INTRODUCTION:

Congratulations on your purchase of a GEMINI wireless system. This state of the art unit includes all the latest features backed by a three year limited warranty. Prior to use, we suggest that you carefully read the instructions.

SYSTEM FEATURES:

UZ-1128 M includes UZ-1128 diversity receiver & ZM-128 handheld microphone

UZ-1128 H includes UZ-1128 diversity receiver, HSM-X4 headset mic with mini XLR

&ZB-128 belt pack transmitter with mic/line switch

UZ-1128 L includes UZ-1128 diversity receiver, LAV-X4 lavalier mic with mini XLR

&ZB-128 belt pack transmitter with mic/line switch

UZ-9128 M includes UZ-9128 true diversity receiver & ZM-128 handheld microphone

UZ-9128 H includes UZ-9128 true diversity receiver, HSM-X4 headset mic with mini XLR

&ZB-128 belt pack transmitter with mic/line switch

UZ-9128 L includes UZ-9128 true diversity receiver, LAV-X4 lavalier mic with mini XLR

&ZB-128 belt pack transmitter with mic/line switch

Balanced & unbalanced outputs

128 band UHF synthesizer controlled frequencies

Phase locked loop (PLL) circuitry

Super high sensitivity with extremely low noise transmission & reception

Stable & quality SMT assembled PCB module

LCD display screen

RF & AF LED meters

Squelch control

¼” earphone output for UZ-1128

ZM-128 has a uni-directional condenser unit microphone

HSM-X4 has an electret condenser unit microphone

LAV-X4 has an electret condenser unit microphone

ZM-128 has a rechargeable input for battery recharging

CAUTIONS:

1.In the UK Some wireless microphone systems require a license. This depends on the frequency of the system and the country in which it is to be used. It is the responsibility of the user to establish if a license is required. As a guide, for the UK and Europe, VHF radio microphones between 173.800 and 175.000 MHz, or UHF microphones between 863 MHz and 865 MHz do not need a license. This is for microphones work ing at normal power (10mW ERP hand-held or 50mW ERP if body worn). All other use on alternative frequencies needs a license. More information on this can be found at :www.jfmg.co.uk/jfmgecom/ default.aspx If in any doubt, users are advised to investigate the licensing requirements for their region.

2.All operating instructions should be read before using this equipment.

3.To reduce the risk of electrical shock, do not open the unit. THERE ARE NO USER REPLACEABLE PARTS INSIDE. Please refer servicing to a qualified service technician.

4.Do not expose this unit to direct sunlight or to a heat source such as a radiator or stove.

5.Dust, dirt and debris can interfere with the performance of this unit. Make an effort to keep the unit away from dusty, dirty environments, and cover the unit when it is not in use. Dust it regularly with a soft, clean brush.

6.When moving this equipment, it should be placed in its original carton and packaging. This will reduce the risk of damage during transit.

7.DO NOT EXPOSE THIS UNIT TO RAIN OR MOISTURE.

8.DO NOT USE ANY SPRAY CLEANER OR LUBRICANT ON ANY CONTROLS OR SWITCHES.

9.REMEMBER, ANY CHANGES MADE TO THE UNIT WITHOUT AUTHORIZATION FROM GEMINI WILL VOID YOUR WARRANTY.

FCC RULES AND REGULATIONS:

This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions: (1)This device may not cause harmful interference and (2) This device must accept any interference received, including interference that may cause undesired operation

NOTICE: THE CHANGES OR MODIFICATIONS NOT EXPRESSLY APPROVED BY THE PARTY RESPONSIBLE FOR COMPLIANCE COULD VOID THE USER’S AUTHORITY TO OPERATE THE EQUIPMENT.

IMPORTANT NOTE, TO COMPLY WITH THE FCC RF EXPOSURE COMPLIANCE REQUIREMENTS, NO CHANGE TO THE ANTENNA OR THE DEVICE IS PERMITTED. ANY CHANGE TO THE ANTENNA OR THE DEVICE COULD RESULT IN THE DEVICE EXCEEDING THE RF EXPOSURE REQUIREMENTS AND VOID USER’S AUTHORITY TO OPERATE THE DEVICE.

UZ-1128 WIRELESS SYSTEM:

The UZ-1128 & UZ-9128wireless systems are high quality audio products that provide excellent performance under most operating conditions. The receivers are used with our 700 selectable channels transmitters. The receiver operates in UHF band frequency with PLL synthesized control. Powered by 12V DC. Operating in UHF band frequency with synthesizer controlled. The wireless microphone system with 700 selectable frequencies via Phase Locked Loop (PLL) circuitry makes it easy to choose non-interfered channels. Super high sensitivity, extremely low noise transmission and reception. Diversity technology ensures the reception quality.

WIRELESS NOTES:

Before setting up, make sure that the transmitter and receiver are tuned to the same frequency.

Do not use two transmitters in the same frequency. Use good quality batteries to avoid the damage resulting from a defective leaking battery.

Turn the volume control on the receiver to adjust receiver output level to match input level requirements of an audio mixer or amplifier.

While checking sound, move the transmitter around the area where you use the system to look for dead spots. If you find any dead spot, change the receiver position. If it does not work, avoid such places.

To avoid interference, do not put the receiver too near metal object and avoid obstructions between transmitter and receiver.

Avoid the interference from TV, radio, other wireless appliances and etc.

FUNCTION DESCRIPTIONS:

UZ-1128 & UZ-9128 RECEIVERS:

(1)HEADPHONE MONITOR VOLUME CONTROL: Rotate this knob to control headphone volume level.

(2)HEADPHONE INPUT CONNECTOR: Plug headphone into this 1/4” jack

connector to monitor receiver audio.

NOTE: NUMBERS (3)-(11) APPLY TO BOTH UZ-1128 & UZ-9128 RECIEVERS.

(3)POWER: Pushes the receiver on and off.

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

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

(6)PROGRAMMABLE DISPLAY: Displays channel number, frequency and volume level.

(7)RF LEVEL INDICATORS: Five LEDs per RF antenna channel glow to indicate RF signal strength. The more LEDs that glow, the stronger the received signal. If none of these LEDs glow, no signal is being received.

(8)AF LEVEL INDICATORS: Five LEDs glow to indicate audio signal strength. Green indicates normal operation. RED indicates approaching overload condition.

(9)VOLUME + BUTTON: Press this button to increase the receiver output level to match the input sensitivity of an audio mixer or an amplifier.

(10)VOLUME - BUTTON: Press this button to decrease the receiver output level to match the input sensitivity of an audio mixer or an amplifier.

(11)DC OUT: Connect the supplied cable to the receiver and the microphone, and it takes around 10 hours to charge.

(12)ANTENNA INPUT CONNECTOR: TNC-type connectors provide connection to the supplied antennas or to coaxial cable used with an antenna divider, antenna boosters or remote antennas.

(13)ANTENNA: Fixed-length UHF antenna permanently mounted on rear panel.

NOTE: NUMBERS (14)-(17) APPLY TO BOTH UZ-1128 & UZ-9128 RECIEVERS.

(14)BALANCED OUTPUT: 3-pin XLR connector provides balanced low- impedance output

(15)UNBALANCED OUTPUT: 1/4” phone jack provides unbalanced low- impedance output

(16)SQUELCH: The squelch adjusts the output level to suppress the noise. The higher squelch control, the lower the sensitivity of the receiver and decrease the service area of the system. Set the squelch to minimum before turning the receiver on.

(17)DC IN: Input connector for the supplied AC adapter.

To combine two receivers in a 19" standard rack by using 2 short L type plastic racks (L2) and 2 metal connecting plates (C1).

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Gemini UZ-9128 manual Introduction, System Features, FCC Rules and Regulations, UZ-1128 Wireless System, Wireless Notes

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.