Technical Specifications​

32-bit general-purpose processor, 1 MB program memory with 432 kbytes usable or 2 MB program memory with 1132 kbytes usable depending on version, data registers for M, S, I, O, C and DWG data, battery backup retention over one year, constant-cycle scanning with high-speed setting 0.4 to 300 ms and low-speed setting 1.0 to 300 ms, relay instruction approximately 0.13 μs, add/subtract approximately 0.36 μs, multiply/divide 0.36 to 0.75 μs, ladder and text/SFC programming, module weight approximately 700 g.

Functional Features​

Multitask scanning, high-speed and low-speed program levels, interrupt drawings, data/trace memory, symbol and comment management, communication with servo and I/O modules over the backplane, diagnostics and register monitoring.

Application Scenarios​

Machine automation, semiconductor handling, packaging systems, CNC-support equipment, robotic cells and integrated motion-sequence controllers using CP-9200SH mounting bases.

Performance Parameters​

Deterministic constant scan, large program and data memory, fast relay and arithmetic execution, multiple drawing and function capacity, stable backplane data exchange with SVA, PO, SVB, communication and I/O modules.

Material Composition​

FR4 processor PCB, battery-backed memory circuit, aluminum/plastic module housing, gold- or nickel-plated backplane connectors, LED status components.

Structural Features​

Slide-in CPU module, front status indicators, memory/battery section, backplane bus connector, installation into CP-9200SH short or long mounting base, support for up to two CPU modules in one system.

Working Principle​

The CPU reads inputs from local and expansion I/O, executes ladder/SFC/user programs according to the scan schedule, updates internal registers and outputs, exchanges motion commands with servo modules, and manages communication, tracing and fault diagnostics through the backplane.

Installation Requirements​

Install in a compatible CP-9200SH mounting base, connect the system power module with correct 24/100/200 V setting where applicable, insert the CPU fully into the backplane, configure memory and scan parameters, establish battery and program backup before run mode.