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Digital Parking Terminal LC67
LC67 flat lock is a product installed in the roadside parking space, with background remote unlocking, 4G/5G communication, cable-free construction. Through the integrated design, the overall shape is beautiful, durable, waterproof and dustproof. The equipment is suitable for parking management of open side streets.
Product advantages
Functional mode
Backend functions
Specification parameters
External dimensions
| low power consumption |
When in standby mode, enter low-power mode. When the front radar detects parking behavior, quickly activate the camera to recognize the license plate |
| Parking lock | After the vehicle is parked, the equipment remains locked and automatically rises when the vehicle leaves |
| Intelligent monitoring | Can monitor the status of parking spaces and display them in real-time in the background |
| Intelligent alarm | Abnormal operation, the device will give an alarm prompt and automatically restore its state |
| Remote management | 4G Internet of Things, not limited by distance |
| Position display | Display device location through 4G base station positioning |
| Low battery warning | When the battery level is too low, a low battery alarm will be sent through the background, and service personnel will come to replace the battery (optional) |
| Wiring free installation | No need for trenching and wiring construction, simple and fast installation |
| Extra Long Range | Built in 30000mAh high-performance battery, super large capacity, combined with low-power mode, ultra long battery life |
| Waterproofing of the entire machine | Fearless of wind and rain, can be used outdoors with confidence |
| Durable and withstand voltage | High strength engineering plastic+stainless steel bottom plate, not afraid of vehicle crushing |
| Manual mode |
Support background adjustment of single or multiple devices, manual - up lock/down lock mode |
| Whitelist mode |
Support adding whitelist license plates in the background, local recognition of license plate information by the camera, and refusal of license plates outside the whitelist to enter |
| New energy model |
Support local new energy license plate recognition and refuse entry for non new energy license plates |
| Personal parking space sharing |
Support individuals to post parking space information on the platform (APP or mini program), such as location, price, time period, etc., and display the parking space location on the map. Users can search and book parking spaces through the platform, creating certain profits for sharers |
| B-end users share parking spaces |
Support VIP customers to reserve parking spaces, set time periods, and staggered parking |
| Appointment function |
Support searching for parking spaces in nearby parking lots on the platform (APP or mini program), booking parking lots, parking spaces, and times. Users can confirm the reservation information and pay the corresponding fee to lock the parking space |
| Intelligent navigation and guidance |
The support platform provides intelligent navigation function to help users quickly reach the reserved parking lot. Support parking guidance systems (such as parking signs, LED displays, indoor navigation maps, etc.) to help users quickly find reserved parking spaces. |
| Intelligent recognition and payment | Support automatic recognition of reserved vehicles through license plate recognition system Support automatic settlement of fees when vehicles leave the parking lot |
| Data statistics | Device details map view | Alarm record |
| User management | Operator management | Equipment management |
| Work order management | Yard management | Parking management |
| Basic setup | Role management | Menu management |
| Operational data | Log management | Entry and exit record |
Millimeter wave radar
| frequency |
24GHz ISM |
| Maximum detection distance | 6m |
| modulation mode | FMCW |
| current | 20uA static current, 500uA average current (detected once per second) |
| accuracy | +/-0.1m |
MCU
| kernel |
ARM ® Cortex ®- M23 32-bit processor |
| Process | 40nm |
| working frequency | 64MHz |
| Embedded Flash | 256KB |
| SRAM memory | 32KB |
| storage capacity | 32Mit |
| clock frequency | 133MHz |
4G module
| CPU |
Cortex M3 @ 204MHz，16KB lCache |
| RAM |
PSRAM >1MB |
| Flash |
Nor Flash 4MB |
| Support frequency bands |
LTE-FDD：B1/B3/B5/B8 LTE-TDD：B34/B38/B39/B40/B41 |
| Transmission power |
LTE-FDD: Class3 (23dBm+-2dB) LTE-TDD: Class3 (23dBm+1/-3dB) |
| power supply |
VBAT 3.3V~4.3V， Typical value 3.8V |
| LTE characteristics | Maximum support for non CA CAT1 Supports 1.4-20MHz RF bandwidth LTE-FDD: Maximum uplink rate 5Mbps, maximum downlink rate 10Mbps LTE-TDD: Up/Down Configuration 1: Maximum uplink speed 4Mbps, maximum downlink speed 6Mbps LTE-TDD: Up/Down Configuration 2 Maximum uplink speed 2Mbps, maximum downlink speed 8Mbps |
