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Operation, Locomotive lighting effects, Cv 53: fx5b lighting control – SoundTraxx TSU-IM1000 User Manual

Page 8: Cv 54: fx6b lighting control

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Tsunami User’s Guide for the TSU-IM1000 Digital Sound Decoder

Page 5

Locomotive Lighting Effects

Each TSU-IM1000 decoder includes six lighting outputs that have been

pre-programmed to match the locomotive’s lighting features. Each output can

be independently set to any of 15 different Hyperlight™ lighting effects, which

include dimmable headlight, Mars light, Gyralight, single and double-flash

strobe lights, and Type I and II ditch lights, among others. Table C highlights

the default lighting outputs of each decoder as they correspond to the six pins

on the connector, including which CV adjusts that output’s Hyperlight effect.

For example, to change the ditch lights on a GE GEVO-12 decoder from

Type I to Type II, adjust the values in CVs 52 and 53. Additional information

related to lighting effect CVs 53 – 58 immediately follows Table C.

CV 53: FX5B Lighting Control

CV 53 is used to control the second lighting output associated with

Function 5 (i.e., FX5B). FX5B can be programmed with any of SoundTraxx’s

Hyperlight lighting effects. Program FX7 as indicated in Tables A and B of

this addendum to turn on FX5B lighting control. Refer to the Tsunami Diesel

Technical Reference for full information related to programming CV 53 for

FX5B lighting control.

CV 54: FX6B Lighting Control

CV 54 is used to control the second lighting output associated with

Function 6 (i.e., FX6B). FX6B can be programmed with any of SoundTraxx’s

Hyperlight lighting effects. Refer to the Tsunami Diesel Technical Reference

for full information related to programming CV 54 for FX6B lighting control.

IMPORTANT NOTE: Lighting function FX6B is not directly supported on the

6-pin wire harness. To use FX6B lighting control, you must solder a wire to

the FX6B output. To locate the FX6B output, orient the decoder so that the

6-pin connector is on the left side and the three 2-pin connectors are on the

right. Flip the decoder over (top over bottom, not end over end) so that the

6-pin connector is on the left underside. The FX6B output will be the top

right-hand pad in the set of six pads on the far left side of the decoder.

Operation

Table C. TSU-IM1000 Default Lighting Outputs

Hyperlight

CV

EMD 567

EMD 645

Turbo

GE GEVO-12

Pin 1

51

Mars Light

Number Board

Number Board

Pin 2

49

Headlight

Headlight

Headlight

Pin 3

50

Number Board

Backup Light

Backup Light

Pin 4

52

Side Lights

Ditch Lights

R Ditch Light

Pin 5

N/A

+ Common

+ Common

+ Common

Pin 6

53

-

-

L Ditch Light

Table D. TSU-IM1000 Advanced Motor Control Default Values

CV

EMD 645 Turbo

GE GEVO-12

Description

EMD 567

209

Kp Coefficient

30

25

210

Ki Coefficient

25

25

212

Motor Control Intensity

255

255

213

Motor Control Sample Period

24

24

214

Motor Control Sample Aperture Time

7

7

Bit 7

Bit 0

FX6B.R FX6B.F FX6A.R FX6A.F FX5B.R FX5B.F FX5A.R FX5A.F

Bit 7

Bit 0

FX6OVR FX5OVR