REOVIB MFS 368
Operating instructions
12
4.1 Load supply requirements
The unit is not suitable for feeder coils with a power of <18 VA (100 mA).
4.2 Terminal details
Tightening torque:
Terminals MSTB/GMSTB, GMSTB-GIC: 0.5-0.6 Nm Connections: 21-29 and 44-46
MC terminals: 0.22-0.25 Nm Connections: 1-9, 31-34 and 51-52
4.3 Temperature of protective housing
Only suitable for mounting on concrete or other non-combustible surfaces.
4.4 Coolant type
Free convection.
4.5 Current consumption
The current consumption specified in the technical data is the maximum permissible value for the unit. A
higher current consumption than specified can lead to malfunctions and failure. Please note that the input
current is inversely proportional to the input voltage. When the input voltage is high, the input current is
low and when the input voltage is low, the input current is high.
Example:
A 230 V vibratory feeder is operated on a 230 V mains supply using the MFS368. A current of 1 A is
detected at the input of the controller. The same 230 V vibratory feeder is then operated on a 110 V
mains supply. The input voltage is only half as high as before and the input current is therefore twice as
high. This means that the input current of the controller on the 110 V mains supply is then 2 A.
NOTE: When dimensioning, especially for international markets, ensure that the maximum specified input
current is not exceeded at the lowest expected supply voltage.
4.6 Warning signs
Warning sign "Warning of too hot surface" must be visibly attached to the heat
sink.
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