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YORKVILLE LP-LED2M, Service Manual

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YORKVILLE LP-LED2M Service Manual Download Page 9

Battery Charger

Section:

Product(s):

Battery_Charger.SchDoc

M1489

1

2

Sheet

Of

PCB#:

Rev#:

Modified:

V01

File:

2021-11-30

LP-LED2M

EML Rev#:

XX

STB80N4F6AG

D2PAK

7039

G

D

S

Q2

SOT23-6

LM74700-Q1

7040

VCAP

1

GND

2

EN

3

CATHODE

4

GATE

5

ANODE

6

U5

1

0

0

N

0805

5

0

V

C3

SOT23-5

OPA377

6703

3

4

1

-

+

V+

5

V-

2

U1

SGND

2

2

0

N

1206

5

0

V

C

7

SOT23-6

AP63300WU

6705

FB

1

VIN

3

EN

2

GND

4

SW

5

BST

6

U8

W

2

5

0

10R

1206

R29

1

0

U

1210

5

0

V

C15

1

0

U

1210

5

0

V

C

1

6

100N

0805

50V

C17

1

0

U

1210

5

0

V

C

1

9

1

0

U

1210

5

0

V

C

2

0

1

0

U

1210

5

0

V

C

2

1

120UH

8108

L2

W

1

2

5

187K

0805

R30

W

1

2

5

36K0

0805

R31

0805

5

0

V

1

0

0

P

C

1

8

8200NH

L1

8200NH

L3

1

0

U

1210

5

0

V

C22

GND

+5V Supply Circuit

BSENS_GND

0.1%

W125

10K00

0805

R1

0.1%

W125

200K0

0805

R2

0.1%

W

1

2

5

31K6

0805

R3

1

0

0

N

0805

5

0

V

C1

0.1%

W

1

2

5

31K6

0805

R6

0.1%

W125

4K02

0805

R4

0.1%

W125

10K00

0805

R5

GND

4

7

0

N

1206

5

0

V

C25

W250

1R0

1206

R36

W100

100R

0805

R35

W

1

2

5

100K

0805

R34

FGND

FAN

FAN CONNECTOR

FAN CONTROL PIN 38 of U3

2

4219

1

W5:1

2

4219

2

W5:2

0R8

0A2

R37

SOT323

DMN3067LW

8276

2

1

3

S

D

G

Q5

DO214AC

B160

D2

PTC FOR SHORT PROTECTION

FGND

TQFP-44

6701

CY8C4126AXI

P0.5

29

P0.6

30

P0.7

31

XRES

32

VCCD

33

VDDD

34

VDDA

35

VSSA

36

P1.0

37

P1.1

38

P1.2

39

P1.3

40

P1.4

41

P1.5

42

P1.6

43

P1.7/VREF

44

P0.3

27

P2.0

2

P4.3

23

P2.4

6

P0.4

28

P2.2

4

P3.3

14

P0.1

25

VSS

1

P3.1

12

P0.0

24

P3.2

13

P2.6

8

P2.3

5

P2.5

7

P2.7

9

P3.0

11

P0.2

26

VSS

10

P2.1

3

P4.1

21

P4.2

22

P4.0

20

P3.4

15

VDDD

19

P3.5

16

P3.6

17

P3.7

18

U3

GRN
90%

7031

LD2

GRN
50%

7031

LD4

GRN
75%

7031

LD3

RED

LOW BATT

7033

LD6

YEL
25%

7032

LD5

NEEDS CHARGING

7036

R

E

D

LD1:1

CHARGED

7036

G

R

N

LD1:2

825R

W

1

0

0

0805

R13

W

1

2

5

562R

1206

R14

W

1

0

0

825R

0805

R18

W

1

0

0

825R

0805

R19

W

1

2

5

562R

1206

R15

W

1

2

5

562R

1206

R16

W

1

2

5

562R

1206

R17

BSC079N03LSC G

PDSON-8

7037

G

D

S

Q202

BSC079N03LSC G

PDSON-8

7037

G

D

S

Q201

1

U

1206

5

0

V

C205

1

0

U

1210

5

0

V

C

2

0

3

1

0

U

1210

5

0

V

C

2

0

4

100N

0805

50V

C206

100N

0805

50V

C210

DO214AC

B160

D200

W

1

2

5

75K

0805

R213

0.1%

W

1

2

5

100K0

0805

R215

0.1%

W

2

5

0

1M00

0805

R214

1

W

0

0

10R

2512

R206

1

U

1206

5

0

V

C201

QFN16

BQ24620

6702

ISET

7

HIDRV

15

PH

14

CE

2

SRP

10

LODRV

13

TS

4

STAT

3

VCC

1

VREF

6

PG

5

BTST

16

GND/PP

1

1

VFB

8

SRN

9

REGN

12

U200

1

0

U

1210

5

0

V

C209

13mm

2916
6.0UH

L200

1

0

U

1210

5

0

V

C

2

0

7

1

0

U

1210

5

0

V

C

2

0

8

1

0

U

1210

5

0

V

C

2

1

1

1

0

U

1210

5

0

V

C

2

1

2

1

0

U

1210

5

0

V

C

2

1

3

1

0

U

1210

5

0

V

C

2

1

4

0

8

0

5

5

0

V

2

2

P

C

2

1

5

SGND

B2_GND

B2_GND

B2_GND

B2_GND

SGND

1

U

1206

5

0

V

C200

SGND

W

1

0

0

9K09

0805

R204

1

0

0

N

0805

5

0

V

C202

W100

100R

0805

R205

SGND

Charge Circuit for Batt2

Therm In Battery

R208

B2_GND

SGND

SOT23-6

INA186A1

6704

VS

1

GND

4

IN-

8

REF

3

IN+

7

OUT

5

EN

2

U201

1W00

0R01

2010

R217

Vref_2V5

Vref_2V5

W

1

0

0

1K0

0805

R218

W

1

0

0

1K0

0805

R219

10U

0805

16V

C216

Therm_Sense1

Therm_Sense2

Therm_Sense2

BATT1+

BATT2+

BATT1+

BATT2+

B1_GND

B2_GND

BATT2_AMPS

BATT2+

BATT2_AMPS

BATT1_AMPS

BATT1_VOLTS

BATT2_VOLTS

BATT1_VOLTS

BATT2_VOLTS

SGND

BATTERY1

BATTERY2

SOT23-5

OPA377

6703

3

4

1

-

+

V+

5

V-

2

U2

BSENS_GND

0.1%

W125

10K00

0805

R7

0.1%

W125

200K0

0805

R8

0.1%

W

1

2

5

31K6

0805

R9

1

0

0

N

0805

5

0

V

C2

0.1%

W

1

2

5

31K6

0805

R12

0.1%

W125

4K02

0805

R10

0.1%

W125

10K00

0805

R11

Vref_2V5

7732
220UH

L4

+5V_CLEAN

W100

100R

0805

R32

W100

100R

0805

R33

1

0

U

1210

5

0

V

C

2

3

2

2

0

N

1206

5

0

V

C24

SOT23-5

REF4132

6706

NC

1

EN

3

VIN

4

GND

2

VREF

5

U9

Vref_2V5

BATTERY1 STATUS

COMBINER

VREF 2V5

1

2

2

2

W3

FROM PS

+24V

VSTBY

+5V

+5V

1

U

1206

5

0

V

C5

STB80N4F6AG

D2PAK

7039

G

D

S

Q1

SOT23-6

LM74700-Q1

7040

VCAP

1

GND

2

EN

3

CATHODE

4

GATE

5

ANODE

6

U4

SGND

2

2

0

N

1206

5

0

V

C

6

STB80N4F6AG

D2PAK

7039

G

D

S

Q3

SOT23-6

LM74700-Q1

7040

VCAP

1

GND

2

EN

3

CATHODE

4

GATE

5

ANODE

6

U6

SGND

2

2

0

N

1206

5

0

V

C

8

COMB1

COMB2

MONITOR

BATTERY2 STATUS

MONITOR

2

2

0

N

1206

5

0

V

C

9

2

2

0

N

1206

5

0

V

C

1

0

STAT_BQ2

CE_BQ

PG_BQ

STAT_BQ2

STAT_BQ1

CE_BQ
PG_BQ

1W00

0R01

2010

R21

1W00

0R01

2010

R22

MCB150N06YB

D2PAK

7045

G

D

S

Q4

VSSOP10

6644

TPS2491

OUT

7

VREF

2

VCC

10

TIMER

4

PROG

3

EN

1

PG

6

GND

5

GATE

8

SENSE

9

U7

W

2

5

0

10R

1206

R24

1K0

W

1

0

0

0805

R28

0805

5

0

V

1

0

0

P

C14

0805

5

0

V

1

0

0

N

C11

W

1

2

5

4K02

0805

R20

W100

1K0

0805

R23

SGND

SGND

LIGHTS_EN

BSC079N03LSC G

PDSON-8

7037

G

D

S

Q102

BSC079N03LSC G

PDSON-8

7037

G

D

S

Q101

1

U

1206

5

0

V

C105

1

0

U

1210

5

0

V

C

1

0

3

1

0

U

1210

5

0

V

C

1

0

4

100N

0805

50V

C106

100N

0805

50V

C110

DO214AC

B160

D100

W

1

2

5

75K

0805

R113

0.1%

W

1

2

5

100K0

0805

R115

0.1%

W

2

5

0

1M00

0805

R114

1

W

0

0

10R

2512

R106

1

U

1206

5

0

V

C101

QFN16

BQ24620

6702

ISET

7

HIDRV

15

PH

14

CE

2

SRP

10

LODRV

13

TS

4

STAT

3

VCC

1

VREF

6

PG

5

BTST

16

GND/PP

1

1

VFB

8

SRN

9

REGN

12

U100

1

0

U

1210

5

0

V

C109

13mm

2916
6.0UH

L100

1

0

U

1210

5

0

V

C

1

0

7

1

0

U

1210

5

0

V

C

1

0

8

1

0

U

1210

5

0

V

C

1

1

1

1

0

U

1210

5

0

V

C

1

1

2

1

0

U

1210

5

0

V

C

1

1

3

1

0

U

1210

5

0

V

C

1

1

4

5

0

V

2

2

P

C

1

1

5

SGND

B1_GND

B1_GND

B1_GND

B1_GND

SGND

1

U

1206

5

0

V

C100

SGND

W

1

0

0

9K09

0805

R104

1

0

0

N

0805

5

0

V

C102

W100

100R

0805

R105

SGND

Charge Circuit for Batt1

Therm In Battery

To BATT W1

R108

B1_GND

SGND

SOT23-6

INA186A1

6704

VS

1

GND

4

IN-

8

REF

3

IN+

7

OUT

5

EN

2

U101

1W00

0R01

2010

R117

W

1

0

0

1K0

0805

R118

W

1

0

0

1K0

0805

R119

10U

0805

16V

C116

Vref_2V5

Therm_Sense1

BATT1+

BATT1_AMPS

STAT_BQ1

CE_BQ

PG_BQ

COMB1

COMB2

FAN_CNTRL

FAN_CNTRL

LIGHTS_EN

+24V

SGND

2N7002
7986

SOT-23

G

D

S

Q100

DNS

1W00

0R01

2010

R116

DNS

1W00

0R01

2010

R216

1W00

0R01

2010

R109

1W00

0R01

2010

R209

W100

7K50

0805

R100

W

1

2

5

200K

0805

R101

W

1

2

5

31K6

0805

R102

SGND

ISET

W

1

2

5

200K

0805

R201

ISET

470N

1206

50V

C26

To Controller Board

Vref_2V5

1

10

W8:1

2

10

W8:2

3

10

W8:3

4

10

W8:4

5

10

W8:5

6

10

W8:6

7

10

W8:7

8

10

W8:8

9

10

W8:9

10

10

W8:10

+5V

TMS/SWDIO

TCLK/SWCLK

TMS/SWDIO

TCLK/SWCLK

P

R

O

G

R

A

M

 H

D

R

CPU

1

2

2

2

3

2

W1

1

2

2

2

3

2

W2

B2_GND

B1_GND

V OUT

SG1

100N

0805

50V

C12

W

2

5

0

10R

1206

R25

VSTBY

CPUGND

CPUGND

CPUGND

CPUGND

CPUGND

CPUGND

CPUGND

VOUT

SOD123

B0540

D3

W

1

0

0

2K32

0805

R38

W125

36K0

0805

R27

SOT23

MMBT3906LT1

7805

Q6

+5V

SOD123

B0540

D4

W

1

0

0

100R

0805

R40

W125

36K0

0805

R39

SOT23

MMBT3906LT1

7805

Q7

+5V

UART_OUT

SGND

CHRG_STATUS

CHRG_STATUS

+5V_CLEAN

+5V_CLEAN

SOD123

B0540

D6

SOD123

B0540

D5

W

2

5

0

10R

1206

R41

+24V

CPUGND

CPUGND

0.1%

W125

10K00

0805

R45

+5V

XRES

W

1

2

5

36K0

0805

R46

1

0

0

N

0805

5

0

V

C28

W

1

2

5

36K0

0805

R47

SOT-23

MMBT3904
7838

Q8

CPUGND

UART_OUT

UART_IN

XRES

100N

0805

50V

C29

CPUGND

1

0

0

N

0805

5

0

V

C4

CPUGND

+5V

TP2

TP1

TEST UART OUT

TEST DAC1 OUT

1

U

1206

5

0

V

C30

N1

4

 P

IN

4

2

6

9

1

2

3

4

W6

1

2

W4:1

2

2

W4:2

R48

SGND

B1_GND

B2_GND

SOD123

6V2

D101

5VCL_EN

SOD123

6V2

D201

SGND

SGND

To BATT W2

5VCL_EN

+5V_CLEAN

+5V_CLEAN

B2_GND

B1_GND

BSENS_GND

BSENS_GND

BSENS_GND

SOD123

B0540

D7

CPUGND

5V CLEAN

R43

SGND

DNS

SOT23-5

SDA

3

SCL

1

VSS

2

VCC

4

CAT24C02

6714

WP

5

U10

+5V

DNS

W

1

2

5

4K02

0805

R44

DNS

W

1

2

5

4K02

0805

R49

CPUGND

+5V

ON/OFF

TP3

D

N

S

W

1

2

5

0R0

0805

R50

100N

0805

50V

C217

B2_GND

100N

0805

50V

C117

B1_GND

CON_HOLE_140

1

GH1

B1_GND

CON_HOLE_140

1

GH2

B2_GND

W250

0R

1206

R103

W250

0R

1206

R110

W250

0R

1206

R203

W250

0R

1206

R210

W100

100R

0805

R51

BSENS_GND

BSENS_GND

120uH
8101

L5

N2

N3

N4

N5

SOT23-6

INA186A1

6704

VS

1

GND

4

IN-

8

REF

3

IN+

7

OUT

5

EN

2

U11

Vref_2V5

+5V_CLEAN

100N

0805

50V

C27

AMPS_TO_LIGHTS

AMPS_TO_LIGHTS

SGND

SGND

W

1

0

0

1K0

0805

R52

W

1

0

0

1K0

0805

R53

10U

0805

16V

C31

CON_HOLE_140

1

GH3

CON_HOLE_140

1

GH4

CPUGND

SGND

0.1%

W125

10K00

0805

R54

10N

0805

50V

C32

+5V

N9

N8

N6

N7

N10

N15

N16

N14

N13

N11

N12

N18

N17

N24

N25

N23

N20

N19

N21

N22

SIRA01DP

7046

TDSON8-1

G

S

D

Q9

SIRA01DP

7046

TDSON8-1

G

S

D

Q10

W

1

2

5

200K0

0805

R55

SGND

W

1

2

5

31K6

0805

R56

1

U

1206

5

0

V

C33

100N

0805

50V

C34

W125

36K0

0805

R57

W125

36K0

0805

R58

SOT-23

MMBT3904
7838

Q11

W125

36K0

0805

R59

PS_CONNECT_CNTL

24V_MON

24V_MON

PS_CONNECT_CNTL

+24VSW

+24VSW

+24VSW

+24VSW

SGND

0805

50V

100P

C35

0805

50V

100P

C36

W

1

2

5

562R

1206

R60

N26

LIGHTS POWER

Summary of Contents for LP-LED2M

Page 1: ...cing SMT components requires expensive specialized de soldering equipment and training Yorkville Sound will repair and replace defective SMT components to ensure proper quality assurance and installation is maintained U S A Yorkville Sound Inc 4625 Witmer Industrial Estate Niagara Falls New York 14305 USA Voice 716 297 2920 Fax 716 297 3689 WORLD HEADQUARTERS CANADA Yorkville Sound Limited 550 Gra...

Page 2: ...urs qui produisent de la chaleur Les dispositifs marqués d une symbole d éclair sont des parties dangereuses au toucher et que les câblages extérieurs connectés à ces dispositifs de connection extérieure doivent être effectivés par un opérateur formé ou en utilisant des cordons déjà préparés Cordon d Alimentation Ne pas enlever le dispositif de sécurité sur la prise polarisée ou la prise avec tige...

Page 3: ... t i n g L i g h t b a r LP LED2M Contains Transmitter Module FCC ID WAP2011 Contains Transmitter Module ID 7922A 2011 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 DRY LOCATIONS ...

Page 4: ...ption 200VA 1 7A 120VAC Nominal Stand Mount Size 1 3 8 inch Round Controller Cable Yorkville Standard Shielded 3 pin XLR Cable Other DMX Standard Shielded 3 pin XLR Cable Dimensions LWH 27 x 4 8 x 11 1 inches 68 6 x 12 25 x 28 2 cm Weight 22 5 lbs 10 2 kg Specifications subject to change without notice Specifications ...

Page 5: ...ation de Puissance des DEL 200VA 1 7A 120VAC Nominal Taille montage sur support 1 pouce 3 8 Rond Câble de raccordement pour contrôleur Câble Blindé Standard avec prise XLR 3 tiges Autre Câble XLR 3 broches blindé standard Dimensions LPH 27 x 4 8 x 11 1 pouce 68 6 x 12 25 x 28 2 cm Poids 22 5 lbs 10 2 kg Spécifications sujettes à changement sans préavis ...

Page 6: ... RES U1 6703 OPA377 SNGL OPAMP IC SMT SOT235 C36 7927 100P 50V 10 CAP 0805 SMT NPO R4 8189 W125 4K02 0 1 0805 SMT RES U2 6703 OPA377 SNGL OPAMP IC SMT SOT235 C100 7734 __1U0 50V 10 CAP 1206 SMT CER R5 7928 W125 10K00 0 1 0805 SMT RES U3 6701 CY8C4126AXI MCU 32BT TQFP44 SMT IC C101 7734 __1U0 50V 10 CAP 1206 SMT CER R6 5067 W125 31K6 0 1 0805 SMT RES U4 7040 LM74700 Q1 IDEAL DIODE CNTRL SOT236 C102...

Page 7: ...805 SMT X7R R17 7621 W100 1K0 1 0805 SMT RES U10 7959 QUAD TRI STATE BUFFER SMT SOIC14 C45 7878 __1U 25V 20 CAP 1206 SMT X7R R18 7621 W100 1K0 1 0805 SMT RES U11 6658 RS485 422 RCVR IC SMT SOT23 5 C46 7878 __1U 25V 20 CAP 1206 SMT X7R R19 7676 W100 2K0 1 0805 SMT RES U13 6679 TLV2316 DUAL OPAMP LOWNOISE SMT SO8 C47 5979 100N 50V 5 CAP 0805 SMT X7R R20 7621 W100 1K0 1 0805 SMT RES U14 6679 TLV2316 ...

Page 8: ...25 D4 7893 MBRA340T3 40V 3A SHTKY 403D SMT U5 6653 AL8805 HE 36V 1A BUCK LED DRV SOT25 D5 7893 MBRA340T3 40V 3A SHTKY 403D SMT U6 8214 MC78L05 REG 5V SMT SO8 D6 7620 MMBZ5227B 3V6 0W35 5 SMT ZEN W1 7994 2X2 3 MM MICRO MATE N LOK SMT D7 7520 BZX84B5V1 5V1 0W2 SOT 23 SMT ZEN W2 4219 2 PIN HEADER 2MM HORZ SM4 SMT HW2 8826 4 40X3 16 FLAT PHIL U C TRILOB W3 4183 10 CIR DUAL ROW HDR 0 05 SPC SMT HW3 892...

Page 9: ..._BQ1 CE_BQ PG_BQ 1W00 0R01 2010 R21 1W00 0R01 2010 R22 MCB150N06YB D2PAK 7045 G D S Q4 VSSOP10 6644 TPS2491 OUT 7 VREF 2 VCC 10 TIMER 4 PROG 3 EN 1 PG 6 GND 5 GATE 8 SENSE 9 U7 W250 10R 1206 R24 1K0 W100 0805 R28 0805 50V 100P C14 0805 50V 100N C11 W125 4K02 0805 R20 W100 1K0 0805 R23 SGND SGND LIGHTS_EN BSC079N03LSC G PDSON 8 7037 G D S Q102 BSC079N03LSC G PDSON 8 7037 G D S Q101 1U 1206 50V C105...

Page 10: ...ANGE HISTORY POTENTIOMETERS AND KNOBS PINOUT DIAGRAMS DESIGN HISTORY AND INFORMATION THIS SHEET CONTAINS A CHANGE HISTORY LOG A LIST OF THE POTS KNOBS AND A LEADS PINS REFERENCE SECTION V01 RELEASE FOR PRODUCTION 26 OCT 2021 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPT...

Page 11: ... C25 FROM PS M1489 V01 50 R103 R116 To CNTRL To BATT To BATT LP LED2M 4264 2501 4269 4274 4274 SF 1U 100N 100N 31K6 31K6 200K0 10K00 100N 24SD 8200NH 8200NH M747 0R 0R 1U 22P 100N 0R 22P 100N 10U 10U WA WA 470N 36K0 100N 1U 1K0 1K0 RED 825R 31K6 4K02 4K02 YEL TPS2491 4183 DNS SF 562R STB80N4F6AG 079N03LS 100K0 1M00 75K 10U 1ZLW 10U 1ZLW 1K0 STB80N4F6AG STB80N4F6AG N30 K1N 10U K1N 100N TP SF DNS SF...

Page 12: ...on Product s Assembly SchDoc M1489 1 Sheet Of PCB Rev Modified V01 File 2021 11 30 LP LED2M EML Rev XX Tmp Rev V032 THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD PCB HARDWARE 1 Use pizza cutter to separate panel and appropriate tool for connector ends SPECIAL PRODUCTION NOTES PCB ASSEMBLY DOCUMENTATION ...

Page 13: ...ANGE HISTORY POTENTIOMETERS AND KNOBS PINOUT DIAGRAMS DESIGN HISTORY AND INFORMATION THIS SHEET CONTAINS A CHANGE HISTORY LOG A LIST OF THE POTS KNOBS AND A LEADS PINS REFERENCE SECTION V01 RELEASE FOR PRODUCTION 26 OCT 2021 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPT...

Page 14: ... 1 4 3 6 5 8 7 10 9 12 11 14 13 16 15 18 17 20 19 22 21 24 23 1 2 3 4 5 6 7 8 9 10 11 12 S1 DGGND DGGND CH 1 CH 2 FUNCTION 50V 100N 0805 C42 3V3 DGGND 50V 100N 0805 C43 3V3 DGGND 1206 25V 1U C48 SO8 MC33063A 7719 INV 5 ISEN 7 DRV_C 8 SW_E 2 SW_C 1 VCC 6 TCAP 3 GND 4 U2 0805 50V 330P C5 ELE 8mm 25V 100U C7 ELE 8mm 6V3 680U C6 W125 3K01 0805 R2 W125 1K21 0805 R3 W250 0R27 1206 R1 220UH 8152 L7 GND G...

Page 15: ...ONTROLLER W250 100R 1206 R52 UART2_RX DGGNDX DGGNDX 3V3X 1W00 1K 2512 R53 1W00 1K 2512 R54 DMX FROM LINK LINK 100N 0805 50V C49 100N 0805 50V C68 100N 0805 50V C67 SOT323 DMN3067LW 8276 2 1 3 S D G Q2 SOT23 5 RO VCC GND B MAX3280E 6658 A U11 UART1_TX PIN 1 OF MICRO UART0_TX UART0_RX UART2_RX PTB19 PTB19 PTB18 PTB18 FROM MICRO U1 82K5 W125 0805 R47 0805 50V 100P C56 0805 50V 100P C57 82K5 W125 0805...

Page 16: ... HISTORY AND INFORMATION THIS SHEET CONTAINS A CHANGE HISTORY LOG A LIST OF THE POTS KNOBS AND A LEADS PINS REFERENCE SECTION V01 RELEASE FOR PRODUCTION 26 OCT 2021 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC S2 P5 P1 P2 8636 3425 4969 4969 4969 4527 9...

Page 17: ... Tie U5 CHASSIS GND C16 R86 W4 DMX INPUT L5 L3 R57 CH SEL e R32 CH 1 FUNCTION J7 POD 2 R52 D4 M1490 V01 POD 1 C67 LP LED2M DGGND LOOP AUDIO TO DMX INPUT 24v FROM POWER SUPPLY U1 PROGRAM CH 2 RADIATION PATTERN BRIGHTNESS S N LABEL 3V3 SUPPLY Inner Dimension 3 938 015 2337 7012 4194 4194 3923 6482 2343 2327 4969 4969 4193 3923 3922 3425 3918 4527 4969 3922 2337 4269 1U 1U T3 1K0 2K0 100R 47R CC55 1K...

Page 18: ... 12 07 LP LED2M EML Rev XX Tmp Rev V031 THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD PCB HARDWARE 1 PCBSA ADD RTV WHERE APPROPRIATE 2 PCBSA USE JIG SHOWN BELOW TO PLACE BLACK CAP YS 8636 ON TO SWITCH YS 3425 3 PCBSA USE PIZZA CUTTER TO SEPARATE BOARD FROM PANEL WHERE SMT COMPONENTS ARE CLOSE TO THE SCORE LINE PCB ASSEMBLY DOCUMENTATION YS 342...

Page 19: ... HISTORY AND INFORMATION THIS SHEET CONTAINS A CHANGE HISTORY LOG A LIST OF THE POTS KNOBS AND A LEADS PINS REFERENCE SECTION V01 RELEASE FOR PRODUCTION 26 OCT 2021 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC S2 P5 P1 P2 8636 3425 4969 4969 4969 4527 9...

Page 20: ...250 R5 W063 R35 10K SOT 23 5V1 D7 W250 100R 1206 R15 W125 10K 0805 R14 5V GND SO8 IN OUT MC78L05 U6 VCC GND 100N 0805 50V C20 5V W250 0R R16 VCC VCC 0R W250 R24 W250 0R R17 W250 0R R18 W250 0R R44 W250 0R R45 W250 0R R46 GND GND 0R W250 R26 0R W250 R3 GND GND 5V 5V P15 2 P15 3 P15 2 0R W250 R38 W250 0R R43 0R W250 R7 1 10 W3 1 2 10 W3 2 3 10 W3 3 4 10 W3 4 5 10 W3 5 6 10 W3 6 7 10 W3 7 8 10 W3 8 9...

Page 21: ...p Rev V031 CHANGE HISTORY POTENTIOMETERS AND KNOBS PINOUT DIAGRAMS DESIGN HISTORY AND INFORMATION THIS SHEET CONTAINS A CHANGE HISTORY LOG A LIST OF THE POTS KNOBS AND A LEADS PINS REFERENCE SECTION V01 RELEASE FOR PRODUCTION 26 OCT 2021 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER ...

Page 22: ... R25 R40 LD2 R15 C19 R35 D7 TP2 P C B S A YS 8826 R32 LD4 C21 R52 4 GND THERM SENSE e WHT LEDS DRIVER LP LED2X 4X 2M INTO HEATSINK GRN LEDS DRIVER LED POD PCB 6 SCREW R B B G G R 1 2 R G R TP TP W W B B G W W 5919 5919 4 2 1 9 5919 8214 7994 5919 SEE NOTE 1 6654 A6 1U 0R 10K 0R1 0R A6 10K 1U 1U 0R 1K 3V6 C 100R 1U 1U 0R 1U 0R A6 1U 123 0R A34 0R 0R 0R 0R 0R 10K 301 0R 0R 0R 123 A34 0R 0R 0R1 0R 10...

Page 23: ...01 LP LED2X 4X 2M EML Rev XX Tmp Rev V031 THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD SCREWS AND BOLTS STANDOFFS NUTS PCB HARDWARE SPECIAL PRODUCTION NOTES MISCELLANEOUS PCB ASSEMBLY DOCUMENTATION 1 BEFORE PIZZA CUTTING PANEL FASTEN 6 YS SCREWS 8826 AND WASHERS YS 8925 IN LOCATIONS INDICATED ON THE 6 PCBS IN THE PANEL 2 THEN PIZZA CUT PANEL ...

Page 24: ...p Rev V031 CHANGE HISTORY POTENTIOMETERS AND KNOBS PINOUT DIAGRAMS DESIGN HISTORY AND INFORMATION THIS SHEET CONTAINS A CHANGE HISTORY LOG A LIST OF THE POTS KNOBS AND A LEADS PINS REFERENCE SECTION V01 RELEASE FOR PRODUCTION 26 OCT 2021 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER DATE DESCRIPTION OF CHANGE PC 13 10 7 4 1 9 11 12 8 2 3 5 6 VER ...

Page 25: ... X units may be linked with a standard 3 pin XLR cable connected through the In and Out jacks NOT the DMX In Out jacks When the first unit in the chain is not receiving a control signal its controls are active and the downstream units operate identically to the first unit DMX Internally Integrated Processing Set unit to off position to in order to access DMX Specific operating instructions for the...

Page 26: ...rleur Un microphone interne à sen sibilité automatique déclenche le même circuit sophistiqué de conversion audio lumière Le microphone est actif à moins qu une prise pouce ne soit insérée dans l entrée audio Utilisation de Plusieurs LP LED2M Il est possible de relier plusieurs unités LP LED X à l aide d un câble XLR standard à 3 broches connecté aux prises d entrée et de sortie PAS aux prises d en...

Page 27: ...suffcient load capacity IMPORTANT Utiliser TOUJOURS le pied d enceinte sur une surface plane pour assurer la stabilité Le pied d enceinte doit avoir une capacité de charge suffisante 1 Déployez complètement les pieds du trépied pour une stabilité maximale 2 Positionnez les unités LP LED aux positions désirée sur les poteaux et utilisez des vis à oreilles et des goupilles de verrouillage pour aider...

Page 28: ...AR STEEL C CLAMP 3 32 inch STEEL SAFETY CABLE TRUSS BAR STEEL C CLAMP 3 32 inch STEEL SAFETY CABLE ALWAYS mount the light to a secure approved truss with sufficient load bearing capability to ensure a safe installation ALWAYS perform periodic safety inspections to ensure the installation is safe and secure ALWAYS ensure C clamps are fully tightened with thread locker and properly orient the C clam...

Page 29: ...rom being walked on or pinched If the AC supply cord is damaged DO NOT OPERATE THE UNIT To completely disconnect this apparatus from the AC Mains disconnect the power supply cord plug from the AC receptacle Unplug this apparatus during lightning storms or when unused for long periods of time Route cords away from traffic to avoid tripping hazards and unnecessary wear on the power cord 5 Never Brea...

Page 30: ...n contre les piétinements ou les pincements Si le cordon d alimentation CA est endommagé N UTILISEZ PAS L APPAREIL Pour débrancher complètement cet appareil du secteur débranchez la fiche du cordon d alimentation de la prise secteur Débranchez cet appareil pendant les orag es ou lorsqu il n est pas utilisé pendant de longues périodes Acheminez les cordons à l écart de la circula tion pour éviter l...

Page 31: ...Bluetooth TM SMART S t a g e L i g h t i n g L i g h t b a r s LP LED X DMX MODES ...

Page 32: ...ote The user must change the color on the Light Bar itself and will not have control of it in this mode Additionally if the user needs MAXIMUM INTENSITY the Brightness MUST be set to MAX IMUM on the Lightbar itself Mode 2 8 DMX Channels dip switch 10 set to ON Mode Address 1 2 3 4 5 6 7 8 9 10 11 12 ON CH 1 Intensity of Pod 1 CH 2 Colour for Pod 1 CH 3 Intensity of Pod 2 CH 4 Colour of Pod 2 CH 5 ...

Page 33: ...d 3 CH 15 Intensity for Pod 3 CH 16 Red for Pod 4 CH 17 Green for Pod 4 CH 18 Blue for Pod 4 CH 19 White for Pod 4 CH 20 Intensity for Pod 4 Mode 4 32 DMX Channels dip Switch 10 and 11 set to ON Mode Address 1 2 3 4 5 6 7 8 9 10 11 12 ON CH 1 Red for Pod 1 CH 2 Green for Pod 1 CH 3 Blue for Pod 1 CH 4 White for Pod 1 CH 5 Intensity for Pod 1 CH 6 Strobe Speed for Pod 1 CH 7 Strobe Intensity Bright...

Page 34: ...Strobe Speed for Pod 4 CH 31 Strobe Intensity Brightness for Pod 4 CH 32 Sync to Master CH 8 Mode 5 Occupies 16 DMX Channels Dip Switch 12 Up from the Right Only Mode Address 1 2 3 4 5 6 7 8 9 10 11 12 ON CH 1 Chase Effect CH 2 Colour Fade Effect CH 3 Mixed Colour Fade Effect CH 4 Audio Modulated Sound Active 3 Band Slow or 4 Band Fast CH 5 Flash All Sound Active CH 6 Flash Pairs Sound Active CH 7...

Page 35: ...tilisateur doit changer la couleur sur la barre lumineuse elle même Il n en aura pas le contrôle dans ce mode De plus si l utilisateur a besoin d une INTENSITÉ MAXIMALE la lumino sité DOIT être réglée sur MAXIMUM sur la barre de lumière elle même Mode 2 8 canaux DMX le commutateur Dip 10 réglé à ON Mode Address 1 2 3 4 5 6 7 8 9 10 11 12 ON C 1 Intensité du Pod 1 C 2 Couleur du Pod 1 C 3 Intensité...

Page 36: ...rt pour Pod 4 C 18 Bleu pour Pod 4 C 19 Blanc pour Pod 4 C 20 Intensité pour Pod 4 Mode 4 32 canaux DMX les commutateurs Dip 10 et 11 réglés à ON Mode Address 1 2 3 4 5 6 7 8 9 10 11 12 ON C 1 Rouge pour Pod 1 C 2 Vert pour Pod 1 C 3 Bleu pour Pod 1 C 4 Blanc pour Pod 1 C 5 Intensité pour Pod 1 C 6 Vitesse stroboscopique pour Pod 1 C 7 Intensité luminosité du strobe pour Pod 1 C 8 Synchronisation ...

Page 37: ... 4 C 32 Synchronisation au C 8 Master Mode 5 Occupe 16 canaux DMX le commutateurs Dip 12 réglé à ON et 10 et 11 réglés à OFF Mode Address 1 2 3 4 5 6 7 8 9 10 11 12 ON C 1 Effet Chase C 2 Effet Fondu de Couleur C 3 Effet Couleur Mixte C 4 Modulation Par Audio Activé Par Le Son La vitesse et les couleurs avec 4 bandes dépendent du réglage du curseur C 5 Flash Tous Activé Par Le Son C 6 Flash Par Pa...

Page 38: ...Yorkville Sound 550 Granite Court Pickering Ontario Canada L1W 3Y8 Auto Attend 905 837 8550 Fax 905 837 8746 www yorkville com ...

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