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MI00096 -E

3

ENGLISH - 6/8

8 mm

0,2..2,5 mm

2

Electrical Connections

The module has been designed for spring-type terminal
electrical connections.
Proceed as follows to make the connections:
1 - Strip the cables by 0.8 mm
2 - Insert a screwdriver in the square hole and press it

until the cable lock spring opens.

3 - Insert the cable in the round hole.
4 - Remove the screwdriver and make sure that the cable

is tightly fastened in the terminal.

Power supply

There are various ways to provide the K Series
modules with power.

1 - Direct power supply to the modules by
connecting 24 Vdc power supply directly to
Terminals 7 ( + ) and 8 ( - ) of each module.

1

5

6

7

8

2

3

4

POWER
SUPPLY

OUTPUT

INPUT

19.2 - 30 Vdc

+

-

2 - Using the K-BUS connector accessory for the distribution of the power supply to the
modules via bus connector, in this way eliminating the need to connect power supply to
each module.
The bus can be supplied from any of the modules; the total absorption of the bus must be
less than 400 mA. Higher absorption values can damage the module. An appropriately
sized fuse must be connected in series to the power supply.

3 - Using the K-BUS connector accessory for the distribution of the power supply to the
modules via bus connector and the K-SUPPLY accessory for the connection of the power
supply.
The K-SUPPLY accessory is a 6.2 mm wide module that contains a set of protections
designed to protect the modules connected via bus against over-voltage loads.
The bus connector can be provided with power using the K-SUPPLY module if the total
absorption of the bus is less than 1.5 A. Higher absorption values can damage both the
module and the bus. An appropriately sized fuse must be connected in series to the power
supply.

Summary of Contents for K109UI

Page 1: ...mm DIN driver power supply available by bus quick fit couplings by spring type terminals 3 point insulation onsite configuration by DIP switch Technical Features Power supply Consumption 19 2 30 Vdc M...

Page 2: ...of range limiter device triggered or input saturation Internal fault Spring terminals 0 2 2 5 mm 2 8 mm EN50081 2 electromagnetic emission industrial surroundings EN50082 2 electromagnetic immunity i...

Page 3: ...Y OUTPUT INPUT 19 2 30 Vdc P 500 mW V I Range 150 650 C Load R 500 R 2 k Test Voltage 1 5 kV 50 Hz 1 min Amb Temp 20 65 C m W W V I 1 Attach the module in the upper part of the rail 2 Press the module...

Page 4: ...esent No None 0 20 mA 5 limit SETTING OF THE DIP SWITCHES Factory setting Note for all following tables The indication indicates that the DIP switch is set in Position 1 ON No indication is provided w...

Page 5: ...5 25 Vdc 0 75 Vdc 1 5 Vdc 0 Vdc 0 20 mA 4 20 mA 20 0 mA 5 20 4 mA 5 0 10 Vdc 0 5 Vdc 1 5 Vdc 2 10 Vdc 5 These are inverse output ranges that are useful whenever the linearisation applied is incompatib...

Page 6: ...wer supply to the modules via bus connector in this way eliminating the need to connect power supply to each module The bus can be supplied from any of the modules the total absorption of the bus must...

Page 7: ...turn Current input Terminal 3 Current input Terminal 4 Return Output Voltage connection Current connection applied current The use of shield cables is recommended for the electronic connections 1 5 6...

Page 8: ...ct is disposed of correctly you will help prevent potential negative consequences to the environment and humanhealth whichcouldotherwisebecausedbyinappropriatedisposalofthisproduct Therecyclingof mate...

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