| Product | Part no. | Communication Interface detail | Singleturn or multiturn version | Number of steps per revolution |
| ACS36-K1K0-K01 | 6053311 | Current | Singleturn | 2979 |
| ACM36-K1K0-K01 | 6039751 | Current | Multiturn | 2979 |
| ACS36-L1K0-K01 | 6052345 | Voltage | Singleturn | 3723 |
| ACM36-L1K0-K01 | 6039752 | Voltage | Multiturn | 3723 |
Absolute encoders ACS/ACM36
- The ACS36 (singleturn) and ACM36 (multiturn) encoder families have an analog interface with a maximum resolution of up to 3723 steps (for singleturn and multiturn).
- The analog interfaces (current/voltage) offer a low-cost solution for detecting the position and path, and thereby help to reduce overall system costs.
- IP65 protection class
- Operating temperature: –30 °C to +80 °C
At a glance:
- The ACS36 (singleturn) and ACM36 (multiturn) encoder families have an analog interface with a maximum 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.
- 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 (36-mm format) 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:
- Compact 36 mm absolute encoder with up to 3723 steps (for singleturn and multiturn)
- Servo flange
- Radial cable connection
- Analog interface 4 to 20 mA or 0 to 10 V
- Programming via keypad on the encoder
- IP65 protection class
- Operating temperature: –30 °C to +80 °C
Related products
- Extremely small housing saves installation space, thereby increasing efficiency of the system
- Reduced storage costs, flexible machine design and easier service
- Yellow LED as optical adjustment indicator and output state display
- Green LED acts as a status indicator
- IO-Link and automation functions
- No supplementary Ethernet gateway required with Ethernet models – lowers costs
- The CLV62x scanner can be used as a multiplexer in any CAN scanner network from SICK – no supplementary multiplexer necessary
- SMART620 code reconstruction technology
- High scanning frequency of up to 1,200 Hz
- IP 65 or IP 69K rated (depending on type)
- Simple measurement of components with absolute position value
- Micrometer-accurate detection of very small object tolerances
- Fits in all standard C-slots used around the world or in T-slots in conjunction with an adapter, regardless of the gripper and cylinder profile
- 8 switching points via IO-Link
- Dynamic teach-in for up to 3 switching signals
- The icon-supported color display provides an intuitive user experience and makes commissioning straightforward
- The compact metal housing offers excellent options for integrating the sensor in confined installation situations
- Accuracy of +/- 2 mm with a maximum resolution of 0.1 mm
- Protection class IP 65 and IP 67
Sick
- Plug-and-play fork sensors – connect and get started.
- The WFM fork sensors are extremely quick and easy to mount and commission thanks to plug and play.
- Their yellow receive indicator can be seen all the way round, providing optimum feedback on the switching behavior of the WFM. Since the sender and receiver are integrated within the same housing, there is no need for any complex alignment work, allowing detection tasks to be prepared and completed quickly and easily.
- WFM have a rugged aluminum housing and are available in five different designs with fork widths ranging from 30 mm to 180 mm and fork depths of between 40 mm and 120 mm.
- SICK's fork sensors are suited to numerous applications, such as detecting parts in production processes, checking whether various objects are present, or intralogistic processes.
