Wireless Access Control

Wireless Access Control System | Cable-Free Smart Door Controllers

The Wireless Access Control System is engineered for security integrators and facility managers deploying access control points where structural cabling is impractical or cost-prohibitive. Utilizing encrypted radio frequency and low-power IoT communication protocols, this hardware architecture enables remote authorization, real-time event logging, and secure door actuation without data wire runs. Designed for modular integration into commercial buildings and retrofitted facilities, it balances low-maintenance power efficiency with robust physical locking performance.

Invisible Wireless Remote Control Lock Kit
• 433MHz Dynamic Rolling Code Security: Employs encrypted 433MHz rolling code algorithm technology that automatically updates transmission codes after each unlock, preventing signal interception and

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Wireless IP65 Metal Fingerprint Access Control Kit
• Rugged IP65 Waterproof Metal Enclosure: Constructed with a heavy-duty, vandal-resistant metal housing rated IP65, built to withstand outdoor rain, severe weather, and physical tampering.. • 433MHz

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Product Categories

IoT Cloud-Connected Smart Door Locks

Integrated mortise and cylindrical locks equipped with built-in Wi-Fi or BLE transceiver modules for remote management.

Sub-1GHz Long-Range Wireless Controllers

Industrial-grade transceivers designed for gate automation and distant perimeter barriers.

OEM Wireless Access Modules

Custom circuit boards and embedded RF modules engineered for security hardware manufacturers.

Wireless IP65 Metal Fingerprint Access Control Kit

Technical Advantages

Encrypted RF Transmission: Communication channels implement AES-128 cryptographic algorithms, preventing signal interception, cloning, and relay attacks.

Ultra-Low Power Duty Cycle: Intelligent power management architecture extends battery operational lifespan up to 24 months based on an average of 50 daily cycles.

Flexible Protocol Integration: Supports multi-channel communication including Bluetooth Low Energy (BLE 5.0), 2.4GHz Wi-Fi, and proprietary Sub-1GHz RF for extended campus transmission.

Mechanical Override Integration: Incorporates high-security mechanical key cylinders and emergency micro-USB power ports for fail-safe entry during total battery depletion.

Multi-Credential Verification: Accommodates high-frequency MIFARE smart cards, smartphone-based digital credentials, and PIN code entry.

Specifications Table

Technical Parameter	Specification Standard
Communication Protocols	BLE 5.0, Wi-Fi (2.4GHz), Sub-1GHz RF, Zigbee options
Encryption Standard	AES-128 Bidirectional Dynamic Rolling Code
Credential Types	Mifare 13.56MHz cards, Smartphone NFC/BLE, 4 to 8 digit PIN
Power Supply	4 x AA Alkaline batteries or DC 5V/12V external backup input
Battery Operational Life	Approx. 18 to 24 months (Based on 50 activations per day)
Transmission Range	Up to 30 meters indoor unobstructed / Up to 200 meters Sub-1GHz line of sight
Operating Temperature	-20°C to 60°C
Operating Humidity	10 percent to 95 percent Non-condensing
Lock Body Compatibility	European standard mortise, ANSI mortise, and cylindrical latches
Enclosure Rating	IP55 weather-resistant housing (Select outdoor models)

Manufacturing & Quality Control

Automated RF Calibration: Radio frequency output power and antenna impedance matching are calibrated using spectrum analyzers on dedicated test benches to maintain strict transmission range consistency.

Environmental Stress Testing: Electronic control boards undergo thermal cycle testing ranging from -25°C to 65°C to verify solder joint integrity and component stability under extreme temperature shifts.

Battery Drain Optimization Testing: Static sleep current and active transmission current draws are measured precisely using digital multimeters to guarantee rated battery lifespan specifications.

Contact and Mechanical Endurance: Latch bolts and mechanical override cylinders undergo 200,000 continuous actuation cycles on automated test rigs to confirm structural wear resistance.

Traceability Management: Every manufactured unit is assigned a unique hardware MAC address and serial code recorded in an ISO 9001 certified database for component traceability.

OEM and Custom Security Equipment

Custom Firmware and SDK Provision: Tailored firmware integration, proprietary communication protocol adjustments, and complete SDK/API packages for third-party cloud platform binding.

Housing and Finish Modifications: Custom surface plating, anti-fingerprint stainless steel finishes, or bespoke color powder coating to match specific architectural hardware schemes.

Frequency Band Customization: Regional RF frequency adjustments complying with local spectrum regulations (such as FCC, CE, or SRRC guidelines).

Applications

01/

Historic Buildings and Renovations: Interior glass doors and solid timber entryways where wall coring and structured cable pulling are strictly prohibited.

02/

Commercial Office Interiors: Glass partition conference rooms, executive suites, and zoned departmental access control.

03/

Multi-Tenant Residential Units: Apartment complex main entryways, amenity rooms, and individual unit doors managed via mobile applications.

04/

Remote Industrial Gates: Perimeter security barriers and remote warehouse storage yards requiring cable-free telemetry.

FAQ

Q: How is data transmitted without physical network cables?

A: The system utilizes encrypted wireless protocols (such as Wi-Fi, BLE, or Sub-1GHz RF) to connect individual locks or readers to local gateway hubs or cloud servers, eliminating the need for RS485 data line runs.

Q: What happens when the internal batteries run low?

A: The unit emits audible and visual low-voltage warning signals when battery capacity drops below 15 percent. Additionally, low-battery status events are transmitted in real-time to the central management software.

Q: Is there an emergency entry option if batteries fail completely?

A: Yes. Every unit features a concealed mechanical cylinder override protected by a magnetic cover, alongside external micro-USB emergency power terminals to energize the keypad temporarily.

Q: Can these wireless locks integrate with existing third-party access control software?

A: Yes. Via API and SDK support or standard gateway controllers with Wiegand output boards, the wireless system integrates directly into mainstream security management platforms.

Q: How secure is the wireless data transmission against interception?

A: All data packets are secured using AES-128 bidirectional encryption with dynamic rolling codes, preventing unauthorized data capture, sniffing, and relay duplication attacks.

Q: What is the typical wireless communication range between the lock and gateway?

A: Indoor unobstructed transmission ranges up to 30 meters through standard drywall partitions. For extended distances, intermediate repeater nodes or Sub-1GHz long-range architecture can be deployed.

Q: What is the installation procedure for retrofitting existing mechanical doors?

A: Most models utilize standard ANSI or European mortise footprints, allowing direct replacement of standard mechanical lock bodies without requiring major door drilling modifications.

Q: What is the minimum order quantity (MOQ) for custom OEM branding and firmware?

A: Standard units are available for immediate project testing with low minimum quantities. Custom logo laser engraving, bespoke finishes, and proprietary firmware development carry a starting MOQ of 300 units.

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