Description The Muratec MML-IF27-01 is a controller keypad interface module used in industrial automation systems for operator input and machine control. It operates on 24 VDC and is typically integrated with keypad assemblies to enable direct interaction with CNC or automated machinery. This unit is designed to function as part of a control panel interface within industrial equipment. Technical Specifications Condition New/Never Used Surplus Brand Muratec Category Industrial Automation and Controls Part Number MML-IF27-01 Subcategory Operator Interface Modules Module Type Controller Keypad Interface Associated Components NDK-1230PCB2A, MML-OP07-01 Number of Buttons 33 Supply Voltage 24 VDC Application CNC and industrial automation systems Mounting Type Panel Integration Dimensions 12" x 12" x 3" Weight Approx. 3 lbs Information About MML-IF27-01 The MML-IF27-01 is a controller interface component developed by Muratec (Murata Machinery, Ltd.). It is commonly used in conjunction with related boards such as the NDK-1230PCB2A and keypad unit MML-OP07-01 to form a complete operator interface system. The module is designed to handle input signals from a multi-button keypad, typically consisting of 33 buttons. It is used in industrial environments such as CNC machines and automated production systems where reliable operator input is required. Key Features: Controller interface module: Processes input signals from keypad assemblies for machine control 33-button keypad support: Designed to work with multi-button operator panels 24 VDC operation: Compatible with standard industrial power systems System integration: Works with associated boards and keypad units for complete interface setup Industrial application use: Suitable for CNC and automation equipment Panel interface functionality: Enables operator interaction with control systems Compact assembly design: Integrated into control panels with defined dimensions Durable construction: Built for continuous operation in industrial environments The MML-IF27-01 delivers the reliability and precision required for operator interface control in industrial automation systems.
