ABB 216VC62a (HESG324442R13-B) – Pulse/Control Interface Board for Medium‑Voltage Converter Stacks

Brand / Model ABB – 216VC62a (HESG324442R13‑B)
HS Code 850490 (Parts of static converters / drive systems)
Power Requirements Typically 24 VDC via the drive backplane (on‑board DC/DC regulation)
Dimensions & Weight Rack plug‑in PCB; compact card; weight commonly ~0.3–0.5 kg class
Operating Temperature 0…55 °C cabinet ambient (typical for drive electronics)
Signal Input/Output Types Backplane analog/digital feedback, interlocks and trigger references; fiber‑optic Tx/Rx to gate units in many builds
Communication Interfaces Proprietary ABB rack/backplane; no user Ethernet/serial on the board body
Installation Method Rack‑mounted plug‑in card with edge/backplane connector and front retention hardware
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Description

ABB 216VC62a (HESG324442R13-B) – Pulse/Control Interface Board for Medium‑Voltage Converter Stacks

The ABB 216VC62a, labeled HESG324442R13‑B, is a plug‑in pulse/control interface board used inside ABB medium‑voltage drive and converter bays. From my experience, teams reach for this module when a stack position starts throwing intermittent gating or interlock alarms and they need a like‑for‑like swap to bring the bay back to clean, predictable ramp‑ups. You might notice the layout is built for backplane integration with provisions for trigger distribution, protection feedback, and status—sensible for high‑EMC MV cabinets.

ABB 216VC62a HESG324442R13-B pulse/control interface board

Company’s Order Placement Process and Guarantees

  • Warranty period: 365 days
  • Delivery time: 1 week for in‑stock; no more than one month at the latest
  • Payment method: 50% advance payment, full payment for delivery
  • Express delivery methods: FedEx, UPS, DHL
  • Process: Confirm model and quantity → Proforma Invoice → Advance payment → Functional testing and packing → Final payment → Express shipment with tracking

Key Features

  • Pulse/control distribution – Coordinates gating patterns and timing to the gate units for stable commutation.
  • Protection coordination – Aggregates desaturation, overcurrent and thermal feedback back to the system controller.
  • Backplane integration – Designed for ABB MV racks; keeps cabinet wiring unchanged during like‑for‑like service.
  • EMC‑robust signalling – In many cases uses optical trigger/status links to nearby gate units for noise immunity.
  • Service‑friendly diagnostics – You might notice front LEDs and accessible test points that simplify outage checks.
  • Revision “‑B” build – Hardware alignment that typically maintains behavior across installed bases.

Technical Specifications

Brand / Model ABB – 216VC62a (HESG324442R13‑B)
HS Code 850490 (Parts of static converters / drive systems)
Power Requirements Typically 24 VDC via the drive backplane (on‑board DC/DC regulation)
Dimensions & Weight Rack plug‑in PCB; compact card; weight commonly ~0.3–0.5 kg class
Operating Temperature 0…55 °C cabinet ambient (typical for drive electronics)
Signal Input/Output Types Backplane analog/digital feedback, interlocks and trigger references; fiber‑optic Tx/Rx to gate units in many builds
Communication Interfaces Proprietary ABB rack/backplane; no user Ethernet/serial on the board body
Installation Method Rack‑mounted plug‑in card with edge/backplane connector and front retention hardware

Application Fields

You’ll typically see 216VC62a in ABB medium‑voltage converters and VSDs where robust gating and protection are essential:

  • ABB MV platforms (commonly ACS1000 / ACS5000 / ACS6000)
  • Metals, mining, cement and chemical plants running 3–6.6 kV motors
  • Stack refurbishments and lifecycle extensions during planned outages
  • N‑1 spares strategies to reduce downtime risk on critical bays

Advantages & Value

  • Reliability: A fresh board typically tightens gate timing and clears intermittent interlock/trip events.
  • Compatibility: Like‑for‑like fit with ABB backplanes—no rewiring in most cases.
  • Cost & downtime: Faster restoration versus redesigning a bay; avoids broad software requalification.
  • Support: We can power‑up test, verify indicators and provide a brief status report before shipment.
“Replaced the 216VC62a (HESG324442R13‑B) during a short outage. Backplane comms came up clean, fiber checks passed, and the inverter ramped smoothly.” — Maintenance lead, cement plant MV drive room

Installation & Maintenance

  • Cabinet environment: Clean, dry, well‑ventilated MV cubicle; keep ambient within the drive’s rating.
  • Handling: Use ESD protection; avoid flexing the PCB; check edge connector and standoffs.
  • Connections: Seat fully on the backplane; if optical links are present, verify Tx/Rx orientation and clean ferrules.
  • Safety: Lockout/tagout; allow the DC link to discharge; confirm 24 VDC polarity and grounding before enabling.
  • Routine care: Quarterly dust removal, connector reseat checks, and quick indicator/health reviews under load.

Quality & Certifications

  • Quality system: Produced under ISO 9001 processes (typical for ABB drive electronics).
  • Compliance: Intended for use inside CE/UL‑listed converter systems; RoHS status may vary by production year.
  • Warranty: 365‑day warranty from shipment date.

If you can share the drive platform, bay/slot position, and current revision notes, we’ll confirm interchangeability for 216VC62a (HESG324442R13‑B) and prepare a concise functional test record before dispatch.

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