December 27, 2024
AMT24 absolute encoders for large shaft sizes
Same Sky is introducing a new series to its innovative AMT absolute encoder family. It is designed to support larger motor shaft sizes from 9 mm to 15.875 mm (5/8 inch).
The AMT24 series, based on Same Sky’s proprietary capacitive ASIC technology, brings the same high levels of durability, accuracy, and immunity to environmental particles as existing AMT encoder models.
Outputting 12 bits or 14 bits of absolute position information with single-turn or multi-turn output options, the AMT24 utilizes a high-speed RS-485 protocol for fast, low latency position data.
It offers low power consumption of 16 mA at 5 V, a wide operating temperature range from -40 to 105°C, and high accuracy of ±0.2 mechanical degrees.
The digital nature of the AMT24 series also allows users to set the zero position via Same Sky’s AMT Viewpoint™ GUI or the encoder’s RS-485 protocol.
Additionally, the digital interface of the AMT24 encoder can be used to set addresses for multiple encoders sharing the RS-485 bus.
The AMT24-V kit affords users further flexibility in their design with the support of 9 different sleeve bore sizes from 9 mm to 15.875 mm and simple mounting tools under a single SKU.
Learn more about the products
Absolute Resolution:
A = 12-bit single-turn
B = 14-bit single-turn
C = 12-bit multi-turn
D = 14-bit multi-turn
| AMT242A | AMT243A |
| AMT242B | AMT243B |
| AMT242C | AMT243C |
| AMT242D | AMT243D |
FEATURES AMT24 series
• high speed protocol for fast low latency position data
• patented capacitive ASIC technology
• low power consumption
• 12 or 14-bit absolute position with multi-turn capability
• half-duplex RS485 - high speed 2 Mbps or adjustable data rate
• settable zero position
• configuration and programming via AMT Viewpoint™ software
• compact modular package with locking hub for ease of installation
• radial and axial cable connections
• -40 ~ 105°C operating temperature
The AMT24 provides a compelling solution for a range of industrial, automation, robotics, and renewable energy applications.
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