PAM-R1N-H8F-AP-P Industrial Motion Control Module

PAM-R1N-H8F-AP-P Industrial Motion Control Module

  • Manufacturer: SOCAPEL
  • Model: PAM-R1N-H8F-AP-P
  • Version marking supplied: V10700
  • Product type: Programmable Axis Manager / motion-control unit
  • Power supply: 18–36 V DC
  • Communication: CAN bus
  • Operating mode: Standalone
  • Primary application: Industrial axis and motion control
  • Lifecycle: Listed as discontinued; confirm availability and test status before procurement.
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Category: SKU: PAM-R1N-H8F-AP-P

Description

Product introduction

In machinery that relies on dedicated motion controllers, replacing a failed axis manager requires more than matching the power supply. The SOCAPEL PAM-R1N-H8F-AP-P coordinates motion-control functions within an established automation system and communicates through a CAN bus interface. Its standalone operating capability can be important in equipment where motion tasks are handled locally rather than entirely by a supervisory PLC.

When sourcing the SOCAPEL PAM-R1N-H8F-AP-P V10700, verify the complete type code, firmware or version marking, connector layout, and existing network configuration. A similar PAM-series controller may use a different communications interface or hardware arrangement, so confirm compatibility before installation.

 

Key technical specifications

Parameter Specification
Product model PAM-R1N-H8F-AP-P
Version designation V10700, as supplied; exact meaning not verified
Manufacturer SOCAPEL
Product type Programmable Axis Manager
Primary function Industrial motion control
Supply voltage 18–36 V DC
Communication interface CAN bus
Operating configuration Standalone
Axis capacity Not verified for this exact configuration
Supported motor types Confirm from the applicable manual
Programming environment Not verified
Mounting method Confirm from the physical unit and system documentation
Operating temperature Not verified
Protection rating Not verified

| Lifecycle status | Listed as discontinued

 

Application scenarios and maintenance considerations

  • Industrial motion systems: Control tasks in machinery using dedicated axis-management hardware.
  • Legacy machine maintenance: Replacement of an installed controller when the original motion architecture must be retained.
  • CAN bus control networks: Applications requiring communication with compatible control equipment over CAN bus.
  • Standalone control arrangements: Machines in which motion logic runs locally on the axis manager.

Field engineering note: Before removing the existing unit, record its configuration, communication settings, wiring, and any stored motion parameters. Do not assume the replacement will retain the original program or configuration.

PAM-R1N-H8F-AP-P V10700

Related models

Model Difference or relationship
PAM-P1N-H8F-AP-P Related Programmable Axis Manager variant listed with a PC/104 interface and PROFIBUS; not a direct substitute for the CAN bus version.
PAM-P1R-H8F-AP-P Related SOCAPEL controller designation; verify its interfaces, power requirements, and hardware revision before considering substitution.
PAM-S1N-H8F-AP-P V10400 Related PAM-series model listed separately; compatibility with the R1N variant is not established.

 

Engineer’s replacement checklist

  1. Confirm the complete designation: Compare PAM-R1N-H8F-AP-P and V10700 with the physical label and equipment bill of materials.
  2. Verify electrical and network requirements: Check the 18–36 V DC supply, CAN bus wiring, connector pinout, and network settings.
  3. Validate the motion configuration: Confirm the stored program, axis parameters, motor interface, and machine-specific commissioning requirements before returning equipment to service.

 

Frequently asked questions

1. What is the PAM-R1N-H8F-AP-P?

It is a SOCAPEL Programmable Axis Manager used for industrial motion control, with published references identifying a CAN bus interface and standalone operation.

2. What power supply does it require?

Available part information specifies 18–36 V DC. Verify the installed unit’s label and electrical documentation before energizing it.

3. Does it communicate over CAN bus?

Yes. The exact model is listed with a CAN bus interface. Confirm the network configuration and connected devices before replacement.

4. Is V10700 a firmware version?

Its exact meaning could not be independently verified. Treat it as a version or identification marking until the manufacturer’s documentation or physical label confirms its purpose.

5. Is the controller still manufactured?

Available parts references list the model as discontinued. Confirm the condition, test records, and included accessories of any proposed replacement.

6. What should be checked before purchasing a replacement?

Confirm the complete model code, version marking, supply voltage, CAN bus interface, connector arrangement, and availability of the original motion configuration. These checks reduce the risk of commissioning delays.

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