Place of Origin:United States
Custom Processing:Yes
Model Type:Analog Input Module
ControlLogix Model Number:1756-IG16
Manufacturer:Allen-Bradley
Operating Voltage:220 V
Input Channels:16
Channel Type:Single-ended
Differential Channels:8
High Speed Differential Channels:4
Frequency Response:Up to 10 kHz
Analog Input Range:-10 V to +10 V
Power Consumption:Typical 20 mA
Communication Interface:ControlNet
Certification:UL, CE
Dimensions:139 x 101 x 66 mm
Weight:Approx. 300 g
The Allen-Bradley 1756-IG16 Analog Input Module is a key component in any industrial automation system, providing accurate and real-time data on environmental conditions, machine states, and process variables. It seamlessly integrates with Allen-Bradley’s ControlLogix PLC platforms and the broader ControlNet network, ensuring efficient data exchange and control.
With 16 high-precision analog inputs, this module can detect and measure a wide range of signals from various sensors, making it suitable for diverse applications across industries. Its robust design withstands harsh industrial environments, guaranteeing reliable operation under extreme temperatures.
Featuring a compact and rugged DB-9 connector, the 1756-IG16 is easy to install and integrate into existing systems without compromising performance. It supports a broad power supply range, accommodating various power sources found in industrial settings.
Operating at a sampling rate of 1 kilohertz, the module ensures timely data acquisition, which is crucial for implementing responsive control strategies in automation processes. Its compatibility with ControlNet technology ensures seamless communication with other ControlLogix devices, enhancing system interoperability and efficiency.
The Allen-Bradley 1756-IG16 is not just a tool for data collection; it is an essential element in building a resilient and efficient industrial automation ecosystem. Its compatibility with Allen-Bradley’s comprehensive suite of products and services ensures a seamless integration into existing infrastructure, leading to optimized performance and reduced downtime.
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