Setting UP, Charging Connecting Diagram

To mount a receiver in a 19" standard rack by using 2 long L type metal racks (L1).

CHARGING CONNECTING DIAGRAM:

Connect the supplied DC cable to the receiver and the microphone, and it takes

around 10 hours to charge and the LED of transmitter is flashing all the time.

ZM-128 HANDHELD MICROPHONE:

The handheld microphone operates in UHF band frequency with PLL synthesized control. UHF 700 preprogrammed selectable frequencies to avoid interference. Uni-directional dynamic or uni-directional electret condenser cartridges feature different characters for various choices. Use 1.5V x 2 AA size dry or rechargeable batteries for cost saving and environmental protection.

(1)GRILLE: Protects the microphone capsule and helps reduce breath sounds and wind noise.

(2)PROGRAMMABLE DISPLAY: Displays channel number and battery power level

(3)ON/OFF SWITCH: Turns transmitter power on and off.

(4)BATTERY COMPARTMENT: Insert 2 x1.5V AA dry or rechargeable batteries into the compartment and make sure that the polarity of batteries is correct.

(5)CHANNEL + BUTTON: Press this button to change channel forward.

(6)CHANNEL BUTTON: Press this button to change channel backward.

(7)BATTERY COVER: Unscrew to expose battery compartment and channel buttons.

(8)COLOR CLIP: This color clip helps to identify the frequency for multi- channel operation.

(9)CHARGING INPUT: The inserted rechargeable batteries are charged by using the supplied DC-plug cable connection to DC Out on the receiver. It takes up to 10 hours for charging.

ZB-128 BODYPACK TRANSMITTER:

The bodypack transmitter operates in UHF band frequency with PLL synthesized control. UHF 700 preprogrammed selectable frequencies to avoid interference. Various uni-directional electret condenser cartridge options. Use 1.5V x 2 AA size dry or rechargeable batteries for low

operating cost.

(1)ON/OFF SWITCH: Turns transmitter power on and off.

(2)3-PIN MINI XLR CONNECTOR: The included electret lapel microphone is inserted into the connector on transmitter.

(3)PROGRAMMABLE DISPLAY: Displays channel number and battery power level

(4)CHANNEL + BUTTON: Press this button to change channel forward.

(5)CHANNEL BUTTON: Press this button to change channel backward.

(6)MIC/LINE SELECTOR: The switch sets the audio input either to microphone level or line level.

(7)GAIN: The rotary control adjusts the sensitivity of the transmitter’s audio to the level of the connected lapel microphone or instrument.

(8)BATTERY COMPARTMENT: Insert 2 X 1.5V AA dry or rechargeable batteries into the compartment and make sure that the polarity of batteries is correct.

(9)MIC UNIT: The uni-directional electret condenser unit features the wide frequency response for warm, rich bass and clear sound.

(10)TIE CLIP: To clip on the tie or lapel for free-movement.

(11)CABLE: With 3-pin mini XLR connector cable to connect the transmitter.

(12)ANTENNA: Permanently connected, helical antenna.

(13)CHARGING INPUT: The inserted rechargeable batteries are charged by using the supplied DC-plug cable connection to DC Out on the receiver. It takes up to 10 hours for charging.

SETTING UP:

Prior to setting up, check that the transmitter and receiver are tuned to

the same frequency. Two or above transmitters operating in the same frequency can not be used at the same time and area, so please select the different frequencies which can be used simultaneously at local area.

BASIC CONNECTIONS:

Connect the receiver output to the audio mixer or amplifier input, using a standard audio cable with 3-pin XLR connectors or 1/4” phone plugs.

Never use the balanced and unbalanced audio outputs at the same time! This may cause signal loss or increased noise.

AB-8A, the antenna booster is highly recommended for long-distance purpose, such as in stadium or in auditorium. By means of antenna holder, the antenna and booster can put wherever you want. It is an ideal design for multi-channel application. Antenna boosters are applied to the receivers, which have detachable antennas.

AH-1 Antenna holder makes it easy to fix wherever for connection antenna and booster. AH-1 can be assembled on the mic stand or on the wall.

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UZ-1128, UZ-9128 specifications

The Gemini UZ-1128 and UZ-9128 represent significant advancements in unmanned aerial vehicle (UAV) technology, designed for a range of applications including surveillance, reconnaissance, and agricultural monitoring. These drones are characterized by cutting-edge features and capabilities that cater to both commercial and governmental needs.

One of the standout features of the Gemini UZ series is its robust flight performance. The UZ-1128 boasts an impressive endurance of up to 12 hours, making it suitable for long-duration missions without the need for frequent recharging. The UZ-9128, enhanced for even more demanding tasks, can fly at altitudes of up to 15,000 feet, providing a valuable vantage point for aerial assessments.

Both models are equipped with high-definition cameras and advanced image processing technologies, allowing operators to capture detailed imagery and real-time video feeds. The UZ-9128 offers enhanced optical zoom capabilities, making it ideal for situations that require close monitoring of distant targets. The dual payload capacity of these drones allows users to customize their configurations, integrating thermal imaging and multispectral sensors to gather essential data for various applications.

The Gemini UZ series incorporates sophisticated navigation systems, including GPS and inertial navigation, ensuring precise positioning and stability during flight. The drones feature a user-friendly interface that supports automated flight planning and mission execution, reducing the workload for operators and enhancing mission efficiency.

In terms of construction, the UZ-1128 and UZ-9128 are built with lightweight, durable materials that ensure longevity and resilience in diverse environmental conditions. Their aerodynamic design contributes to enhanced flight stability and reduced energy consumption, making them economically viable for extended use.

Another critical characteristic of the Gemini UZ series is their interoperability with various ground control systems, enabling seamless integration into existing operational frameworks. This flexibility is essential for users who require adaptability and scalability in their UAV operations.

Overall, the Gemini UZ-1128 and UZ-9128 stand out as formidable tools in the realm of UAV technology, offering a combination of extended flight capabilities, advanced sensors, and robust navigational features. These drones are poised to support a wide array of missions, driving efficiency and effectiveness in the fields they serve.