SVR-1-KW1-2018-03-20 Rev D - Midian Electronics · 7 KENWOOD TK-7180 & TK-8180: Plug the unit onto the options connector CN-403. COR: Solder a wire from the COR pad on the SVR-1 to

1

SVR-1-KW1

Simplex Repeater Maker for Kenwood Two-Way Radios

Manual Revision: 2018-03-20 Rev D

Covers Software Revisions: VS-1XXX: 01.62.00 & Higher

Covers Hardware Revisions: VS-KW1: 7508D

This manual & product supports the following Kenwood two-way radios: Portables: TK-2180, TK-3180 Mobiles: TK-7180, TK-8180

2

HARDWARE SPECIFICATIONS

Operating Voltage 4.75-9.5 VDC Operating Current Power Save Mode (COR Operation) 2.5 mA typical Power Save Mode (VOX Operation) 10 mA typical Repeat Operation 17.5 mA typical Average w/COR Power Save (80-10-10 cycle) <5 mA Average w/COR Power Save (90-5-5 cycle) <4 mA Operating Temperature -30 - +60 C Frequency Response 300-3000 Hz

Input Impedance >45 kΩ Input Level (TX) 0.05-2.5 VPP Input Level (RX) 0.05-2.5 VPP Audio Output Impedance < 1200 Ohm

INSTALLATION OVERVIEW

1. Test the radio for functionality. 2. Program the SVR per the Product Programming Section of this manual. 3. Install the SVR into the radio per the Hardware Installation Section of this manual. 4. Program the radio per the Radio Programming Section of this manual. *** Midian is not responsible for any damage/loss resulting from the use of Midian’s products.

GENERAL INFORMATION

Midian’s SVR-1 is a simplex repeater maker that can be installed into a mobile or portable radio. The SVR-1 detects COR or VOX from an incoming transmission and records the incoming audio (up to 3 minutes). When the COR or VOX is no longer detected the SVR-1 keys the radio and retransmits the recorded audio. The SVR-1 enables users to create low-cost vehicular repeaters or expand radio coverage into poor coverage areas

3

1BPRODUCT PROGRAMMING

The SVR series are programmed using Midian’s KL-4F and the MPS software. Please reference the KL-4 manual for setup instructions of the KL-4 hardware.

KL4-F USB PORT ASSIGNMENT and SOFTWARE INSTALLATION Go to our website midians.com and under downloads> software download the latest MPS software version. If using the supplied CD-ROM insert it into the PC’s CD-ROM drive. In the browser that will pop-up, install the MPS programming software. Be certain that the “Install KL-4 USB Driver” box is checked during the installation process. Open Windows’ Control Panel and go to Device Manager. Open Ports (COM& LPT) to identify the port assignment issued by computer. Plug in the KL4 programmer to the USB port and the screen will flash and show the device location. Open the software and choose product from product tree then set appropriate comport selection in the MPS software as needed, from the product selection screen on the programming software select the appropriate product from the list and click OK. Set the parameters of the SVR-1-KW1 software to fit the application. If any clarifications on a feature are required, move the mouse cursor over the feature name until the question mark appears and right click, a definition of the feature will be shown. After entering the parameters, save the file by going to File - Save As. Enter the file name in the File Name block and click Save. Saving the file will allow for quick and easy reprogramming of units. After the latest MPS has been installed default programming files for specific radio models can be found at: C:\Apps\Midian\MPS\MPS_vX_xx\Additional Default Files\ SVR\Kenwood Programming: Plug the board onto the KL-4F P-6 connector. Push and hold the power button on the KL-4F and wait for three seconds, still holding the power button click “Program Unit” in the MPS software. Reading: Plug the board onto the KL-4F. Push and hold the power button on the KL-4F and wait for three seconds, still holding the power button click “Read Unit” in the MPS software.

4

AUDIO LEVELS ALIGNMENT

This section describes how to determine and set the audio levels. Audio Levels Overview:

To ensure the best audio quality, the SVR must be configured to match the audio levels used by the radio. The SVR uses programmable gain amplifiers to accomplish this. Determining the gain settings for these amplifiers is an involved process, so Midian simplified this process by developing an algorithm that requires the technician to make only four voltage measurements. From these four measurements, all of the many internal settings are determined. Still, getting the best audio quality will likely require a bit of trial and error. The SVR only has control of audio voltage levels, not input and output impedances. These impedances can dramatically influence the levels. The Four Voltage Measurements:

An oscilloscope and a communications test set/service monitor are required for the measurements. It is recommended that the measurements be recorded in units of mV peak-to-peak. Each measurement must be taken with system modulation at either 60% or 100%, but Midian recommends using 60% A method for controlling transmit modulation is required for accurate measurements in the TX mode. A small speaker held in place near the microphone by a rubber band can serve this purpose in most cases. Use a sine-wave generator to inject a 1000 Hz tone into the speaker. Adjust the output of the sine wave generator so that the transmitter produces 60% of rated modulation while PTT is pressed. Note that if the audio source (such as a speaker) is moved even slightly, the TX modulation may change significantly. Care must be taken to avoid changing the TX modulation while taking the measurements. The first two measurements must be taken using a radio that has not been modified. The 2

nd two measurements

require that the SVR is installed and power is applied to the radio/SVR. These measurements must be taken within 15 seconds of powering the SVR on. This is because the SVR may enter power saving mode after that time. Measurements made while the SVR is in power saving mode will not be valid. The unit ships with the power save feature enabled by default. The power save feature can be disabled via the KL-3 programming software so that it will not interfere with taking measurements, if desired. Please note that the levels provided to the option board are different between narrow band and wide band. 1. RX Output: The goal of this procedure is to determine the audio level that would normally appear at the RX

audio insertion point in an unmodified radio. With a fully quieting signal modulated with a 1000 Hz tone at 60%. Measure the voltage level appearing at the junction of R-670 and IC-607 Pin 28 on the TK-2180 & TK-3180 or at the junction of C-591 and IC-413 Pin 4 for the TK-7180 & TK-8180.

2. TX Output: The goal of this procedure is to determine the audio level that would normally appear at the TX

audio insertion point in an unmodified radio. Provide the radio an audio source generating a 1000 Hz tone and key the radio. Adjust the audio source such that the modulation is at 60%. Measure the voltage level appearing at the junction of R-659 and R-660 on the TK-2180 & TK-3180 or at the junction of C-485 and IC-413 Pin 14 for the TK-7180 & TK-8180.

3. RX Input: The goal of this procedure is to determine the audio level that the SVR board will see at the RX

audio pickup point after it is installed. The SVR must be installed and powered-on while making this measurement. Modulate a 1000 Hz tone at 60%. Measure the audio level at the junction of P1-22 and C-42 on the SVR.

4. TX Input: The goal of this procedure is to determine the audio level that the SVR board will see at the TX audio pickup point after it is installed. The SVR must be installed and powered-on while making this measurement. Provide the radio the same audio source and level as in Step 2, generating a 1000 Hz tone and key the radio. Measure the audio level at the junction of P1-21 and C-3 on the SVR.

5

Programming the Audio Levels:

After determining the audio levels at the audio hookup points, it will be necessary to program the SVR to match these levels. In the programming software, there is a slider control on the Audio Levels Screen for each of the of four audio hookup points. Locate the column that corresponds to the modulation and units of measurement for each of the audio hookup points. Adjust the slider bar such that the value appearing in the appropriate column matches what was measured as closely as possible. Midian recommends the following values based on 60% modulation:

Radio Model RX In TX In RX Out TX Out

TK-2180, TK-3180 924 mVpp 114 mVpp 912 mVpp 156 mVpp

TK-7180, TK-8180 570 mVpp 66 mVpp 594 mVpp 162 mVpp

HARDWARE INSTALLATION

Be certain to follow standard anti-static procedures when handling any of Midian’s products. Due to the design of the radio it is necessary to install two wires from the SVR-1-KW1 to the Kenwood radio. PTT*: In order to be able to automatically key the radio it is necessary to remove R47* and install a wire from the drain of Q6* to a point in the radio as discussed below in the installation instructions for the desired model radio. COR*: In order to start recording the SVR-1 can look for COR or VOX. Midian recommends using COR rather than VOX. COR is not brought up to the options connector so it is necessary to run a wire from the COR IN* pad to a point in the radio as discussed in the installation instructions below for the desired model radio.

*Please reference the pictorial at the end this manual for location of parts on the SVR-1-KW1.*

6

KENWOOD TK-2180 & TK-3180: Plug the unit into the options connector located behind the options door under the battery. Before plugging the unit in, remove R-659 to open the radio’s TX path and R-670 to open the radio’s RX path.

COR: COR is used to initiate recording in the SVR. Install a wire from the SVR into the radio. The wire should be connected to the radio’s Q-613 collector. The SVR’s “COR In Polarity” should be programmed as “High”.

PTT: Solder a wire from the PTT point on the SVR-1 to the junction of C-503 and CN-507 Pin 4.

Remove R-670 to open the radio’s RX path

Remove R-659 to open the radio’s TX path

7

KENWOOD TK-7180 & TK-8180: Plug the unit onto the options connector CN-403. COR: Solder a wire from the COR pad on the SVR-1 to the junction of D-416 (anode), C-560 and R642. The SVR’s “COR In Polarity” should be programmed as “High”.

PTT: Solder a wire from the PTT point on the SVR-1 to the PTT pad on the radio’s display board.

Connect the PTT out from the SVR-1 to the PTT pad on the radio’s display unit board

Connect the COR wire to this point

8

RADIO PROGRAMMING

Kenwood TK-2180, TK-3180: Use KPG-89 version 1.51 or higher. Under the “Edit” menu select “Extended Function” and set “Optional Board” as “Voice Scrambler”.

Under the “Edit” menu select “Key Assignment” and set “Side 2” under the “Top/Side” tab as “Scrambler”. This will set the button under the PTT as the repeater enable/disable button.

If repeat on a per channel basis is desired or a combination of a button and per channel, then from the “Zone Information” screen click on the “Channel Edit” button. Under “Scrambler Setting” enable the “Voice Scrambler”. For repeat on a per channel basis, this will need to be done for each channel where repeat is desired. If the box is checked, the radio will power up in repeat mode & when that channel is selected. When per channel repeat is used, it is still possible to toggle in and out of repeat mode using a button.

9

Kenwood TK-7180, TK-8180: Use KPG-89 version 1.51 or higher. Under the “Edit” menu select “Extended Function” and set “Optional Board” as “Voice Scrambler”.

Under the “Edit” menu select “Key Assignment” and under the “Panel” tab set the desired button Triangle, A, B, C or Square as “Scrambler”. This will set the programmed button as the repeater enable/disable button. If repeat on a per channel basis is desired or a combination of a button and per channel, then from the “Zone Information” screen click on the “Channel Edit” button. Under “Scrambler Setting” enable the “Voice Scrambler”. For repeat on a per channel basis, this will need to be done for each channel where repeat is desired. If the box is checked, the radio will power up in repeat mode & when that channel is selected. When per channel repeat is used, it is still possible to toggle in and out of repeat mode using a button.

10

OPERATION

SVR Operation:

Repeater Enable/Disable: Press the radio key that was assigned in the radio programming. A tone will be

emitted from the radio and the ◊ symbol will appear on the display of the radio indicating repeat mode. If repeat

on a per channel basis is being used, then switching between an enabled or non-enabled channel causes the ◊ symbol to appear or disappear.

TECHNICAL NOTES

Radio Compatibility: Midian has taken the utmost care to ensure the option board integrates into the radio with minimal impact to the features of the radio. However, some features may not be available in the radio when an option board is used. If a feature is not available, please contact Midian to see if the feature can be added.

MIDIAN CONTACT INFORMATION

MIDIAN ELECTRONICS, INC.

2030 N. Forbes Blvd. #101 Tucson, Arizona 85745 USA

Toll-Free: 1-800-MIDIANS Main: 520-884-7981 E-mail: [email protected]: www.midians.com

1

1

2

2

3

3

4

4

5

5

6

6

D D

C C

B B

A A

1.2MR42

CODE 2P1:25

TP5

TP18

*R53

100KR15

47KR39

0RR44

-

+

2

31U7:1

560pC2

N/CP1:9

TP7

TP17

P4:1

3

1

2

4

5 6

U5

100pC14

P3:

2

KW3 PTT OUTP1:19

560pC11

AUDIO ENAP1:17100p

C39

.1uC30

0RL1

4.7KR30

.1uC48

EMER INPAD1

PROG OUTPAD4

PROG INPAD3

.01uC21

2.2uC20

0RR45

.1uC41

TP4

.1uC34

75KR19

39pC44 TXI

P1:24

COR INPAD2

N/CP1:11

560pC37

1.2MR20

+5VP1:14

.1uC13

.1uC29

47KR41

AUDIO ENHPAD6

2.2uC26

16

13

42

11

9

4

3

37

8

47

28

24

27

20

18

36

43

46

48

45

41

644

1 2 3840 39

34

21

22

7

35

17

19

29

25

23

26

12

10

5

15

14

33323031

49

U1

TP9

MODE INP1:20

.1uC42

.1uC22

P4:6

10uC36

.1uC46

27K

R13

.01uC9

560pC19

*R52

47KR31

560pC4

47KR3

47KR6

NTA4001Q7

8.2KR16

10K1%R11

GNDP1:10

.1uC10

CODE 0P1:1

47KR1

.0068uC15

16

15

33

35

36

37

38

3

11

12

20

46

21

2

39

40

41

42

32 31 13 10 45 1743

30

29

26

27

28

5 14 34 44

1

4

67

8

9

18

19

22

23

24

25

47

48

U3

*R17

CODE 3

P1:8

10KR9

N/CP1:7

1KR32

.1uC12

P4:2

0RR47

560pC43

47KR38

.1uC3

.1uC23

.1uC31

10uC32

.1uC7

.1uC25

10K1%R12

N/CP1:5

N/CP1:12

*R48

CODE 1

P1:2

7 48

2 5

1 6 3

U4

100KR40

0RR54

P3:

5

12pC38

TP11

2.2uC27

P4:3

*R55

P4:4

36KR21

560pC1

56KR18

TXOP1:21

1KR33

1KR26

.1uC28

SIDE TONEP1:15

P4:5

-

+

13

1214

411

U7:4

KW1 PROG INP1:3

P3:

3

N/CP1:16

47KR2

KW3 COR INP1:18

-

+

6

57U7:2

220pC24

.1uC33

100KR14

-

+

9

108U7:3

NTA4001Q6

*C17

.0068uC16

32.768KHzY1

TRUNK DELAYPAD7

RXEOP1:22

P3:

42RR49

2RR50

2RR51

10KR10

TP6

47K

R4

RXEI

P1:23

.001uC18GND

P1:13

47KR7

100KR37

4.7KR8

10uC35

TP13

1KR25

TP8

NTA4001Q4

TP10

VIN+P1:26

P3:

1

TP2

KW1 PTT OUTP1:6

PTT INP1:4

TP1

.01uC45

TP3

0RR43

+VIN

+3.3VDD

+3.3VDD

+3.3VA

+3.3V

VAN

VAN

VAN

VAN

+3.3V

+3.3V

+3.3V

+3.3V +3.3V+3.3V

+3.3V

+3.3V

+3.3VDD

+3.3VA

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

VAN

+VIN

+3.3V

+3.3V

+3.3V

A_ROUTE

B_ROUTE

(SOURCE)

NOTES:

* = NOT INSTALLED

KW3 PTT IN

KW3 PTT IN

KW3 PROG IN

KW3 PROG IN

A_ROUTE

B_ROUTE

+

10uC5

.01uC47

3.3KR24

3.3KR28

2.2uC40

TRUNKING_DELAY

TRUNKING_DELAY

*R57

560pC49

CS7 SO12 SI13 SCK14

DVDD 1

INT29 INT18

GND 2

*

AVDD 6

GND 5

IADDR0 4

N/C 3

GND 10

GND 11

U10

.1uC6

+3.3V

+3.3V

CS1

SO2

SI5

SCK6

VCC 8

HOLD 7

WP 3

GND 4

26DF081AU647K

R64SB1D1

SB1D7

SB1D8

SB1D4

SB1D5

SB1D6

SB1D2

SB1D9

SB1D10

SB1D11

47KR59

47KR58

*R35

B_ROUTE

CP

CJS2007-12-16 DML

2013-01-21

D-1

1 of 1 7508

MIDIAN ELECTRONICS, INC.DATE:

DESIGN:

DWN BY:

REV:

APPR

COPYRIGHT ©

REV

SHEET PROJECT NUMBER

DOCUMENT NAME

SCHEMATIC2013

SVR-1-KW1/VM-3-KW1

IN SYSTEMSERIAL PROGR.

5206

IN11

ENA3

GN

D2

RES

4

OUT 5

VR1

*

IN11

ENA3

GN

D2

RES

4

OUT 5

VR2

*

IN11

ENA3

GN

D2

RES

4

OUT 5

VR3

PIC101

PIC102COC1

PIC201

PIC202COC2

PIC301 PIC302

COC3

PIC401

PIC402COC4

PIC501

PIC502COC5

PIC601PIC602

COC6

PIC701

PIC702COC7

PIC901 PIC902

COC9

PIC1001

PIC1002COC10

PIC1101 PIC1102

COC11

PIC1201 PIC1202

COC12

PIC1301 PIC1302

COC13

PIC1401 PIC1402

COC14

PIC1501 PIC1502

COC15

PIC1601 PIC1602

COC16

PIC1701 PIC1702

COC17

PIC1801

PIC1802COC18

PIC1901

PIC1902COC19 PIC2001

PIC2002COC20

PIC2101 PIC2102

COC21

PIC2201 PIC2202

COC22

PIC2301 PIC2302

COC23

PIC2401

PIC2402COC24

PIC2501 PIC2502

COC25 PIC2601

PIC2602COC26PIC2701

PIC2702COC27

PIC2801 PIC2802

COC28

PIC2901 PIC2902

COC29

PIC3001 PIC3002

COC30

PIC3101

PIC3102COC31

PIC3201

PIC3202COC32

PIC3301 PIC3302

COC33

PIC3401 PIC3402

COC34

PIC3501 PIC3502

COC35

PIC3601 PIC3602

COC36

PIC3701

PIC3702COC37

PIC3801

PIC3802COC38

PIC3901

PIC3902COC39

PIC4001 PIC4002

COC40

PIC4101 PIC4102

COC41

PIC4201 PIC4202

COC42

PIC4301

PIC4302COC43

PIC4401

PIC4402COC44

PIC4501

PIC4502COC45

PIC4601PIC4602

COC46

PIC4701 PIC4702

COC47

PIC4801 PIC4802

COC48

PIC4901

PIC4902COC49

PID101PID102

COD1

PID201PID202

COD2

PID401PID402

COD4

PID501PID502

COD5

PID601PID602

COD6

PID701PID702

COD7

PID801PID802

COD8

PID901 PID902

COD9

PID1001PID1002

COD10

PID1101PID1102

COD11

PIL101

PIL102

COL1

PIP101

COP1:1

PIP102COP1:2

PIP103

COP1:3

PIP104

COP1:4

PIP105

COP1:5

PIP106

COP1:6

PIP107

COP1:7

PIP108

COP1:8

PIP109

COP1:9

PIP1010

COP1:10

PIP1011

COP1:11

PIP1012

COP1:12

PIP1013

COP1:13

PIP1014

COP1:14

PIP1015

COP1:15

PIP1016COP1:16

PIP1017

COP1:17

PIP1018

COP1:18

PIP1019

COP1:19

PIP1020COP1:20

PIP1021

COP1:21

PIP1022COP1:22

PIP1023

COP1:23

PIP1024

COP1:24

PIP1025

COP1:25

PIP1026

COP1:26

PIP301

COP3:1PIP302

COP3:2PIP303

COP3:3PIP304

COP3:4 PIP305COP3:5

PIP401 COP4:1

PIP402 COP4:2

PIP403 COP4:3

PIP404 COP4:4

PIP405 COP4:5

PIP406 COP4:6

PIPAD101

COPAD1PIPAD201

COPAD2

PIPAD301

COPAD3

PIPAD401

COPAD4

PIPAD601

COPAD6

PIPAD701

COPAD7

PIQ40D

PIQ40G PIQ40S

COQ4

PIQ60D

PIQ60G PIQ60S

COQ6

PIQ70D

PIQ70G PIQ70S

COQ7

PIR101 PIR102

COR1

PIR201 PIR202

COR2

PIR301 PIR302

COR3

PIR401 PIR402

COR4

PIR601 PIR602

COR6

PIR701 PIR702

COR7

PIR801 PIR802

COR8

PIR901 PIR902

COR9PIR1001 PIR1002

COR10

PIR1101

PIR1102

COR11

PIR1201

PIR1202

COR12

PIR1301

PIR1302

COR13

PIR1401

PIR1402

COR14

PIR1501

PIR1502

COR15 PIR1601

PIR1602

COR16

PIR1701 PIR1702

COR17

PIR1801 PIR1802

COR18

PIR1901 PIR1902

COR19

PIR2001 PIR2002

COR20

PIR2101 PIR2102

COR21

PIR2401 PIR2402

COR24

PIR2501 PIR2502

COR25

PIR2601 PIR2602

COR26

PIR2801 PIR2802

COR28

PIR3001

PIR3002

COR30

PIR3101

PIR3102

COR31

PIR3201 PIR3202

COR32

PIR3301 PIR3302

COR33

PIR3501 PIR3502

COR35

PIR3701 PIR3702

COR37

PIR3801

PIR3802

COR38

PIR3901

PIR3902

COR39

PIR4001 PIR4002

COR40

PIR4101

PIR4102

COR41PIR4201 PIR4202

COR42

PIR4301 PIR4302

COR43

PIR4401 PIR4402

COR44

PIR4501 PIR4502

COR45

PIR4701 PIR4702

COR47

PIR4801 PIR4802

COR48

PIR4901 PIR4902

COR49

PIR5001 PIR5002

COR50

PIR5101 PIR5102

COR51

PIR5201 PIR5202

COR52

PIR5301 PIR5302

COR53

PIR5401 PIR5402

COR54

PIR5501PIR5502

COR55

PIR5701

PIR5702

COR57

PIR5801

PIR5802

COR58

PIR5901

PIR5902

COR59

PIR6401

PIR6402

COR64

COtb0sch1

PITP101

COTP1

PITP201

COTP2

PITP301

COTP3

PITP401

COTP4

PITP501

COTP5

PITP601 COTP6

PITP701 COTP7

PITP801 COTP8

PITP901

COTP9

PITP1001COTP10

PITP1101COTP11

PITP1301

COTP13

PITP1701

COTP17

PITP1801

COTP18

PIU101 PIU102

PIU103

PIU104

PIU105

PIU106

PIU107

PIU108

PIU109

PIU1010

PIU1011

PIU1012

PIU1013

PIU1014

PIU1015

PIU1016

PIU1017

PIU1018

PIU1019

PIU1020

PIU1021

PIU1022

PIU1023

PIU1024

PIU1025

PIU1026

PIU1027

PIU1028

PIU1029

PIU1030

PIU1031

PIU1032

PIU1033

PIU1034

PIU1035PIU1036

PIU1037

PIU1038PIU1039PIU1040

PIU1041

PIU1042

PIU1043

PIU1044

PIU1045

PIU1046

PIU1047

PIU1048

PIU1049

COU1

PIU301

PIU302

PIU303 PIU304

PIU305

PIU306

PIU307

PIU308

PIU309

PIU3010

PIU3011

PIU3012

PIU3013

PIU3014

PIU3015

PIU3016

PIU3017PIU3018

PIU3019

PIU3020

PIU3021

PIU3022

PIU3023

PIU3024

PIU3025

PIU3026

PIU3027

PIU3028

PIU3029

PIU3030

PIU3031PIU3032

PIU3033 PIU3034

PIU3035

PIU3036

PIU3037

PIU3038

PIU3039

PIU3040

PIU3041

PIU3042

PIU3043

PIU3044

PIU3045

PIU3046

PIU3047

PIU3048

COU3

PIU401

PIU402

PIU403

PIU404

PIU405

PIU406

PIU407PIU408

COU4

PIU501

PIU502

PIU503

PIU504

PIU505 PIU506

COU5

PIU601

PIU602

PIU603

PIU604

PIU605

PIU606

PIU607

PIU608

COU6

PIU701

PIU702

PIU703

COU7:1

PIU705

PIU706

PIU707COU7:2

PIU708

PIU709

PIU7010

COU7:3

PIU704

PIU7011PIU7012

PIU7013

PIU7014COU7:4

PIU1001

PIU1002

PIU1003

PIU1004

PIU1005

PIU1006

PIU1007

PIU1008

PIU1009

PIU10010

PIU10011

PIU10012

PIU10013

PIU10014

COU10

PIVR101

PIVR102

PIVR103

PIVR104

PIVR105

COVR1

PIVR201

PIVR202

PIVR203

PIVR204

PIVR205

COVR2

PIVR301

PIVR302

PIVR303

PIVR304

PIVR305

COVR3

PIY101

PIY102COY1

-This Page Intentionally left Blank-

c:1:J· r6 ... C

111111111

29 .. 104

NOTE: * = NOT INSTALLED

MIDIAN ELECTRONICS, INC.

DATE: 2007-12-16 DWG BY:DML APPR

SVR-1-KW l /V M-3-KW l REV DOCUMENT NAME

D-l CP

TOP SHEET PROJECT NUMBER

DESIGNER:CJS REV:2013-01-21 COPYRIGHT© 2013 l of 2 7508

<COR IN

PAC101 PAC102COC1

PAC401PAC402 COC4

PAC502

PAC501 COC5

PAC602

PAC601

COC6

PAC701

PAC702

COC7

PAC1001PAC1002 COC10



PAC1401 PAC1402COC14


PAC1601

PAC1602

COC16PAC1701

PAC1702 COC17

PAC4001

PAC4002 COC40



PAD102

PAD101

COD1

PAD201

PAD202 COD2

PAD701

PAD702 COD7

PAD902PAD901 COD9

PAP101PAP102

PAP103PAP104

PAP105PAP106

PAP107PAP108

PAP109PAP1010

PAP1011PAP1012

PAP1013PAP1014

PAP1015PAP1016

PAP1017PAP1018

PAP1019PAP1020

PAP1021PAP1022

PAP1023PAP1024

PAP1025PAP1026

PAP10BL

PAP10BR

COP1

PAR901 PAR902COR9

PAR1001PAR1002 COR10

PAR1101

PAR1102 COR11

PAR1201 PAR1202COR12

PAR1301

PAR1302 COR13PAR1401

PAR1402 COR14


PAR1601

PAR1602

COR16PAR1801

PAR1802 COR18


PAR2001

PAR2002 COR20PAR2101 PAR2102COR21

PAR3001

PAR3002 COR30


PAR4301

PAR4302 COR43





PAR6402

PAR6401

COR64

COtb0sch2

PAU301PAU302PAU303PAU304PAU305PAU306PAU307PAU308PAU309PAU3010PAU3011PAU3012

PAU3013 PAU3014 PAU3015 PAU3016 PAU3017 PAU3018 PAU3019 PAU3020 PAU3021 PAU3022 PAU3023 PAU3024PAU3025PAU3026PAU3027PAU3028PAU3029PAU3030PAU3031PAU3032PAU3033PAU3034PAU3035PAU3036

PAU3037PAU3038PAU3039PAU3040PAU3041PAU3042PAU3043PAU3044PAU3045PAU3046PAU3047PAU3048

COU3

PAU601 PAU602 PAU603 PAU604

PAU605PAU606PAU607PAU608COU6

PAU701PAU702PAU703PAU704PAU705PAU706PAU707

PAU708 PAU709 PAU7010 PAU7011 PAU7012 PAU7013 PAU7014

COU7

PAU10014

PAU10013 PAU10012 PAU10011 PAU10010 PAU1009 PAU1008PAU1007

PAU1006PAU1005PAU1004PAU1003PAU1002PAU1001

COU10

PAvariant201 PAvariant202 PAvariant203 PAvariant204 PAvariant205 PAvariant206PAvariant207

PAvariant208PAvariant209PAvariant2010PAvariant2011PAvariant2012PAvariant2013PAvariant2014

PAvariant20TH25PAvariant20TH24


PAvariant20TH21



PAvariant20TH16



PAvariant20TH11




PAvariant20TH1

PAvariant2048 PAvariant2047 PAvariant2046 PAvariant2045 PAvariant2044 PAvariant2043 PAvariant2042 PAvariant2041 PAvariant2040 PAvariant2039 PAvariant2038 PAvariant2037PAvariant2036

PAvariant2035

PAvariant2034

PAvariant2033

PAvariant2032

PAvariant2031

PAvariant2030

PAvariant2029

PAvariant2028

PAvariant2027

PAvariant2026

PAvariant2025

PAvariant2024PAvariant2023PAvariant2022PAvariant2021PAvariant2020PAvariant2019PAvariant2018PAvariant2017PAvariant2016PAvariant2015

PAvariant20BR

PAvariant20BL

COvariant2

PAY101

PAY102

COY1

Documents

SVR-1-KW1-2018-03-20 Rev D - Midian Electronics · 7 KENWOOD TK-7180 & TK-8180: Plug the unit onto the options connector CN-403. COR: Solder a wire from the COR pad on the SVR-1 to