Walk-Through Metal Detector LWMD-T2024

Introduction

Walk-Through Metal Detector supports both 1-point and 2-point probe thermometry for rapid and accurate temperature screening. It features an advanced voice broadcast feature that provides clear, real-time alerts during operation. The modular structure ensures smooth performance with minimal downtime. Our Walk-Through Metal Detector is ideal for schools, hospitals, government buildings, shopping malls, and industrial facilities.

This security systems is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Walk-Through Metal Detector  is designed to detect elevated body temperatures and metal objects with high accuracy. It is ideal for hospitals, educational institutions, office buildings, public transport hubs, and large-scale event venues.

Specifications

Thermometry	3 Probes
Temperature Difference	0.3°C
Operating Temperature	-20°C to 45°C
Throughput Rate	0.4 to 1.2 m/s
Chassis Dimensions	700 × 260 × 200 mm
Power Consumption	Less than 30 W
Power Supply	AC 110V to 242V, 50/60Hz
Channel Dimensions (W × H)	2000 × 700 mm
External Packaging Dimensions (W × D × H)	745 × 375 × 255 mm
Packaging Dimensions (W × D × H)	2295 × 545 × 195 mm
Weight	36 kg

Features

Automatic temperature compensation

High throughput capability

Shell protection technology

Continuous temperature monitoring

Safe for sensitive individuals

FAQs

1. What type of temperature measurement method does the Walk-Through Metal Detector use?

Walk-Through Metal Detector utilizes advanced single-point or double-point infrared temperature probes for non-contact temperature screening. This ensures accurate and hygienic detection of body temperature without physical interaction. The sensors are positioned externally on the crossbeam for optimal alignment with the forehead or wrist area. This design reduces the risk of missed or inaccurate readings caused by improper positioning. By using dual-point technology, it enhances reliability in varying environments.

2. How much power does the Walk-Through Metal Detector consume?

Walk-Through Metal Detector operates with a low power consumption of less than 30W. This makes it energy-efficient and cost-effective for continuous use throughout the day. Its design ensures it can run efficiently without generating excessive heat or requiring frequent maintenance. The device connects easily to standard AC power sources (110V/220V, 50/60Hz), allowing flexibility in installation. The low energy usage also makes it environmentally friendly and helps reduce operational costs.

3. Does the Walk-Through Metal Detector offer voice assistance for users?

The Walk-Through Metal Detector includes an intelligent voice broadcast feature that enhances user interaction. This system provides real-time spoken instructions or alerts to guide individuals through the screening process. The voice prompts can indicate successful passage, detection of abnormal temperature, or presence of metal. This feature is particularly helpful in high-noise environments or where visual alerts might be missed.

4. How many people can the Walk-Through Metal Detector screen per minute?

Designed Walk-Through Metal Detector can efficiently screen between 60 to 150 individuals per minute. Its advanced sensors and quick response time ensure fast throughput without compromising accuracy. This makes it ideal for large-scale events or busy entrances that require constant monitoring. The system uses a high-sensitivity probe and infrared sensing to capture temperatures instantly. Even at peak hours, it can operate without delays or bottlenecks. This performance capability is essential for minimizing wait times and enhancing user experience.

5. Can the Walk-Through Metal Detector detect metal along with body temperature?

Yes, the Walk-Through Metal Detector is designed to provide both temperature screening and metal detection in a single unit. This dual functionality enhances security and health safety at entry points. It scans individuals for concealed metal objects while simultaneously checking their body temperature without physical contact. This makes it ideal for use in airports, government buildings, and educational institutions. The integration of both features reduces the need for multiple devices and speeds up the screening process. It provides an efficient, space-saving solution for security teams.