NCx
Number of Cams
(on inputs 1/2)
Number of cams detected per revolution. On the basis of this value the monitor calculates
the rotational speed (measured frequency ÷ NCx = displayed speed in RPM).
For frequency measurements NCx = 1 should remain set.
• Values: 1...999
• Default value: 1
EF1
Enable Frequency
(slip monitoring becomes active above EF1)
This function is used as time-independent start-up delay (cf. STx)
To be used in applications where at start up the synchronicity between master and slave is
expected to be higher than normal (e.g. grinding gear).
Output 1 (slip monitoring) is maintained in the "good" state until the drive has reached
the set value EF1.
• Values: 0.1...1000.0 Hz or 1...60,000 RPM (Note parameter DIM!)
• Default value: 1 (RPM)
MF1
Multiplication Factor
(multiplier)
By means of the parameters MF1 and DF1 the transmission ratio or the gear reduction
ratio is calculated. They enable a conversion of the power take-off side to the rotational
speed level of the drive.
• Values: 1...10,000 (whole numbers)
• Default value: 1
Example transmission by means of V-belt:
Example gear reduction
DF1
Division Factor
(divisor)
see MF1
• Values: 1...10,000 (only whole numbers)
• 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
Possibility to check which software version is installed
(5-digit number with the abbreviation VCO)
MONITOR
FS-1 / FS-1N
PAGE
30
Antrieb
Abtrieb
Antrieb
Abtrieb
power take-off
drive
1800 RPM
1500 RPM
DF1 = 1800
MF1 = 1500
power take-off
drive
800 RPM
1000 RPM
DF1 = 800
MF1 = 1000
drive
power take-off
drive
power take-off
MF1
DF1
Rotational speed power take-off x =
rotational speed drive
