1756-DICAM | Allen-Bradley Digital Cam Switch Module

Allen-Bradley · HMIs & Displays

Description  The Allen-Bradley 1756-DICAM is a high-speed digital cam switch module for ControlLogix systems, designed to replace mechanical cam switches with precise, programmable electronic control, enabling rapid and accurate switching of outputs based on encoder position in motion control applications.     Technical Specifications  Condition New/Never Used Surplus Brand Allen-Bradley Category PLCs/Machine Control Part Number 1756-DICAM Subcatecory PLC Module/Rack Series ControlLogix Product Type Digital cam switch unit for ControlLogix 1756 PLC Outputs 24 Inputs 8 Storage 16 KB, 48 KB or 128 KB EEPROM Programs 32768 Power Requirement 450 milliamps at 24 Volts DC Enclosure Rating IP20 Weight 0.61 lbs       Information About 1756-DICAM The Allen-Bradley 1756-DICAM is a high-performance, industrial-grade digital cam switch module engineered for precise, high-speed position-based control in advanced motion and automation systems. Delivering exceptional switching speed and programmable flexibility, it replaces mechanical cam switches with electronic reliability, making it an essential component where motion accuracy, operational efficiency, and system flexibility are critical. Key Features: Compatibility: Specifically designed for integration with ControlLogix 1756 PLC systems in motion control, packaging, printing, and material handling applications Component Type: High-speed digital cam switch module with programmable cam profiles and support for incremental and SSI encoder inputs Function: Provides fast, programmable switching of outputs based on encoder position, replacing traditional mechanical cam arrangements with electronic precision Form Factor: Compact ControlLogix chassis-mountable module, easily integrated into standard 1756 backplane configurations Installation: Standard chassis mounting into 1756 ControlLogix systems, typically installed by industrial automation and control professionals Reliability: Offers rapid switching cycle times (as low as 70 microseconds), memory options up to 128 KB EEPROM, and status LED indicators for real-time diagnostics Maintenance Use: Ideal for applications requiring high-speed synchronization between mechanical motion and output activation, minimizing wear and maintenance compared to mechanical cams Use Case: Enables precise output switching for high-speed rotary and linear motion systems, enhancing operational precision, reducing downtime, and improving production efficiency Operating Environment: Temperature range 0°C to 55°C; IP20 protection rating; certified for industrial operating conditions This industrial-grade digital cam switch module delivers critical motion control precision, electronic reliability, and system flexibility for demanding automation environments. The Allen-Bradley 1756-DICAM is a trusted solution for building fast, accurate, and future-ready motion control and automation systems.

Brand: Allen-Bradley · Category: HMIs & Displays

Key features

• Compatibility: Specifically designed for integration with ControlLogix 1756 PLC systems in motion control, packaging, printing, and material handling applications
• Component Type: High-speed digital cam switch module with programmable cam profiles and support for incremental and SSI encoder inputs
• Function: Provides fast, programmable switching of outputs based on encoder position, replacing traditional mechanical cam arrangements with electronic precision
• Form Factor: Compact ControlLogix chassis-mountable module, easily integrated into standard 1756 backplane configurations
• Installation: Standard chassis mounting into 1756 ControlLogix systems, typically installed by industrial automation and control professionals
• Reliability: Offers rapid switching cycle times (as low as 70 microseconds), memory options up to 128 KB EEPROM, and status LED indicators for real-time diagnostics
• Maintenance Use: Ideal for applications requiring high-speed synchronization between mechanical motion and output activation, minimizing wear and maintenance compared to mechanical cams
• Use Case: Enables precise output switching for high-speed rotary and linear motion systems, enhancing operational precision, reducing downtime, and improving production efficiency
• Operating Environment: Temperature range 0°C to 55°C; IP20 protection rating; certified for industrial operating conditions

Specifications

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