What system role does METSO PDP601 perform?

METSO PDP601 performs the distributed process-control, data-acquisition and I/O-processing role within a maxDNA control-system cabinet.

Which hardware identifier belongs with the PDP601 model?

The manufacturer guide maps model PDP601 to hardware identifier LD181585.

How does METSO PDP601 process control and I/O workloads?

METSO PDP601 uses an Intel Atom control processor and a dedicated FPGA-based I/O processor to separate control execution from I/O scanning.

What supply and environmental limits apply to PDP601?

PDP601 requires 24 VDC +/- 4 VDC at 1.5 A and operates from 0 to 60 C at 5 to 90 percent non-condensing relative humidity.

Which Ethernet interfaces are provided on METSO PDP601?

METSO PDP601 provides two independent 100Base-T maxNET ports, one 10/100 Base-T I/O Link port and one 1000 Mbps backup port.

Where should PDP601 be installed in the maxPAC rack?

PDP601 should occupy the approved left-most DPU position so that the installed arrangement maintains the documented airflow path.

How is a PDP601 replaced in a configured backup pair?

The technician must stabilize the remaining unit, disable backup, preserve or prepare the SD Flash, restore the recorded cables and then warm the replacement as the inactive DPU.

What confirms successful commissioning of METSO PDP601?

Successful commissioning requires healthy Network A and B states, valid backup status, acceptable IOM, I/O, CP and State indications, and cleared system alarms.

PDP601

Name: PDP601
Brand: Metso Auttomation
SKU: LD181585

Distributed Processing Unit

Product image is representative; revision or series may vary. Contact us to request a specific version.

Product Describe：

METSO PDP601 is a maxDPU MR distributed processing unit for the maxDNA control system. It executes process control, data acquisition and Model IOP processing while linking the installed rack to maxNET.

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Technical specifications for PDP601

Manufacturer:

Metso Auttomation
Product Category:

DCS Systems
Spare Part Number:

LD181585
Estimated shipping dimensions:

4.3x31.3x25.6cm
Weight:

0.85 kg
Tariff Code:

8537101190
Counliy of origin:

USA
Product type:

maxDPU MR distributed processing unit
Hardware identifier:

LD181585
Control-system family:

maxDNA
Operating system:

Linux
Control processor:

Intel Atom
I/O processing:

Dedicated FPGA with 32-bit Altera NIOS processor
SD Flash:

Minimum 2 GB industrial-grade removable media
Execution scheduling:

10 ms to 0.5 s
Control capacity:

Up to 8,000 control objects
maxNET interfaces:

Two independent 100Base-T Ethernet ports
I/O Link:

10/100 Base-T Ethernet port
Backup link:

1000 Mbps Ethernet with Category 6 cable LD049228
Supply:

24 VDC +/- 4 VDC
Current:

1.5 A at 24 VDC
Operating temperature:

0 to 60 C
Storage temperature:

-25 to 70 C
Relative humidity:

5 to 90 percent, non-condensing
Rack placement:

One maxPAC slot; use the approved left-most DPU position

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Information

Overview Manuals Common Applications Product Precautions

Within a maxDNA Remote Processing Unit cabinet, METSO PDP601 occupies one maxPAC slot and operates as the local processing engine between Model IOP modules and the maxNET control network.

Intel Atom control processor with dedicated FPGA I/O scanning
Execution scheduling from 10 ms to 0.5 s
Two independent 100Base-T maxNET interfaces
24 VDC +/- 4 VDC supply and 0 to 60 C operation

Install PDP601 in the approved left-most rack position for airflow, preserve its DPU name, IP configuration and SD Flash database, and maintain the documented Network A, Network B, I/O Link and backup connections. Commissioning confirms processor health, IOM and I/O status, network states, backup readiness and cleared alarms.

Important Notice: Confirm the complete METSO PDP601 / LD181585 identity, maxPAC rack position, network cabling, backup-pair role and current configuration before replacement or commissioning.

METSO PDP601 Manuals & Downloads

METSO PDP601 Technical Reference (PDF)METSO PDP601 Installation & Commissioning Guide (PDF)

The first document organizes exact-model technical characteristics from the selected manufacturer evidence; the second provides a separate installation, replacement and commissioning workflow.

Process-control execution

Runs scheduled control objects and calculations in a maxDNA process-control domain.

Model IOP coordination

Scans and processes the installed maxPAC Model IOP data path through the dedicated I/O processor.

Redundant maxNET node

Connects independently to maxNET Network A and Network B for control-system communications.

Hot-standby operation

Exchanges database information across the dedicated backup link when configured as an approved DPU pair.

Read the applicable METSO instructions before work. Verify PDP601, the maxPAC rack, every network connection and the configured backup role before isolation or replacement.

Record the complete PDP601 and LD181585 marking, rack position and active or inactive role before work.

Place the affected process in its approved maintenance state and resolve severe alarms on the unit that will remain in service.

Disable backup before removing a PDP601 from a configured redundant pair.

Record Network A, Network B, I/O Link, backup cable, mode-switch position and all installed connectors.

Preserve the approved SD Flash or prepare the replacement with the correct DPU name, IP settings and controlled configuration.

Maintain at least a 1 inch cable bend radius and connect the backup and I/O Link cables only to their documented ports.

After insertion, verify the Linux boot sequence, front-panel diagnostics and absence of unexplained alarms.

Enable and warm the standby unit as required, then verify network, IOM, I/O, CP and State indications before release.

Technical notes

Install PDP601 only in the approved maxPAC rack position and preserve the documented network, backup and SD Flash configuration. After controlled startup, confirm maxNET, backup, IOM, I/O, CP and State indications and clear all unexplained alarms before release.

FAQ View All FAQ

What system role does METSO PDP601 perform?

METSO PDP601 performs the distributed process-control, data-acquisition and I/O-processing role within a maxDNA control-system cabinet.
Which hardware identifier belongs with the PDP601 model?

The manufacturer guide maps model PDP601 to hardware identifier LD181585.
How does METSO PDP601 process control and I/O workloads?

METSO PDP601 uses an Intel Atom control processor and a dedicated FPGA-based I/O processor to separate control execution from I/O scanning.
What supply and environmental limits apply to PDP601?

PDP601 requires 24 VDC +/- 4 VDC at 1.5 A and operates from 0 to 60 C at 5 to 90 percent non-condensing relative humidity.

Which Ethernet interfaces are provided on METSO PDP601?

METSO PDP601 provides two independent 100Base-T maxNET ports, one 10/100 Base-T I/O Link port and one 1000 Mbps backup port.
Where should PDP601 be installed in the maxPAC rack?

PDP601 should occupy the approved left-most DPU position so that the installed arrangement maintains the documented airflow path.
How is a PDP601 replaced in a configured backup pair?

The technician must stabilize the remaining unit, disable backup, preserve or prepare the SD Flash, restore the recorded cables and then warm the replacement as the inactive DPU.
What confirms successful commissioning of METSO PDP601?

Successful commissioning requires healthy Network A and B states, valid backup status, acceptable IOM, I/O, CP and State indications, and cleared system alarms.

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