Product Features: Push-To-Talk Switch, Strong Reinforced Pu Cable And Durable Coil Cord And Built-In 3.5Mm Jack Remote Speaker Microphone Shoulder Mic Fitting To Your Motorola Portables Radio.(3.5Mm Audio Jack Compatible With Aarln4885, Wadn4190B, Pmln4620 And Rln4941A.) Noise Cancelling Remote Speaker Microphone That Includes Windporting Technology To Dramatically Lessen Noise Caused By High Winds Or Severe Weather.Ideal For Demanding Covert Security Applications Where Sound Clarity And Earpiece Durability Are Of Paramount Importance. Material: Plastic Colour: Black Length: 150Cm(Without Stretching) '' Compatible With The Following Motorola Raido Models: Motorola Radio Gp900 Gp1200 Ht1000 Jt1000 Mt2000 Mts2000 Mtx838 Mtx1000 Mtx8000 Mtx9000 Xts1500 Xts2250 Xts2500 Xts3000 Xts3500 Xts5000. Welcome To Ask About The Compatibility If Your Radio Mode Is Not Listed.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What materials are used in the IFREQTECH PMMN4051 microphone?A: The IFREQTECH PMMN4051 microphone is made of high-quality engineering plastic. This ensures durability and longevity for use in demanding environments.
Q: What is the length of the IFREQTECH PMMN4051 microphone?A: The microphone has a length of one hundred fifty centimeters when not stretched. This provides ample reach for effective communication.
Q: Is the IFREQTECH PMMN4051 compatible with other radios?A: Yes, it is compatible with various Motorola radio models. This includes models like GP900, XTS1500, and HT1000, among others.
Q: How do you use the IFREQTECH PMMN4051 microphone?A: To use the microphone, simply plug it into your radio's microphone jack. Then, push the button to communicate clearly.
Q: Can the IFREQTECH PMMN4051 microphone be used with an earpiece?A: Yes, it includes a built-in three point five millimeter jack for earpiece connection. This feature enhances sound clarity and makes it suitable for covert operations.
Q: Is the IFREQTECH PMMN4051 microphone ergonomic?A: Yes, it is designed for comfort with ergonomic styling. The design allows for easy handling during use.
Q: How do I clean the IFREQTECH PMMN4051 microphone?A: To clean the microphone, use a soft, damp cloth. Avoid using harsh chemicals to maintain the integrity of the materials.
Q: Is the IFREQTECH PMMN4051 microphone weather-resistant?A: Yes, the microphone features Windporting technology for noise reduction in windy conditions. This makes it suitable for outdoor use.
Q: What warranty does the IFREQTECH PMMN4051 microphone come with?A: The IFREQTECH PMMN4051 microphone comes with a standard one-year warranty. This covers manufacturing defects and ensures customer satisfaction.
Q: What if my IFREQTECH PMMN4051 microphone arrives damaged?A: If your microphone arrives damaged, you should contact customer support immediately. They will guide you through the return or replacement process.
Q: Can I use the IFREQTECH PMMN4051 microphone for covert security applications?A: Yes, it is ideal for demanding covert security applications. Its noise-cancelling features provide clear sound in various conditions.
Q: What type of cable does the IFREQTECH PMMN4051 microphone have?A: It features a strong reinforced PU cable. This ensures durability and flexibility for ease of movement during use.
Q: Is the IFREQTECH PMMN4051 microphone suitable for long-term use?A: Yes, it is designed for durability and can withstand extensive use. The materials and construction ensure a long lifespan.
Q: How does the Windporting technology work in the IFREQTECH PMMN4051 microphone?A: Windporting technology works by reducing wind noise during communication. This is particularly useful in outdoor environments.
Q: Are there any specific compatibility issues with the IFREQTECH PMMN4051 microphone?A: No, the microphone is broadly compatible with many Motorola radio models. However, feel free to inquire about specific models for confirmation.