| Product | Part No. | Communication Interface detail | Enclosure rating | Number of steps per revolution |
| ACM60B-S1KE13x06 | 6045312 | Current | IP65, IP67 | 10485 |
| ACM60B-S1LE13x06 | 6045313 | Voltage | IP65, IP67 | 13107 |
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Absolute encoders ACM60
- The ACM60 (multiturn) encoder family has an analog interface with a maximum overall resolution of up to 13107 steps.
- A current signal of 4-20 mA or a voltage signal of 0-10 V is output depending on the device version.
- Programming via keypad on the encoder
- IP68 protection class
- Operating temperature: –30 °C to +80 °C
At a glance:
- The ACM60 (multiturn) encoder family has an analog interface with a maximum overall resolution of up to 13107 steps.
- Using the teach-in function on the membrane keyboard, the measuring range can be intuitively programmed directly on the device with 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.
- Intuitive configuration of the measuring range directly on the device using membrane keyboard (teach-in function) saves time and requires no special expertise.
- The compact size (including M12 connection technology) allows the encoder to be used in confined spaces and thus provides greater freedom for development and machine design.
- The analog interfaces (current/voltage) offer a low-cost solution for detecting the position and path, and thereby help to reduce overall system costs.
Features:
- Servo flange
- Radial connector connection
- Analog interface 4 to 20 mA or 0 to 10 V
- Programming via keypad on the encoder
- IP68 protection class
- Operating temperature: –30 °C to +80 °C
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- LED for indicating the output state
- IP67 enclosure rating
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- The sensors continuously supply data via analog outputs or IO-Link, enabling flexible machine concepts and making it possible to solve tasks in areas such as quality monitoring and process control in conjunction with pneumatic cylinders and drives.
- This continuous transfer of position data upgrades the functionality of the pneumatic cylinders by making them more intelligent – and, as a result, more versatile.
