Inclinometers Vs Encoders

Product catalog summary

Introduction
Absolute angular measurement over a 360° range is essential in various industries. This document compares single-turn rotary encoders and inclinometers, focusing on their applications, similarities, and differences. Encoders have evolved from simple incremental to complex multi-turn absolute encoders, utilizing technologies like optical, magnetic, and inductive. Inclinometers have advanced from mechanical to MEMS technology.

Single-Turn Rotary Encoders

Pros: High resolution, precision, accuracy, dynamic performance, multiple interface options, high ingress protection.
Cons: Complex installation, less compact size.

Inclinometers

Pros: Compact size, ease of installation, up to IP69K protection, good shock and vibration resistance, multiple interface options.
Cons: Limited measurement characteristics, limited output features.

Technology Overview
POSITAL Single-turn Encoders

MAGNETOCODE (MCD): Uses magnetic technology with a permanent magnet and Hall Effect sensor for high accuracy.
OPTOCODE (OCD): Uses optical technology with a coded disc and infrared light for precise angular position measurement.

POSITAL Inclinometers

ACCELENS (ACS): Utilizes MEMS technology for measuring tilt through capacitance changes.
ANGUSENS (AGS): Uses electrolytic liquid and electrodes for high accuracy in limited measurement ranges.

Comparison of Products

Range of Measurement: Most products measure 360°, except AGS which measures ±30°.
Ease of Installation: Inclinometers are easier to install compared to encoders which require alignment and expertise.
Resolution/Precision/Accuracy: Encoders offer higher resolution and accuracy compared to inclinometers, with AGS providing the best resolution for limited ranges.
Dynamic Performance: Encoders perform better dynamically, while inclinometers have limitations due to physical damping.
Interface Options and Output Features: Encoders offer more interface options and output features compared to inclinometers.
Ingress Protection: Inclinometers offer better protection at lower costs, with ACS achieving up to IP69K.
Temperature Compensation/EMC Standards/Shock and Vibration Resistance: Both encoders and inclinometers are robust, but encoders are preferred for high-temperature applications.

Specifications and Technologies

OCD Encoders: Complex devices requiring careful handling due to their optical coded discs and photoreceptor arrays. They offer high flexibility in software with boot loaders for OCD II CANopen encoders.
MCD Encoders: Simpler technology with fewer mechanical parts, requiring less maintenance. They are developing boot loaders with external interfaces.
AGS Inclinometers: Utilize a conductive fluid for precise measurement, requiring protection from shock and contaminants.
ACS Inclinometers: Use MEMS technology with capacitive electrodes, offering high precision and protection from contaminants. They are compact and configurable with various interfaces.

Cost and Size Considerations

Encoders are generally high-priced due to complex production and additional mechanical components.
AGS inclinometers require larger housing, making them more expensive compared to ACS.
ACS is the most compact and cost-effective option, suitable for industries with space constraints.

Applications and Recommendations

ACS Inclinometers: Ideal for applications requiring compact size and easy installation, such as construction, robotics, and solar energy.
OCD Encoders: Suitable for high-resolution applications in elevators, control systems, and industrial robots.
MCD Encoders: Best for industries needing good resolution and compact size, like food machinery and textile industries.
AGS Inclinometers: Suitable for niche markets requiring high resolution within a limited measurement range, such as defense and semiconductor manufacturing.

Conclusion
The document concludes that POSITAL offers a range of sensors suitable for various applications, ensuring compatibility with diverse communication interfaces.

Inclinometers Vs Encoders

Inclinometers Vs Encoders

All POSITAL FRABA catalogs and technical brochures

Archived catalogs