Does Motorola’s Inherently Safe Radiation pose a health risk?

Communication devices shouldn’t ignite in industries with flammable materials. Almost all electronic devices generate sparks and heat. Sparks and heat can burn when they come into contact with flammable materials.

The intrinsic safety of Motorola radios in hazardous environments ensures the safety of workers and smooth operations for businesses. 

WHY IS IT INTRINSICALLY SAFE?

Motorola radios are safe to use in hazardous environments since they do not generate sparks or heat. By using these devices, you can keep your work environment free of combustible materials. 

Connecting your radio won’t put you at risk. The battery is completely encased in the housing of the radio so that the device remains cool. 

HOW DOES INTRINSICALLY SAFE RADIO WORK?

For example, industries such as oil, gas & mining, manufacturing, utilities, and transportation & logistics may require intrinsically safe radios that can withstand dust, vapors, or flammable chemicals & glasses.

In addition to the automotive industry, Motorola’s intrinsically safe radios can also be applied to the following industries:

●     Policing

●     Fire & EMS

●     Volunteer work for the public

●     Refineries

●     Fuel storage facilities

●     Chemical-producing plants

●     Elevators for grain

●     Plants for processing plastics

●     Mines in the ground

A class, division, or group that is intrinsically safe

In hazardous locations, parts where flammable liquids, gases, fibers, or dust can ignite make up the National Electrical Code. 

A hazard can be classified into a category, division, or class. 

Classes

Class I: Hazardous liquids, gases, or vapors

Class II: Flammable Dust

Class III: Fibers that fly and ignitable fibers

Divisions

Division 1 encompasses areas where there are continuously ignitable gases, vapors, liquids, and dust.

 Generally, Division 2 is not used for igniting gases, vapors, liquids, or dust.

Groups

Class, I Gas Groups

Group A – Acetylene-containing gases and equivalents

Group B – Hydrogen-equivalent gases

Group C – Ethanol-equivalent gas groups

Group D – Methane-equivalent gases

Class II Dust Groups

Group E – 

(Factories, recyclers) Debris from mechanical processes

Group F – Carbon dust (charcoal and coke) combustible- above ground only

Group G – Grain dust

Class III Fibers do not have subgroups

FEATURES INTERNAL SAFETY RADIO ON MOTOROLA

The Motorola radio features voice and data communications and an accelerometer that can detect man down. It is HazLoc-certified. Additionally, it includes the following features:

●     Bluetooth connectivity

●     Integration of wireless Internet

●     Enhancing the quality of audio

●     Extensibility enhancements

●     According to IP68, a waterproof radio

●     Battery life of 28 hours

●     Three-year warranty

Radio digital Motorola XPR3500e

Rugged portable radios like these are perfect for job sites since they can withstand shocks and drops. The IP67 waterproofing and better audio quality of this series allow you to take it anywhere. The software includes the following features as well:

●     Extensibility enhancements

●     Enhanced audio quality

●     Up to 28 hours of battery life

●     Your device is waterproof if it has an IP67 rating

●     Three-year warranty

Public safety Motorola P25 NEXT XCAPX

Motorola’s P25 XE APX Next radios offer critical communications for police, firefighters, and EMS, allowing them to coordinate with other agencies and respond to emergencies. Safety can be assured for first responders and the public they serve, thanks to the rugged construction and industry-leading technology of the APX NEXT XE radio. Additionally, it includes the following features:

●     Wi-Fi, LTE, and Bluetooth are available as connectivity options

●     It is critical to have an all-weather touchscreen

●     Advanced application capabilities

The instructions for the headset are in the radio instructions.

1. Headsets should be transported without accessories to prevent damage. Before connecting the headset, it is advisable to turn the radio off.

●     Once the connectors are in place, keep the threads loose to prevent any misalignment.

●     Make sure the headset can receive and transmit on another radio. During this process, turn off the radio and ensure your contacts are lined up with the microphone.

2. CS has some old over-the-ear headsets that are suitable for use in noisy environments and transducing headsets that are suitable for noisy environments.

●     It features an adjustable microphone and transducer, which can be placed behind the ears to fit any ear size.

●     Maintain a distance of 1″-2″ between the mic and your mouth to improve your transmission. It’s a diffuser that            reduces wind noise, so don’t remove the foam over the microphone.

●     After you have finished talking, release the headset button.

●     The headsets must be removed from the radios before you return to Customer Service.

 Charging instructions

  1. The radios are fully charged when they are loaned out. Fully charged radios last for several days when not in use. It depends on how they are used how long radios last when on.
  2. For long-term use, CS can provide single and base chargers (6 radios).
  3. Make sure the radio has a green light before removing it from the charger. If you see an all-yellow or all-red light on your radio (not fully charged), check the cause.

●     For any red or blinking red alerts, make sure the charger is firmly seated or use another charging cradle.

●     Other problems may require a replacement battery. Return the radio to Customer Service for a replacement or battery swap.

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