Schneider TM241CE24R Modicon M241 PLC Controller, 24-I/O Relay Ethernet Logic Control Unit

Brand: Schneider
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Condition: Brand New
Certificate: COO TEST REPORT WARRANTY LETTER
Warranty: 1 year
Inventory Qty: 4
Payment Term: T/T
Shipping Port: Shenzhen

Schneider TM241CE24R Modicon M241 PLC Controller, 24-I/O Relay Ethernet Logic Control Unit

Schneider TM241CE24R is an all-in-one 24-point integrated logic controller belonging to the Modicon M241 series, built for compact machinery and decentralized automation applications. This native Ethernet-enabled PLC combines mixed fast transistor outputs and high-capacity relay outputs, delivering flexible voltage compatibility and multi-port communication for small-to-medium industrial machine control systems.

Schneider TM241CE24R Integrated 24-I/O Modicon M241 PLC With Ethernet And Relay Outputs

1. Integrated I/O Layout And Mixed Signal Performance of Schneider TM241CE24R

24-Point Mixed I/O Configuration

Schneider TM241CE24R features a complete onboard I/O layout with 14 discrete inputs and 10 discrete outputs to eliminate external expansion reliance for basic machine control. Input terminals include 8 high-speed fast inputs and 6 standard general inputs, supporting high-frequency signal capture for motion positioning and pulse detection tasks. Output terminals integrate 4 fast transistor outputs and 6 independent relay outputs, forming a dual-mode drive structure adaptable to both high-speed logic and high-voltage load control.

Dual Output Load Compatibility

Schneider TM241CE24R delivers differentiated load driving capacity for diverse field equipment. Transistor outputs adopt 24VDC working specification for precise low-voltage actuator and high-speed switching control. Relay outputs support wide voltage ranges from 5–125VDC and 5–250VAC, with 2A rated current per channel to drive solenoid valves, indicator lights and miniature contactors. Mixed output design maximizes on-site wiring flexibility without auxiliary signal conversion modules.

2. Multi-Port Communication Architecture And Programming Efficiency of Schneider TM241CE24R

Full-Range Embedded Communication Interfaces

Schneider TM241CE24R integrates multiple core communication ports for multi-device data interaction. A built-in RJ45 Ethernet port supports Modbus TCP network transmission and remote program maintenance. Dual serial ports cover RS232 and RS485 protocols for connection with sensors, instruments and auxiliary controllers. A mini-B USB port serves local program uploading, downloading and real-time debugging, covering on-site and remote maintenance scenarios.

Simplified Machine Programming Workflow

Schneider TM241CE24R operates stably with EcoStruxure Machine Expert software, supporting standard IEC 61131-3 programming languages and pre-built functional blocks. Optimized program execution cycles adapt to fixed-cycle machine logic and simple motion control tasks. Preset industrial application templates reduce programming difficulty and shorten project commissioning cycles for standardized machinery automation.

3. Industrial Structural Reliability And Target Application Scenarios of Schneider TM241CE24R

Compact DIN-Rail Industrial Hardware Design

Schneider TM241CE24R adopts integrated compact body structure designed for standard 35mm DIN-rail mounting, fitting narrow electrical cabinets and embedded mechanical equipment layouts. Industrial-grade circuit design and IP20 protection grade resist daily dust and humidity interference in workshop environments. Built-in status LED indicators display power, communication and channel working states for intuitive on-site inspection and rapid fault troubleshooting.

Decentralized Machinery Automation Deployment

This all-in-one M241 controller targets small-scale standalone machinery and distributed automation nodes. Packaging machines utilize fast I/O channels for high-speed linkage control and relay ports for executive component driving. Conveyor and logistics equipment deploy the unit for logic interlock and remote network monitoring. Light industrial processing machines rely on multi-communication ports to realize equipment networking and centralized data management.