Configured for DC power distribution within ABB Procontic T200 control systems, the ABB GJV3074313R1 (07NG63R1 Power Supply Module) converts 110/220 VAC input into regulated DC supply rails for connected control hardware. The model and order-number relationship is corroborated by multiple industrial automation references.

Model Identification

The 110/220 VAC input and 5 VDC/9.0 A plus 24 VDC/0.5 A outputs are independently listed for 07 NG 63 R1 by industrial automation equipment references.

Hardware Specifications

The unit is identified as a Procontic power supply module. Its primary electrical function is to provide the DC rails required by compatible control-system hardware. The available technical references do not establish a separate rated power-consumption figure or operating-temperature specification, so these values are not assigned here.

ABB Procontic Power Architecture

The 07NG63R1 is associated with the ABB Procontic T200 platform and provides two documented DC output rails. The 5 VDC rail is rated at 9.0 A, while the 24 VDC rail is rated at 0.5 A.

The stated output ratings correspond to a combined maximum output power of 57 W when both rails are considered at their specified nominal values. Actual system loading depends on the connected Procontic hardware.

The module should be evaluated as a system power component rather than as a general-purpose standalone DC supply. Input wiring and downstream loading should follow the applicable Procontic T200 installation documentation.

Ordering Information

• 1 x ABB 07NG63R1 Power Supply Module
• Order number: GJV3074313R1
• Product family: ABB Procontic T200
• Power supply module only unless additional accessories are explicitly specified with the order
• Factory documentation or mounting accessories are not assumed unless specifically listed

Field Installation Guidelines

AC Input Wiring

• Verify the installed supply configuration before connecting 110/220 VAC input.
• Isolate and lock out the AC source before installation or replacement.
• Use wiring and protective devices appropriate for the installed system voltage.

DC Output Wiring

• Verify the required 5 VDC and 24 VDC rails before connecting downstream modules.
• Do not exceed the documented 9.0 A rating of the 5 VDC output.
• Do not exceed the documented 0.5 A rating of the 24 VDC output.
• Maintain correct polarity on DC connections.

Grounding and Routing

• Follow the Procontic T200 cabinet grounding arrangement.
• Keep AC input wiring physically separated from low-level signal wiring.
• Route DC supply conductors to minimize unnecessary coupling with switching or high-current conductors.
• Inspect terminals and connectors for oxidation, looseness, or mechanical damage before energizing the module.

Technical FAQ

• What is the input voltage of the 07NG63R1?

  The documented input is 110/220 VAC. The applicable system wiring configuration should be verified before energizing the module.

• What DC outputs does the module provide?

  The documented outputs are 5 VDC at 9.0 A and 24 VDC at 0.5 A. These ratings define the stated output capacity of the module.

• Is the 07NG63R1 a Procontic T200 component?

  Yes. The 07NG63R1 is cataloged as a power supply unit within the ABB Procontic product family and is associated with Procontic T200 systems.

• Is GJV3074313R1 a separate model from 07NG63R1?

  No. GJV3074313R1 is identified as the order or part number associated with the 07 NG 63 R1 power supply.

• Does the available data specify hot-swap operation?

  No verified source reviewed for this model establishes a hot-swap rating. Replacement should therefore be performed with the applicable system power isolated.

• What is the maximum stated 5 VDC output current?

  The documented 5 VDC output rating is 9.0 A. The connected Procontic load should remain within the specified supply capacity.

• What is the maximum stated 24 VDC output current?

  The documented 24 VDC output rating is 0.5 A. No higher current capability should be assumed without supporting manufacturer documentation.

• Is an operating temperature range specified?

  No verified technical reference reviewed here provides a sufficiently supported operating-temperature rating for this exact part. A numerical temperature range is therefore not assigned.