VT 3L

Setting Up and Using Your VM1 System

8.Turn on the power to the VT3L or VH3 transmitter; all three Battery meter LEDs will light if the battery is sufficiently strong. At this point, either the “A” or “B” orange LED on the front of the VM1 will light (depending upon which antenna is receiving the stronger signal).

9.Set the VM1 Meter switch to “RF.” One or more segments in the VM1 meter should

light. If the “HIGH” segment lights, the VM1 is receiving an optimally strong RF signal and is placed and positioned correctly. If the “LOW” segment lights (indicating a relatively weak RF signal), try relocating the VM1 or changing the position of one or both of its antennas.

10.If you want to use headphones to monitor the transmission, connect a standard “Walkman”-type 30 ohm headphone to the VM1 headphone output and adjust the Level control until the desired level is reached.

11.Turn on your connected amplifier and/or mixer

but keep its volume all the way down. Next, make sure that your transmitter is unmuted by setting its Audio switch to “On.” If you are using the VH3 transmitter or if you are using the VT3L transmitter with a connected lavalier microphone or headset, speak or sing into the mic at a normal performance level while slowly raising the volume of your amplifier/mixer until the desired level is reached.

If you are using a VT3L beltpack transmitter equipped with a lavalier microphone, note that correct lavalier placement is critical to sound quality. We recommend that you place it as shown in the illustration on the

SAMSON

right— as close to your mouth as possible but off to one side (to minimize nasality) and unobstructed by

clothing. Bear in mind also that omni microphones

(mics which pick up signal from all directions) are more prone to feedback problems than unidirectional (cardioid or hypercardioid) ones; in general, you can avoid feedback by tak- ing care not to use any microphone directly in front of a PA speaker (if this is unavoidable, try using an equalizer to attenuate those high- or mid-range frequencies which are causing the feedback “squealing”).

12.If you hear distortion at the desired volume level, first check to see whether the red “Peak” LED on the VM1 is lit. If it is not, make sure that the gain structure of your audio system is correctly set (consult the owners manual of your mixer and/or amplifier for details). If the red “Peak” LED is lit, do the following:

•If you are using a VH3 transmitter, use the supplied plastic screwdriver to turn its Microphone Input Level control (trimpot) slowly counterclockwise (towards the “Min” position) until the distortion disappears.

•If you are using a VT3L transmitter with connected lavalier microphone or headset, its Audio Input Level control has been factory preset to provide optimum level for the particular lavalier or headset model being used and so no adjustment should be necessary. Any distortion present should therefore simply be a matter of the microphone being too close to the mouth; try moving it further away. If this does not solve the problem, use the supplied plastic screwdriver to turn the Audio Input Level control (trimpot) on the VT3L slowly counterclockwise until the distortion disappears.

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Samson VHF Micro TRUE DIVERSITY WIRELESS owner manual Setting Up and Using Your VM1 System
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VHF Micro TRUE DIVERSITY WIRELESS specifications

The Samson VHF Micro True Diversity Wireless system is designed to meet the needs of performers, presenters, and content creators who demand reliability and high-quality audio transmission in a compact package. This system emphasizes ease of use, advanced features, and robust performance, making it an ideal choice for a variety of applications, including live performances, public speaking events, and educational settings.

One of the standout features of the Samson VHF Micro is its True Diversity technology. This system employs two antennas and two receivers to ensure a consistent signal and minimize dropouts. The True Diversity design allows for seamless switching between the two receivers, thus enhancing the reliability of audio transmission. This is particularly important in environments with numerous wireless devices, where interference can disrupt performance.

The VHF Micro operates within the VHF frequency band, which provides a stable signal over longer distances compared to UHF systems. It is less prone to interference from common electronic devices, making it a dependable choice for users in various settings. It is also equipped with frequency agile technology, allowing users to select from multiple channels to find the best available frequency for their environment.

The system includes a lightweight bodypack transmitter, which can be easily clipped onto clothing, allowing for hands-free operation. Additionally, the system comes with a handheld microphone option, catering to performers who prefer a traditional mic setup. Both transmitting options ensure clear and natural audio reproduction, enhancing the overall performance experience.

Another innovative characteristic of the Samson VHF Micro is its user-friendly interface. The receiver features simple controls that make it easy to set up and operate, even for those without extensive technical knowledge. LED indicators provide real-time feedback on power, audio signal strength, and battery life, allowing users to monitor their equipment quickly.

Battery life is commendable, enabling extended use without frequent replacements. The system typically uses AA batteries, which are widely available and easy to replace, ensuring that users can maintain reliable operation during long events.

In summary, the Samson VHF Micro True Diversity Wireless system is a versatile and powerful audio solution featuring True Diversity technology, frequency agility, and user-friendly operation. Its reliable performance and flexible configurations cater to a range of applications, ensuring that users receive high-quality sound transmission wherever they go.
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