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Current Limiter and Overload Interrupter - Type LIP6
intelligent and electronic current limiter
#121333
ADVANCED ELECTRONIC CURRENT LIMITER
LIP6 is an advanced electronic product, which is used as a
current limiter between a 24V DC or 48V DC supply and 1 or
2 actuators.
When the adjusted current limit is reached because of
the load of the actuator(s), and the load of the actuator(s)
hereby increased further, the speed of the actuator(s) will
be automatically reduced. This way the consumption will not
exceed the adjusted level, e.g. 3 amp. for 24V or 1,5 amp. for
48V
LIP6 can work both as single operation, i.e. connected to 1
actuator or as tandem operation i.e. connected to 2 actuators
in parallel operation.
LIP6 has a built in actuator protector. This means that the
voltage will automatically be interrupted if the speed of the
actuator gets relatively very low or stops completely because
of a mechanic locking or end stop. LIP6 is delivered in a
discreet plastic box, which also functions as a link between
the supply and the actuator(s).
FEATURES
Supply: 24VDC or 48VDC +/- 15%
Output: 2 outputs which can function independently (individually in single operation) or or in joint operation (tandem)
Current limiter: Adjustment possibilities for max. current consumption by means of a switch on the board:
Type of opening system: 24V 48V
SA Power 3,0A 1,5A for each actuator output
SA Power 4,0A 2,0A for each actuator output
2,5A Rotary 100 / SA Mini 2,5A 1,25A for each actuator output
Tandem operation: If one actuator fails, the other one stops shortly after (maximum 3 seconds)
Input resistance: Possibility to connect a 27K ohm resistance over the input clamp connection for monitoring of the line
Dimensions (l x w x h): 100 x 100 x 50 mm
Colour: White RAL 9010 / Density: IP54
Approved according to: EN60335-1 / Marking: CE
CONNECTION & SETTINGS
SW off on Function Settings
1 OFF ON OFF ON
4A
Max. current
Motor output
24VDC supply N/A 3A 4A 2,5A Rotary 100 / SA Mini
48VDC supply N/A 1,5A 2A 2,5A Rotary 100 / SA Mini
2 OFF OFF ON ON
3 No function
4 Operation mode on = 2 x Single / off = Tandem
5 Input resistance on = 27Kohm connected / off = 27Kohm disconnected
6 Delay between M1 and M2 on = delay on / off = delay off
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