-40%

MUZHI SPDT 1NO 1NC Hinge Lever Momentary Push Button Micro Limit Switch AC 5A 1

$ 5.01

  • Actuator Type: hinge lever,push button
  • Brand: Does not apply
  • Circuit Type: 2-way
  • Contact Type: Normally Open, Normally Closed
  • Current Rating: 5 Amps
  • Is Discontinued By Manufacturer: No
  • Item dimensions L x W x H: 3.94 x 3.94 x 1.97 inches
  • Item model number: MXR-PL-YBKG
  • Mounting Type: Snap In Mount
  • Operating Voltage: 250 Volts (AC), 125 Volts (AC)
  • Operation Mode: Push Button
  • Product Dimensions: 3.94 x 3.94 x 1.97 inches; 0.01 ounces
  • Style: 4
  • Switch Type Push Button: Material Copper
  • Terminal: Button,pins
  • Type: Does not apply
  • UPC: 7445026919951
  • gtin13: 7445026919951

Description

-Product Name: Micro Switch; Actuator Action: Momentary; Actuator Type: Hinge Lever; Contact Configuration: 1NO,1NC(SPDT) -Excellent touch switches,long service life. Life expectancy:More than 500000(Life expectancy at switch testing machine for a continuous period of work,operating at frequencies below 60 times per mimute,the working conditions:DC 40V,50mA.) -Pin-type package with plastic to prevent infiltration of welding pine fragrance. --Environmental Condition of utilization: Temperature -25~65℃;Relative humidity:below 85%; Rate Voltage: 125V 250V AC; Rated Current:5A. -Used in home appliances, audio, toys, mouse, business machines, communication equipment and other electronic equipment. Technical Specifications: Product Name: Micro Limit Switch Contact Type: 3 Pins 1 NC 1 NO Product Certification:ROHS Package including: 12 X Black limit switch lever arm SPDT. Electrical Charactristics: 1. Model: KW11-3Z-2 2. Material : Plastic, Metal. 3. Voltage: AC 125V 250V. 4. Max. Current: 5A. 5. Contact Resistance: Max.25Mohm . 6. Insulation Resistance:Min.100Mohm(500V DC) 7. Switch lifetime:1,000,000 times. 8. Contact form: 1NO 1NC. 9. Size : 20 x 6 x 10mm. or 0.8" x 0.2" x 0.4" (L*W*H). 10. 100% brand new and high quality. 11.Insulation Resistance: ≧ 20mΩ 12.Contact Resistance: ≦ 50mΩ