Datasheet

The MIC control relay is designed to control overcurrents (or undercurrents).
It has a built -in current transformer.
The MIC relay controls the overcurrent. The relay closes when the current exceeds the threshold displayed on the front face and opens when it falls below the threshold minus the hysteresis.
When terminal Y1 is connected to A1 (+), the output is inverted. The relay opens when the current exceeds the threshold displayed on the front face and closes again when it falls back below the
hysteresis (undercurrent).
Can be used for undercurrent control: ask your sales adviser.
Max. tightening torques IEC/EN 60947 -1
0,6→1Nm/ 5,3→8,8Lbf.In
Operating temperature IEC/EN 60068 -2
- 20→+50°C
Storage temperature IEC/EN 60068 -2
- 40→+70°C
Humidity IEC/EN 60068 -2-30
2 x 24 hr cycle 95% RH max. without condensation 55°C
Vibrations according to IEC/EN60068 -2-6
10→150Hz,A=0.035mm
Shocks IEC/EN 60068 -2-6
5 g
Standards
Marking
CE (LVD) 73/23/EEC - EMC 89/336/EEC
Product standard
NF EN 60255 - 6 / IEC 60255 - 6 / UL 508 / CSA C22.2 N°14
Electromagnetic compatibility
Immunity EN 61000 -6- 2/IEC 61000 -6-2
Emission EN 61000 -6- 4/EN 61000 -6-3
IEC 61000 -6- 4/IEC 61000 -6-3
Emission EN 55022 class B
Certifications
UL, CSA, GL
Conformity with environmental directives
RoHS, WEEE
Dimension Diagram : MIC
: MIC
: MIC - Overcurrent
N
o
Legend
1
Threshold
2
Hysteresis
3
Closing on threshold crossing mode (Y1 and A1 not connected)
4
Opening on threshold crossing mode (Y1 and A1 connected)
5
Unit power-up
6
Controlled current
: MIC
Unless otherwise specified, the characteristics given are applicable to all or part of the product range selected
13/03/2012 www.crouzet.com