Radiowaves and microwaves emitted by transmitting antennas are one form of electromagnetic energy. They are collectively referred to as “radiofrequency” or “RF” energy or radiation. The RF waves emanating from an antenna are generated by the movement of electrical charges in the antenna.
Exposure standards for radiofrequency energy have been developed by various organizations and governments. The exposure limits used by the FCC are expressed in terms of SAR, electric and magnetic field strength, and power density for transmitters operating at frequencies from 100 kHz to 100 GHz.
At LBA OneSource, we offer a wide variety of RF Monitors that you can buy! Choose from SafeOne, Field Sense, and MVG products to attain your best monitoring experience.
If you’re looking for high-quality RF Monitors, LBA OneSource has some of the best products on the market! Looking for an upgraded frequency range? Our FieldSense 60 is perfect for you! Needing a Triaxial Isotropic Probe feature? Our MVG EME Guard Plus is just what you need. Take a browse through our RF Monitor products to find the perfect fit for you.
An RF Monitor plays a vital role for workers involved in radios and telecommunications equipment. Their job is to detect RF, radio frequency, and prevent overexposure to these electromagnetic waves. By using RF Monitors properly, companies can increase work safety in the telecom industry.
An RF Monitor works best when worn on the outside of a protective suit in order to function properly. These monitors should be worn whenever working in telecommunication areas such as cell towers, as well as in any situation that may involve exposure to RF wave exposure.
How to use each RF Safety Monitor will vary based on which monitor is being used specifically. However, all LBA OneSource products are user-friendly and accompanied with an easy-to-follow set of directions upon purchase.
Generally, RF Monitors will need recalibration every 2 years to maintain peak performance. This time period of recalibration or recertification is recommended by most manufacturers.
RF Monitor recalibration services are offered at LBA OneSource! LBA maintains a lab facility dedicated to the testing of SafeOne®, fieldSENSE, and MVG monitors. Monitor tests are supervised by iNARTE-certified EMC engineers.
Our calibration recertification service includes a comprehensive physical examination of your RF safety monitor. We replace the batteries, conduct function tests, and subject the device to calibrated RF fields to verify accuracy. Upon successful recertification, we apply a date sticker and provide a detailed pass-fail record of tests conducted. Please note that customers are responsible for shipping monitors to our lab facility, but we return the serviced device at no additional cost.
If a monitor fails the recertification process or shows signs of end-of-life, we’ll notify you right away. These monitors should not be used again and must be safely decommissioned.
While the service doesn’t include repairs, we help you move forward by offering a $75 rebate toward the purchase of a new RF safety monitor through LBA One Source. It’s our way of supporting your continued safety compliance and investment in reliable protection.
Discover our range of RF Safety Monitors here.
RF shielding is vital for preventing radio frequency interference. This practice creates an enclosed space that reduces the electric and magnetic transmission between two spaces. Using RF Shielding is often required for jobs involving high-risk exposure to radio frequency interference.
Is to provide a protective casing to store electronic equipment and computerized devices in a manner that does not allow for any crossing electromagnetic interference.
RF Waves are shielded by using barriers, such as enclosed cases for electronic devices, which are made of conductive and magnetic materials. This material will help isolate these devices from their surrounding environment.
In most cases, RF Shields are made out of highly conductive materials such as copper, nickel silver, Mu-metal, aluminum, and pre-tin plated steel. At LBA One Source, we make sure to provide RF Shielding products made out of only the best of these materials to give you optimized protection.
You can choose from a variety of different RF Shielding options under LBA One Source’s products section! If you want to buy high-quality RF Shielding to protect your devices, you are at the right place!
A Vector Network Analyzer, or VNA, is similar to a multimeter that measures resistance. However, a VNA measures the resistance of an RF or microwave circuit at its operating frequency, this measures both the resistance and the phase of the circuit. A VNA can also measure the gain or loss between two ports of a circuit, again by magnitude and phase.
An RF Vector Network Analyzer is often used to characterize RF and microwave devices, making them work together more efficiently. In addition, an RF system works best when its components are paired to each other, with the output impedance matching the input impedance of the next component.
There are three main types of RF Network Analyzers: Scalar network analyzer (SNA), only measuring the amplitude properties of the device being tested; Vector network analyzer (VNA), able to measure more parameters about the device being tested; and Large Signal Network Analyzer (LSNA), able to investigate the characteristics of devices under large signal conditions.
Investing in the safety of yourself and your employees is not only a requirement but also an important responsibility as an employer. Many jobs involving RF exposure can cause lasting damage to employees without proper equipment provided.
Yes! A company that prioritizes safety, is a company that will put forward a higher quality of work and service. Not only is work safety good for your employees, but good for your business as well!
If you or your employees are regularly under exposure to RF or anticipate high amounts of RF exposure in future work, then buying an RF monitor is a necessary investment.
