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Frequency converter FKO - Brinkmann Pumps

Frequency converter FKO - Brinkmann Pumps

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Parameters<br />

5.3 Application parameters<br />

5.3.1 Basic parameters<br />

1.020 Low speed Unit: Hz<br />

Relationship to<br />

parameter:<br />

1,150<br />

3,070<br />

Parameter manual:<br />

p. xy<br />

Transfer status:<br />

40 Operating manual <strong>FKO</strong><br />

2<br />

min: 0 own value (to<br />

be entered!)<br />

max.: 400<br />

def.: 0<br />

The low speed is the frequency provided by the drive control as soon as it<br />

released and no additional target value is pending.<br />

This frequency is not reached if<br />

a) acceleration is carried out while the drive is not moving.<br />

b) the frequency inverter is blocked. The frequency is then reduced to 0 Hz<br />

before it is blocked.<br />

c) the frequency inverter reverses (1,150). The revolving field is reversed<br />

at 0 Hz.<br />

d) the stand-by function (3,070) is active.<br />

1.021 High speed Unit: Hz<br />

Relationship to<br />

parameter:<br />

1,050<br />

1,051<br />

Parameter manual:<br />

p. xy<br />

Transfer status:<br />

2<br />

min: 5 own value (to<br />

be entered!)<br />

max.: 400<br />

def.: 50<br />

The high speed is the frequency produced by the inverter in dependence<br />

on the reference.<br />

1.050 Deceleration 1: Unit: s<br />

Relationship to<br />

parameter:<br />

1,021<br />

1,054<br />

Parameter manual:<br />

p. xy<br />

Transfer status:<br />

2<br />

min: 0,1 own value (to<br />

be entered!)<br />

max.: 1000<br />

def.: 5<br />

Deceleration 1 is the time that the inverter takes to brake to 0 Hz from the<br />

high speed (1,021).<br />

If the set deceleration time cannot be reached, the fastest possible<br />

deceleration time is implemented.

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