The beige Single Earset Mic for Select Lectrosonics Systems from Microphone Madness is an ultralow-profile, single-earloop microphone with high gain before feedback designed to deliver detail and clarity even in noisy spaces or near loudspeakers. The flexible earloop comfortably conforms to your ear and the boom can be precisely placed to deliver accurate sound. This mic is intended for voice reinforcement in theater plays, speeches, lectures, male and female vocals, and more.

TA5F Connector    For Lectrosonics Wireless Systems    Miniature Low-Profile Single-Ear Design    Flexible Earloop    Sturdy Boom    Hypercardioid Polar Pattern    50 Hz to 15 kHz Frequency Response    High Gain Before Feedback    For Speech & Vocals    Windscreen & Holding Clip Included

TA5F connector for compatibility with the following Lectrosonics wireless systems: M185, M187, and UM700

Related Questions and Answers

Q: 1. will SE10T interface with Electro-voice BPU-2 transmitter?

A: I don't know about Electro-voice. There are several adapters, and one fit our Shure transmitter with no problem. We used it for the first time last Sunday, and it worked fine.

Q: 2. Does it require 48V phantom power?

A: No, the Polsen ESM-1-MN Single-Sided Earset Microphone does not require 48V of phantom power, it requires 1.5 to 5V of plug-in power which can be supplied through the 3.5mm mic input on many recorders or cameras, as well as by the 3.5mm jack on certain computers.

Q: 3. Does this mic need phantom power?

A: Yes, it is a condenser mic. It will pull power from your wireless transmitter body pack. If you adapt it to XLR you'll need to provide phantom power.

Q: 4. Will this ear piece work with the Shure BLX1 J10 wireless transmitter?

A: Yes, The Polson ESM-A-TA4 will work with the Sony BLX transmitters,

Q: 5. Are these converters included?

A: Yes there are four adapters for different body packs.

Q: 6. Has anyone compared the Polsen ESM-1-TA4 Single-Sided Earset Microphone for Shure Transmitters to the Pyle PMEMS10... do they sound similar, dramatically different, level about the same?

A: While we have not compared the Polsen ESM-1-TA4 Single-Sided Earset Microphone for Shure Transmitters directly against the Pyle Pro PMEMS10 Omni Earset Microphone for Shure Wireless Transmitters, based on specifications and user reviews, the Pyle appears to edge out the Polsen in overall quality. It has a wider frequency response and is more commonly used with many positive reviews.

Q: 7. Is this headset compatible with the samson concert 77?

A: The Samson SE10TX is compatible with any Samson wireless transmitter that features a mini XLR connection. This would include the Samson Concert 77.

Q: 8. I'm wondering if I bend it to be used on the other ear if the microphone will break? It's currently set up for the left ear.

A: The boom on the Polsen ESM-1-35H Single-Sided Earset Microphone is flexible and adjustable, so it should not break if you bend it to curve for use on the right ear.

Q: 9. Could this be used with a Rode VXLR+ 3.5mm TRS female to XLR male adapter with phantom power converter to use it as a wired mic?

A: Yes, the Polsen ESM-1-35H Single-Sided Earset Microphone for Sennheiser Transmitters (B&H # POESM135H) can be used with the RODE VXLR+ 3.5mm TRS Female to XLR Male Adapter with Phantom Power Converter (B&H # ROVXLRP) in order to connect it to a wired XLR microphone input. As another option, you could use the similar Polsen ESM-1-MN Single-Sided Earset Microphone for Recorders and Wireless Transmitters (B&H # POESM1MN) for connection to a standard 3.5mm TRS mic input with plug-in power. Either version of the earset mic can be used with the VXLR+ adapter for connection to an XLR mic input. The difference between the two models is that the version for Sennheiser transmitters has a locking 3.5mm connector and the version for recorders has a standard non-locking 3.5mm connector.

Q: 10. Does this mic work with the concert 88 series as well? Thank you

A: The Samson SE10T Head Worn Microphone will work with the Samson Concert 88 series wireless system.