity
- Shock/Vibration Resistant
- Magnetic Field Proof
- Short-Circuit Proof
- Reverse Polarity Protection
- Optical sensor
What are the Applications of Incremental Industrial Encoders Across Industries?
There are several applications of incremental industrial encoders across different industries, some of which include the following:
| Industry | Applications |
| Automotive |
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| Packaging |
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| Food & Beverage |
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| CNC & Metalworking |
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| Textile |
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| Printing |
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| Renewable Energy |
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| Logistics & Warehousing |
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| Pharmaceuticals |
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| Robotics |
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Comparison – Incremental vs. Absolute Encoders
Here is the comparison table for incremental vs. absolute encoders:
| Feature | Incremental Encoder | Absolute Encoder |
| Position Information | Relative, based on pulse count | Absolute, unique code for each position |
| Power Loss | Loses position information | Retains position information |
| Homing Requirement | Required for accurate position measurement | Not required |
| Cost | Generally less expensive | Generally more expensive |
| Applications | Speed and direction feedback | Precise positioning and robotics |
Why Reliability Matters in Industrial Automation?
In industrial automation, reliability is crucial for several key reasons, which include:
- Consistent production
- Ensuring financial efficiency
- Worker safety
- Reduce variability
- Improve product quality
- Safer working environment
- Downtime prevention
- Accurate motion control
- Increased productivity
- Maintenance cost reduction
Get High-Performing Incremental Encoders Today!
Want to enhance the productivity, safety and efficiency of your workplace? Explore our wide range of industrial automation solutions, such as incremental industrial encoders. Visit our website today or contact us by dialling +971-522697872 or emailing uae@unseenera.com.
FAQs About Incremental Industrial Encoders
Question 1. What are the key differences between incremental and absolute encoders?
Answer. The primary difference between incremental and absolute encoders is that incremental encoders track position changes relative to a reference point, whereas Absolute encoders immediately provide a unique and unambiguous position value.
Question 2. What are the common applications of incremental encoders in industry?
Answer. Common applications of incremental encoders include motor control systems, robotics, CNC machines and conveyor systems.
Question 3. How do you choose the right incremental encoder for your application?
Answer. When choosing the right incremental encoder for your application, you should consider resolution, environmental conditions, mechanical requirements, space constraints, electrical requirements and more.
Question 4. Can Unseen Era encoders be customised for specific industrial needs?
Answer. Yes, at Unseen Era, we offer customizable solutions to match your unique requirements, such as cable length, connector type, mounting brackets, PPR counts and more.
