Token Display (LDN3V)

Description

Token Display (LDN3V) is a simple and convenient device that offers various features to meet different needs. This display combines numeric LED display with voice paging capabilities (optional in Chinese, Taiwanese, or English), and it can be used with any handheld transmitter or other types of transmitters.

The LDN3V is plug-and-play, requiring no additional wiring, and can be easily installed indoors or outdoors. Furthermore, wireless devices can extend their signal range, providing a larger reception area compared to typical WiFi networks, ensuring information transmission is unaffected by distance.

It is widely applicable across various industries and environments, including:

• Any service desk
• Restaurants, lounges, bars, and coffee shops
• Hotels, resorts, and casinos
• Healthcare facilities (hospitals, clinics, nursing homes, patient or resident common areas, and waiting areas)
• Schools, colleges, and universities
• Automotive dealerships and service centers
• Warehouses, loading docks, shipping and storage yards
• Firehouses
• Transit stations

Token Display (LDN3V) – Product Description:

• Can be placed on a tabletop or wall-mounted, adapting to different usage scenarios
• Features 5-level volume adjustment and mute function to meet varying sound requirements in different environments
• Supports a maximum recording time of 16 minutes (64Mbit, Flash, and 8K)
• Initial recording language is English (adjustable to other languages)
• Volume can be easily adjusted via a wireless transmitter
• Displays 3-digit numbers for clear identification
• Supports customizable recordings, including English, Chinese, Taiwanese, etc., allowing for tailored voice customization based on specific needs
• Provides optional basic phrase combinations, such as bank counters, meal pickup counters, hospital reception desks, etc., facilitating application in various scenarios
• Recommended for use with handheld transmitter TE-100NA or desktop transmitter TE-505NA, enabling additional functionality and increased flexibility in applications