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ZKTeco USA | 2-door 2-way Controller Stores 20,000 fingerprints and 60,000 cards Event Buffer:100,000 Reader Ports: 4 (26-66 bit Wiegand F | US-inBio-260-PRO

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SKU:
ZK-US-inBio-260-PRO

The ZKTeco inBio-260-PRO is a 2-door, 2-way biometric access control panel built for networked deployments that need to grow. It connects over TCP/IP or RS-485, supports Wiegand and OSDP readers out of the box, and links with up to 2,000 panels in a single system covering up to 8,000 doors.

Built for networked access control

The inBio-260-PRO installs on the network like any other IP device and supports RS-485 daisy-chaining for locations where Ethernet runs aren't practical. With 20,000 fingerprints and 60,000 card holders stored on-panel, access decisions stay local even if the head-end goes offline.

Key capabilities

  • Enterprise-scale architecture: link up to 2,000 panels managing up to 8,000 doors from a single system
  • Broad reader compatibility: Wiegand (26-66 bit), OSDP, FR-1500, and RS-485 fingerprint readers (additional models available on request)
  • Large on-panel capacity: 20,000 fingerprints and 60,000 card holders stored locally
  • Dual communication: TCP/IP for primary network connectivity, RS-485 for extended or legacy installations

System requirements

Compatible with ZKTeco-supported access control software (ZKBioSecurity or equivalent). Readers connect via Wiegand or OSDP; RS-485 fingerprint readers including the FR-1500 are supported, with additional models available on request.

Brand:
ZKTeco USA
How many doors can the inBio-260-PRO system scale to?
A single inBio-260-PRO manages 2 doors. Link up to 2,000 panels in one system to cover up to 8,000 doors enterprise-wide.
What readers are compatible with the inBio-260-PRO?
Supports standard Wiegand readers (26-66 bit format), OSDP readers, and RS-485 fingerprint readers including the ZKTeco FR-1500. Additional RS-485 fingerprint reader models available on request.
What communication protocols does the inBio-260-PRO support?
TCP/IP and RS-485. TCP/IP is the primary connection for networked deployments; RS-485 supports daisy-chain wiring for sites where pulling Ethernet to every panel isn't practical.