PCE Instruments PCE-EMF 40 Multifunctional magnetometer with a 2.4'' display, tri-axial measurement up to 2000 V/m, backlighting, acoustic alarm, and graphical display
In stock
SKU
PCE-EMF-40
€509.15
(Incl. Tax: €621.16)
(Incl. Tax: €621.16)
The magnetometer with a 2.4" display offers the ability to directly measure electromagnetic fields up to 2000 mG. It is designed to simultaneously display the intensity of the field along the X, Y, and Z axes in numeric form. Among its functions, measuring electromagnetic fields in power lines with a frequency of 50/60 Hz is essential. The versatility of the magnetometer also allows for measuring radiation from devices such as WLAN routers and cell phones. The TFT display enables the visualization of the last 20 values both numerically and graphically through a bar graph divided into red, yellow, and green. An acoustic alarm activates if the value exceeds the set limit. With the backlighting adjustable to 4 levels, it is possible to adapt the light intensity to different environmental conditions, facilitating use in various contexts.
Technical specifications:
| Low frequency magnetic field | Unit µT |
| Measuring range | 20,00 - 200,0 µT |
| Resolution | 0,01 µT, 0,1 µT |
| Accuracy | ±12% + 5 digits at 50/60 Hz |
| Unit mG | |
| Measuring range | 200,0 - 2000 mG |
| Resolution | 0,1 mG, 1 mG |
| Accuracy | ±12% + 5 digits at 50/60 Hz |
| Low frequency electromagnetic field | Unit V/m |
| Measuring range | 50 V/m - 2000 V/m |
| Resolution | 1 V/m |
| Accuracy | ±7% + 20 digits at 50/60 Hz |
| High frequency electromagnetic field | Unit mV/m, V/m |
| Measuring range | 30,0 mV/m - 11,00 V/m |
| Resolution | 0,01, 0,1 mV/m 0,01 V/m |
| Accuracy | 1,0 dB at 1 V/m and 900 MHz, >1 V/m are only used for reference |
| Unit µW/cm² | |
| Measuring range | 0,02 - 32,0 µW/cm² |
| Resolution | 0,01, 0,1 µW/cm² |
| Accuracy | 1,0 dB at 1 V/m and 900 MHz, >1 V/m are only used for reference |
| Unit µW/m², mW/m² | |
| Measuring range | 2,3 µW/m² - 320,9 µW/m² |
| Resolution | 0,1, 1 µW/m² 0,1 mW/m² |
| Accuracy | 1,0 dB at 1 V/m and 900 MHz, >1 V/m are only used for reference |
| Unit mA/m | |
| Measuring range | 0,07 - 29,1 mA/m |
| Resolution | 0,01, 0,1 mA/m |
| Accuracy | 1,0 dB at 1 V/m and 900 MHz, >1 V/m are only used for reference |
| Bandwidth | High frequency: 50 MHz - 3.5 GHz |
| Low frequency: 50/60 Hz | |
| Number of sensors | Magnetic field: 3 |
| Electromagnetic field: 1 | |
| Measuring rate | 1 Hz |
| Display when the measured value is exceeded | "- - - -" |
| Storage | MIN / MAX memory |
| Display | 2.4" TFT |
| Power supply | 3 x 1.5V AAA batteries |
| Power consumption | Approx. 24 - 38-mA |
| Automatic shutdown | After 10 minutes |
| Function can be switched off | |
| Operating conditions | 0 - 50°C / 32 - 122°F, < 80% RH |
| Dimensions | 107 x 60 x 25 mm / 4.2 x 2.4 x 1 in |
| Weight | Approx. 106 g / < 1 lb (without batteries) |
All specifications refer to an ambient temperature of 23 ± 5°C / 73.4 ± 9°F, an ambient humidity of 25 ... 75% RH and an RF field strength of less than 3V / m and 30 MHz.
The magnetometer represents an advanced and highly specialized tool designed to accurately measure electromagnetic fields, making it a fundamental element for a variety of applications across different sectors. This device is particularly relevant for environmental monitoring, industrial safety, and electromagnetic compatibility assessments. Thanks to its large 2.4-inch TFT display, the magnetometer simultaneously shows the intensity of the electromagnetic field along the X, Y, and Z axes, allowing users to analyze data in real-time in a clear and intuitive manner.
The magnetometer is designed to measure electromagnetic fields up to 2000 mG, making it an extremely versatile instrument. With three different integrated measurement functions, it offers the option to select different units of measurement according to the specific needs of the user. This flexibility is crucial when working in environments where the characteristics of electromagnetic fields can vary significantly. Additionally, the magnetometer can detect electromagnetic fields associated with power lines operating at 50/60 Hz, as well as radiation emitted by devices such as WLAN routers and cell phones. This makes it particularly useful for technicians, engineers, and professionals involved in the design and management of electrical systems and telecommunications.
One of the key features of the magnetometer is the overrange alarm, which alerts the user when measured values exceed preset limits. This feature is vital for ensuring constant and safe monitoring, helping to prevent potentially hazardous situations. With tri-axial measurement, the magnetometer enables a comprehensive assessment of the radiation present in the environment, providing detailed data that can be used for in-depth analysis and reporting.
To further enhance user experience, the magnetometer is equipped with backlighting at four levels, allowing the adjustment of the display's light intensity to different environmental conditions, such as poorly lit areas or outdoor settings. This feature is particularly useful when making measurements in low visibility situations. Additionally, the automatic shutdown function helps prolong battery life, making the device even more practical and convenient for daily use.
Besides providing numerical readings, the magnetometer also displays the last 20 values in a graphical format, making the interpretation of collected data easier and more immediate. The bar graph, divided into three distinct colors (red, yellow, and green), offers a visual snapshot of the measurement status and facilitates understanding trends in the electromagnetic field. The ability to view data in real-time, both numerically and graphically, makes the magnetometer an ideal tool for scientific studies, environmental research, and public health monitoring.
The applications of the magnetometer span various sectors, including meteorology, civil engineering, environmental management, and telecommunications. This instrument is particularly useful for professionals and researchers who require accurate and reliable measurements in complex operating conditions. The robustness of the magnetometer makes it suitable for use in industrial environments, research laboratories, and public spaces, where the quality of measurements is crucial for the safety and effectiveness of operations.
In summary, the magnetometer is an essential device for anyone needing precise and detailed monitoring of electromagnetic fields in a variety of operational contexts. The combination of durability, versatility, and ease of use makes this tool a fundamental ally for professionals and researchers. It not only provides vital data for assessing electromagnetic conditions but also contributes to achieving high standards in data collection. With its advanced features, the magnetometer proves to be an indispensable device for those working in the fields of electromagnetic metrology and environmental engineering, ensuring accurate and reliable monitoring of electromagnetic conditions.
Caratteristichs:
- Three different measuring function
- Many different units can be set
- Alarm when limit value is exceeded
- Automatic shutdown
- With three-axis measurement
- For low frequencies and high frequencies
- Many different units can be set
- Alarm when limit value is exceeded
- Automatic shutdown
- With three-axis measurement
- For low frequencies and high frequencies
Delivery scope:
1 x Magnetometer PCE-EMF 40
3 x 1.5V AAA batteries
1 x Instruction manual
3 x 1.5V AAA batteries
1 x Instruction manual
- EAN Code:
- 4250348722294
- Typology:
- Radiometer
- Brand:
- PCE INSTRUMENTS
- Resolution (mm):
- 1 V/m
- Measurements range:
- 50 - 2000 V/m
