+91 79955 44066
IndMALL: B2B Marketplace - We Connect Buyers & Sellers for Industrial Products

L02CPU-P - Mitsubishi Programmable Controllers Melsec

Mitsubishi L02CPU-P PLC provides 20K steps memory, supports Ethernet connectivity, and delivers 40 ns LD execution for automation. This controller from Mitsubishi under the Mitsubishi PLC category belongs to the MELSEC-L Series, supporting 1024 local I/O points, 8192 local and remote I/O points, buffer battery backup, and stable control operation.

BrandMitsubishi
Product TypePLC(Programmable Logic Controller)
ProductL02CPU-P

L02CPU-P Mitsubishi Programmable Controllers Melsec Technical Specifications

SpecificationValue
TypeSOURCE
Program Memory20K
Program Memory UnitSTEPS
Local I/O Points1024
Local + Remote I/O Points8192
Cycle Time LD (ns)40
Cycle Time MOV (ns)80
Ethernet Port1
Buffer BatteryYES
SeriesMELSEC-L SERIES
Depth (mm)95
Weight (kg)0,37
Width (mm)70
Height (mm)90
CECOMPLIANT
EACCOMPLIANT
UL/cULCOMPLIANT
UKCACOMPLIANT

The Mitsubishi L02CPU-P PLC is a programmable logic controller designed for structured industrial automation systems. It offers 20K steps program memory and supports 1024 local I/O points for compact control architectures. The Mitsubishi L02CPU-P PLC includes an Ethernet port and operates with defined execution times. It belongs to the MELSEC-L Series used in factory automation environments.

In industrial applications, the Mitsubishi L02CPU-P PLC is used in conveyors, packaging equipment, assembly stations, and process automation systems. Fast logic execution supports precise sequence control, while Ethernet connectivity enables easy integration with supervisory networks. High I/O capacity allows centralized control of distributed field devices across automation lines.

The Mitsubishi L02CPU-P PLC reflects Mitsubishi’s focus on reliable PLC platforms for continuous industrial operation. Certified compliance, buffer battery support, and defined processing performance ensure predictable control behavior. The L02CPU-P model is suitable for applications requiring stable Ethernet communication, scalable I/O handling, and dependable automation control hardware.