Bring QR codes, barcodes, MIFARE cards and PIN entry together at one access point. CR06E combines Ethernet communication, local verification options and relay control in a compact 86 × 86 mm terminal for doors, visitor entrances and compatible gates.
CR06E is a networked access terminal with its own relay output. It can pass credentials to a connected platform for online decisions or use configured local verification rules. Select the credential mix and output interface before finalizing the device configuration.
Mechanical dimensions: 86 × 86 × 16.5 mm housing in ABS and tempered glass.
| Specification | CR06E |
|---|---|
| Credentials | QR code, barcode, 13.56 MHz MIFARE card and PIN; 125 kHz EM card optional |
| Network | Wired Ethernet; Wi‑Fi optional on supported configurations |
| Application protocols | HTTP, HTTPS and MQTT |
| Verification | Online or configured offline verification |
| Outputs | One relay; Wiegand output or RS‑485 output, selected as mutually exclusive options |
| Inputs | Two inputs for functions such as exit button and door sensor |
| Local capacity | 100,000 offline users and 100,000 offline records |
| Display | 0.96-inch status display |
| Dimensions and housing | 86 × 86 × 16.5 mm; ABS and tempered glass |
| Power | DC 6–25 V |
| Relay load | 1 A maximum |
| QR reading distance | 5–20 cm |
| Operating temperature | −20°C to 60°C |
| Ingress rating | IPX7 |
Optional functions and the selected Wiegand or RS‑485 output should be confirmed against the hardware configuration supplied for the project.
A visitor may arrive with a phone code, an employee with a card, and a service team with a PIN. CR06E supports these methods in one terminal, so the entry workflow can be designed around the credentials your project actually issues.
Use QR or barcode credentials alongside 13.56 MHz MIFARE cards and PIN entry. Check actual sample codes and card types during system integration.
The built-in relay can operate a compatible lock or gate control input. Its 1 A rating must be checked against the load and power-supply design.
Configured offline verification and local record storage can support an approved local access workflow when server connectivity is unavailable. Permissions, synchronization and fallback rules remain part of the system design.
CR06E supports more than one integration route, but these routes are not interchangeable. Match the terminal configuration to the control architecture already planned for the entrance.
| Project condition | Relevant CR06E route | Check before ordering |
|---|---|---|
| A platform makes the access decision | Ethernet with HTTP, HTTPS or MQTT integration | Credential format, permission response and network behavior |
| The terminal verifies approved credentials locally | Configured offline mode with local users and records | Permission distribution, expiry rules and record synchronization |
| An external system needs credential output | Wiegand or RS‑485 configuration | Controller input and the selected output version |
| The terminal operates a compatible lock or gate input | Built-in relay | Load type, 1 A limit and power-supply arrangement |
| Network cabling is restricted | Optional Wi‑Fi configuration | Exact hardware option and 2.4 GHz site coverage |
A QR code reader sends credential data to another controller; CR06E is a networked terminal with local verification options and a relay. That difference affects wiring, software integration and the parts required at the door.
The 86 × 86 × 16.5 mm format suits a compact wall-mounted entry point. Position the scan area where phone and paper codes can be presented within the specified 5–20 cm reading distance. The terminal uses DC 6–25 V power and provides inputs for an exit button and door sensor.
For an exposed entrance, IPX7 describes the device’s stated water-ingress rating; it does not remove the need to protect the scan window from rain, glare and prolonged direct sun. Confirm the lock power supply, relay load, cable routing and network connection against the delivered hardware and installation drawing.
Refer to delivered hardware and corresponding manual for exact implementation.
QR codes, common barcodes, MIFARE cards and PIN entry are covered by the CR06E specification, while EM cards remain an optional configuration.
Ethernet communication, local verification options and a built-in relay let the project team decide where permissions are checked and how a compatible door or gate is controlled.
The model specification, dimensional drawing and installation information give engineering and procurement teams concrete inputs for enclosure, power, output and platform discussions.
Our Shenzhen team develops and supplies QR access readers and terminals and supports OEM/ODM and project integration discussions. Branding, display content, credential samples and interface requirements can be reviewed against the selected hardware and firmware configuration.
CR06E has a model-specific specification and installation instruction covering its physical format, power, interfaces, verification modes and wiring considerations. These details help your team compare the proposed terminal with the entrance design before committing to a project configuration.
Shenzhen Cerberus Technology Co., Ltd. focuses on QR access hardware and system integration support. For a CR06E project, the useful starting point is a review of credential samples, selected interface, door hardware and platform workflow.
CR06E includes a relay and can be configured for online or local verification, so a compatible door or gate does not automatically need a separate front-end access controller. The final architecture still depends on the lock or gate input, power design, permission workflow and any controller already required by the site.
In online verification, the connected platform evaluates the credential and returns an access decision. In a configured offline workflow, the terminal checks locally stored permissions and keeps local records for later synchronization. Define credential expiry, permission updates and reconnection behavior with the platform team before deployment.
Check mounting space against the 86 × 86 × 16.5 mm housing, DC 6–25 V power, the relay’s 1 A limit, exit-button and door-sensor connections, network reachability and the 5–20 cm QR presentation distance. Verify the final wiring with the delivered unit and the corresponding installation instructions.
The credential method alone does not determine the security of an entrance. QR access depends on how codes are issued, protected, validated and expired; biometric access depends on capture, matching, enrollment and data handling. CR06E is a QR, barcode, card and PIN terminal, so projects requiring biometric identification should evaluate a different product and the applicable privacy and system requirements.
The terminal is one part of the project cost. Locks or gate interfaces, power supplies, cabling, network availability, platform integration, credential issuance, installation work and any optional hardware affect the final scope. Compare proposals using the same configuration and integration requirements rather than a device price alone.
Ask for the exact model configuration, specification, mechanical drawing, applicable installation information and a plan for testing your real QR or barcode samples. Confirm which output interface is supplied, whether Wi‑Fi or EM-card support is required, and how the terminal will exchange access decisions with your existing system.
Share the entrance type, credential format, preferred network connection and the door or gate hardware already in use. A sample QR or barcode and an interface description can make the configuration review more specific.