Incremental Encoder
| Manufacturer | Hengstler |
| Product Code | HS35iQ-PROGR-A-A-P-7-1-R1 |
| Shipping | Shipped in 6-8 weeks |
| Stock Availability | Available On Demand |
PRODUCT DESCRIPTION / OVERVIEW
Advantage of the Incremental Encoder:
- Accurate position feedback – Provides precise measurement of shaft rotation for motion control and automation.
- Reliable speed sensing – Converts rotational motion into accurate pulses for speed monitoring.
- Solid shaft design – Easy to couple directly to motors or machinery shafts for robust operation.
- IP50 protection – Protects internal components against dust and moderate environmental exposure.
- Compact and versatile – 40 mm diameter makes it suitable for various industrial applications.
- High resolution options – Supports precise incremental feedback for high-accuracy systems.
- Durable and long-lasting – Built for industrial environments with stable and repeatable performance.
ABOUT THE PRODUCT
| Country of Origin: | Germany | ||||||||||||||||
| Industry the product belogs to: |
| ||||||||||||||||
| Application of the product: | |||||||||||||||||
| Compatible machine: | |||||||||||||||||
| Supplier location: | Navi Mumbai |
PRODUCT SPECIFICATIONS
| Encoder Type: | Incremental |
| Shaft Type: | Hollow Shaft |
| Manufacturer: | Dynapar |
FAQs
A Hengstler incremental encoder is a precision feedback device that converts rotational or linear motion into electrical pulses for position and speed measurement.
They are widely used in industrial automation, CNC machines, robotics, packaging machinery, material handling systems, and motor control applications.
Hengstler incremental encoders typically provide A, B, and Z signals with TTL or HTL output options for accurate speed and position feedback.
Key advantages include high resolution, robust industrial design, reliable performance in harsh environments, and long service life.
Yes, Hengstler offers multiple shaft types, resolutions, electrical interfaces, and mounting options to suit different application requirements.
