China Eforthink Dual-Frequency Differential GNSS Positioning Work Permit Card - Top Suppliers & Factory Solutions
Advantages
Features
Parameters
Application
Core Technical Advantages
Product Features
Product Parameters
| Product Dimensions | 66×107×11 mm |
| Positioning Technology | UWB + AOA/Beacon + GNSS/RTK |
| Charging/Supply Interface | Pogo Pin-4 (Magnetic) |
| Battery Capacity | 2000mAh |
| Charging Time | ≤4.5 hours |
| Enclosure Air Discharge ESD Protection | IEC61000-4-2:15kV (air) |
| Communication Wireless Standards | 802.15.4g FSK (900MHz Band Zigbee) and 802.15.4 (2.4GHz Band Zigbee) options available |
| Basic Functions | E-ink Screen Interaction, Built-in Barometer for Altitude Measurement, Low Battery Reminder, Vibration Alert, Sound Alert, Drop Detection, Stationary Detection, Abnormal Posture Alarm, SOS Alarm |
Application Scenarios
Personnel Location Management
Behavior Monitoring
Health & Safety
Frequently Asked Questions
Q What positioning technologies are integrated into this card?
The card utilizes a multi-technology fusion approach, integrating UWB, AOA, Beacon-based positioning, and GNSS/RTK. This combination allows for seamless, adaptive tracking in both indoor and outdoor environments.
Q How does the SOS Alarm function operate?
In an emergency, users can rapidly press the SOS button 3 times to trigger a distress signal. The alert transmits even in weak signal areas and can be canceled by long-pressing the Return button.
Q What are the benefits of the E-Ink Display on the tag?
The 2.7-inch low-power E-Ink screen ensures clear information visibility in all lighting conditions while significantly conserving battery consumption for extended device operations.
Q What is the battery capacity and charging method?
The device is equipped with a high-capacity ≥2000mAh battery. It charges via a magnetic Pogo Pin-4 interface, taking 4.5 hours or less to reach full charge.
Q Can the tag automatically detect worker safety hazards?
Yes, the tag features smart sensors that detect drop incidents, prolonged stationary states, and abnormal postures, automatically triggering health and safety alarms within the RTLS framework.



