PCE-G28 radiation detector
with triaxle sensor for magnetic fields / easy handling / hold function / 
for analysis in environmental work / IEC801-1 (EN 50081-1) / IEC204 (EN 60204)

The PCE-G28 radiation detector for magnetic fields comes with a triaxle sensor to determine electro-magnetic radiation. The radiation detector has been specially designed to measure transformers and for evaluating magnetic fields generated by computer monitors, industrial electrical installations and electro-motors. The radiation detector meets such European standards as: the European Union Electromagnetic Compatibility Directive IEC 801-1 (EN 50081-1), such as for laboratory prescriptions and measuring instruments IEC 204 (EN 60204). By way of a triaxle sensor, it can save conversions for each axis. This small gaussmeter for electrical fields has some characteristics which are useful in an industrial setting.  It is easy to use and very accurate.

Here you will find an overview of all the radiation detectors we have available to meet your needs.

PCE-G28 radiation detector
View or print the user's manual

- Triaxle sensor for electric fields
- Hold function
- µT or mGs units of measurement
- Large LCD
- Wide frequency range up to 300Hz

- Easy to use
- Battery powered
- For analysis within the work environment
- IEC801-1 (EN 50081-1) / IEC204 (EN 60204)

Information about electro magnetic fields

Electro magnetic fileds are produced when electrical equipment or devices are used. They can have a huge influence on the human body depending on their frequency. The consequences can be a simple discomfort, a nervous excitement or more seriously, internal burns. As such, it is necessary to determine the risk to workers exposed to electromagnetic fields and to apply health and safetly standards for industries.
Basically there are two areas of exposure, called exposure 1 and 2:
The first area of exposure includes all controlled areas, such as industrial electrical workshops and areas controlled by a company. It also includes areas of general access where there is a brief exposure due to the way the installation is setup.  This brief exposure equates to a work shift. The safety charge can determine the electro.magnetic radiation in Gauss or in Tesla and classified with the help of the device. With an technical frequency of energy of "f" = 50Hz in the first area of exposure the limit is considered to be 1.36µT, and in area 2 the value is 0.42µT. YOu will find more information on this sunject here.

Technical specifications

Measurement ranges

micro Tesla: 0 to 20 µT / 0 to 200 µT / 0 to 2000 µT
mili Gauss: 0 to 200 mGs / 0 to 2000 mGs / 0 to 20,000 mGs

Resolution

0,01 / 0,1 / 1 µT
0,1 mGs / 1 mGs / 10 mGs

Accuracy

± 4 % + 3 d (in range of 20 µT to 200 mG)
± 5 % + 3 d (in range of 200 µT to 2000 mGs)
± 10 % + 5 d (in range of 2000 µT to 20000 mGs)

Las precisiones dadas se refieren a: 50 - 60 Hz y < 3 V/m (RF).

Frequency

30 ... 300 Hz

Display

 LCD

Power

1 battery de 9 V

Dimensions

195 x 68 x 30 mm
225 x 75 x 55 mm

Weight

470g

The PCE-G28 in action:

             
       Using the radiation detector on a            Measuring radiation emitted by
                 computer monitor.                  electro magnetic fields of power lines.

Contents

PCE-G28 radiation detector, triaxle sensor with 1m cable, battery, carrying case and user's manual

Optional accessories
-ISO calibration certificate for companies that  desire to incorporate the device into their testing equipment or for an annual recalibration. The ISO certification includes a laboratory calibration with a control document containing all the calibration data. Note:  The factory ISO calibration included with the order can only be used with the corresponding sensors.

Below you will find an overview of the different product groups of measuring instruments