UNI-T UT334A | Radiation Dose Tester

The UNI-T UT334A Radiation Dose Tester is a handheld instrument for monitoring ionizing radiation in building materials, petrochemical sites, scrap steel, geological survey, radiation processing, industrial non-destructive testing, import/export inspection and personal safety applications. It detects X-ray, beta, and gamma rays using a high-sensitivity GM counter tube, displays real-time, average, and cumulative dose, and includes audio/visual alarms, data storage, a 2.0-inch TFT colour screen, Type-C charging, and a rechargeable 1800mAh lithium battery.

Pro Tip

Set the alarm threshold before entering a suspected radiation area to identify abnormal exposure immediately. Buy UNI-T UT334A from Kamadi Pakistan for portable radiation dose monitoring and safety inspection.

Buyer’s Selection Guide

Choose the UT334A if you need a compact radiation dose tester for X, β and γ detection with cumulative dose display and alarm functions. It is suitable for industrial inspection, material checking and radiation safety supervision.

Key Features

• Handheld radiation dose tester
  
• Detects X, β and γ rays
  
• High-sensitivity GM counter tube
  
• Real-time dose display
  
• Average and cumulative dose display
  
• Audio and visual alarms
  
• Two monitoring modes
  
• Data storage
  
• 2.0-inch TFT color screen
  
• Type-C charging
  

Technical Specifications

• Model: UT334A
  
• Product Type: Radiation Dose Tester
  
• Detected Rays: X, β and γ rays
  
• Sensor: GM counter tube
  
• Measurement Range: 0.05µSv–50mSv
  
• Accuracy: -17% to +25%, based on ¹³⁷Cs γ
  
• Alarm Response Time: <10s
  
• Alarm Threshold Accuracy: -17% to +25%
  
• Alarm Mode: Audio and visual alarms
  
• Charging Interface: Type-C
  
• Battery: 3.7V 1800mAh lithium battery
  
• Battery Duration: about 20 days, particle sound off
  
• Net Weight: 127g
  
• Product Size: 120 × 65 × 25mm
  

Applications

• Radiation safety inspection
  
• Scrap steel and building material screening
  
• Petrochemical and geological survey work
  
• Industrial NDT radiation environments
  
• Personal radiation dose supervision