Product Information

Attribute

Value

Authentication-Type

Access and Attendance

Battery

yes

Biomax N X990 Multi Biometric Access Control Terminal

KTI0100200NX990

Product Description

The Biomax N-X990 is a standalone biometric time attendance and access control terminal designed for corporate offices, educational institutions, and industrial environments.

Make: Biomax
Model: N-X990
User & Template Capacity: 10,000 Users, 10,000 Fingerprints, 10,000 RFID Cards, 10,000 Passwords
Log Buffer Capacity: 150,000 transaction records
Biometric Sensor: 500 DPI optical sensor (FAR ≤ 0.00001%, FRR ≤ 0.001%, verification speed ≤ 1 s)
Display & Audio: 3-inch TFT color screen with 16-bit Hi-Fi English voice prompts
RFID Card Module: Standard 125 kHz EM proximity reader
Communication Interfaces: TCP/IP Ethernet, Wi-Fi, USB Host & Client, RS232/RS485 with real-time Push Data protocol
Access Control Interfaces: Built-in door lock relay, Wiegand 26/34-bit input/output, supports external exit switch and RS-485 slave readers
Power Requirement: 12V DC / 2A; integrates internal backup battery support

KTI0100200NX990

Price

₹ 13,923.90 excl. GST

+ 18.00% GST. Freight after pincode at cart.

Registered dealers see net rates after login

Product Details
Available Brands	Biomax
Unit	Numbers
HSN Code	84719000
Weight	0.65 kg
Dimension	L 16 x W 4 x H 21 cm cm ft in m
Warranty	12 Months No-Onsite Warranty
Resources	Download Datasheet Download User Manual
Tags/categories	Automation Access Control, Attendance System Access Control Access Control With Memory Attendance System Face, Finger, Card, Password Based Canteen Management System

Usually dispatched within 6 days

About this product .

The Biomax N-X990 is an industrial-grade biometric terminal engineered for demanding workforce management and physical access control deployments. Built around an embedded Linux operating system, the device features an integrated 3-inch TFT color display paired with a 16-bit Hi-Fi voice feedback engine to deliver clear audio-visual verification prompts to users.
Equipped with a high-resolution 500 DPI optical biometric scanner, the terminal provides rapid authentication within one second. The imaging sensor is optimized with surface adaptation algorithms to reliably capture dry, moist, rough, mehndi-stained, and colored fingertips while maintaining a strict False Acceptance Rate of 0.00001% and False Rejection Rate of 0.001%.
The terminal features high internal memory capacity capable of registering up to 10,000 users, 10,000 fingerprint templates, 10,000 RFID cards, and 10,000 numeric passwords. Non-volatile onboard memory stores up to 150,000 transaction audit logs, preventing critical attendance record loss during network outages or server downtime.
For access control integration, the unit incorporates an onboard output relay capable of interlocking directly with magnetic locks, drop bolts, and turnstile gates. Standard Wiegand 26-bit and 34-bit input/output ports allow seamless interfacing with master access controllers, slave readers, remote receivers, and push-to-exit buttons.
Network communications are supported via Wi-Fi, Ethernet TCP/IP, USB host/client, and RS232/RS485 serial buses. Integrated Push Data firmware enables automatic real-time transaction event streaming to on-premise, cloud-hosted, and web-based attendance software architectures.
Operating on a 12V DC 2A power feed, the device features an integrated battery backup system designed to keep the terminal functional across sudden mains electrical failures. It operates reliably within ambient temperature limits from 0°C to 50°C.
Routine hardware upkeep requires wiping the 500 DPI optical glass prism with a dry microfiber cloth to remove dust and grease accumulation. Audit logs should be periodically synchronized over the network to maintain optimal device responsiveness.

Product Information .

Corporate Offices Worship Places Industries, Factories Hospitals, Clinics Libraries Shopping Malls, Showrooms Public Roads Police Station Government Buildings, Offices Banks Airports Railways, Bus Stations Conference Rooms Restaurants Smart Cities High Security Zones Defense Sectors Event Management Server Rooms Basement, Parking Areas Emergency Services Data Centers

Biomax N-X990 System and Hardware Compatibility

Network and Server Architecture Compatibility

The Biomax N-X990 biometric reader operates on an embedded Linux operating system and integrates multiple data communication standards to interface with local networks, distributed site infrastructure, and central enterprise management platforms. The unit features built-in Ethernet TCP/IP (LAN) and wireless Wi-Fi interfaces for standard IP networking. In addition, onboard physical serial RS232 and RS485 communication ports allow direct serial communication with host controllers, terminal networks, and legacy supervisory systems. A USB Host/Client port is provided for manual data retrieval, event log downloads, and administrative firmware maintenance.

For enterprise software environments, the N-X990 incorporates automated Push Data technology. This protocol synchronizes transaction logs, audit trails, and biometric event records directly with central servers in real time without requiring manual polling queries. The hardware supports multi-tier attendance management architectures across Desktop, Web-based, and Cloud computing platforms, as well as dedicated Employee Self-Service mobile applications. For custom enterprise resource planning (ERP), human resources management systems (HRMS), and automated payroll systems, Biomax provides a comprehensive Software Development Kit (SDK) to facilitate direct software-level integration.

Access Control Hardware and Peripheral Interfacing

The Biomax N-X990 functions as a standalone physical access control controller and reader equipped with an integrated output relay designed to actuate locking mechanisms directly. The onboard relay terminal connects to common electronic locking hardware, including electromagnetic shear/maglocks and motorized electric drop bolts. It natively accommodates physical access configurations requiring customized daily time zones, holiday exceptions, access groups, and multi-factor combination verification sequences.

To support ingress and egress tracking across bi-directional access points, the device includes dedicated Wiegand lines configurable for Wiegand input and Wiegand output. It communicates standard Wiegand 26-bit and Wiegand 34-bit data structures, as well as customized bit formats to integrate with third-party central access control panels. System engineers can expand single-door coverage by interfacing auxiliary peripheral devices, including:

RS-485 exit readers for networked peripheral communication.
Wiegand slave card and biometric readers.
Physical egress push buttons and mechanical exit switches.
No-touch infrared exit sensors for contactless egress.
Wireless remote control relay triggers.

Credential Technologies and Expansion Modules

For credential verification, the standard factory configuration of the N-X990 features an internal low-frequency 125 kHz EM RFID proximity card reader module. The terminal can also be factory-specified with an optional 13.56 MHz Mifare high-frequency IC card reader module to support smart card identification infrastructures. This allows the terminal to cross-verify users via 500 DPI optical fingerprint capture, RFID cards, and numerical keypad PIN codes across its 10,000-user onboard memory bank.

For specialized field deployments, industrial sites, and mobile operations, the terminal hardware supports modular integration with external hardware peripherals. Optional communication add-ons include a 4G cellular GPRS transmission module for remote sites lacking local LAN or Wi-Fi connectivity, as well as a GPS location tracking module. For physical audit receipt generation, the unit can be interfaced with an optional external thermal printer. The device operates on an external regulated 12V DC, 2A power supply and features internal rechargeable battery backup support to maintain reader operation during primary power interruptions; standalone dry cell batteries (they are not included) are not utilized.

Biomax N-X990 Hardware Installation and Wiring Guide

Physical Mounting and Environmental Specifications

The Biomax N-X990 biometric reader features an enclosure profile measuring 160 mm in width, 210 mm in height, and 40 mm in depth, with a net unit weight of 0.65 kg. For ergonomic operation of the 3-inch TFT color screen, optical fingerprint prism, and integrated keypad, the reader should be installed on an interior flat vertical wall surface or rigid junction frame at an operational centerline height matching standard access clearance. The terminal is rated for operational ambient temperatures ranging from 0°C to 50°C. Installations in industrial facilities, schools, corporate offices, or construction site offices must ensure the scanning aperture remains protected from direct outdoor precipitation and extreme solar glare.

Power Supply and Battery Configuration

The N-X990 requires a regulated operating power input of 12V DC at 2A current. Installers must route dedicated, properly sized low-voltage DC power cabling from a certified access control linear or switched power source to the rear terminal block to maintain voltage stability. This specific model variation incorporates an internal rechargeable battery backup unit within the chassis, ensuring continuous biometric verification and uninterrupted transaction event capture during primary mains power outages. If supplementary external backup batteries (they are not included) or auxiliary battery enclosures are deployed in the power distribution cabinet, installers must verify polarity prior to energizing the line to prevent electrical reverse-polarity damage.

Access Control Relay Interlock and Locking Hardware

The terminal features an onboard mechanical dry-contact output relay rated for direct door-strike actuation and automated access hardware interlock. The relay connections integrate directly into system circuits controlling:

Electromagnetic lock (EM lock) power interrupt loops.
Motorized or solenoid-driven drop bolts.
Electric door strikes and automated gate release interfaces.

For installations driving inductive locking hardware, an appropriate flyback diode or transient voltage suppressor must be wired across the lock terminals to clamp inductive voltage spikes away from the main board relay contacts.

Peripheral Reader and Exit Device Integration

The Biomax N-X990 functions as a standalone intelligent door controller capable of managing bidirectional access points via dedicated peripheral interfaces:

Wiegand Input and Output: Dedicated lines support selectable Wiegand 26-bit, Wiegand 34-bit, and user-customized binary string communication, facilitating connection to third-party access control panels or external Wiegand proximity readers.
Serial Slave Readers: Integrated RS485 communication lines allow connection of dedicated RS-485 exit readers for secure in/out personnel auditing.
Request to Exit (REX) Inputs: Terminals support auxiliary trigger devices including physical push buttons, wireless remote relay modules, and infrared no-touch exit sensors.

Network Infrastructure and Controller Configuration

Field deployment provides versatile data transmission paths to enterprise time-attendance and security databases via native Ethernet TCP/IP (LAN) RJ-45 ports, onboard Wi-Fi, RS232/RS485 serial buses, and a USB host/client interface. Once connected to the local network infrastructure, the embedded Linux system utilizes real-time Push Data technology to automatically synchronize transactional access logs to desktop, web, or cloud server architectures. Access parameters can be customized via the 3-inch display and onboard interface, including custom daily time zones, holiday rules, user access groups, and combination verification rules across fingerprint, RFID card, and password credentials.

Biomax N-X990 Hardware & Communication Troubleshooting Guide

Biometric Scanner and False Rejection Faults

The Biomax N-X990 integrates a 500 DPI optical biometric sensor rated for a False Acceptance Rate (FAR) of 0.00001% and a False Rejection Rate (FRR) of 0.001%. If users encounter repeated verification failures or biometric read latencies exceeding the standard 1-second threshold, evaluate sensor contact and placement. The optical sensor is engineered with surface adaptation for dry, moist, rough, mehndi-stained, and colored fingertips. However, high rejection rates typically stem from improper alignment where the user places the fingertip on the outer rim of the glass prism or angles the finger away from the optical focal plane.

Ensure users place the pad of the enrolled finger flat and centered against the optical prism. In industrial environments with airborne particulates or oil deposition, optical clarity can degrade. Clean the 500 DPI prism surface using a clean, dry microfiber cloth to eliminate accumulated grease, moisture, and fine dust. For hybrid-series facial authentication firmware, verify that the user maintains a standard standing posture directly within the focal distance without tilting the head or altering facial expressions from the initial enrollment template.

Access Control Relay and Hardware Interlock Discrepancies

When the terminal authenticates an enrolled identity via fingerprint, RFID card, or password but the door mechanism fails to release, systematically isolate the onboard output relay and access parameter logic:

Relay and Lock Wiring: Inspect the physical wiring between the terminal's output relay and the locking hardware (such as an electromagnetic lock or drop bolt). Verify that the auxiliary hardware power loop is intact and receiving appropriate voltage.
Access Control Logic: Check the terminal's internal access settings. Verify whether the authenticated user is assigned to an active access group, time zone schedule, or holiday restriction rule. If combination verification rules are enabled, the output relay will remain locked until all required multi-factor authentication criteria are satisfied.
Exit Peripherals: If external peripherals fail to trigger unlocking, inspect the signaling lines for the specific peripheral type, whether communicating via RS-485 reader lines, Wiegand 26-bit/34-bit interfaces, remote receivers, physical push buttons, or infrared no-touch exit sensors.

Network Connectivity and Push Data Synchronization Issues

The Biomax N-X990 utilizes an embedded Linux operating system supporting TCP/IP (Ethernet), Wi-Fi, RS232, RS485, and USB Host/Client interfaces. If real-time attendance transactions fail to reflect in desktop, web, or cloud software platforms, verify the network configuration:

Push Data Server Configuration: Confirm that the central server IP address, listening port, and communication keys programmed into the terminal match the server-side attendance management daemon.
Physical Link and IP Conflict: For wired TCP/IP deployments, verify Ethernet switch link LEDs and ping the device's static IP to rule out subnet mismatches or IP conflicts. For Wi-Fi setups, ensure adequate signal strength and correct network credentials.
Memory Buffer Management: The N-X990 stores up to 150,000 transaction log records on its internal non-volatile memory. If the terminal is operated offline for extended durations and the log buffer nears total capacity, data transfer speed and system responsiveness can slow. Synchronize and purge processed logs using Push Data automation or retrieve the audit trail manually via a USB drive.

Power Supply and Battery Backup Verification

The N-X990 terminal operates on a rated power input of 12V DC at 2A current within an operating temperature range of 0°C to 50°C. If the 3-inch TFT color screen fails to illuminate or reboots intermittently under operational load, verify the DC power adapter output using a digital multimeter. Voltage drops below 12V DC under load can cause system instability or relay switching failure. The integrated internal rechargeable battery provides operational power during mains electricity interruptions; auxiliary external batteries (they are not included) are not utilized in this terminal architecture.

Industrial and Commercial Application Scenarios for the Biomax N-X990

High-Throughput Workforce Management in Industrial and Manufacturing Facilities

Manufacturing plants, assembly units, and industrial processing workshops require attendance logging terminals that maintain high verification speeds across large shift turnovers. The Biomax N-X990 is engineered to handle up to 10,000 biometric fingerprint templates and 10,000 distinct user profiles, executing biometric matching in 1 second or less to prevent bottlenecking at factory entrance turnstiles or muster points.

Industrial shop floors routinely present challenging biometric conditions due to mechanical handling, dust, processing fluids, and localized skin variations. The embedded 500 DPI optical sensor features specialized surface adaptation algorithms capable of capturing moist, dry, rough, colored, and mehndi-stained fingertips with a False Rejection Rate (FRR) of 0.001% and a False Acceptance Rate (FAR) of 0.00001%. Integrated 16-bit Hi-Fi voice prompts and visual status updates on the 3-inch TFT color screen confirm successful punches immediately to the operator.

Secured Physical Access Control for Corporate and Commercial Infrastructure

In multi-tenant commercial facilities, corporate headquarters, and IT server areas, access restriction requires multi-credential validation and direct lock interlocking. The N-X990 functions as a standalone access control terminal equipped with an onboard output relay designed for direct connection to door hardware, including electromagnetic locks and drop bolts.

System architects can implement granular access policies using the device’s configurable access control settings, which support:

Access Schedules: User-defined daily time zones and specific holiday exclusion rules.
Group Policies: Departmental user access groupings mapped to door authorization tiers.
Combination Verification: Multi-factor credential rules requiring any sequential mix of fingerprint, 125 kHz EM proximity RFID card (or optional 13.56 MHz Mifare IC), and keypad password.
Peripheral Expansion: Peripheral wiring via Wiegand input/output (supporting 26-bit, 34-bit, and custom formats) and serial RS-485 interfaces to link exit readers, no-touch infrared sensors, push buttons, or wireless remotes.

Institutional Meal Tracking and Canteen Management Systems

Educational institutions such as colleges and schools, alongside corporate cafeterias, utilize the Biomax N-X990 to govern subsidized or tracked dining operations. The terminal directly integrates into automated canteen management software architectures, serving as an employee self-service meal issuance validation point.

When staff or students present an authorized RFID card, PIN, or biometric print at the dining station, the onboard relay can trigger barrier turnstiles or signal POS automation. Transaction records log instantly without requiring desktop intervention. Software developers can deploy the terminal's comprehensive Software Development Kit (SDK) to bridge transaction logs directly into centralized billing, human resources, or campus enterprise resource planning (ERP) platforms.

Continuous Operation in Remote Sites and Infrastructure Projects

Infrastructure construction zones and outlying project facilities often experience volatile utility power and intermittent data communication. Operating on an embedded Linux OS with a rated operating temperature from 0°C to 50°C, the N-X990 incorporates an internal rechargeable battery backup unit to ensure continuous transaction capture during unexpected electrical interruptions. When deploying the terminal in enclosures or standalone setups, external standalone batteries (they are not included) are not supplied within the standard unit housing.

To eliminate operational dependency on dedicated LAN cabling, the terminal features native Wi-Fi alongside TCP/IP Ethernet and RS232/RS485 communication. An internal non-volatile audit trail retains up to 150,000 transaction logs locally. Once connectivity resumes, automated Push Data technology routes attendance data directly to cloud or web servers; alternatively, field managers can perform offline data transfers using the integrated USB Host/Client port.

Related Products .

Page 1 of 14

Syncing...

Compare with similar products .

	Current Product Biomax N X990 Multi Biometric Access Control Terminal	eSSL MU AI 9 Face Recognition Access Control Terminal	Face Based Reader With Temperature and Mask Detection Speed Face 5TM	+ Add product to compare
SKU	KTI0100200NX990	KTI0100200MUAI9	KTI0100200365TM	—
Brand	Biomax	Essl	—	—
Price (excl. GST)	₹ 13,923.90 excl. GST	₹ 33,480.00 excl. GST	₹ 34,762.50 excl. GST	—
GST %	18.00%	18.00%	18.00%	—
Authentication-Type	—	—	—	—
Certifications	—	—	—	—
Availability	Made to Order	In Stock	Made to Order	—
				—