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4

Installation- and maintenance instruction

FläktGroup 

DC_9108GB   20190206_R1

Specifications are subject to alteration without notice

The control units initiate individual alarms. The alarm outputs can 
be connected in parallel or in series in order to obtain a collective 
alarm.

Model E can also use the analogue output signal in order to control 
other drive systems. Terminals 54(-) and 55(+) are connected to 
terminals 34(-) and 33(+), respectively. The DIPswitches on all 
control units are set as described in ”Setting the DIPswitches”. 

SPEED CONTROLLER

If a faster and stiffer controller intended for use with stiff belts is 
used, the DIPswitch 5 should be set to ”On”. If a smoother controller 
intended for other belts is used, the DIPswitch should be set to 
”OFF”.

If the stiffer controller is not adequate for smooth oper-ation when 
the max speed is set to 100%, an even stiffer and faster controller 
can be selected by setting DIP switches 5 and 7 ”ON” and setting 
DIPswitch 8 ”OFF”. 

 

ROTATION MONITOR

The rotation on the motor is monitored with RotoSens by 
measurement of the motor load.
For operations without the rotation monitor with sensor or the 
RotoSens rotation monitor, set DIP switch 4 to ”OFF” and fit a jumper 
between terminals 31 and 32. 

DIRECTION OF ROTATION

HEAT RECOVERY ON COOLING RECOVERY, 

SUMMER/WINTER SWITCH

Cooling energy recovery is most simply obtained by using an 
external regulator which has this function

Cooling energy recovery is most simply obtained by using an 
external regulator which has this function built-in. the EMX-R is then 
controlled by a control signal, e.g. 0-10 V.

If, for example, an external controller is already installed, you can 
obtain the cooling energy recovery function by directly connecting a 

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

4

ON

4

ON

ON

7  8

7  8

ON

7  8

ON

6

ON

6

ON

5

ON

5

0-10V
10 kΩ

Kilrem

Medurs

100%

80%

60%

Moturs

Plan

rem

2-10V

0-20V

4-20mA

0-20mA

JA

NEJ

Styrsignal

Remtyp

Rotationsriktning

Maximalt varvtal

Rotationsvakt

V-belt

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

4

ON

4

ON

ON

7  8

7  8

ON

7  8

ON

6

ON

6

ON

5

ON

5

0-10V
10 kΩ

Kilrem

Medurs

100%

80%

60%

Moturs

Plan

rem

2-10V

0-20V

4-20mA

0-20mA

JA

NEJ

Styrsignal

Remtyp

Rotationsriktning

Maximalt varvtal

Rotationsvakt

Other belts

ON

7  8

5

Counter clockwise

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

4

ON

4

ON

ON

7  8

7  8

ON

7  8

ON

6

ON

6

ON

5

ON

5

0-10V
10 kΩ

Kilrem

Medurs

100%

80%

60%

Moturs

Plan

rem

2-10V

0-20V

4-20mA

0-20mA

JA

NEJ

Styrsignal

Remtyp

Rotationsriktning

Maximalt varvtal

Rotationsvakt

Clockwise

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

4

ON

4

ON

ON

7  8

7  8

ON

7  8

ON

6

ON

6

ON

5

ON

5

0-10V
10 kΩ

Kilrem

Medurs

100%

80%

60%

Moturs

Plan

rem

2-10V

0-20V

4-20mA

0-20mA

JA

NEJ

Styrsignal

Remtyp

Rotationsriktning

Maximalt varvtal

Rotationsvakt

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

4

ON

4

ON

ON

7  8

7  8

ON

7  8

ON

6

ON

6

ON

5

ON

5

0-10V
10 kΩ

Kilrem

Medurs

100%

80%

60%

Moturs

Plan

rem

2-10V

0-20V

4-20mA

0-20mA

JA

NEJ

Styrsignal

Remtyp

Rotationsriktning

Maximalt varvtal

Rotationsvakt

Rotation monitor with sensor

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

4

ON

4

ON

ON

7  8

7  8

ON

7  8

ON

6

ON

6

ON

5

ON

5

0-10V
10 kΩ

Kilrem

Medurs

100%

80%

60%

Moturs

Plan

rem

2-10V

0-20V

4-20mA

0-20mA

JA

NEJ

Styrsignal

Remtyp

Rotationsriktning

Maximalt varvtal

Rotationsvakt

RotoSens

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

1 2  3

ON

4

ON

4

ON

ON

7  8

7  8

ON

7  8

ON

6

ON

6

ON

5

ON

5

0-10V
10 kΩ

Kilrem

Medurs

100%

80%

60%

Moturs

Plan

rem

2-10V

0-20V

4-20mA

0-20mA

JA

NEJ

Styrsignal

Remtyp

Rotationsriktning

Maximalt varvtal

Rotationsvakt

separate differential thermostat to the EMX-R, terminals 36-37.

Model E has a built-in differential thermostat. This makes it possible to 
connect two NTC sensors of resistance 2000 Ohm (EGL511, for instance), 
one in the incoming air duct and one in the exhaust air duct, directly to the 
EMX-R, terminals 51-53.

ANALOGUE OUTPUTSIGNAL

(available on Model E only)

The output signal, 0–20 mA or 0–10 V is proportional to the speed of the 
motor. The maximum value, 20 mA, is always obtained at the selected 
max speed (60, 80 or 100% of the motor’s maximum rpm). The choice 
between the 0–20 mA output signal and the 0-10 V output signal is made 
with jumper J1 positioned behind the control terminals 51–58.

POTENTIOMETER WITH LOW RESISTANCE,

100 OHM - 5 KOHM

(available on Model E only)

When control is provided by a potentiometer with a total resistance 
value between 100 Ohm and 5 kOhm, the three leads are connected 
to terminals 56-58. DIPswitches 1-3 are set in the same way as for a 
control signal of 0-10 V.

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