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Item No. Interface Module for Siemens

S651-2001EM08IM01

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Item No. Interface Module for Siemens

S651-2001EM08IM01

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ProductSAKSHAM CPU
Hardware Functional StatusFrom July 22
Firmware Update PossibleYes
Engineering SoftwareCODESYS
DisplayNo
Control Element KeysNo
MountingDIN-RAIL

Language SupportIEC 61131-3 Languages: Ladder (LD), Structured Text (ST), Function Block Diagram (FBD), SFC, Instruction List (IL) — via the embedded soft-PLC runtime.
Other FeaturesWeb-based HMI and online debug, variable trace, and task monitor included.

Normal Voltage24 V DC
Low Voltage18.5 V DC
High Voltage28.5 V DC
Rated Input Current1 A
Maximum Input Current1.5 A
Inrush Current Max2.0 A
Power10 A
Power Loss4.8 W

Integrated Work Memory For Program256 MB – 2048 MB
Integrated Work Memory For Data8 GB – 32 GB

Rack and Module

No. of Module Per Rack8 (Any IO Mix)
No. of Rack8 Racks
No. of Module64 Maximum

Interface Type-1

Ethernet(RJ-45)Yes
No. of portsUp to 2 (separate MAC and IP)
Speed100 MBPS
AutonegotiationYes
AutocrossingYes
Industrial Ethernet Status LedYes

Interface Type-2

SerialUp to 4 (RS 232 / RS 485)
ConnectionScrew Connection

Protocols

Ethernet/IPAvailable
EtherCAT8 Racks
Modbus TCP/IP8 Racks
Profinet IO Controller8 Racks
OPC-Ua8 Racks
Media Redundancy8 Racks

No. of TasksUp to 100
No. of free-wheeling taskUp to 100
No. of Event TaskUp to 100
No. of Status TaskUp to 100
Min. Cycle Time1 ms
Max. Watchdog time400000000 μs
Max. Watchdog Sensitivity10 μs

Clock TypeOn Board RTC
Operating Hours CounterAvailable
Synchronization SupportYes

PID ControlYes
Feed Forwared PID ControlYes
Temperature PID ControlYes
Timeryes
Counteryes
Motor and Valve Blocks and Many Moreyes

In industrial automation, the programmable logic controller (PLC) relies on its central processing unit (CPU), the system’s brain, to ensure precise and reliable control. The CPU executes user-defined logic, interprets instructions, reads inputs, processes data, and generates outputs for actuators and other devices. It manages memory for programs, data, and settings, preventing corruption while supporting efficient operation. Modern CPUs enable seamless communication with networks, devices, and HMIs, handle protocols, and perform self-diagnostics. Their processing power, memory, and advanced features are essential for performance, reliability, and productivity.

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