eSSL inBio 260 – 2‑Door Biometric Physical Access Control System
Enterprise‑grade physical access control that combines on‑board fingerprint matching, dual networking, and a full set of advanced security features. Perfect for offices, labs, factories and commercial buildings.
The eSSL inBio 260 is a true on‑board biometric physical access control panel. Unlike conventional controllers that only pass card IDs, the inBio 260 performs fingerprint matching directly inside the panel, resulting in faster response times and higher security. It controls up to 2 doors, supports 30,000 cardholders and 3,000 fingerprint templates, and keeps a 100,000‑event audit trail – a complete physical access control solution for small to medium enterprises.
🔐 Core Physical Access Control Features
✅ True On‑Board Biometrics
Fingerprints are matched inside the controller, not on the reader. FR Series readers send encrypted templates via RS‑485 for fast, reliable authentication.
Fingerprints are matched inside the controller, not on the reader. FR Series readers send encrypted templates via RS‑485 for fast, reliable authentication.
✅ 2 Doors / 8 Readers
Control entry and exit on two doors. Supports 4 RS‑485 (biometric) readers + 4 Wiegand (card/PIN) readers.
Control entry and exit on two doors. Supports 4 RS‑485 (biometric) readers + 4 Wiegand (card/PIN) readers.
✅ Anti‑Passback & Interlock
Prevent tailgating and enforce one‑card‑one‑entry rules. Ideal for high‑security zones where strict physical access control is mandatory.
Prevent tailgating and enforce one‑card‑one‑entry rules. Ideal for high‑security zones where strict physical access control is mandatory.
✅ First‑Card & Multi‑Card Opening
Configure doors to open only when the first valid card is presented, or require multiple credentials for sensitive areas.
Configure doors to open only when the first valid card is presented, or require multiple credentials for sensitive areas.
✅ Duress Mode & Auxiliary I/O
Trigger a silent alarm using a special password. Use the 6 inputs (exit buttons, door sensors) and 4 relay outputs for lights, alarms or elevator control.
Trigger a silent alarm using a special password. Use the 6 inputs (exit buttons, door sensors) and 4 relay outputs for lights, alarms or elevator control.
✅ Power‑loss / Network‑loss Resilience
All transaction data is retained when power is lost. The controller continues to operate normally even if the network connection is interrupted.
All transaction data is retained when power is lost. The controller continues to operate normally even if the network connection is interrupted.
📊 Technical Specifications – eSSL inBio 260
| Doors Controlled | 2 Doors |
|---|---|
| Readers Supported | 8 total – 4 RS‑485 (biometric) + 4 Wiegand (26‑bit) |
| Card Capacity | 30,000 |
| Fingerprint Capacity | 3,000 |
| Transaction Logs | 100,000 events (full audit trail) |
| Inputs | 6 (2 exit buttons, 2 door sensors, 2 AUX) |
| Outputs | 4 (2 Form‑C relays for locks + 2 Form‑C relays for auxiliary) |
| Communication | TCP/IP (Ethernet) + RS‑485 (industrial bus) |
| CPU / Memory | 32‑bit 400 MHz CPU, 32 MB RAM, 128 MB Flash |
| Power Supply | 9.6 V – 14.4 V DC |
| Dimensions (bundle) | 350(L) × 90(H) × 300(W) mm |
| Weight | 3.6 kg |
| Operating Temp / Humidity | 0 °C to 45 °C / 20 % to 80 % (non‑condensing) |
| Software options | Biosecurity 3.1 (web, PGSQL / MS SQL) & Access Security System 3.5 (desktop, MS Access / MS SQL) |
💻 Software & Centralised Management
Biosecurity 3.1 (Web)
Centralised physical access control over LAN/WAN. Manage users, doors and time zones from any browser. Databases: PostgreSQL or MS SQL.
Centralised physical access control over LAN/WAN. Manage users, doors and time zones from any browser. Databases: PostgreSQL or MS SQL.
Access Security System 3.5 (Desktop)
Rich desktop client for door‑wise reports, real‑time monitoring and access level programming. Uses MS Access or MS SQL.
Rich desktop client for door‑wise reports, real‑time monitoring and access level programming. Uses MS Access or MS SQL.
Mixed Model Architecture
Mix 1‑door, 2‑door and 4‑door inBio controllers in the same system to optimise cost and scalability.
Mix 1‑door, 2‑door and 4‑door inBio controllers in the same system to optimise cost and scalability.
🏢 Where to Use the inBio 260 Physical Access Control System
- 🔒 Corporate offices & IT parks – control entry to server rooms, executive floors and perimeter doors with anti‑passback.
- 🏭 Industrial & manufacturing facilities – enforce attendance and restrict access to hazardous areas.
- 🧪 Research labs / pharma – multi‑card opening for high‑security zones where dual authorisation is required.
- 🏫 Educational institutions – libraries, exam halls and faculty offices.
- 🏛️ Government buildings & data centres – duress PINs and interlock for maximum physical access control.
🔌 Seamless Integration & HRMS / Payroll Ready
The inBio 260 works out of the box with leading business platforms. Connect attendance data directly to Spine, GreytHR, HROne, Zoho CRM, Candle, Saral, Oracle and other ERP systems. Our team provides integration support for your entire physical access control ecosystem.
❓ Frequently Asked Questions
What is the inBio 260 physical access control system?
The eSSL inBio 260 is a 2‑door IP‑based biometric access control panel that does fingerprint matching directly on the board. It supports 30,000 cardholders, 3,000 fingerprints and 100,000 event logs, making it ideal for medium‑sized facilities needing robust physical access control.
Does the eSSL inBio 260 support anti‑passback?
Yes. Anti‑passback (hard and timed) is built into the controller firmware, together with interlock, first‑card opening, multi‑card opening and duress password entry – all essential physical access control features.
Which software can manage the inBio 260?
The inBio 260 works with eSSL Biosecurity 3.1 (web version, PostgreSQL/MS SQL) and Access Security System 3.5 (desktop, MS Access/MS SQL). Both give you door‑wise reports, real‑time monitoring and full access level management.
Can I mix inBio 260 with other door controllers?
Absolutely. 1‑door, 2‑door and 4‑door inBio models can be mixed in the same physical access control architecture, reducing hardware costs while keeping centralised management.