TECHNICAL SHEET
Key command
CSV 12
Industrial Rotary Switch
Key command
CSV 12 Model
TECHNICAL DRAWIND AND CHARACTERISTICS

General characteristics :

Electrical characteristics:

  • 2 wafers maximum
  • Index angle:
    • 30° from 1 circuit 12 positions to 2 circuits 6 positions per wafer
    • 60° from 1 circuit 6 positions to 4 circuits 2 positions per wafer
    • 90° from 1 circuit 4 positions to 3 circuits 2 positions per wafer
  • Mounting torque: 25 kg.cm max.
  • Maximum thickness of panel: 8 mm
  • Lifetime: 100.000 turns
  • Possible insertions and extractions of the key: 20.000
  • Plastic materials used :
    • Noryl for the body
    • Alkyd for the wafer
  • Contacts from solid pure silver (gold plated on request)
  • End stop strength: 10 kg.cm
  • Terminals holes for wiring : 1.3 mm
  • Delivered with two keys
  • Weight: about 24g for 1 wafer
  • Max. cut-off voltage: 100 Vdc
  • Max. cut-off current: 0.5 A
  • Max. chage-over voltage: 300 Vdc
  • Max. change-over current:: 2 A
  • Contact resistance: < 10 miliohm
  • Dielectric strength between terminals and circuit: 2000 vdc
  • Insulaton resistance: > 1.10^5 Mégaohms
  • Capacity between contacts: < 3 pF
  • With or without shorting contacts between positions (make before break)
IMPORTANT:

The CSV 12 is a rotary switch actuated by a key. The panel mounting is assured by a round nut and a lock-nut.

Index angle between two positions: 30°, 60° and 90°

Maximum positions:

  • 12 at 30° without stop or 10 at 30° which can be stopped between 2 and 10
  • 6 at 60° without stop or 5 at 60° which can be stopped between 2 and 5
  • 4 at 90° with or without stop between 2 and 4

At 60° and 90° the key can be withdrawn in all positions. At 30° the key can be withdrawn in positions 1, 3, 5, 7, 9 and 11

IMPORTANT: For an index angle of 30° the key cannot be withdrawn from two consecutive positions, the minimum angle between two withdrawals: 60°. The same applies for a given withdrawal position, this can only be done again in a symmetrical position.


© IEC Electronique - Juillet 2001 -