System Parameters - IFM Electronic ecomot200 DW2003 Notice D'utilisation

System parameters

Parameter Description, values, default value
FO1 Function Output 1 (output function analogue output 1)
1 = 4...20 mA, 2 = 0...20 mA, 3 = 0...10 V (1/2/3 = proportional output signals)
4 = 20...4 mA, 5 = 20...0 mA, 6 = 10...0 V (4/5/6 = antiproportional output signals)
• Values: 1...6
• Default value: 2 (0...20 mA)
CYL Cycles (averaging)
Averaging of up to 16 measurements. Only influences frequency-to-current conversion!
• Values: 1...16
• Default value: 1
NOC Number of Cams (number of switching cams)
For rotational speed monitoring the number of cams detected per revolution can be set.
On the basis of this value the monitor calculates the correct rotational speed internally
(measured frequency ÷ number of cams = displayed speed).
For frequency measurements NOC = 1 should remain set.
• Values: 1...999
• Default value: 1
DIM Dimension (display format)
Indication in Hz or RPM (revolutions per minute)
When a new unit is selected the monitor converts all existing values into the new unit!
• Values: 0 = RPM / 1 = Hz
• Default value: 0 (RPM)
VER Software Version
The installed software version is displayed (5-digit number with abbreviation VCO)
FO2 Function Output 2 (output function switching output 2)
1 Relay energised (transistor output conductive) when the current value is below
the switch point (signalled state "minimum speed"/"standstill").
2 Relay deenergised (transistor output blocked) when the current value is below
the switch point (signalled fault "too low speed" /"blocked").
3 Relay energised (transistor output conductive) when the current value is above
the switch point (signalled state "speed reached").
4 Relay deenergised (transistor output blocked) when the current value is above
the switch point (signalled fault "overspeed").
5 Relay is energised (transistor output conductive) within a frequency range
(acceptable range).
6 Relay is deenergised (transistor output blocked) within a frequency range.
With the functions 5 and 6 a frequency range above and below the switch point SP2
is defined in connection with the parameter HY2 (hysteresis).
f
max
SP2 =
• Values: 1...6
• Default value: 2 (relay deenergised when current value falls below the switch point)
SO2 Store Output 2 (store function output 2)
When this parameter is active the output does not switch back automatically
but must be reset.
• Values: 0 = inactive / 1 = front reset (
• Default value: 0 (inactive)
+ f SP2 – f
min
HY2 =
2 SP2
min
x 100 [%]
button, > 3 s) / 2 = front and external reset
FA-1
MONITOR
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