What are the exact physical dimensions and template capacities of the eSSL AiFace-Arion terminal?

The eSSL AiFace-Arion terminal measures 91.93 mm in length, 202.93 mm in height, and 21.5 mm in depth. It accommodates up to 6,000 facial templates, 6,000 fingerprint templates, 10,000 RFID card credentials, and logs up to 200,000 transactions on internal memory.

What optical and recognition features distinguish the eSSL AiFace-Arion terminal?

The AiFace-Arion features a 2-megapixel Wide Dynamic Range (WDR) low-light camera that provides touchless facial recognition from 1 cm to 100 cm in under 1 second. It also incorporates native barcode recognition capable of decoding QR codes, PDF417, Data Matrix, and MicroPDF417 formats.

What door hardware, card technologies, and software platforms are compatible with the AiFace-Arion?

The terminal integrates directly with electromagnetic locks, electric strikes, door sensors, exit request buttons, and alarm outputs via onboard relays and Wiegand input/output ports. It supports 125 kHz Proximity, HID Prox, HID iClass, optional 13.56 MHz Mifare credentials, and connects to eSSL eTimetracklite and ebioServer software.

What is the HSN classification and regulatory compliance standard for the eSSL AiFace-Arion?

The eSSL AiFace-Arion is cataloged under HSN tariff code 85437099 for Indian GST billing and commercial transit. The device is manufactured under ISO quality standards and conforms to RoHS environmental safety compliance directives.

What is the product Access Control With Memory also known as?

Access Control System with Memory, Memory-Based Access Control, Smart Access Control, Biometric Access Control with Memory, Card Access Control with Memory, RFID Access Control System, Door Access System with Memory, Secure Access Control, Keyless Entry System with Memory, Digital Access Control with Memory, Memory Storage Access Control, Multi-Door Access Control, Networked Access Control with Memory, Advanced Access Control System, Electronic Access Control with Memory

What is an access control system with memory?

An access control system with memory is a type of access control system that has the capability to store and retain data related to access events. It can record information such as the date, time, and identity of individuals who enter or exit secured areas.

What are the advantages of an access control system with memory?

An access control system with memory offers several benefits. It provides a historical log of access events, which can be useful for security auditing, investigations, and monitoring employee or visitor activities. It enables you to track who accessed certain areas at specific times, enhancing security and accountability.

How does an access control system with memory store data?

Access control systems with memory typically utilize a variety of storage methods, such as local databases, onboard memory within the control panel, or network-connected servers. The data is stored in a structured format that can be easily accessed and analyzed when needed.

How can I access and review the stored data?

Access control systems with memory often come with user-friendly software that allows authorized personnel to access and review the stored data. The software may provide various reporting and analysis tools to help you extract meaningful insights from the access event logs. You can generate reports, search for specific events, or export data for further analysis.

What is the product Face, Finger, Card, Password Based also known as?

Card-Based Access Control, Password Authentication System, Card and Password Reader, Biometric Access System, Access Control with Card, Card Reader System, Password Protected Access, Smart Card System, Identity Verification System, Card Access Management, Password Security System, RFID Access Control, Multi-Factor Authentication System, Secure Access Solution, Access Control with Credentials

What is a face-based attendance system?

A face-based attendance system is a technology that uses facial recognition to track and record employee attendance. It analyzes unique facial features to verify and authenticate employee identities for attendance tracking purposes.

How does a face-based attendance system work?

A face-based attendance system captures an employee's face image using a camera or webcam. The system then analyzes the facial features and compares them to a pre-registered database of employee faces. If a match is found, the system records the attendance, including the time and date.

What are the advantages of a face-based attendance system?

Some advantages of a face-based attendance system include: Accurate and reliable: Facial recognition technology provides a high level of accuracy in identifying employees, minimizing the risk of attendance fraud. Contactless operation: Employees can mark their attendance without physical contact, promoting hygienic practices, especially in situations like the COVID-19 pandemic. Fast and convenient: Face recognition is typically quick, allowing employees to mark attendance effortlessly without the need for cards, passwords, or biometric devices. Scalability: Face-based attendance systems can handle a large number of employees, making them suitable for organizations of various sizes. Integration capabilities: Many face-based attendance systems can integrate with other HR or payroll systems for seamless data transfer and payroll processing.

Can a face-based attendance system work in different lighting conditions?

Modern face-based attendance systems are designed to work in various lighting conditions. They often utilize infrared technology to capture facial images, making them less dependent on ambient lighting. However, extreme lighting conditions, such as very bright or dark environments, may affect system performance.

What happens if an employee changes their appearance (e.g., hairstyle, beard) in a face-based attendance system?

Face-based attendance systems are designed to account for minor changes in appearance. However, significant changes, such as drastic hairstyle changes or growing or shaving a beard, can potentially impact recognition accuracy. In such cases, the system may require employees to re-enroll or update their facial template to ensure accurate identification.

Can a face-based attendance system be fooled by using a photograph or video?

Advanced face-based attendance systems employ liveness detection techniques to prevent spoofing attempts using static images or videos. Liveness detection measures factors such as facial movement, eye blinking, or head rotation to verify the presence of a live person. It is essential to choose a system with robust anti-spoofing measures to enhance security.

What if an employee's face cannot be recognized by the system?

In situations where an employee's face cannot be recognized, employees can typically use alternative methods to mark attendance, such as a backup card or PIN. Additionally, system administrators can review and update the employee's facial template or settings to improve recognition accuracy.

Product Information

Attribute

Value

Authentication-Type

Face, Fingerprint, Password

eSSL AiFace Arion Multi Biometric Access Control Terminal

KTI0100200MUAIA

Product Description

The eSSL AiFace-Arion is a multi-biometric access control and time attendance terminal designed for touchless workforce authentication and secure door management.

Make/Brand: eSSL
Model: AiFace-Arion
Display: 5-inch display screen
Camera: 2 MP Wide Dynamic Range (WDR) low-light camera
Operating System: Embedded Linux
Processor & Memory: 1.0 GHz Dual-Core CPU, 1 GB RAM, 8 GB ROM
Authentication Modes: Face, Fingerprint, RFID/Smart Card, Password (Virtual Keypad)
Capacity: 6,000 face templates, 6,000 fingerprint templates, 10,000 cards, 200,000 transaction event logs
Touchless Recognition Distance: 1 cm to 100 cm
Biometric Verification Speed: Fingerprint
Accuracy Ratings: Face FAR ≤ 0.01% / FRR ≤ 0.02%, Fingerprint FAR ≤ 0.0001% / FRR ≤ 0.01%
Card Compatibility: 125 kHz Proximity card, optional 13.56 MHz Mifare card, HID Prox, HID iClass
Barcode Decoding: QR code, PDF417, Data Matrix, MicroPDF417
Communication Interfaces: TCP/IP, Wi-Fi, RS485, Wiegand Input and Output
Access Control Relays: Electromagnetic lock / electric lock, door sensor, exit button, alarm output
Power Supply: DC 12V, 3A
Operating Parameters: -10°C to 45°C, 10% to 90% RH (non-condensing)
Supported Software: eTimetracklite, ebioServer

KTI0100200MUAIA

Price

₹ 31,455.00 excl. GST

+ 18.00% GST. Freight after pincode at cart.

Registered dealers see net rates after login

Product Details
Available Brands	Essl
Unit	Numbers
HSN Code	85437099
Dimension	L 9.19 x W 20.29 x H 2.15 cm cm ft in m
Warranty	12 Months No-Onsite Warranty
Tags/categories	Automation Access Control, Attendance System Access Control Access Control With Memory Attendance System Face, Finger, Card, Password Based

Usually dispatched within 8 days

Operational Environment	Primary Authentication Method	Hardware Interface Utilized	Capacity Demands
Industrial Plant Shift Gates	Touchless Face Recognition (

Operational Environment

Primary Authentication Method

Hardware Interface Utilized

Capacity Demands

Industrial Plant Shift Gates

Touchless Face Recognition (

	Current Product eSSL AiFace Arion Multi Biometric Access Control Terminal	Face, Finger, Card, Password Based Reader N UFACE 602	Face, Card, Password Based Reader VF 06	+ Add product to compare
SKU	KTI0100200MUAIA	KTI01002006NUFA	KTI01002003VF06	—
Brand	Essl	Biomax	—	—
Price (excl. GST)	₹ 31,455.00 excl. GST	₹ 21,330.00 excl. GST	₹ 14,175.00 excl. GST	—
GST %	18.00%	18.00%	18.00%	—
Authentication-Type	—	—	—	—
Certifications	—	—	—	—
Availability	Made to Order	Made to Order	Made to Order	—
				—

Current Product

eSSL AiFace Arion Multi Biometric Access Control Terminal

Face, Finger, Card, Password Based Reader N UFACE 602

Face, Card, Password Based Reader VF 06

+ Add product to compare

SKU

KTI0100200MUAIA

KTI01002006NUFA

KTI01002003VF06

—

Brand

Essl

Biomax

—

Price (excl. GST)

₹ 31,455.00 excl. GST

₹ 21,330.00 excl. GST

₹ 14,175.00 excl. GST

—

GST %

18.00%

—

Authentication-Type

—

Certifications

—

Availability

Made to Order

—

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eSSL AiFace Arion Multi Biometric Access Control Terminal

Product Description

eSSL AiFace Arion Multi Biometric Access Control Terminal

KTI0100200MUAIA

About this product .

Product Information .

Hardware Interfaces, RFID Standards, and Software System Compatibility

Access Control Peripheral and Hardware Interfacing

Master-Slave and Third-Party Panel Interoperability

RFID Credential and 2D Barcode Compatibility

Network Infrastructure and Software Integration

Installation and Wiring Guidelines for eSSL AiFace-Arion

Physical Dimensions and Mounting Positioning

Electrical Power Requirements

Access Control Peripheral Interface Wiring

Network Connectivity and Software Deployment

Environmental and Operating Constraints

AiFace-Arion Hardware and Communication Diagnostics

Facial Recognition and Optical Sensor Faults

Fingerprint, Card, and Barcode Verification Diagnostics

Power Supply and Access Control Interface Behavior

Network Synchronization and Memory Capacity

Environmental Parameters

Industrial and Enterprise Deployment Applications for eSSL AiFace-Arion

High-Throughput Touchless Workforce Attendance

Multi-Credential Access Control for Secure Commercial Facilities

Visitor and Contractor Tracking via 2D Barcode Scanning

Hybrid Access Architectures and Third-Party Panel Upgrades

Related Products .

Compare with similar products .

Product FAQ .

Q. What are the exact physical dimensions and template capacities of the eSSL AiFace-Arion terminal?

Q. What optical and recognition features distinguish the eSSL AiFace-Arion terminal?

Q. What door hardware, card technologies, and software platforms are compatible with the AiFace-Arion?

Q. What is the HSN classification and regulatory compliance standard for the eSSL AiFace-Arion?

Category FAQ .

Q. What is the product Access Control With Memory also known as?

Q. What is an access control system with memory?

Q. What are the advantages of an access control system with memory?

Q. How does an access control system with memory store data?

Q. How can I access and review the stored data?

Q. What is the product Face, Finger, Card, Password Based also known as?

Q. What is a face-based attendance system?

Q. How does a face-based attendance system work?

Q. What are the advantages of a face-based attendance system?

Q. Can a face-based attendance system work in different lighting conditions?

Q. What happens if an employee changes their appearance (e.g., hairstyle, beard) in a face-based attendance system?

Q. Can a face-based attendance system be fooled by using a photograph or video?

Q. What if an employee's face cannot be recognized by the system?