Embedded RFID Access Reader, Dual Frequency, Wiegand Output

This metal embedded access control reader supports dual frequency (125KHz/13.56MHz) for flexible card compatibility. Ideal for secure entry points, this durable RFID reader features a sleek metal design, 5-10cm read range, and Wiegand 26/34 output. Enhance your access control system with this reliable and easy-to-integrate solution, perfect for commercial and residential security upgrades.

Access Control Card Reader

Metal case, anti-vandal

EM or MF card type

Two accesses: card, password

Access control proximity card reader

It builds-is STC microprocessor, whit strong anti-interference ability, high security and reliability, powerful function and convenient operation.

It is widely used in high-end buildinggs, residential communities and other public places.

ER86 Metal Embedded Dual-Frequency RFID Reader

ER86 combines the rugged performance of RFID Access Control Terminals with a metal embedded design, specifically engineered for secure entry upgrades where installer-friendly wiring and durable anti-vandal construction are priorities. The reader is supplied in two compact size options—86×50×20 mm and 86×86×20 mm—allowing it to fit different mounting layouts while maintaining a consistent credential experience at the door. With a metal housing and an anti-vandal design, ER86 is positioned for commercial and residential access points that require robust hardware at exposed reader locations.

Credential Compatibility and Versatility

Credential compatibility is a core feature of ER86. Supporting dual-frequency operation at 125kHz and 13.56MHz, this dual-band architecture delivers the broad compatibility found in Dual-interface Card Readers, ensuring seamless support for both RFID EM and Mifare credentials. This enables system deployments to support mixed credential populations or to migrate between card technologies without changing the reader footprint. In addition to card sensing, ER86 supports two access methods—card and password—supporting practical door policies where PIN entry is used for convenience or layered security.

System Integration and Technical Standards

For integration, ER86 uses Wiegand 26/34 interface signaling, positioning it as a versatile choice among RFID Access Control Readers for connecting to common access control panels. Electrical and environmental parameters are defined for access control deployment planning: working voltage is DC12±2V with operating current ≤100mA, and working humidity is 0–95% with working temperature -20 to 60°C. Output limits are specified for safe wiring: relay maximum current ≤1A and alarm signal MOS tube output current ≤1A.

Advanced Performance and Durability

Performance at the door is engineered for typical proximity usage. The reader features a 5–10 cm read range, supporting quick, natural card presentation for daily entry. Internally, ER86 is built on an STC microprocessor platform with strong anti-interference ability, supporting reliable reading and stable operation where electrical noise or dense wiring may exist. This structure is suited for high-end buildings, residential communities, and public entrance points that require dependable access control devices.

ER86 serves as a compact, metal embedded solution that integrates dual-frequency RFID readers technology, Wiegand 26/34 integration, and durable physical construction—supporting straightforward access control upgrades with consistent field behavior.

FAQ

Q1: What are the physical dimensions of the square version of this reader?

A1: The square format option measures 86×86×20 mm.

Q2: Does the device require manual switching between card frequencies?

A2: No. It seamlessly supports dual-band operation for both frequencies simultaneously.

Q3: How does the processor handle electrical interference?

A3: The STC microprocessor platform is specifically chosen for its strong anti-interference ability to maintain reliable reading in noisy environments.

Q4: What is the maximum load the alarm output can handle?

A4: The alarm signal MOS tube output current is limited to a maximum of ≤1A.

Q5: Is this reader compatible with Wiegand-based control panels?

A5: Yes, it uses standard Wiegand 26/34 interface signaling for easy integration with most control panels.