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Rasmi Products:Standard Ranges:MHP High Performance Filters: RF1xxx - MHP Single Phase Filters
 
RF1xxx - MHP Single Phase Filters
 
Part Number
Rating
@ 40°C
Case Style
Max Cable Entry (mm2 Shrouded)
Leakage Current (mA) Nom/Max
Power Loss (W)
Wght (kg)
L (MH)
Cx
Cy
Rx
Price
(£)
RF 1003-MHP
3A @ 250Vac
A1
Faston
3.2mA
1.5
0.2
7.6
1.4
0.09
0.47
  
RF 1006-MHP
6A @ 250Vac
A2
Faston
3.2mA
4.4
0.3
9.9
3.0
0.09
0.47
  
RF 1010-MHP
10A @ 250Vac
A3
Faston
3.2mA
6.0
0.4
7.7
3.0
0.09
0.47
  
RF 1015-MHP
15A @ 250Vac
A4
6 (shrouded)
3.2mA
7.8
0.6
3.3
3.0
0.09
0.47
  
RF 1020-MHP
20A @ 250Vac
B
10 (shrouded)
3.2mA
10
1.1
3.5
2.5
0.09
0.47
  
RF 1030-MHP
30A @ 250Vac
B
10 (shrouded)
3.2mA
22
1.1
3.5
2.5
0.09
0.47
  
RF 1055-MHP
55A @ 250Vac
E
10 (shrouded)
3.2mA
60
3.2
3.2
2.5
0.09
0.47
  
Insulation test voltage: Phase to Earth = 2.25kV DC Phase to Neutral = 1.1kV DC
 

Insertion Loss
The insertion loss graph of an RFI filter shows the ability to attenuate RF noise across the 9kHz to 30MHz spectrum.
Two curves show the performance for both differential and common mode noise.
Differential mode (symmetrical) noise appears as an RF voltage between the phases. i.e. Noise enters a system along one phase line and returns along another. Symmetrical noise is independent of earth.
Common mode (asymmetrical) noise appears as an RF voltage between phases and earth. i.e. Noise enters a system along the phase line and returnsalong the earth path.
 

As per CISPR 17:- 50/50 symmetrical 50/50 asymmetrica
 
Typical Circuit Schematic

 
 
Rasmi Products:Standard Ranges:MHP High Performance Filters: RF1xxx - MHP Single Phase Filters

 

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