VC522 EMF Electronic Magnetic Field Test Meter | Parts, Electrical Electronic Supplies | Scientific, Testing & Laboratory Equipments
VC522 EMF Electronic Magnetic Field Test Meter
Mainland China
Booth: 5E-C13 | Electronic Accessories and Mobile Electronics |
Product Specification
Gauss

0.1mG ~ 2000mG

Size

140*72*37mm

Frequency response

30Hz~1kHz

Max display

2000 digits

Weight

195g

Model No.

VC522

Safety level

CAT. III 1000V

Tesla

0.01uT ~ 200.0uT

Product Description

VC522 EMF (electro-magnetic field) meter

 

Features:

  • 3 1/2 Digits LCD
  • Over Load: LCD display "OL"
  • Battery Life: Approximate 100 hours
  • Data hold, Back-light, REL value tests
  • CAT.III 1000V / CAT.IV 600V security level

Technical specifications:

  • Range
  • 200/2000mG, 20/200uT
  • Resolution
  • 0.1/1mG or 0.01/0.1uT
  • Frequency Response
  • 30~1000Hz
  • Sensor
  • Single Axis
  • Accuracy
  • +(2.5%+6dgt) at 50Hz/60Hz
  • Sample rate
  • 2.5 times per Second
  • Operating Temperature & Humidity
  • 5~40°C, below 80% RH
  • Storage Temperature & Humidity
  • -10~60°C, below 70% RH
  • Altitude
  • <2000m
  • Security level/phase
  • CAT.III 1000V / CAT.IV 600V
  • Power supply
  • 2×1.5V AAA battery

General Info:

  • Meter color
  • Orange and Grey
  • Meter weight
  • 195g(including battery)
  • Meter size
  • 140×72×37mm
  • Standard accessory
  • Battery, manual
  • Standard packing
  • Carrying case & Color box
  • Quantity per carton
  • 40pcs
  • GW per carton
  • 15kg
  • Carton size
  • 37.5*29.5*42cm


Application:

This meter is applied to measuring electromagnetic fields of extremely low frequency (ELF) of 30 to 1kHz.  It is capable of measuring the electromagnetic field radiation intensity that is produced from electric transmission equipment, power line, microwave oven, air conditioner, refrigerator, computer monitor, computer, mobile, video/audio/network device and so forth. Safety precautions should be taken against electric appliances in places including medical institutions, schools and residential districts, where people usually stay for a long time, to prevent patients, babies and senior citizens from exposure to high electromagnetic waves.