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BALLAST CONTROLLER MODULE

INSTALLATION MANUAL

MODEL: RLY-6CH-0-10V

TIS CONTROL LIMITED

RM 1502-p9 Easey CommBldg

253-261 Hennessy Rd Wanchai

Hong Kong

TEXAS INTELLIGENT SYSTEM LLC

SUITE# 610. 860 NORTH DOROTHY DR 

RICHARDSON

TX 75081.USA

Copyright © 2020 TIS, All Rights Reserved

TIS Logo is a Registered Trademark of Texas Intelligent System LLC in the 

United States of America. This company takes TIS Control Ltd. in other 

countries. All of the Specifications are subject to change without notice.

w w w . t i s c o n t r o l . c o m

6 Channels 0-10V

Turn off the main electrical source before 

installation.

1

WARNING! HIGH VOLTAGE

INSTALLATION STEPS  

Mount the device on a DIN Rail inside an 

approved enclosure. The device can also 

be installed without the use of DIN Rail 

by two mounting screw holes.

2

+24

D+D-GND

+24

D+D-GND

Connect RS485 data cable to the TIS-

BUS port as per the connection diagram. 

No need to loop the TIS-bus cable if 2 

DIN Rail modules are connected together 

from the side bus train terminal. 

3

GND(white-orange)&(white-brown)
D-(white-green)&(white-blue)
D+(blue-green)
+24V(brown-orange)

Cat5e connection

To the TIS BUS Network

Cat5e

RLY-6CH-0-10V

TIS-BUS

GND D-

D+ +24V

PRG

1

2

3

4

5

6

CH1

GND

0-10V

GND

0-10V

CH2

CH3

CH4

CH5

CH6

Connect the load (Driver Power) electrical 

wires to outputs 1-6. Each channel can 

control up to 10A loads. The installer 

should make sure not to overload the 

device and module channels.

4

1.5 mm Electric Cable

1.5 mm Electric Cable

low voltage cable

low voltage cable

low voltage cable

low voltage cable

PRI:

Uin=12-36VDC

lin=300mA Max

SEC:

LED RLYmer

Uout=16VDC

Iout=250mA Max

TEMP RANGE=-20C-+50C

RoHS

v+

v-

1-

+

V+ V-

-tc=75c

0.5-1.5mm2

6-7mm

DC Input

4

3

2

1

4-

3-

2-

Pout=4X(80-180)W

GND

DC Input

INPUT1-10V

LED OUTPUT

Connect To N

Connect To L

AC/DC ADAPTER

Input 110~220V AC

Output  12V DC

DC load

RLY-6CH-0-10V

TIS-BUS

GND D-

D+ +24V

PRG

1

2

3

4

5

6

CH1

GND

0-10V

GND

0-10V

CH2

CH3

CH4

CH5

CH6

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