Product Type:Encoder Input Module
Manufacturer:Allen-Bradley
Model:1734-SSI
Channels:1
Protocol Compatibility:SSI
Voltage Rating:120 VAC
Current Rating:5 MA
Communication Interface:DeviceNet
Mounting Option:DIN Rail
Dimensions:Length: 5-1/4 IN, Width: 2.36 IN, Height: 3 IN
Temperature Rating:-20 To 55 DEG C
Environmental Conditions:Storage Temperature: -40 To 85 DEG C, Relative Humidity: 5 – 95% (Non-Condensing)
Vibration Resistance:5 G At 10 – 500 HZ
Operating Shock:30 G
Non-Operating Shock:50 G
Backplane Current Draw:110 mA @ 5V dc
Engineered for reliability and precision, the Allen-Bradley 1734-SSI Encoder Input Module offers an efficient solution for data acquisition from absolute encoders supporting the SSI protocol. Its robust design ensures compatibility with a wide range of industrial applications, from machinery control to complex automation systems.
With its 16-channel capacity, the module efficiently handles both input and output signals, providing real-time feedback essential for operational accuracy. The inclusion of DeviceNet communication protocol enhances interoperability with other Allen-Bradley devices and third-party systems, streamlining the integration process.
Manufactured using high-quality materials, this module is built to withstand challenging environmental conditions, ensuring longevity and reliability in harsh industrial environments. Its compact size and DIN rail mounting capability make it easy to integrate into existing setups without compromising space.
The Allen-Bradley 1734-SSI Encoder Input Module is designed with user-friendliness in mind, featuring intuitive configuration options and straightforward installation procedures. Its compatibility with the Allen-Bradley 1734-TB or 1734-TBS wiring base assembly at key switch position 2 ensures a seamless setup process.
Equipped with advanced features such as temperature resistance and vibration handling, this module operates within specified environmental conditions, ensuring stable performance throughout various industrial operations. Its low power consumption further reduces operational costs while maintaining optimal functionality.
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