RadPavise-H | Personal Radiation Detector

Request quote

RadPavise | Personal Radiation Detector by X-Z LAB is an all-digital personal radiation detector covering a wide range of gamma and X-ray radiation.

SKU: 6959718200025 Category:

Description

RadPavise-H | Personal Radiation Detector is a next-generation all-digital personal radiation detector that combines four functions in one:

  • Dose Equivalent Rate Meter
  • Accumulated Dose Meter
  • Radiation Survey Meter
  • Radiation Source Locator

This pocket-sized, direct-reading PRD accurately detects and measures radiation exposure for workers and responders in potentially hazardous environments.

RadPavise-H | Personal Radiation Detector uses a YSO scintillation detector combined with a state-of-the-art silicon photomultiplier (YSO+SiPM) and multi-voltage threshold (MVT) algorithm to detect a wide range of radiation doses.

Proportional, real-time detection and measurement provide meaningful readouts that focus on real-world applications. The fast response and wide dose rate range maximize the safety of your team. Intuitive navigation allows users to adjust settings in the field.

The unique, high-contrast OLED display provides a clear indication of the wearer’s equivalent dose rate, accumulated dose, and count rate. The search interface can also be used as a survey meter to locate the source of radiation.

RadPavise-H | Personal Radiation Detector is designed to meet the needs of emergency responders and radiation protection personnel across the United States.

Technical Specifications

Detector

YSO Scintillator + SiPM

Type of Radiation Detected

Alpha, Beta, Gamma, X-Ray

Energy Range

20 keV–10 MeV

Dose Rate Range

1 μrem/h–100 rem/h (0.01 μSv/h–1 Sv/h)

Integrated Dose Range

1 μrem–10,000 rem (0.01 μSv–100 Sv)

Sensitivity

980 cps/mrem/h (98 cps/μSv/h) (∝ Cs-137)

Energy Response

≤ ±20% (∝ Cs-137)

Dose Rate Linearity

≤ 10% up to 100 rem/h (1 Sv/h)

Accuracy

±10% (∝ Cs-137)

Alarm Threshold

User-set values for dose rate: 2 μrem/h–100 rem/h (0.02 μSv/h–1 Sv/h)

Alert Options

Audible (80 dB at 12 in ∕ 30 cm), Visual (LED and Display), Vibrating

Alarm Response Time

< 2 s

Overload Display

Activation when > 100 rem/h (1 Sv/h) Overload indication up to 10 rem/h (10 Sv/h)

Ergonomics

4-Button Interface, Front-Facing Screen

Power Supply

AAA*4, Rechargeable Lithium-Ion Battery

Battery Life

Typically 500 hours in background field

Display

Backlit Memory LCD

Weight

165 g (without batteries)

Dimensions

120mm x 75 mm x 32 mm

Accessories

External probe for Alpha and Beta

Operating Temperature

32-131 °F (0-55 °C)

Storage/Transport Temperature

-4–158 °F (-20–70 °C)

Relative Humidity

Up to 95% RH (Non-Condensing)

IP Rating

IP67

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

You may also like…

RadTarge-H | Electronic Personal Dosimeter

Request quote

The RadTarge-H | Electronic Personal Dosimeter by X-Z LAB is a high-performance all-digital electronic personal dosimeter that detects gamma and X-ray radiation, offering full-range reading and alarm response in less than two seconds.

Brochure Download   Software Download

CE Mark

SKU: 6959718200018 Category:

Description

RadTarge-H | Electronic Personal Dosimeter is a next-generation all-digital electronic personal dosimeter that combines four functions in one:

  • Dose Equivalent Rate Meter
  • Accumulated Dose Meter
  • Active Self-Reading Dose Meter
  • Active Self-Alarming Dose Meter

This pager-like, direct-reading EPD accurately detects and measures radiation exposure for workers and responders in potentially hazardous environments.

RadTarge-H | Electronic Personal Dosimeter uses a YSO scintillation detector combined with a state-of-the-art silicon photomultiplier (YSO+SiPM) and multi-voltage threshold (MVT) algorithm to detect a wide range of radiation doses.

Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times. The fast response and wide dose rate range maximize the safety of your team. Intuitive, menu-driven navigation allows users to adjust settings in the field.

A blue acrylic tamper-proof label prevents users from opening the instrument, thus ensuring operational integrity for compliance and liability concerns.

RadTarge-H | Electronic Personal Dosimeter is designed to process routine personnel dosimetry on which occupational dose of records are based.

 

VIDEOS

Technical Specifications

Detector

YSO Scintillator + SiPM

Type of Radiation Detected

Gamma, X-Ray

Energy Range

20 keV–3 MeV

Dose Rate Range

1 µrem/h–1 rem/h (0.01 µSv/h–10 mSv/h)

Integrated Dose Range

1 μrem–10,000 rem (0.01 μSv–100 Sv)

Sensitivity

340 cps/mrem/h (34 cps/μSv/h) (∝ Cs-137)

Energy Response

≤ ±20% (∝ Cs-137)

Dose Rate Linearity

≤ ±10% up to 1 rem/h (10 mSv/h)

Accuracy

±10% (∝ Cs-137)

Alarm Threshold

User-set values for dose rate: 2 µrem/h–1 rem/h (0.02 µSv/h–10 mSv/h)

Alert Options

Audible (80 dB at 12 in ∕ 30 cm), Visual (LED and Display), Vibrating

Alarm Response Time

< 2 s

Overload Display

Activation when > 1 rem/h (10 mSv/h) Overload indication up to 10 rem/h (100 mSv/h)

Communications

MicroUSB, ZigBee, RadSys 2.0 (Cloud-Based Software), RadSuite-Dose (Mac/PC Software)

Ergonomics

Upward-Facing, Tilted Screen

Power Supply

Rechargeable Lithium-Ion Battery

Battery Life

Typically 170 hours in background field

Display

Backlit LCD

Weight

2.8 oz (78 g)

Dimensions

2.7 x 1.8 x 0.7 in (69 x 46 x 17 mm)

Accessories

MicroUSB Cable

Operating Temperature

32–122 °F (0–50 °C)

Storage/Transport Temperature

-4–158 °F (-20–70 °C)

Relative Humidity

Up to 90% RH (Non-Condensing)

IP Rating

IP65

EMI/EMC

Exceeds IEC 61526 Requirements

FCC ID

2AC7P-110

CE Compliance

CE certified

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

You may also like…

RadTarge-Mini | Electronic Personal Dosimeter

RadTarge-Mini | Electronic Personal Dosimeter is a wireless, all-digital electronic personal dosimeter that detects gamma and X-ray radiation. Paired with the RadMay app for iOS and Android, users can establish a lifelong personal dose of record.

Brochure Download   Software Download

CE Mark

SKU: EPD-TAR-MINI Category:

Description

Powered by YSO + SiPM and MVT

Combined, our high-performance scintillation detector and patented data sampling algorithm directly digitzes the signal and allows for a fast, highly sensitive dosimeter in a small, rugged form factor.

  • Compact size
    Lightweight and portable
  • High sensitivity
    Wide range and fast response
  • Real-time alarm
    Audible, visible, and vibrating alert options
  • Bluetooth 4.0
    Wireless communication

 

Track stats with RadMay

Pair RadTarge-Mini to RadMay to collect and store time, dose, and location data in one place.

  • 3-in-1 measurement
    Time, dose, and location
  • Location mapping
    View global dose distribution and movement track log
  • Cloud-based data storage
    Data in built-in memory uploaded to server
  • Lifetime personal dose management
    Information saved to RadMay account

 

VIDEOS

 

Technical Specifications

Weight 2.1 oz
Dimensions 2.4 × 1.8 × 0.8 in
Detector

YSO Scintillator + SiPM

Type of Radiation Detected

Gamma, X-Ray

Energy Range

30 keV–3 MeV

Dose Rate Range

1 μrem/h–10 rem/h (0.01 μSv/h–100 mSv/h)

Integrated Dose Range

1 μrem–999 rem (0.01 μSv–9.99 Sv)

Sensitivity

110 cps/mrem/h (11 cps/μSv/h) (∝ Cs-137)

Energy Response

≤ ±30% (∝ Cs-137) @ 30 keV–1.5 MeV; ≤ ±50% (∝ Cs-137) @ 1.5 MeV–3 MeV

Dose Rate Linearity

≤ 20% up to 10 rem/h (100 mSv/h)

Accuracy

±20% (∝ Cs-137)

Alarm Threshold

User-set values for dose rate: 1 µrem/h–10 rem/h (0.01 µSv/h–100 mSv/h)

Alert Options

Audible (75 dB at 6 in ∕ 15 cm), Visual (LED and Display), Vibrating

Alarm Response Time

< 8s

Overload Display

Activation When > 10 rem/h (100 mSv/h)

Communications

Bluetooth, RadMay (iOS/Android App)

Ergonomics

Front-Facing Screen

Power Supply

Rechargeable Lithium-Ion Battery

Battery Life

Typically 120 h in Background Field

Display

OLED Display

Weight

2.1 oz (60 g)

Dimensions

2.4 in x 1.8 in x 0.8 in (60 mm x 46 mm x 20 mm)

Accessories

MicroUSB Cable

Initialization Time

< 2s

Operating Temperature

32–122 °F (0–50 °C)

Storage/Transport Temperature

-4–158 °F (-20–70 °C)

Relative Humidity

Up to 90% RH (Non-Condensing)

IP Rating

IP54

EMI/EMC

Exceeds IEC 61526 Requirements

FCC ID

2ALQQ-RADTARGE

CE Compliance

CE certified

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

RadTarge-Mini | Electronic Personal Dosimeter

$389.00

RadTarge-Mini is a portable nuclear radiation detector Powered by YSO + SiPM and MVT

Combined, our high-performance scintillation detector and patented data sampling algorithm directly digitzes the signal and allows for a fast, highly sensitive dosimeter in a small, rugged form factor.

  • Compact size
    Lightweight and portable
  • High sensitivity
    Wide range and fast response
  • Real-time alarm
    Audible, visible, and vibrating alert options
  • Bluetooth 4.0
    Wireless communication

 

Track stats with RadMay

Pair RadTarge-Mini to RadMay to collect and store time, dose, and location data in one place.

  • 3-in-1 measurement
    Time, dose, and location
  • Location mapping
    View global dose distribution and movement track log
  • Cloud-based data storage
    Data in built-in memory uploaded to server
  • Lifetime personal dose management
    Information saved to RadMay account

 

Description

RadTarge-Mini is a wireless, portable nuclear radiation detector that detects gamma and X-ray radiation. Paired with the RadMay app for iOS and Android, users can establish a lifelong personal dose of record.

SKU: EPD-TAR-MINI

More Detail

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

RadTarge-W | Electronic Personal Dosimeter

Request quote

The RadTarge-W | Electronic Personal Dosimeter by X-Z LAB is an all-digital electronic personal dosimeter that provides real-time readings and alarms for gamma and X-ray radiation, detecting high dose rates of up to 10 rem/h (100 mSv/h).

Brochure Download   Software Download

CE Mark

SKU: EPD-TAR-D900 Category:

Description

RadTarge-W | Electronic Personal Dosimeter is a next-generation all-digital electronic personal dosimeter that combines four functions in one:

  • Dose Equivalent Rate Meter
  • Accumulated Dose Meter
  • Active Self-Reading Dose Meter
  • Active Self-Alarming Dose Meter

This pager-like, direct-reading EPD accurately detects and measures radiation exposure for workers and responders in potentially hazardous environments.

RadTarge II D900 | Electronic Personal Dosimeter uses a YSO scintillation detector combined with a state-of-the-art silicon photomultiplier (YSO+SiPM) and multi-voltage threshold (MVT) algorithm to detect a wide range of radiation doses.

Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times. The fast response and wide dose rate range maximize the safety of your team. Intuitive, menu-driven navigation allows users to adjust settings in the field.

A blue acrylic tamper-proof label prevents users from opening the instrument, thus ensuring operational integrity for compliance and liability concerns.

RadTarge-W | Electronic Personal Dosimeter is designed to process routine personnel dosimetry on which occupational dose of records are based.

 

VIDEOS

Technical Specifications

Detector

YSO Scintillator + SiPM

Type of Radiation Detected

Gamma, X-Ray

Energy Range

20 keV–3 MeV

Dose Rate Range

10 µrem/h–100 rem/h (0.1 µSv/h–1 Sv/h)

Integrated Dose Range

1 μrem–10,000 rem (0.01 μSv–100 Sv)

Sensitivity

40 cps/mrem/h (4 cps/µSv/h) (∝ Cs-137)

Energy Response

≤ ±30% @ 20 keV–1.5 MeV (∝ Cs-137); ≤ ±50% @ 1.5 MeV–3 MeV (∝ Cs-137)

Dose Rate Linearity

≤ 15% up to 100 rem/h (1 Sv/h)

Accuracy

±15% (Cs-137)

Alarm Threshold

User-set values for dose rate: 20 µrem/h–100 rem/h (0.2 µSv/h–1 Sv/h)

Alert Options

Audible (80 dB at 12 in ∕ 30 cm), Visual (LED and Display), Vibrating

Alarm Response Time

≤ 6 s

Overload Display

Activation when > 100 rem/h (1 Sv/h) Overload indication up to 1,000 rem/h (10 Sv/h)

Communications

MicroUSB/ZigBee and RadSuite-Dose (Mac/PC software) / RadSys 2.0 (Cloud based software)

Ergonomics

Upward-Facing, Tilted Screen

Power Supply

Rechargeable Lithium-Ion Battery

Battery Life

Typically 170 hours in background field

Display

Backlit LCD

Weight

2.1 oz (60 g)

Dimensions

2.7 in x 1.8 in x 0.7 in (69 mm x 46 mm x 17 mm)

Accessories

MicroUSB Cable

Operating Temperature

32–122 °F (0–50 °C)

Storage/Transport Temperature

-4–158 °F (-20–70 °C)

Relative Humidity

Up to 90% RH (Non-Condensing)

IP Rating

IP65

EMI/EMC

Exceeds IEC 61526 Requirements

FCC ID

2AC7P-110

CE Compliance

CE certified

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

You may also like…

RadWall-H | Area Radiation Monitor

Request quote

RadWall-H | Area Radiation Monitor is an all-digital area radiation monitor covering a wide range of gamma and X-ray radiation and includes a large display and cable routing.

CE Mark

RadWall-H User Guide-Sv

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SKU: ARM-WAL-H Category:

Description

RadWall-H | Area Radiation Monitor is a next-generation, all-digital area radiation monitor that combines three functions in one:

  • Alarm and display unit
  • Built-in scintillation detector
  • Self-healing and self-forming mesh network capable monitor

RadWall-H | Area Radiation Monitor uses a high-performance YSO scintillation crystal combined with a state-of-the-art SiPM (YSO+SiPM) and multi-voltage threshold (MVT) algorithm to detect a wide range of radiation doses.

RadWall-H | Area Radiation Monitor has high detection accuracy, high sensitivity, and fast response, as well as other significant advantages.

RadWall-H | Area Radiation Monitor communicates with a wireless radiation monitoring network for data management. Proportional, real-time detection and measurement provide meaningful readouts that focus on real-world applications.

The fast response and wide dose rate range maximize the safety of your team. The large HD LCD provides a clear indication of dose rate.

RadWall-H | Area Radiation Monitor can be used as a standalone Area Radiation Monitor, or multiple units can be combined to form a protected mesh network communicating via ZigBee IEEE standard.

RadWall-H | Area Radiation Monitor is an alarm and display unit (ADU), providing detection and measurement with an internal scintillation detector.

Forming the backbone of a scalable RadSafe Radiation Monitoring Solution, RadWall-H | Area Radiation Monitor includes the RadSuite Monitoring Software to accommodate applications of any size or complexity.

Technical Specifications

Detector

YSO Scintillator + SiPM

Type of Radiation Detected

Gamma, X-Ray

Energy Range

20 keV–10 MeV

Dose Rate Range

1 µrem/h–1 rem/h (0.01 µSv/h–10 mSv/h)

Sensitivity

1170 cps/mrem/h (117 cps/µSv/h) (∝ Cs-137)

Energy Response

≤ ±20% (Cs-137) @ 20 keV–60 keV ≤ ±15% (Cs-137) @ 60 keV–1.5 MeV ≤ ±20% (Cs-137) @ 1.5 MeV–3 MeV ≤ ±50% (Cs-137) @ 3 MeV–10 MeV

Dose Rate Linearity

≤ ±10% up to 1 rem/h (10 mSv/h)

Accuracy

±15% (Cs-137)

Alarm Threshold

User-set values for dose rate: 2 µrem/h–1 rem/h (0.02 µSv/h–10 mSv/h)

Alert Options

Audible (80 dB at 12 in ∕ 30 cm), Visual (LED and Display)

Alarm Response Time

< 2 s

Overload Display

Activation when > 1 rem/h (10 mSv/h) Overload indication up to 10 rem/h (100 mSv/h)

Display Units

rem, Sv, Gy, rad

Communications

ZigBee, RadSys 2.0 (Cloud-Based Software)

Power Supply

AC 100–240 V ∕ 50–60 Hz (UL Certified), Rechargeable Lithium-Ion Battery

Battery Life

Typically 8 h in Background Field

Display

HD LCD

Weight

19.0 oz (540 g)

Dimensions

⌀ 6.89 × 1.97 in (⌀ 175 x 50 mm)

Accessories

IoT-Cloud (FCC ID: 2AC7P-113), UL Certified AC Adapter

Initialization Time

< 10 s

Operating Temperature

14–122 °F (-10–50 °C)

Storage/Transport Temperature

-4–158 °F (-20–70 °C)

Relative Humidity

Up to 90% RH (Non-Condensing)

EMI/EMC

Exceeds IEC 61526 Requirements

FCC Compliance

FCC Part 15

CE Compliance

CE Certified

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

You may also like…

RadWall-W | Area Radiation Monitor

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RadWall-W | Area Radiation Monitor is an all-digital area radiation monitor covering a wide range of gamma and X-ray radiation and includes a large display and cable routing.

CE Mark

Download Software

SKU: ARM-WAL-W Category:

Description

RadWall-W | Area Radiation Monitor is a next-generation, all-digital area radiation monitor that combines three functions in one:

  • Alarm and display unit
  • Built-in scintillation detector
  • Self-healing and self-forming mesh network capable monitor

RadWall-W | Area Radiation Monitor uses a high-performance YSO scintillation crystal combined with a state-of-the-art SiPM (YSO+SiPM) and multi-voltage threshold (MVT) algorithm to detect a wide range of radiation doses.

RadWall-W | Area Radiation Monitor has high detection accuracy, high sensitivity, and fast response, as well as other significant advantages.

RadWall-W | Area Radiation Monitor communicates with a wireless radiation monitoring network for data management. Proportional, real-time detection and measurement provide meaningful readouts that focus on real-world applications.

The fast response and wide dose rate range maximize the safety of your team. The large HD LCD provides a clear indication of dose rate.

RadWall-W | Area Radiation Monitor can be used as a standalone Area Radiation Monitor, or multiple units can be combined to form a protected mesh network communicating via ZigBee IEEE standard.

RadWall-W | Area Radiation Monitor is an alarm and display unit (ADU), providing detection and measurement with an internal scintillation detector.

Forming the backbone of a scalable RadSafe Radiation Monitoring Solution, RadWall-W | Area Radiation Monitor includes the RadSuite Monitoring Software to accommodate applications of any size or complexity.

Technical Specifications

Detector

YSO Scintillator + SiPM

Type of Radiation Detected

Gamma, X-Ray

Energy Range

20 keV–10 MeV

Dose Rate Range

10 µrem/h–10 rem/h (0.1 µSv/h–100 mSv/h)

Sensitivity

40 cps/mrem/h (4 cps/µSv/h) (∝ Cs-137)

Energy Response

≤ ±15% (Cs-137) @ 60 keV–1.5 MeV, ≤ ±20% (Cs-137) @ 20 keV–60 keV, ≤ ±30% (Cs-137) @ 1.5 MeV–3 MeV, ≤ ±50% (Cs-137) @ 3 MeV–10 MeV

Dose Rate Linearity

≤ ±15% up to 10 rem/h (100 mSv/h)

Accuracy

±15% (Cs-137)

Alarm Threshold

User-set values for dose rate: 20 µrem/h–10 rem/h (0.2 µSv/h–100 mSv/h)

Alert Options

Audible (80 dB at 12 in ∕ 30 cm), Visual (LED and Display)

Alarm Response Time

< 6 s

Overload Display

Activation When > 10 rem/h (100 mSv/h), Overload indication up to 100 rem/h (1 Sv/h)

Display Units

rem, Sv, Gy, rad

Communications

ZigBee, RadSys 2.0 (Cloud-Based Software)

Power Supply

AC 100–240 V ∕ 50–60 Hz (UL Certified), Rechargeable Lithium-Ion Battery

Battery Life

Typically 8 h in Background Field

Display

HD LCD

Weight

19.0 oz (540 g)

Dimensions

⌀ 6.89 × 1.97 in (⌀ 175 x 50 mm)

Accessories

IoT-Cloud (FCC ID: 2AC7P-113), UL Certified AC Adapter

Initialization Time

< 10 s

Operating Temperature

14–122 °F (-10–50 °C)

Storage/Transport Temperature

-4–158 °F (-20–70 °C)

Relative Humidity

≤ 90% (non-condensing)

EMI/EMC

Exceeds IEC 61526 Requirements

FCC Compliance

FCC Part 15

CE Compliance

CE Certified

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

Sapphire(Ti) | Laser Crystal

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Ti Sapphire | Laser Crystal is the most widely used laser crystal for tunable and ultrashort pulsed lasers.

Category:

Description

Sapphire(Ti) | Laser Crystal is the most widely used laser crystal for tunable and ultrashort pulsed lasers. It combines excellent thermal, physical and optical properties of large gain and emission bandwidths, high damage thresholds, and saturation powers.  The absorption band of Sapphire(Ti), centered at 490 nm, makes it suitable as the pump source for a variety of argon-ion lasers, frequency-doubled YAG(Nd) and YLF, and copper vapor lasers. Due to its 3.2 μs fluorescence lifetime, Sapphire(Ti) crystals can be effectively pumped by short pulse flash lamps in powerful laser systems.

 

MAIN APPLICATIONS

  • Ultra-fast femtosecond pulsed or wavelength tunable continuous wave lasers
  • Etc.

 

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

Si | Infrared Crystal

Request quote

Si | Infrared Crystal is commonly used as a substrate material for far infrared transmission.

Category:

Description

Si | Infrared Crystal is commonly used as a substrate material for far infrared transmission. The strong absorption band at 9 microns makes it unsuitable for CO2 laser transmission applications, but it is frequently used for laser mirrors because of its high thermal conductivity and low density. Silicon is also useful as a transmitter in the 20 micron range.

 

MAIN APPLICATIONS

  • Optical windows
  • Lenses
  • Filters materials in the 3 to 5 micron band
  • Raw material of manufacturing semiconductor silicon devices for making high power rectifier
  • High power transistor
  • Diode switch devices
  • Etc.

 

 

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

SiC | Semiconductor Crystal

Request quote

SiC | Semiconductor Crystal has many excellent properties such as high thermal conductivity, high-saturation electron mobility, and good resistance to voltage.

Description

SiC | Semiconductor Crystal has many excellent properties such as high thermal conductivity, high-saturation electron mobility, and good resistance to voltage. SiC devices only have 50% energy loss compared with Si devices, so it is widely used for high-frequency, high-power, high-temperature, and radiation-resistant electronic devices.

 

MAIN APPLICATIONS

  • PV inversion of solar energy
  • Heavy electric machinery
  • Power switching

 

 

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

Silver Plating | Reflector

Request quote

Silver Plating Reflector | Reflector

Category:

Description

Silver Plating | Reflector

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.

SrF2 | Infrared Crystal

Request quote

SrF2 | Infrared Crystal is a type of optical material with high transmittance from VUV to IR ranges.

Category:

Description

SrF2 | Infrared Crystal is a type of optical material with high transmittance from VUV to IR ranges. It is used for making optical glass and advanced electronic components in addition to special applications. For example, it can be used as an optical vacuum coating material on lenses and also as a thermoluminescent dosimeter crystal.

 

 

Technical Specifications

Crystal Structure

Single crystal, Synthetic

Transmission Range

0.15-11μm

Refractive Index

1.439 (0.55μm)

Density

4.24g/cm3

Melting Point

1477°C

Cleavage Planes

(111)

Applications

UV and VUV spectroscopy

More Details

FEATURES & BENEFITS

1 | Features

Digital data acquisition
  • All-digital solid-state detection
High-performance detection design
  • High-performance YSO crystal
  • Miniaturized SiPM
  • High-speed chip enables fast response and the smallest dead time in industry
  • Patented MVT digital signal processing technology provides excellent performance and stability
  • Background radiation interference virtually eliminated
Rapid response
  • Full-range reading and alarm response in less than 2 seconds
  • High sensitivity allows for earlier detection
  • Audible output quickly alerts responders of rapidly changing radiation levels
  • Real-time, active self-reading
Quality control system
  • Auto-calibration
  • Virtual elimination of false alarms
  • Ability to discriminate between background and man-made source
  • Programmable chips enable firmware updates and system upgrades
  • Ultra-low power consumption
  • High system stability and reliability
  • Accurate and reliable data
  • Precise quantitative analysis

 

2 | Benefits

  • As an active self-reading device, both dose rate and accumulated dose are measured in real time, enabling users to always be aware of current exposure
  • Large OLED display offers user readability in dark or bright environments
  • Three types of alarms alert users in a multitude of ways: vibrating, audible, and visual
  • Alarm is either preset or user programmable through entire measurement range
  • Intuitive menu-driven navigation allows user to adjust settings in the field
  • Easy one-handed operation with just two buttons, allowing total control with a thumb
  • Proportional, real-time detection and measurement provide meaningful readouts that focus on the awareness and safety of the user during critical times
  • Patented MVT sampling method resulting in no signal loss and high signal-to-noise ratio
  • Low-power CMOS digital electronics combined with digital silicon photomultiplier chip (SiPM)
  • Dose and dose rate alarms provide additional awareness of high radiation levels

 

REAL LIFE EXAMPLES

Homeland Security/Real-Time Data for Crisis Control
Homeland security has become a top priority in recent years to assure the safety of individuals around the world. Personnel must be prepared to deter and respond to potential exposure to radiation. If asked to perform duties in an environment where radiation may be present, assessing exposure levels is crucial and reporting on a regular basis a necessity. X-Z LAB understands how critical it is that all personnel be protected to reduce or avoid short-term, or acute, exposure to radiation.

State and Federal Agencies/Military
Many state, federal, and military agencies work in environments that monitor radiation programs or environments as well as carry the responsibility for crisis management in the event of an emergency. Ensuring public health, safety, and the integrity of our environment is the primary concern of these government organizations and safety personnel.

First Responders
In any emergency situation, time is of the essence. First responders to any critical scene may not know immediately if the area has been contaminated. Therefore, it is imperative that those first to respond to a crisis carry radiation monitoring dosimeters. First responders may include law enforcement, fire personnel, emergency medical teams, HAZMAT, or even state, federal, or military organizations. X-Z LAB recognizes the special requirements of these agencies. RadPavise | Personal Radiation Detector is specifically tailored to the requirements of any agency.