Item Type: Time Attendance Material: ABS Plastic LCD Screen Size: 2.8in TFT Color LCD Screen Working Method: Offline Working Voltage: DC5V Authentication Method: Fingerprint, Password Fingerprint Capacity: 1000 Recording Capacity: 100,000 Display Language: Chinese, English Name Display: Up To 8 Chinese Characters or 16 Letters Communication Method: U Disk Use Environment Humidity: 20%-60% Operating Environment Temperature: 0-45 Ringing Function: Timing Ringing Self-Service Query of Employee Attendance Status: Yes (Press "OK" Key to Verify Identity and View) How to Use: 1. Add users in the user management interface. 2. Download users in the download user center. 4. Bind the attendance machine with the attendance system to realize the attendance function. Package List 1 x Fingerprint Password Attendance Machine 1 x Power 1 x Hanging Board 1 x Installation Screw Package 1 x Instruction Please note that the new type and old type of this product will be sent randomly, and make sure you will not mind before ordering. 1Independent attendance machine, can complete all attendance operations independently without computer background management software. 2Supports fingerprint and password authentication methods, the fingerprint capacity is 1,000, and the record capacity is 100,000. 3Allow shortterm late or leave early, employees can directly query their attendance details, support holiday registration, and realize employee management by department. 4Support regular weekly shifts, support cross days attendance, and schedule shifts through EXCEL format files, intuitive and easy to understand. 5Support T9 input method, directly input employee data on the attendance machine, and directly generate attendance reports in EXCEL format (support U disk output). 6Personnel information can be imported and exported via U disk (EXCEL format) for easy backup and data change. 7Support timing ringing function, realize commuting reminder, voice prompts for work, get off work, late, and leave early. 8When staff is not scheduled, the onduty and offduty time can be defined to solve complex shift problems.