Product Introduction: Diebold Nixdorf DN200 Card Reader – CHD-mot
ICT0H5-7790 (Chip Module Only) | Part Number: ACT 1750304624
(01750304624)
The Diebold Nixdorf DN200 CHD-mot ICT0H5-7790 Chip Reader Module
(Part No. ACT 1750304624 / 01750304624) is a high-performance,
OEM-certified replacement component designed for Diebold Nixdorf
DN200 series ATMs and self-service terminals. This specialized chip-only module interfaces with the card reader
housing to enable secure, EMV-compliant chip card transactions,
ensuring compatibility with modern payment standards and fraud
prevention protocols.
Key Features:
Model Compatibility: Exclusively engineered for Diebold Nixdorf
DN200 ATMs and kiosks.
Chip Card Functionality:
Supports EMV® Level 1 & 2 compliance for contact-based chip card
transactions.
Enables secure PIN entry, card authentication, and transaction
encryption.
OEM Replacement: Directly replaces faulty or outdated chip modules
(part numbers ACT 1750304624 and 01750304624).
Reliability & Security:
Built to Diebold Nixdorf’s rigorous quality standards for long-term
durability.
Shields against tampering and skimming via hardware-level security
features.
Plug-and-Play Design: Simplifies installation and reduces
maintenance downtime.
Applications:
ATM Upgrades/Repairs: Ideal for restoring chip card reading
capabilities in malfunctioning DN200 ATMs.
Compliance Requirements: Essential for meeting PCI-DSS, EMV, and
regional payment security mandates.
Banking & Retail Networks: Supports seamless integration into
self-service terminals, cash recyclers, and kiosks.
Technical Specifications:
Part Number: ACT 1750304624 (also referenced as 01750304624).
Interface Type: Contact-based chip module (no magnetic stripe or
NFC components included).
Certifications: EMVCo, PCI PTS, and Diebold Nixdorf factory-tested.
Compatibility: Works with DN200 card reader assemblies (model
ICT0H5-7790).
Why Choose Genuine Diebold Nixdorf Parts?
Precision Engineering: Ensures seamless integration with DN200
hardware and software.
Reduced Downtime: Minimizes service interruptions with reliable,
field-tested components.
