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Green rectangular circuit board with two interface connectors

YINGHUA

YINGHUA Main PCA Formatter Logic Board 24-IN Two Interfaces

SKU CH-TKYR-4EYDY

Main PCA formatter logic board for 24-inch DesignJet T1100, T1120PS, T1200, Z2100, Z3100PS and Z5200 models with two interfaces

  • Product categoryPrinthead
  • Restores printing function for compatible DesignJet models
  • Supports 24-IN large-format printers across multiple series
  • Dual-interface design fits T1100 T1120PS Z3100PS GP T1200 T1100PS Z5200 Z2100 Z3100PS
  • New logic board replaces faulty formatter to resume operation

Compatible 24-inch DesignJet formatter board

This replacement main PCA formatter logic board fits Hewlett DesignJet T1100, T1120PS, Z3100PS, GP, T1200 24-IN, T1100PS, Z5200, Z2100 and Z3100PS wide-format printers. It restores core processing and communication functions for compatible 24-inch models. The unit is supplied new and ready for installation.

Dual-interface connectivity for network

The board includes two interfaces, enabling simultaneous network and direct-host connections without additional adapters. This configuration supports standard print-job routing and printer management workflows. No printhead, ink supply or firmware media are bundled with the logic board.

How it compares

Measured against everything we stock in Print & Scan Accessories, at today’s prices. Recalculated every night.

Price $509.99
Pricier than about 90% of the 5,855 comparable items (median $91.99).

Specifications

Product
Product categoryPrinthead

Questions about this item

Does the 24-IN formatter board need periodic firmware updates or component-level servicing?

The board is a solid-state logic assembly with no moving parts; it does not require scheduled firmware updates or component servicing during normal operation.

Which limit appears first when the formatter runs continuously — thermal throttling or interface bandwidth?

The board has no active cooling, so sustained heavy data flow will hit the thermal limit of the onboard components before the dual interfaces saturate.

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