ELECTRONIC & ENGINEERING CO. (I) P. LTD.

DSM-1T

DSM-1T

DSM-1T Radiation Survey Monitor | Survey Meter

DSM-1T Radiation Survey Monitor is a rugged, lightweight, and high-performance Digital Survey Meter designed for accurate beta, gamma, and X-ray radiation monitoring. Engineered with a highly sensitive Thin Wall Beta-Gamma Geiger-Müller (GM) detector, it provides reliable dose rate and accumulated dose measurement in a single portable instrument. Designed for professionals working in nuclear power plants, industrial radiography, radiation protection, environmental monitoring, and health physics laboratories, the DSM-1T combines durability, precision, and ease of use for dependable radiation monitoring in laboratory and field environments.

Radiation survey monitors-DSM1T

radiation survey monitors

  • Rugged and compact design, thick rubber protective cover, Light weight
  • 2 in 1 Survey Meter and Dosimeter
  • Radiation Detection in DSM-1T gamma and beta rays
  • DOSE RATE RANGE is 0.01 mR/h to 1000 mR/h
  • Large TFT LCD with backlight for outdoor readability
  • Internal memory to store 60 hours to continuous data measurements
  • 2-in-1 Radiation Survey Meter and Dosimeter
  • Detects Beta, Gamma, and X-ray radiation
  • Highly sensitive Thin Wall Beta-Gamma GM Tube
  • Rugged, compact, and lightweight construction
  • Thick rubber protective silicone cover for enhanced durability
  • Large 2.8-inch TFT LCD with backlight for excellent outdoor readability
  • User-configurable audible and visual alarms
  • Stores up to 60 hours of continuous radiation measurement data
  • Date and time-stamped data logging
  • Easy menu-driven operation
  • USB communication with RadMan PC Software
  • Long battery life of up to 100 hours

The DSM-1T is ideal for radiation monitoring across a wide range of industries and critical applications.

Nuclear Power Industry

Monitor radiation levels during maintenance, inspections, and operational safety programs.

Industrial Radiography (NDT)

Measure radiation exposure during industrial radiography and non-destructive testing operations.

Radiation Protection

Protect personnel by monitoring radiation dose rates in controlled and restricted areas.

Environmental Monitoring & Health Physics

Perform radiation surveys, environmental assessments, and laboratory research with confidence.

Civil & Defence

Support emergency response, homeland security, defence operations, and radiation preparedness.

Industrial & Research Facilities

Monitor radiation in manufacturing plants, research laboratories, and industrial processing facilities.

Parameter Specification
Detector Used Internally Mounted Thin wall Beta – Gamma GM tube
Radiation Detection Beta, Gamma & X-ray
Energy Detection Range 48 keV – 3 MeV
Dose Rate 0.01 mR/h to 1 R/h

0.1 µSv/h to 10 mSv/h

0.1 µGy/h to 10 mGy/h

Dose Range 0.01 mR to 1000 R
Display 2.8″ Graphic TFT LCD
Display Units R/h, Sv/h, Gy/h, rem, CPS, CPM
Battery Life 100 Hours
Data Storage 60 Hours / 4,000 data points of storage of Dose Rate with timestamp which can be read through
PC Software and accumulated dose
Communication Micro USB
Operating Temperature -10°C to 50°C
Construction ABS Plastic
Weight 235 g with batteries
Dimensions 76 mm x 27 mm x 135 mm

The DSM-1T combines the capabilities of a Radiation Survey Monitor, Digital Survey Meter, Dose Rate Meter, and Radiation Dose Meter into one compact instrument. With the added advantage of beta radiation detection, it provides greater versatility for radiation safety professionals who require comprehensive monitoring across multiple radiation types.

Its rugged construction, intuitive operation, extended battery life, intelligent alarm system, and advanced data logging make it a trusted solution for demanding industrial and scientific environments.

Why Buy from EECI?

EECI is a trusted supplier of radiation monitoring instruments and safety solutions for nuclear, industrial, defence, healthcare, and research sectors. Our experienced team provides expert guidance, technical support, product demonstrations, and after-sales service to help customers select the right radiation monitoring equipment for their applications.

Ensure Reliable Beta, Gamma & X-Ray Radiation Monitoring

Looking for a dependable Radiation Survey Monitor that accurately detects beta, gamma, and X-ray radiation? The DSM-1T Digital Survey Meter offers precise radiation measurement, rugged portability, and advanced data logging for critical radiation safety applications.

Frequently Asked Questions

What is the DSM-1T Radiation Survey Monitor used for?

The DSM-1T is a portable Radiation Survey Monitor used to measure beta, gamma, and X-ray radiation dose rates and accumulated radiation dose. It is ideal for radiation protection, industrial radiography, nuclear facilities, and environmental monitoring.

What types of radiation can the DSM-1T detect?

The DSM-1T detects beta radiation, gamma radiation, and low-energy X-ray radiation using a highly sensitive Thin Wall Beta-Gamma Geiger-Müller (GM) detector.

Is the DSM-1T both a survey meter and a dosimeter?

Yes. The DSM-1T combines the functionality of a Digital Survey Meter and a Dosimeter, allowing users to monitor real-time dose rates and accumulated radiation dose with one instrument.

Can the DSM-1T record radiation measurement data?

Yes. The instrument stores up to 60 hours of continuous radiation monitoring data (approximately 4,000 records) with date and time stamps, which can be downloaded using RadMan PC Software.

Is the DSM-1T suitable for field applications?

Absolutely. Its compact design, lightweight construction, protective silicone cover, long battery life, and sunlight-readable display make it ideal for on-site radiation surveys.

Does the DSM-1T provide audible and visual alarms?

Yes. Users can configure alarm thresholds for both dose rate and accumulated dose. The instrument also provides alerts for overload, over-range, detector failure, and high-voltage failure.

What industries commonly use the DSM-1T?

The DSM-1T is widely used in:

  • Nuclear power plants
  • Industrial radiography
  • Radiation protection
  • Health physics laboratories
  • Environmental monitoring
  • Defence and civil safety
  • Research and industrial facilities
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