TECHNICAL SHEET
CAF Serie
CAF 16 CI
Industrial Rotary Switch
CAF Serie
CAF 16 CI Model
TECHNICAL DRAWING AND CHARACTERISTICS

General characteristics :

Electrical characteristics :

  • Angle between two positions: 22°30 and 45°
  • 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 and Noryl
  • 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: 10 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: 3.10^5 Megaohm
    • between terminals and ground: 3.10^5 Megaohm
Dimensions, cotes L
CAF 16 CIB
CAF 16 CID
1 wafer
28
25.2
2 wafers
46
41
3 wafers
63.5
56
4 wafers
81.6
71
5 wafers
99
86.6
6 wafers
116.6
101.7
For each added wafer
17.64
15.12
Principal combinations available per stator face according to angular gap
Angle between two positions
22°30'
45°
Number of poles
1
2
4
8
1
2
4
Number of positions
16
8
4
2
15
7
3
Important:

This model is available in two versions:

  • CAF 16 CIB: Outputs on a single face with utilisation of all positions (from 1 pole 16 position to 8 poles 2 positions)
  • CAF 16 CID: Outputs on a single face in American combination (1 pole 15 positions to 4 poles 3 positions)

The stacking dimension L of model D are slightly less than those of model B. If the interaxial distance of 2,52mm between the rows of soldering pins should be considered insufficient, a spacer can be added permitting distances of 2.05mm to be obtained. In this case it would be necessary to add the length L as many times 2.52mm as there are additional wafers stacked.

The stop pins are not adjustable.


© IEC Electronique - Juillet 2001 -