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Q06UDEHCPU - Mitsubishi Programmable Controllers Melsec

Mitsubishi Q06UDEHCPU PLC provides 60K step program memory, 4096 local I/O points, fast LD cycle times with Ethernet connectivity. This controller from Mitsubishi under the Mitsubishi PLC category belongs to the MELSEC-Q Series, supporting 8192 local and remote I/O points, 9.5 ns LD cycle time, integrated Ethernet port, buffer battery backup, and compact CPU dimensions.

BrandMitsubishi
Product TypePLC(Programmable Logic Controller)
ProductQ06UDEHCPU

Q06UDEHCPU Mitsubishi Programmable Controllers Melsec Technical Specifications

SpecificationValue
TypeUNIVERSAL MODEL QCPU
Program Memory60K
Program Memory UnitSTEPS
Local I/O Points4096
Local + Remote I/O Points8192
Cycle Time LD (ns)9,5
Cycle Time MOV (ns)19
Ethernet Port1
Buffer BatteryYES
SeriesMELSEC-Q SERIES
Depth (mm)89,3
Weight (kg)0,22
Width (mm)27,4
Height (mm)98
CECOMPLIANT
Shipping ApprovalsABS,BV,DNV GL,LR,NK,RINA
EACNON-COMPLIANT
UL/cULCOMPLIANT
UKCACOMPLIANT

The Mitsubishi Q06UDEHCPU PLC is a universal model CPU designed for structured industrial automation systems. The Mitsubishi Q06UDEHCPU PLC offers 60K program memory, 4096 local I/O points, and fast LD execution time for deterministic control performance. It is part of the MELSEC-Q Series and integrates into Mitsubishi PLC architectures used across manufacturing environments.

In industrial applications, the Mitsubishi Q06UDEHCPU PLC is used in conveyors, packaging lines, assembly systems, and coordinated automation cells. Its Ethernet connectivity supports system-level communication, while high I/O capacity allows centralized control of multiple field devices within production lines.

The Mitsubishi Q06UDEHCPU PLC reflects Mitsubishi’s standardized PLC design focused on reliability and long-term operation. With certified compliance, buffer battery support, and defined processing performance, this PLC is suitable for continuous industrial use. It is commonly selected where stable control, predictable cycle times, and scalable I/O structures are required.

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