TECHNICAL SHEET
CAF Serie
CAF 10 N
Industrial Rotary Switch
CAF Serie
CAF 10 N Model
TECHNICAL DRAWING AND CHARACTERISTICS

General characteristics :

Electrical characteristics :

  • Angle between two positions: 36 et 18°
  • Shaft diameter: 4 mm
  • Tie rod diameter: 1x0.25
  • Central bush diameter: 7x0.75
  • Maximum panel thickness: 3.5 mm
  • Sealing joints on request
  • Insulation: reinforced Alkyd
  • Solid silver contacts
  • Temperature range: -55°C +85°C
  • Resistance of stop: 5 Kg/cm
  • Max. voltage: 150 V
  • Max. current:
    • with cut: 0.3 A
    • without cut: 1.5 A
  • Switch rating: 25 W
  • Contact resistance: 5 milliohm
  • Shorting or non-shorting contacts
  • Dielectric strength:
    • between two adjacent terminals: 1000 Vdc
    • between terminals and commons: 1000 Vdc
    • between terminals, commons and ground: 1000 Vdc
  • Resistance isolement:
    • between two adjacent terminals: 4.10^5 Megaohms
    • between terminals and ground: 4.10^5 Megaohms
Dimensions, cotes L
L
1 wafer
19.5
2 wafers
26.5
3 wafers
33.5
4 wafers
40.5
5 wafers
47.5
6 wafers
54.5
Each added wafer
7
Principal combinations available per stator face according to angular gap
Angle between two positions
36°
Number of poles
1
2
5
Number of positions
10
5
2
Important:

This switch is presented in three different versions:

  • CAF 10 N: normal switch with peripheric soldering lugs of conventional types
  • CAF 10 CI: Switch for printed circuits
  • CAF 10 SP: the same presentation as CAF 10 N but the peripheric soldering are replaced by pin type outputs. This arrangement does not permit the addition of extra wafers. As the hole inputs are provided on the same periphery as the outputs, one position is lost with each additional pole. If it is desired to retain these positions the assembly can be provided with all the output pins, but the inputs will be replaced in this case with soldering lugs. The switch CAF 10 N may be supplied with 20 positions at 18°. In this case only, the ratchet is different. The 20 positions are obtained by superposing the two wafers and connecting alternatively in zigzags.

The stop pins are not adjustable
© IEC Electronique - Juillet 2001 -