• Performance (at initial value):
• Voltage: 24V+/-10%
• Resistance: 90 Ohm +/-10%
  • Insulation grade: class B (130 degree Celsius)
  • Lead wire: class A (105 degree Celsius)
  • Temperature rise: 80 degree Celsius (at continuous duty,ambient temperature 40 degree Celsius, with heat sink)
  • Insulation resistance: more than 100MΩ on a 500V DC megger (at normal temperature and normal humidity)
  • Dielectric strength: 1,000V AC, 50/60Hz, 1 minute (at normaltemperature and normal humidity)
  • Operating temperature range: -20 to 40 degree Celsius
  • Life expectancy:
  • Standard life: 2,000,000 cycles or more
• Design and features: the rotary solenoid’s design starts from ainternal plunger flat face of push-pull solenoid
• The rotary solenoid then incorporates the mechanical designprinciple of an inclined plane to convert linear motion to rotarymotion
• There are three uniform inclined planes (spiral grooves) thatare stamped into both the body and the armature, call ballrace
• The ball race provide both a means of converting linearmotion
• to rotary motion and a secondary bearing system to support thisrotary motion (fig. 1)
• The all races are specially designed and provide a constanttorque output
• Please refer to the duty cycle vs torque graph to checkdifference torque output
• The rotary solenoid uses an enclised coil and thereforeprovides maximum magnetic efficiency
• The magnetic circuit is very short, so high efficiencies interms of torque output can be obtained, and energize/response timesa very quick