ABB 216VC62a‑P1000 (HESG324442R112) – Pulse/Control Interface Board for Medium‑Voltage Converter Stacks

Brand / Model ABB – 216VC62a‑P1000 (HESG324442R112)
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 MV 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‑P1000 (HESG324442R112) – Pulse/Control Interface Board for Medium‑Voltage Converter Stacks

The ABB 216VC62a‑P1000, identified on the label as HESG324442R112, is a pulse/control distribution board used inside ABB medium‑voltage (MV) drive and converter bays. From my experience, it’s the like‑for‑like spare you fit when a stack position starts throwing intermittent gating or interlock alarms and you need predictable ramp‑ups again—without reworking cabinet wiring. You might notice the “P1000” build tag typically aligns with a specific bay configuration, which helps keep timing and diagnostics consistent across similar positions.

ABB 216VC62a-P1000 HESG324442R112 pulse/control board front view
ABB 216VC62a-P1000 HESG324442R112 board detail

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 gate units so commutation stays stable under load.
  • Protection feedback handling – Aggregates desaturation, overcurrent and thermal signals back to the system controller.
  • Backplane integration – Native fit in ABB MV racks; field wiring typically remains untouched during swaps.
  • EMC‑robust signaling – Many builds use fiber‑optic trigger/status links to gate units, which helps in noisy MV bays.
  • P1000 / R112 build alignment – Variant coding that, in many cases, keeps timing and diagnostics consistent across the installed base.
  • Service‑friendly – Front LEDs and accessible test points make outage checks faster and more consistent.

Technical Specifications

Brand / Model ABB – 216VC62a‑P1000 (HESG324442R112)
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 MV 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

Deployed in ABB medium‑voltage converters and VSDs where robust gating and protection coordination 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 coverage strategies to reduce downtime risk

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, which keeps outage work short.
  • Cost & downtime: Faster restoration than redesigning a bay; avoids broad software requalification in many cases.
  • Support: We can power‑up test, verify indicators and share a concise status report before shipment.
“We fitted a 216VC62a‑P1000 during a short outage. Backplane comms looked clean, fibers checked out, and the inverter ramped smoothly on first start.” — Maintenance supervisor, 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 precautions; avoid flexing the PCB; inspect the edge connector and standoffs before insertion.
  • Connections: Seat fully on the backplane; if optical links are present, verify Tx/Rx orientation and clean ferrules.
  • Safety: LOTO MV sections; allow the DC link to discharge fully; 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 installation inside CE/UL‑listed converter systems; RoHS status may vary by production year.
  • Warranty: 365‑day warranty from shipment date.

Share your drive platform, bay/slot position, and any revision notes, and we’ll confirm interchangeability for 216VC62a‑P1000 (HESG324442R112) and prepare a concise functional test record before dispatch.

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