Sale!
mirion technologies logo hazmat resource

Ultraradiac-Plus Personal Radiation Monitor

Original price was: $1,740.80.Current price is: $1,674.00.

The Ultraradiac-Plus Personal Radiation Monitor provides precise radiation dose and dose rate readings on a large backlit LCD. This compact, durable device features adjustable audible, visual, and vibrating alarms for both dose and dose rate alerts.

Meets Cal OES MEL 4.3.1 requirements

Add to quote
SKU: URAD-PLUS-R/Y/NC Category: Tag: Product Brand:

Description

The Ultraradiac-Plus Personal Radiation Monitor quickly assesses radiological risks at hazmat incident scenes. It sets the standard for personal radiation monitoring and is trusted by firefighters, law enforcement, HAZMAT teams, paramedics, and other first responders who rely on its fast, accurate radiation detection in emergencies.

The die-cast aluminum casing in this personal radiation dosimeter adds durability, and its rugged build withstands challenging conditions. First responders can confidently use it, as it resists water (up to 3 feet deep for 2 hours) and endures sand, dust, fungi, vibrations, shocks, EMI, and RFI.

This  uses four AAA (1.5v) alkaline batteries or optional rechargeable NiMH batteries, ensuring usability even in remote situations. This dosimeter with data logging stores up to 999 data points, downloadable via optical infrared IR cable.

Key Features of Ultraradiac-Plus Radiation Monitor

  • Users can operate easily while wearing firefighting or hazmat gear
  • The durable metal housing enhances protection in hazardous conditions
  • Its large, backlit LCD display makes reading easy, even in low light
  • Audible, visual, and vibrating alarms offer quick radiation alerts
  • Compatible with both standard AAA and rechargeable batteries
  • Operated through push-button controls or integrated software
  • Accurately measures and displays radiation dose and dose rate

Why First Responders Need Radiation Protection

In today’s world, radiological incidents and potential threats require first responders to have advanced radiation monitors. The Personal Dosimeter effectively detects and addresses these hazards, making it essential equipment.

Cal OES MEL List – Firescope Hazardous Materials Minimum Equipment List (MEL)

This canberra ultraradiac-plus meets the requirements for the Firescope MEL List. To see all of the MEL products that HAZMAT Resource provides visit our California MEL List page >>

Cal OES MEL 4.3.1 DOSIMETER, ELECTRONIC, ALARM: Direct reading dosimeter with programmable limits and alarms; Functions like a pager and is worn in pocket or on belt; Battery operated, alarms when programmed accumulated dose has been recorded. Will satisfy requirement for 4.3.1.

Minimum required 1 for each assigned member of team.
OR
Requires 8 dosimeters for each Type 1 team and 5 dosimeters for each Type 2 and Type 3 teams.

Hazmat Resource can help you select products, creating quotes

and support - until equipment is in your hands & ready to use!

Contact us and we’ll get you handled fast!
KAPPLER | DRÄGER | TELEDYNE FLIR | AVON | HAZCAT . . . just to name a few . . .
Fast Quote

A dosimeter is a device that measures the amount of radiation exposure a person has received:

Purpose
Dosimeters are used to ensure that people are not exposed to harmful levels of radiation over time. They can also help people make tactical decisions after a radiation release.

How it works
Dosimeters detect and measure radiation from sources like beta, gamma, X-ray, and neutron particles. Some dosimeters record cumulative exposure, while others sound an alarm when radiation levels are too high.

Who uses them
People who work with radiation sources, such as lab engineers and technicians, or those working in hazardous situations are often required to wear dosimeters.

Radiation Dosimeter Price
Prices can vary from a few hundred dollars to many thousands depending on features and functionality needed.

A “detector” identifies the presence of radiation, while a “dosimeter” measures the accumulated dose of radiation over time, tracking an individual’s total exposure.

Key points:

  • Function: Detectors identify radiation presence; dosimeters measure the total radiation absorbed by an individual.
  • Application: Detectors are used broadly to check for radiation, whereas dosimeters are specifically for individuals in radiation-prone areas to monitor cumulative exposure.
  • Example: A Geiger counter is a common detector, while film badges or thermoluminescent dosimeters (TLDs) are dosimeters designed for personal exposure tracking.

Additional information

Weight 1 lbs
Dimensions 6 × 4 × 4 in

You may also like…