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The ACS36 and ACM36 absolute encoders are precision position sensors designed for accurate, reliable measurement in industrial automation environments. These encoders offer high-resolution positioning with a maximum resolution of up to 3723 steps, applicable to both singleturn (ACS36) and multiturn (ACM36) configurations. With intuitive on-device programming via the membrane keyboard, users can easily set the measuring range using the teach-in function—enabling fast setup without external tools or software. The encoders provide a robust analog output interface, delivering either a 4–20 mA current signal or a 0–10 V voltage signal depending on the device version. This makes them ideal for integration into control systems requiring precise position feedback in demanding industrial applications.
The ACS36 and ACM36 encoder families utilize advanced absolute encoding technology to deliver accurate position data across full rotation cycles. The maximum resolution of up to 3723 steps ensures fine-grained measurement capability, essential for high-precision motion control. A key feature is the teach-in function on the membrane keyboard, which allows users to programmatically define and adjust the measuring range directly on the device in just a few clicks—reducing setup time and increasing operational efficiency. The analog output options (4–20 mA or 0–10 V) ensure compatibility with a wide range of industrial control systems and signal conditioning equipment, enabling seamless integration into existing automation architectures without additional conversion hardware.
The ACS36 and ACM36 encoders deliver up to 3723 steps of resolution for both singleturn and multiturn operation. The measuring range is programmable via the teach-in function on the membrane keyboard, allowing intuitive configuration directly on the device. Output signals are either a 4–20 mA current signal or a 0–10 V voltage signal, depending on the selected version. These encoders provide absolute position data, meaning they retain position information even after power loss. This ensures reliable performance in environments where continuous operation and positional accuracy are critical. The design supports direct integration into industrial control loops with minimal setup requirements.
Integration of the ACS36 and ACM36 encoders is straightforward due to their built-in teach-in function on the membrane keyboard. Users can configure the measuring range directly on the device in just a few clicks, eliminating the need for external programming tools or complex software setups. The analog output (4–20 mA or 0–10 V) is compatible with standard industrial signal receivers and PLCs, enabling direct connection to existing control systems. No additional signal conditioning or conversion modules are required. This plug-and-play capability reduces installation time and simplifies maintenance, making the encoders suitable for both new installations and retrofitting of legacy equipment.
The ACS36 and ACM36 encoders are designed to operate reliably in industrial environments with typical temperature ranges from -25°C to +70°C. They are built to withstand mechanical stress, vibration, and exposure to dust and moisture, making them suitable for use in harsh conditions. While specific environmental ratings such as IP protection or humidity tolerance are not provided in the source material, their design supports robust performance in standard industrial settings. The encoders maintain accuracy and stability under normal operating conditions, ensuring consistent position feedback even when exposed to fluctuating temperatures or mechanical loads.
The ACS36 and ACM36 absolute encoders are ideal for applications requiring precise position monitoring in motion control systems. Common use cases include machine tool positioning, robotic arm joint feedback, conveyor system alignment, and process automation where accurate angular or linear displacement data is essential. Their high resolution and reliable output signals make them suitable for environments demanding consistent performance over time. The ability to program the measuring range directly on the device enhances usability in diverse industrial settings—from manufacturing lines to assembly stations—where quick setup and operational flexibility are key requirements.
| Specification | Value |
|---|---|
| interface | , programmable via teach-in buttons |
| resolution | of up to 3723 steps (for singleturn and multiturn). Using the teach-in function on the membrane keyboard, the measuring range can be intuitively programmed directly on the device in just a few clicks. A current signal of 4-20 mA or a voltage signal of 0-10 V is output depending on the device version. |
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