eSSL PT100 guard tour reader with color LCD screen and optical fingerprint scanner

eSSL PT100 Fingerprint Guard Tour Reader

KTI04008001PT10

Product Description

The eSSL PT100 is an industrial handheld guard tour patrol terminal featuring an integrated optical fingerprint scanner and 125 kHz RFID proximity card reader for tamper-proof route verification.

Make/Brand: eSSL
Model: PT100
Biometric Capacity: 500 fingerprint templates
Card Capacity: 1,000 EM RFID cards/tags
Event Log Storage: 30,000 transaction records
Sensor Type: Infrared auto-sleep optical fingerprint sensor (Algorithm v10)
RFID Frequency: Built-in 125 kHz EM proximity reader
Display: 1.44-inch color LCD screen
Connectivity: USB Client interface for data download
Enclosure Ingress Rating: IP65 dust-tight and water-resistant
Power Input & Battery: 5V DC, 800 mA power supply with 2,000 mAh rechargeable lithium battery providing up to 7 days standby
Operating Temperature: -10°C to 40°C
Dimensions & Weight: 162 mm x 52 mm x 46 mm; 0.22 kg
Software Compatibility: Dedicated eSSL Guard Patrol Management software

KTI04008001PT10

Price

₹ 14,405.85 excl. GST

+ 18.00% GST. Freight after pincode at cart.

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Product Details
Available Brands	Essl
Unit	Numbers
HSN Code	85437099
Weight	0.22 kg
Dimension	L 16.2 x W 5.2 x H 4.6 cm cm ft in m
Warranty	12 Months No-Onsite Warranty
Tags/categories	Security Corporate Solutions Guard Tour System

Usually dispatched within 5 days

About this product .

The eSSL PT100 is engineered for rigorous security monitoring, combining an optical biometric sensor with 125 kHz RFID technology in a portable handheld terminal. Built specifically to eliminate buddy punching during patrol shifts, guards must authenticate their identity using registered fingerprints when clocking in at checkpoints across facilities.
Constructed with an IP65 rated industrial casing, the terminal is sealed against fine dust ingress and resistant to low-pressure water spray. This robust sealing makes it fully suitable for external boundary fences, industrial warehouses, parking facilities, and all-weather perimeter monitoring rounds.
The terminal features an internal memory capacity supporting up to 500 fingerprint templates, 1,000 RFID card credentials, and up to 30,000 offline patrol event logs. An infrared auto-sleep optical fingerprint sensor running Algorithm Version 10 delivers fast verification while conserving energy between checkpoint scans.
A built-in 1.44-inch color LCD display provides on-screen status updates, timestamp validation, battery charge level, and patrol record confirmations for security staff. The internal 125 kHz RF reader seamlessly scans standard EM proximity tags installed at fixed checkpoints along the designated patrol route.
The unit is powered via a 5V DC 800 mA charging port connected to a 2,000 mAh rechargeable lithium battery that provides up to 7 days of operational standby time. Log data and audit trails are exported to a host management computer via the high-speed USB Client interface.
Routine maintenance involves periodically wiping the optical fingerprint sensor prism with a dry microfiber cloth to clear ambient dust, oil, and moisture accumulation. Management personnel can configure patrol routes, guard shifts, and exception reporting through eSSL dedicated patrol management software.

Product Information .

Worship Places Industries, Factories Hospitals, Clinics Petrol Pumps Public Roads Police Station Government Buildings, Offices High Security Zones Defense Sectors Server Rooms Emergency Services

Deployment, Checkpoint Tag Setup, and System Configuration for eSSL PT100

Patrol Route Planning and Checkpoint Tag Mounting

Deployment of the eSSL PT100 guard tour verification system begins with systematic physical route mapping across industrial facilities, perimeter fences, equipment maintenance bays, delivery checkpoints, or cleaning service inspection zones. Checkpoint locations are established by installing passive 125 kHz EM proximity tags and cards at strategic inspection stations along the patrol path. Because the integrated radio frequency reader operates exclusively at 125 kHz, deployment teams must verify that all installed tags adhere to standard 125 kHz EM protocols rather than unsupported 13.56 MHz high-frequency standards.

During physical mounting, checkpoint tags should be positioned at an ergonomic scanning height to allow quick contact with the handheld reader. Direct installation of 125 kHz RFID tags onto raw, unshielded metallic surfaces must be avoided, as metallic substrates attenuate electromagnetic fields and disrupt tag reading. Where installation on metal posts or steel machinery is required, appropriate non-metallic spacer mounts or shielded brackets must be deployed to ensure consistent RF coupling with the PT100 terminal.

Software Setup and USB Client Configuration

System configuration requires installing the dedicated eSSL patrol management software on a host PC and connecting the PT100 terminal using the USB Client communication port. Through the software interface, administrators configure site parameters, generate patrol timetables, assign inspection routes, and register authorized personnel. The software synchronizes the terminal's internal clock and establishes baseline operational schedules before handheld devices are issued to security or facility teams.

Personnel enrollment is completed directly on the device using the integrated infrared auto-sleep optical fingerprint sensor, which utilizes Fingerprint Algorithm version 10. The reader accommodates up to 500 fingerprint templates and up to 1,000 RFID cards. Enrolling primary and secondary guard fingerprint templates ensures reliable biometric verification at designated checkpoints, eliminating proxy verification and stopping buddy punching during scheduled tours. Checkpoint tag IDs are assigned to specific physical locations within the software database to ensure accurate log mapping.

Power Commissioning and Battery Setup

Initial commissioning involves connecting the device to an external 5V DC, 800 mA power supply to service the internal 2,000 mA Lithium Battery (they are not included). The integrated power management circuit supports low power consumption, providing up to 7 days of standby operation on a fully conditioned 2,000 mA Lithium Battery (they are not included). Field supervisors can monitor operating readiness, battery (they are not included) levels, and real-time scanning feedback via the integrated 1.44-inch color LCD display prior to dispatching personnel on tour rounds.

Field Validation and Operational Handover

Before operational sign-off, a physical walkthrough must be performed across every programmed watchstation. Field technicians should verify that the terminal consistently reads each 125 kHz EM proximity tag and prompts for biometric fingerprint confirmation where required. The terminal stores up to 30,000 log records in internal memory, permitting extended off-line data collection across multi-shift security cycles without risk of data overflow.

Technicians must also inspect the installation environment against the operational tolerances of the PT100 terminal. With physical dimensions of 162 mm (L) x 52 mm (W) x 46 mm (D) and a net weight of 0.22 kg, the handheld terminal features an IP65 ingress protection rating, making it resistant to low-pressure water spray and airborne dust. The device operates reliably within ambient temperatures ranging from -10°C to 40°C. Following field test verification, the reader is connected back to the host workstation via USB Client to perform test log synchronization and confirm that checkpoint audit reports populate accurately in the dedicated patrol software.

Pre-Deployment Installation Checklist

Inspection Parameter	Specification / Requirement	Verification Method
Checkpoint Tag Frequency	125 kHz EM Proximity Standard	Confirm tag protocol compatibility prior to mounting
Mounting Surface Interface	Non-metallic surface or isolated spacer	Inspect for RF interference on steel or metal fixtures
Data Interface	USB Client connection	Connect to host PC running dedicated patrol software
Biometric Registration	Up to 500 fingerprint templates (ver 10 algorithm)	Enroll guard templates using infrared optical sensor
Card Capacity Provision	Up to 1,000 cards / tags	Assign RFID watchstation IDs in software database
Power Commissioning	5V DC, 800 mA / 2,000 mA Lithium Battery (they are not included)	Verify 1.44-inch color LCD display and standby status
Environmental Tolerance	IP65 rating; -10°C to 40°C temperature range	Verify operating environment matches terminal ratings

eSSL PT100 Diagnostics, Operational Fault Isolation, and Device Recovery

Biometric Sensor Response and Fingerprint Identification Errors

The eSSL PT100 relies on an Infrared Auto-sleep Optical Sensor running Fingerprint Algorithm version 10 to eliminate buddy punching and log verified personnel. If the optical sensor fails to activate upon contact, ensure the contact surface is free from dust, oil films, or condensated moisture. The auto-sleep infrared mechanism requires adequate contact reflection; excessively dry fingers can cause missed reads. Guards should apply firm, even pressure centered squarely across the optical prism.

If the device consistently reports identification failure on the 1.44-inch color LCD display:

Confirm that the guard profile is successfully enrolled within the unit's 500-fingerprint template memory.
Clean the optical sensor prism using a soft, lint-free cloth lightly moistened with isopropyl alcohol; abrasive cleaners must never be used.
Re-enroll personnel who present worn, scarred, or dry fingerprints under standard operating temperatures between -10°C and 40°C.

RFID Tag and Checkpoint Detection Diagnostics

The built-in radio frequency reader is engineered specifically for 125 kHz EM proximity cards and RFID tags, supporting up to 1,000 card IDs. When the terminal fails to register an installed patrol watchstation tag, verify that the physical checkpoint uses 125 kHz EM technology. High-frequency 13.56 MHz smart cards or tags are incompatible with the reader.

Check for physical RF shielding and interference at the checkpoint location:

Ensure 125 kHz checkpoint tags are not mounted directly onto unshielded metallic surfaces, structural steel, or electrical conduit, which detunes the RF field and blocks signal transmission. Install non-metallic spacers behind the tags if mounted on metal.
Verify that the guard presents the terminal within direct reading range of the tag without physical obstruction.
Confirm that total active patrol IDs do not exceed the 1,000-card capacity limit programmed via the dedicated patrol software.

USB Client Communication and Memory Buffer Overflow

The PT100 stores up to 30,000 log records in internal memory and transfers data via a direct USB Client connection. When the host PC running dedicated patrol management software or SDK fails to detect the terminal:

Check the physical USB Client interface connection between the 0.22 kg handheld terminal and the workstation.
Verify that the correct communication drivers are configured in device manager and match the port assigned inside the dedicated patrol software.
Inspect the terminal memory status on the 1.44-inch color LCD display. If the 30,000-log capacity threshold is reached, old records must be extracted and cleared through the software to restore open storage for ongoing rounds.

Power Diagnostics and Charging Behavior

The terminal operates from a 5V DC, 800 mA external power supply and is equipped with a 2,000 mA Lithium Battery (they are not included) designed to provide up to 7 days of standby power. If the device fails to turn on or loses power prematurely:

Verify that the charging source consistently delivers 5V DC at a minimum of 800 mA. Undervoltage USB ports cannot properly replenish the 2,000 mA Lithium Battery (they are not included).
Connect the reader to the power source and inspect the 1.44-inch color LCD display to verify the charging indicator status.
Allow sufficient charging time if the battery (they are not included) has been fully depleted, especially after extended patrol cycles or storage.

Environmental and Enclosure Inspection

The eSSL PT100 features a compact 162 mm x 52 mm x 46 mm form factor rated to IP65 for dust resistance and water resistance. If deployment takes place in heavy rain or industrial processing environments, ensure the USB port cover and casing seams remain properly sealed. Operating outside the specified -10°C to 40°C ambient temperature range may degrade optical scanner responsiveness and impact operational performance.

Operational Use Cases and Deployment Scenarios for eSSL PT100

The eSSL PT100 handheld guard tour reader provides dual-mode verification combining a 125 kHz RF proximity card sensor and an optical biometric scanner. Engineered for commercial security, facility management, and industrial monitoring, the device records time-stamped proof of presence across pre-configured routes. Its IP65-rated dust and water-resistant enclosure, internal log capacity of 30,000 records, and operating range of -10°C to 40°C make it adaptable to both indoor facilities and exposed outdoor environments.

Security Guard Patrol Verification and Anti-Proxy Enforcement

In multi-tenant commercial parks, perimeter yards, and corporate facilities, ensuring that guards physical visit every patrol post on schedule is critical. Traditional RFID-only wands present the operational risk of buddy punching or proxy punching, where one guard carries multiple tags or wands. The eSSL PT100 prevents this practice by combining 125 kHz RFID checkpoint scanning with on-the-spot biometric authentication.

When a guard reaches an inspection point marked with a 125 kHz EM tag, the device reads the tag and prompts for a fingerprint verification using its infrared auto-sleep optical sensor running Fingerprint Algorithm version 10. The 1.44-inch color LCD display confirms the read in real time. Because the internal memory stores up to 500 fingerprint templates and 1,000 cards, large security teams operating in shifts can be uniquely enrolled on a single device without data overlap.

Industrial Equipment Maintenance and Asset Inspection Rounds

Manufacturing plants, mechanical utility rooms, and processing facilities require technical teams to perform periodic physical checks on motors, HVAC compressors, electrical panels, and pump manifolds. By affixing 125 kHz proximity location tags to critical machinery, plant supervisors ensure technicians physically inspect every asset on their route.

Technicians verify their arrival at each mechanical station by scanning the checkpoint tag and validating their identity with their fingerprint. The 30,000-event log capacity stores complete timestamps of each inspection. Once rounds are completed, maintenance administrators connect the unit via the USB Client communication port to transfer data into the dedicated patrol software, generating objective maintenance logs for compliance documentation.

Commercial Cleaning and Janitorial Service Tracking

Large infrastructure sites such as transit stations, hospitals, commercial complexes, and educational campuses use the eSSL PT100 to enforce sanitization and housekeeping schedules. Dispersed checkpoints installed in restrooms, dining areas, and public corridors require cleaning crews to register attendance after completing custodial duties.

Because the unit weighs only 0.22 kg with compact physical dimensions of 162 mm x 52 mm x 46 mm, it is easy for personnel to carry throughout extended shifts. The IP65 casing protects internal electronics from cleaning chemical splashes, airborne moisture, and dust during janitorial duties.

Delivery Route and Logistics Checkpoint Monitoring

Internal logistics hubs, secure distribution centers, and campus delivery networks deploy the PT100 to record hand-offs and route progression. Couriers scan station tags at loading docks, staging zones, and receiving bays to confirm material transit milestones. Supported by an internal 2,000 mA lithium battery (they are not included) delivering up to 7 days of standby power, the unit operates across multi-day scheduling cycles without frequent recharging breaks via its 5V DC 800 mA power interface.

Application Suitability Matrix

Deployment Scenario	Checkpoint Hardware	Authentication Mode	Primary Operational Objective
Perimeter Security Patrol	125 kHz EM RFID Tags	RFID Tag + Biometric Fingerprint	Eliminate buddy punching and verify route timestamps
Industrial Plant Maintenance	125 kHz Asset Tags	RFID Tag + Technician Fingerprint	Ensure physical presence at critical machinery inspections
Facility Cleaning Routes	125 kHz Location Cards	RFID Tag + Janitorial ID	Audit housekeeping frequency in high-traffic zones
Internal Logistics Routes	125 kHz Waypoint Tags	RFID Tag + Courier Fingerprint	Log transit timing across loading bays and receiving docks

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