ABB S-093H 3BHB009885R0004 | 9 MVA Phase Module

Description

ABB identifies 3BHB009885R0004 as PHASE MOD(S-093H) FOR 9 MVA, with S-093H G1.02 given as the model designation in available product records. The part is associated with the ACS6000 medium-voltage drive family.

Key Technical Specifications

The available product record identifies the unit as a 9 MVA S-093H phase module, with a net weight of approximately 175 kg and gross weight of approximately 180 kg. It also lists Switzerland as the country of origin and 85049090 as its customs tariff reference.

One important procurement point: do not confuse this assembly with a small control PCB. The 3BHB009885R0004 is a large power assembly, and the published shipping weight is substantial. A freight quotation based on a 1–2 kg “module” assumption would be badly understated.

Product Introduction (Anti-Template)

A 9 MVA medium-voltage drive does not have much room for guesswork in its power section. The ABB S-093H 3BHB009885R0004 is a dedicated phase module for the ACS6000 platform, forming part of the high-power conversion architecture used to control large industrial motors. ABB’s part records identify it specifically as a 9 MVA S-093H phase module.

Replacement work is more involved than matching the part number. The water-cooling arrangement, phase-module configuration, drive rating, and surrounding power assemblies must all be checked. For this particular spare, transport planning matters too—the listed net weight is about 175 kg, so lifting equipment and suitable export crating should be considered before dispatch.

QC, Procurement & Logistics SOP

1. Inbound Verification
   • Confirm the complete identification: S-093H / 3BHB009885R0004.
   • Check the ABB nameplate, product designation, hardware revision, power terminals, cooling connections, and visible insulation surfaces.
   • Confirm that the unit corresponds to the 9 MVA S-093H configuration.
   • Compare the replacement against the customer’s existing ACS6000 drive configuration before shipment.
   • Pay particular attention to the water-cooling interface. Available procurement records specifically flag the cooling-coupling configuration as a replacement consideration.
2. Live Rig Testing
   • A complete live functional test should only be performed with suitable ACS6000 high-power test infrastructure.
   • For warehouse inspection, verify identification, physical condition, terminals, cooling connections, and visible power-section components.
   • Where an appropriate test environment exists, check insulation condition, cooling circuit interfaces, and relevant power-module diagnostics.
   • Do not apply high voltage to an unverified module simply to confirm that it “powers on.” This is a medium-voltage power assembly, not a conventional control card.
3. QA & Anti-Static Packaging
   • Record the complete part number and nameplate before packing.
   • Protect electrical terminals, insulation surfaces, and cooling interfaces against impact and contamination.
   • Use heavy-duty export crating rather than standard carton packaging.
   • Secure the approximately 175 kg net assembly against movement during transportation.
   • Use moisture protection and suitable shock isolation for long-distance freight.
4. Global Logistics & Export Compliance
   • Prepare the commercial invoice, packing list, product description, country-of-origin information, and applicable HS classification.
   • Available records list 85049090 as the customs tariff reference; destination-country classification should still be confirmed by the importer or customs broker.
   • Because of the weight, dimensions, and handling requirements, obtain freight confirmation before pickup rather than assuming normal parcel service is suitable.
   • For urgent plant outages, air cargo may be possible, but heavy-cargo handling and aircraft restrictions must be checked first.
   • Sea freight or specialized heavy cargo service may be more practical for non-urgent shipments.
   • Use reinforced wooden crating and clearly defined lifting points to reduce handling damage.

Technical Pitfalls & Integration Warnings

1. Phase-Module Rating Mismatch

The 3BHB009885R0004 is identified specifically as an S-093H phase module for a 9 MVA configuration. Do not substitute another S-series phase module merely because the mechanical appearance is similar. The drive power rating and phase-module configuration have to match.

2. Cooling-Circuit Compatibility

This is one of the checks that should happen before purchase. Available ABB-related procurement data notes a water fast-coupling upgrade requirement and distinguishes replacement paths depending on whether the INOX coupling upgrade has already been completed. If the existing drive has one cooling interface and the replacement has another, installation can stop before the electrical work even begins.

3. Wiring / Power-Terminal Configuration

A phase module sits directly in the high-power section of the drive. Verify phase identification, bus connections, grounding, cooling interfaces, and mechanical mounting before installation. Do not rely on photographs alone when transferring power connections.

4. ESD and Mechanical Damage During Unboxing

ESD is still relevant to the control interfaces, but mechanical handling is the bigger concern here. A roughly 175 kg power assembly needs proper lifting equipment and a controlled unpacking area. Dropping or dragging the module can damage insulation, terminals, or cooling connections before commissioning even begins.

Frequently Asked Questions (FAQ)

Q1: What is ABB S-093H 3BHB009885R0004 used for?

It is a phase module for ABB medium-voltage drive systems. ABB-related product records identify the specific configuration as PHASE MOD(S-093H) FOR 9 MVA.

Q2: Is 3BHB009885R0004 a control PCB or a complete power assembly?

It should be treated as a high-power phase-module assembly, not as a small logic PCB. Available records list approximately 175 kg net weight and 180 kg gross weight.

Q3: What is the rated power of the S-093H module?

The ABB product description identifies 3BHB009885R0004 as the S-093H phase module for 9 MVA. This rating is important when checking the complete drive configuration.

Q4: Can another S-093 series module replace 3BHB009885R0004?

Not automatically. The S-093 family contains different variants and part numbers, including versions with different impulse or configuration characteristics. Match the complete ABB part number and the existing drive configuration before approving a substitute.

Q5: Can this phase module be hot-swapped?

Do not treat it as a conventional hot-swappable control module. The S-093H belongs to the high-power section of a medium-voltage drive. The drive must be properly isolated, discharged, and secured according to the installed maintenance procedure before removal.

Q6: What should I check before ordering a replacement?

At minimum, provide:

• Existing part number and nameplate photograph
• drive model and power rating
• Existing S-series phase-module designation
• Water-cooling connection type
• Hardware revision, if visible
• Drive cabinet photographs
• Existing fault information

The cooling connection deserves special attention because available procurement documentation identifies different replacement paths depending on the installed coupling configuration.

Q7: What is the approximate shipping weight?

The available product record lists approximately 175 kg net and 180 kg gross. Final freight weight will depend on the export crate and protective materials. For quotation purposes, allow for heavy-duty crating and specialized handling rather than standard parcel freight.

Q8: Is 3BHB009885R0004 still manufactured?

Available procurement records indicate that this particular part is no longer manufactured and identify newer replacement paths depending on the existing water-coupling configuration. Therefore, the customer’s existing configuration should be checked before offering an alternative part number.

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