M5X-707TEWireless Microphone

2CE128 Z1- rack Frame ZACT-function ZColor LCD Panel ZDual 100 Preset Channels Electronics Co., Ltd. Head office: 814, Pei-Kang Road, Chiayi, 600, Taiwan. Taipei office: 5, Lane 118, Sung-teh Road, 100, Taipei, Taiwan. Web-http: //www.mipro.com.tw E-mail: [email protected] Instruction Manual ACT-Series Dual Channel Wireless Receiver ACT-Series Dual Channel Wireless Receiver 0 1 2-3 4-5 6 6 7-13 1 14 15 15 16-17 17 18 19 15 1. INTRODUCTION Thanks for choosing the most advanced dual channel wireless receiver system from MIPRO. Please read this manual thoroughly for correct operating and optimal performance. ACT-707D is an international EIA standard, 1-rack, true diversity metal receiver. It features the world's first ACT-function, color LCD panel displaying multiple statuses. It allows rapid change of channels, offers non-interfering channel selection and eliminates spurious interference. Other unique features include a built-in switch-mode power supply, an antenna divider system and independent or mixed outputs. It's 1-rack, dual-channel design saves space and reduces installation time. Another great value system! The ideal choice for dual-channel receives in one rack space! Antenna2 Instruction Manual1 Power Cable1 Rack-mount Brackets 1-pair Audio Output Cable 1 Included Accessories CONTENTS ACT DUAL CHANNEL WIRELESS RECEIVER ACT DUAL CHANNEL WIRELESS RECEIVER 1. INTRODUCTION 2. PARTS NAME AND FUNCTIONS 3. INSTALLATION OF THE RECEIVER 5. CAUTIONS HANDHELD WIRELESS MICROPHONE BELT PACK TRANSMITTER 1. PARTS NAME AND FUNCTIONS 1. PARTS NAME AND FUNCTIONS 2. BATTERY INSERTION 4. BATTERY INSERTION 3. OPERATING INSTRUCTIONS 3. AF 4-PIN INPUT CONNECTION METHODS 4. CAUTIONS 5. CAUTIONS 2. OPERATING INSTRUCTIONS 6. OPERATION OF RECEIVER WITH LCD DISPLAY PANEL 19 4. RECEIVER OPERATING PROCEDURES 2 3 ACT DUAL CHANNEL WIRELESS RECEIVERACT DUAL CHANNEL WIRELESS RECEIVER 2. PARTS NAME AND FUNCTIONS Front Panel Rear Panel (Fig.1) (Fig.2) (1) Front Antenna A Input Connector : Allows an optional rear-to-front Antenna kit for front antenna placement. (2) Power Switch & Indicator: When switch is turned on, red indicator illuminates to denote normal power status. (3)Receiver Panel A : Color LCD Panel A. (4)Receiver Panel B : Color LCD Panel B. (5)Front Antenna B Input Connector : Allows an optional rear-to-front Antenna kit for front antenna placement. (6) Rear Antenna B input Connector: B Antenna connector can be installed with antenna directly and provides power for antenna booster.. (7)(11)Balanced Audio Output Jack: With Cannon / XLR type connector provides balanced audio output signal from this jack to the amplifier. (8) Unbalanced Audio Mixed Output Jack : With 1/ 4 Phone Jack provides the mixed unbalanced audio output signal from this jack to the amplifier. (9) Unbalanced Level Switch: "MIC" selection is for "Microphone-level" output. "LINE" selection is for "Line-out" level output. (10)DC 12V Input Jack: To connect 12 VDC from the AC/DC adapter. (12)AC Input Jack: To connect 85 ~ 265 Volts AC power. (13) Rear Antenna A input Connector: A Antenna connector can be installed with antenna directly and provides power for antenna booster. (14)Rackmount Bracket: To install the receiver into an EIA 19-inch standard rack case. 7 891012 13 11 6 14 MICLINE 234 ACT MENU RFAF GROUP CHANNEL MHz TV CH G/CH VOL FREQSQ REMO NAME BAT ANT B A ACT MENU RFAF GROUP CHANNEL MHz TV CH G/CH VOL FREQSQ REMO NAME BAT ANT B A ACT-707D Wireless Receiver ON POWER AB 15 4 5 (Fig.3) (Fig.4) 3. INSTALLATION OF THE RECEIVER 1.Install 2 separate antennas on the antenna sockets (6), (13) on the rear panel. Illustrated in figure 3. 2.Power Output Connection: (a) Unbalanced Level Switch (9) Setting Position: When inputs the unbalanced output of a receiver into "AUX-IN" input jack of a mixer or amplifier or "Electric Guitar", switch the Level Switch (9) to the right "LINE" position. Low sensitivity may occur if switch to the wrong position. When input the unbalanced output of a receiver into the "MIC-IN" input jack of a mixer or amplifier; switch the Level Switch (9) to the left "MIC" position. Over load distortion may occur if switch to the wrong position. When using electric guitar, don't use "MIC" position as it may have generated insufficient level. (b) Unbalanced Output: Using audio output cable attached with "PHONE PLUG" type, connect one end from the unbalanced output jack (8) of the receiver, and the other end to the "LINE-IN" input jack of the amplifier, as shown in Fig. 3. (c) Balanced Output: Using audio output cables attached with "XLR" or "Cannon" type, connect one end from the balanced output jacks (7) of the receiver, and the other end to the "MIC IN" input jack of the mixer or amplifier, as shown in Fig. 3. (The characteristic of the 3-pin connector is as shown in Fig. 6 (d) Guitar Output: Using audio output cable attached with "PHONE PLUG" type, plug one end from the unbalanced output jack of a receiver, and the other end to the input jack of a guitar amplifier. Switch the Level Switch (9) to "LINE" position. (Fig.6) 3.Audio Output Connection: (a) Connect the AC/DC adapter cable to DC 12V INPUT JACK (10), then plug the adapter unit into an appropriate AC outlet with caution to the correct voltage under both AC outlet and adapter marked, as shown in fig. 4. (b) With the appropriate AC power cable connects from AC Input Jack (12) to an AC outlet under the marked voltage 85~265 V, as shown in Fig. 5. (Fig.5) 3: COLD - - + + 1: GND 2: HOT 3 21 (Fig.8)(Fig.7) 4.To ensure best reception possible, receiver must be installed at least one meter above ground. In addition, the distance between transmitter and receiver must be more than one meter and away from noise. (Shows in figure 7) 5.On the front panel of the receiver, 4 openings are pre-drilled for instant installation on the standard 19-inch rack case. (Shows in figure 8) MICLINE ACT DUAL CHANNEL WIRELESS RECEIVERACT DUAL CHANNEL WIRELESS RECEIVER 6 7 5. CAUTIONS 1.When usin…

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123456798 14 15 Under normal operation, when microphone and transmitter are paired together to set frequency, microphone indicator (3) will remain off after ACT setup the frequency. However, if indicator (3) is flashing, it means microphone and transmitter are not in the same frequency band. Please check the stickers on transmitter and receiver to observe if they are sharing the same frequency bands. HANDHELD WIRELESS MICROPHONE HANDHELD WIRELESS MICROPHONE 1. PARTS NAME AND FUNCTIONS (Fig.1) (Fig.2) 1.Grille: Protects cartridge, prevents "POP" noise and prevents microphone from rolling with polygonal shape. 2.Color Ring: For frequency differentiation. 3.Battery Status Indicator: Indicates power on / off and the battery status. When the power switch is turned ON, the red LEDs indicator flashes briefly, indicating normal battery status. If no flash occurs, it has either no battery or the battery is discharged or installed incorrectly. If after power on the indicator stays lighted, it warns that the battery is weak and should be replaced. 4.Power On-off Switch: Slide the switch for power " ON " or " OFF ". 5.Housing: Upper portion to be connected to capsule module and battery. Internally, it holds transmitter PCB. 6.Battery Compartment: Designed to accommodate two 1.5V(AA) batteries. 7.Battery Cap: Covers battery in the battery compartment. 8.Anti-roll Ring: For frequency differentiation. 9.Act Signal Receptor: 2. BATTERY INSERTION 3. OPERATING INSTRUCTIONS 1.Unscrew battery cap in a counter-clockwise direction (7). 2.Insert a 9V battery into the battery compartment according to the correct polarity as shown in Fig.2. The moment the battery touches the terminals, the indicator will flash briefly (7). This means the polarity is correct. However, if no flash occurs, this indicates wrong insertion or that the battery is dead. Please re-insert the battery according to its correct polarity or exchange it for a fresh battery. 1.When microphone is switched on: When the power is switched on, the indicator will flash briefly indicating normal operation. 2.During Usage: The AF LED indicator on the receiver will illuminate according to the audio signal strength from the microphone. 3.When the microphone is not in use: Make sure that you turn off the microphone after use to extend the battery life. Remove the battery from the battery compartment if microphone is not to be used again for some time. If a rechargeable battery was used, take it out and recharge it. 4. CAUTIONS 16 17 1 2 3 5 8 7 4 6 9 10 GAINGAINMTMTGTGT ACT BELT PACK TRANSMITTER BELT PACK TRANSMITTER 1. PARTS NAME AND FUNCTIONS (Fig.1) (Fig.2) 1.AF Input Jack: Connects to either lavaliere or headset microphone. (See 5 ways of connection on AF Input Connections) 2.Power Switch: Switch to ON position for operation. Switch to OFF position when not in use. 3.Battery Status Indicator: Indicates the power on / off and battery status. (a) When power switch is turned on: The LED indicator flashes briefly, indicating normal battery status. (b) When RED light illuminates at either power on or during usage: The battery level is low, therefore, a new battery replacement is thus necessary. 4.Transmitting Antenna: 1/ 4 transmitting antenna. 5.Transmitter Housing: Packages the PCB and battery. 6.Act Signal Receptor 7.Gain Control: Adjusts the desirous input gain. 8.GT/MT Level Select Switch: Switch GT position for electric guitar usage and "Line In". Gain Control is irrelevant for "GT". Switch to "MT" for condenser microphone or wired microphone. Gain Control works in "MT" for input sensitivity adjusting. 9.Battery Compartment and Cover: Accommodates two 1.5V(AA) batteries. 10.Detachable Belt Clip: Allows 360 degrees rotating to suit transmitting angles. To detach simply use a screwdriver at a 45 degree angle to unfasten. see diagram. 2. OPERATING INSTRUCTIONS 1.To adjust GT/MT Switch (8), and Gain Control (7), simply push down both snap locks on the sides of battery cover and flip it backwards to expose the adjustment panel. 2.Before power on, ascertain if same channelwas set up for both receiver and microphone. If not adjust to same channel accordingly. 3.The LED indicator flashes briefly when power on indicating normal battery status. If no flash occurs it has either no battery, the battery is drained or installed incorrectly. Change accordingly. 4.Plug the microphone connector into the input jack (1) and tighten the connector screw by clockwise direction as shown in (Fig. 2). Lavalier Headset Please aim of the fillister and insert the connector Capsule Connectort 18 19 BELT PACK TRANSMITTER BELT PACK TRANSMITTER 3. AF 4-PIN INPUT CONNECTION METHODS (1) 2-Wire Electret condenser microphone Capsule (2) 3-Wire Electret condenser microphone Capsule (3) Dynamic Microphone (4) Electric Guitar (5) Line-in (Impedance 8K ATT. 10dB) AUDIO SHIELD 4 3 2 1 PIN 4PIN PLUG SHIELD AUDIO BIAS 3 4 PIN 1 2 4PIN PLUG AUDIO SHIELD 1 4 3 2 PIN 4PIN PLUG SHIELD AUDIO 3 21 PIN 4 3 2 1 4PIN PLUG SHIELD AUDIO 1 3 4 2 PIN 4PIN PLUG 4. BATTERY INSTALLATION 1.Pushing down both snap locks on the sides of battery cover to open battery cover. Take out the batteries. Fig.(3). 2.Insert a 9V battery into the battery compartment according to the correct polarity as shown in Fig. (4). Then push up to close the battery compartment as shown in Fig. (4). (Fig.4)(Fig.3) Under normal operation, when microphone and transmitter are paired together to set frequency, microphone indicator (3) will remain off after ACT setup the frequency. However, if indicator (3) is flashing, it means microphone and transmitter are not in the same frequency band. Please check the stickers on transmitter and receiver to observe if they are sharing the same frequency bands. 5. CAUTIONS

From: S. S. Liou Sent: Wednesday, March 05, 2003 2:36 AM To: Mike Kuo Subject: Re: project:FCC ID:M5X-707TE,AN03T2582 Hi Mike, For reply #3, attached please find the specification. regards, S. S. Liou ETC ----- Original Message ----- From: Mike Kuo To: 'ETC/Charles' Sent: Friday, February 28, 2003 5:50 AM Subject: FW: project:FCC ID:M5X-707TE,AN03T2582 Hi Charles : In the future filing, please include original questions asked. Reply to Question #1: Asked for readable schematic diagram. No file has been provided in your e-mail. Please provide a readable schematic diagram. Reply to Question #2: O.K. Reply to Question #3: Only tune up procedure was included in your e-mail. There is no technical specification file. Please provide it. Reply to Question #4: Do not submit user manual to be used for operational description. Please provide operational description file with detail technical information. Best Regards Mike Kuo -----Original Message----- From: ETC/Charles Sent: Wednesday, February 12, 2003 12:13 AM To: Mike Kuo Cc: ? ?? Subject: RE:project:FCC ID:M5X-707TE,AN03T2582 Hi Mike: My name is Charles Wang I am working at ETC EMC department II. For your Question Anser #1:Please refer to attached file"707TE4-6.pdf " Anser #2:This necessary bandwidth is 146K so it's emission designator is 146KF3E (2M+2D:2X32.768+2X40=145.5KHz) Anser #3:Please refer to attached file "707TE spec.pdf","707HE tune procedure" Anser #4:Please refer to attached file "ACT707D(FCC).pdf" Thanks for your help Best Regards ETC/Charles Wang

ETC Report No.:ET91R-12-074-01 Sheet 1 of 6 Sheets FCC ID.:M5X-707TE Rev. 2.0 CONSTRUCTED PHOTOS of EUT 1.Front View of EUT 2. Side View of EUT ETC Report No.:ET91R-12-074-01 Sheet 2 of 6 Sheets FCC ID.:M5X-707TE Rev. 2.0 CONSTRUCTED PHOTOS of EUT 3. Side View of EUT 4. Rear View of EUT ETC Report No.:ET91R-12-074-01 Sheet 3 of 6 Sheets FCC ID.:M5X-707TE Rev. 2.0 CONSTRUCTED PHOTOS of EUT 5. Top View of EUT Bottom View of EUT 6. Bottom View of EUT

ETC Report No.:ET91R-12-074-01 Sheet 4 of 6 Sheets FCC ID.:M5X-707TE Rev. 2.0 CONSTRUCTED PHOTOS of EUT 7. Internal View of EUT 8. Internal View of EUT ETC Report No.:ET91R-12-074-01 Sheet 5 of 6 Sheets FCC ID.:M5X-707TE Rev. 2.0 CONSTRUCTED PHOTOS of EUT 9. Internal View of EUT 10. Component View of PCB 1 ETC Report No.:ET91R-12-074-01 Sheet 6 of 6 Sheets FCC ID.:M5X-707TE Rev. 2.0 CONSTRUCTED PHOTOS of EUT 11. Solder View of PCB 1

Rev. 2.0 FCC Part 74 Subpart H EMI TEST REPORT of E.U.T. : Wireless Microphone Systems FCC ID. : M5X-707TE MODEL : ACT-707TE Working Frequency : 614MHz-806MHz for APPLICANT : MIPRO Electronics Co., Ltd. ADDRESS : 814 Pei-Kang Road, Chia-Yi, Taiwan Test Performed by ELECTRONICS TESTING CENTER, TAIWAN NO. 34, LIN 5, DING FU TSUN, LINKOU HSIANG TAIPEI HSIEN, TAIWAN, R.O.C. Tel:(02)226023052 Fax:(02)26010910 http://www.etc.org.tw ; e-mail : [email protected] Report Number : ET91R-12-074-01 ETC Report No.:ET91R-12-074-01 FCC ID.: M5X-707TE Rev. 2.0 TEST REPORT CIRTIFICATION Applicant : MIPRO Electronics Co., Ltd.. 814 Pei-Kang Road, Chia-Yi, Taiwan Manufacturer : MIPRO Electronics Co., Ltd.. 814 Pei-Kang Road, Chia-Yi, Taiwan Description of EUT : a) Type of EUT : Wireless Microphone Systems b) Trade Name : MIPRO c) Model No. : ACT-707TE d) FCC ID : M5X-707TE e) Working Frequency : 614MHz-806MHz f) Power Supply : DC 3V Batteries Regulation Applied : FCC Rules and Regulations Part 74 Subpart H (2001) I HEREBY CERTIFY THAT; The data shown in this report were made in accordance with the procedures given in ANSI C63.4 and the energy emitted by the device was founded to be within the limits applicable. I assume full responsibility for accuracy and completeness of these data. Issued Date : Jan. 28, 2003 Test Engineer : ( Vincent Chang ) Approve & Authorized Signer : Will Yauo, Manager EMC Dept. II of ELECTRONICS TESTING CENTER, TAIWAN ETC Report No.:ET91R-12-074-01 FCC ID.: M5X-707TE Rev. 2.0 Table of Contents Page 1. GENERAL INFORMATION.....................................................................................................................................................1 1.1 PRODUCT DESCRIPTION...........................................................................................................................................................1 1.2 CHARACTERISTICS OF DEVICE:...............................................................................................................................................1 1.3 TEST METHODOLOGY..............................................................................................................................................................1 1.4 TEST FACILITY..........................................................................................................................................................................1 2. REQUIREMENTS OF PROVISIONS.....................................................................................................................................2 2.1 DEFINITION................................................................................................................................................................................2 2.2 FREQUENCIES AVAILABLE......................................................................................................................................................2 2.3 REQUIREMENTS FOR RADIO EQUIPMENT ON CERTIFICATION........................................................................................2 2.4 LABELING REQUIREMENT.......................................................................................................................................................3 3. OUTPUT POWER MEASUREMENT......................................................................................................................................4 3.1 PROVISION APPLICABLE..........................................................................................................................................................4 3.2 MEASUREMENT PROCEDURE..................................................................................................................................................4 3.3 TEST DATA.................................................................................................................................................................................6 3.4 RESULT CALCULATION............................................................................................................................................................7 3.5 TEST EQUIPMENT.....................................................................................................................................................................7 4. MODULATION CHARACTERISTICS..................................................................................................................................8 4.1 PROVISIONS APPLICABLE........................................................................................................................................................8 4.2 MEASUREMENT METHOD.......................................................................................................................................................8 4.3 MEASUREMENT INSTRUMENT................................................................................................................................................9 4.4 MEASUREMENT RESULT..........................................................................................................................................................9 5. OCCUPIED BANDWIDTH OF EMISSION.........................................................................................................................11 5.1 PROVISIONS APPLICABLE......................................................................................................................................................11 5.2 MEASUREMENT METHOD.....................................................................................................................................................11 5.3 OCCUPIED BANDWIDTH TEST EQUIPMENT.......................................................................................................................11 5.4 BANDWIDTH MEASURED............................................................................................…

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ETC Report No.:ET91R-12-074-01 Sheet 18 of 32 Sheets FCC ID.:M5X-707TE Rev. 2.0 6.5 Radiated Measurement Photos