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Product Details
Place of Origin: France
Brand Name: Schneider
Certification: CE UL cURus E360421
Model Number: TM5SE2IC01024
Payment & Shipping Terms
Minimum Order Quantity: 1 piece
Price: USD 100-200 piece
Packaging Details: 10*6*2.5 CM
Delivery Time: 3-7 working days
Payment Terms: D/A, D/P, T/T, Western Union
Supply Ability: 10 piece 5 days
Condition: |
New |
Product Name: |
IO Module |
Application: |
Industral Automation |
Shipping Terms: |
DHL, FedEx, UPS |
Temperature: |
0-55°C |
Condition: |
New |
Product Name: |
IO Module |
Application: |
Industral Automation |
Shipping Terms: |
DHL, FedEx, UPS |
Temperature: |
0-55°C |
In modern automated systems, synchronization is often the key to efficiency and precision. Many applications require the simultaneous, high-speed monitoring of two independent moving parts or processes—a task that can strain control system architecture and budget when using multiple single-channel modules. The Schneider Electric Modicon TM5SE2IC01024 addresses this challenge directly. This specialized module delivers two independent, high-speed incremental counter channels, each capable of operating at up to 100 KHz, within a single, compact TM5 unit. It is engineered for applications where coordinated motion, comparative measurement, or independent high-speed monitoring of two axes is required, offering a perfect balance of performance, density, and cost-effectiveness for complex machinery.
The TM5SE2IC01024 distinguishes itself within the TM5 high-speed counter family by providing dual-channel capability without sacrificing critical performance. While other modules in the series push the limits of single-channel speed (reaching 250 KHz or 1 MHz), this module excels in providing robust, synchronized data acquisition for two separate sources. This makes it the ideal solution for coordinating dual-drive conveyors, monitoring independent spindles, performing length and speed comparison on multi-lane packaging systems, or managing the X and Y axes of a gantry system. By consolidating two channels into one module, it reduces the physical footprint in the control panel, simplifies wiring, and streamlines configuration, all while maintaining the deterministic performance that offloads processing from the central PLC CPU.
Technical Specifications and Series Comparison:
| Feature | TM5SE2IC01024 (This Product) | TM5SE1IC01024 (Single-Channel 100KHz) | TM5SE1IC02505 (Single-Channel 250KHz) | TM5SE1SC10005 (Single-Channel 1MHz) |
|---|---|---|---|---|
| Module Reference | TM5SE2IC01024 | TM5SE1IC01024 | TM5SE1IC02505 | TM5SE1SC10005 |
| Number of Channels | 2 independent channels | 1 channel | 1 channel | 1 channel |
| Max Frequency per Channel | 100 KHz | 100 KHz | 250 KHz | 1 MHz |
| Primary Advantage | Channel density & synchronized multi-axis monitoring | Cost-effective standard HSC performance | Higher single-channel speed | Ultimate single-channel speed for extreme applications |
| Typical Input Signal | Differential or single-ended (A, B, Z phases per channel) | Differential or single-ended | Differential line driver | Differential line driver |
| Core Application Focus | Dual-axis coordination, comparative measurement, multi-spindle machines. | General high-speed counting, single-axis precision. | Very high-speed single axis, faster spindles, precision measurement. | Ultra-high-speed, scientific-grade measurement, laser systems. |
| System Efficiency | Reduces module count and panel space for two-channel needs. | Optimized for single-sensor applications. | Optimized for maximum speed on one axis. | Optimized for extreme speed on one axis. |
The intelligence of the TM5SE2IC01024 is showcased in its ability to operate each channel completely independently or in a coordinated fashion. Each channel fully supports A/B quadrature and Z reference signals for precise position and direction detection. Crucially, because both channels reside on the same module, they share a common hardware timestamp and system interface, ensuring that data from both encoders is sampled coherently. This is vital for applications calculating the phase relationship or differential speed between two axes. Integrated functions like hardware comparators and latches are available per channel, allowing for rapid, scan-independent reactions based on the count value of either axis.
Configuration is centralized and simplified using the EcoStruxure Machine Expert platform. Engineers can manage both channels from a single device configuration window, setting individual filters, modes, and interrupts, thereby significantly reducing commissioning time for multi-axis systems.
In summary, the Modicon TM5SE2IC01024 fills a critical niche in the high-performance TM5 ecosystem. It is the strategic choice for machine designers who need reliable, synchronized high-speed feedback from two points, offering a more integrated and economical solution than deploying two separate single-channel modules. By enabling precise multi-axis monitoring and control, it empowers the creation of more sophisticated, coordinated, and efficient automated machinery.
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