Ratings and Safety Standards. Maximum rating (Power) Maximum rating (Encoder) Contact resistance (Encoder) Initial / after life test

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SDKZ with Encoder type power switch with encoder Detector Power Dual-in-line Package Product Line Circuit arrangement DPST From "OFF" position to "ON" position ±N ±N ±N Torque Other positions 0±N ±N.

1 SDKZ with Encoder type power switch with encoder Detector Power Dual-in-line Package Product Line Circuit arrangement DPST From "OFF" position to "ON" position ±N ±N ±N Torque Other positions 0±N ±N.±N 0±N.±N Operating Vertical Ratings and Safety Standards Positions Items Maximum rating (Power) Maximum rating (Encoder) Contact resistance (Encoder) Initial / after life test Operating (Power) Operating life (Encoder) Mounting method PC board Terminal Configuration Straight Minimum order unit(pcs.) Japan Min Specifications ()A 0V AC ()A 0V AC 0.A V DC Ω max. / Ω max. 0,000 cycles 0,000 cycles Product No. SDKZF000 SDKZG000 SDKZK000 SDKZM000 SDKZQ000 Drawing No. 0±N SDKZR000 Packing Specifications Tray Number of packages (pcs.) case /Japan case /export packing Export package measurements (mm) Refer to P. for soldering conditions.

2 SDKZ/ with Encoder No. Dimensions Style Unit:mm Detector Power PC board mounting hole dimensions Dual-in-line Package. A 0. A PC board mounting hole dimensions

3 SDKZ with Encoder Detector Power Dual-in-line Package Standard Code SDKZF000 0.$ 0.$ SDKZG $ SDKZK000-0$ 0 -.$ -$ A A A A A A POS TERM 0 Power contacts- Condification contact Condification contact Condification contact POS TERM 0 Power contacts- Condification contact Condification contact Condification contact POS TERM 0 0 Power contacts- Condification contact Condification contact Condification contact Condification contact SDKZM A A POS TERM 0 0 Power contacts- Condification contact Condification contact Condification contact Condification contact SDKZQ $ 0 A A POS TERM 0 0 Power contacts- Condification contact Condification contact Condification contact Condification contact SDKZR000 -$ 0 0 -$ A A POS TERM 0 0 Power contacts- Condification contact Condification contact Condification contact Condification contact

4 Series SDDJFA SDKP SDKZ SDDE Photo Rating Operating life A / A 0V 0 () / 0 0,000cycles 0A 0V AC RA 0V AC 00cycles Without load PS: ()A 0V AC ()A 0V AC DC: 0.A V DC 0,000cycles(Power) 0,000cycles(Encoder) A 0V AC (Power) 0.A V DC (Encoder) Travel (mm). Endless Features With Encoders circuit AC Switch: A / A 0V DC Switch: 0mA V DC Encoders: 0.A V DC AC Switch: 0,000 cycles DC Switch: 0,000 cycles Encoder 0,000 cycles Switches:.mm Encoders: 0 (0 Rotation) AC Switch, DC Switch, With Encoder Operating temperature range 0 to + 0 to +0 0 to +0 0 to + Detector Power Automotive use Life cycle (availability) Contact resistance 00mΩ max. 00mΩ max. (Power ) Ω max. (Encoder) AC Switch: 00mΩ max. DC Switch: 00mΩ max. Encoder: Ω max. Dual-in-line Package Electrical Insulation resistance Voltage proof 00MΩ min. 00V DC,000V AC for minute 00MΩ min. 00V DC (Power) 00MΩ min. 00V DC (Encoder),000V AC for minute (Power) 00V AC for minute (Encoder) AC Switch: 00MΩ min. 00V DC DC Switch: 00MΩ min. 00V DC Encoder: 00MΩ min. 00V DC AC Switch:,000V AC for minute DC Switch: 00V AC for minute Encoder: 00V AC for minute Mechanical Terminal strength 0N for minute 0N for minute Actuator strength Operating Perpendicular 0N ( Power ) N (Encoder) AC Switch: N for minute DC Switch: N for 0s Encoder: N for minute N 0N 00N N 0N 0N Cold 0 h 0 0h 0N (Retract ) Environmental Dry heat h 0h Damp heat 0, 0 to %RH h 0, 0 to %RH 0h Page Power Switches Soldering Conditions Power Switches Cautions Power Switches Safety Standard

5 Power Switches Soldering Conditions Detector Power Dual-in-line Package Reference for Hand Soldering Series SDDJE, SDDJF, SDKP, SDDJFA, SDKZ, SDDE Soldering temperature Soldering time 0±0 +/0s SDKR 00±0 ±0.s Reference for Dip Soldering (For PC board terminal types and SDDJF right-angle terminal types) Series SDKR, SDDJE, SDDJF, SDKP, SDKZ, SDDE Power Switches Cautions Dip soldering Soldering temperature Duration of immersion 0± 0±s. The primary power supply switching is subject to the safety regulations, and the provisions differ by each destination. Consult with us for non-standard use cases.. An unstable contact may occur if the switch current is lower than 0.A. For this case, consult with us.. These power switches were produced for alternating current. For direct current, consult with us.. Appling load to terminals during soldering under certain conditions may cause deformation and electrical property degradation.. Avoid use of water-soluble soldering flux, since it may corrode the switches.. When soldering twice, wait until the first soldered portion cools to normal temperature. Continuous heating will deform the external portions, loosen or dislodge terminals, or may deteriorate their electrical characteristics.. Before soldering switches with locking mechanism, release the locks. If they are soldered without releasing the locks, the soldering heat may deform the locking mechanism.. Be sure to release the locks before removing the knobs. Otherwise, the locking mechanism may be broken.. Be sure to use the switch with forced travel positioned as close to the total travel as possible. 0. Tighten the mounting screws by applying the specified torque. Tightening with a larger torque than the specified will result in malfunction or breakage of screws.. Corrosive gas if generated by peripheral parts of a set, malfunction such as imperfect contact may occur. Thorough investigation shall be required beforehand.. Storage Store the products as delivered at normal temperature and humidity, out of direct sunlight and away from corrosive gases. Use them as soon as possible and no later than six months after delivery. Once the seal is broken, use them as soon as possible. Power Switches Safety Standards. Safety Standards Outline Safety standards are established by a country or an organization representing it to protect general users from electrical shock and fire hazards. It establishes standards for electrical devices and components. For electrical equipment manufacturers, utilizing switches that have been safety-approved ensures the safety of the switch. The use of a safety-approved switch also simplifies at least one part of the process of obtaining certification by safety testing.. Major Safety Standards ()Electrical Appliance and Material Safety Law The conventional [Electrical Appliance and Material Control Law] has changed to [Electrical Appliance and Material Safety Law] and has been enforced since April, 00. Electrical appliances are categorized into special electric appliances and parts(formerly Class A)and Electrical appliances other than the special electric appliances (formerly Class B). Special electric appliances are required to receive goodness of fit test at a certified test agency and to store the certificate. Also, penal provisions have been reinforced. ()UL(Underwriters Laboratories Inc.) Underwriters Laboratories Inc.(UL)is the American safety approving organization. Its purpose is to ensure consumer safety and protect them from fire hazards. State law requires that equipment to be exported to the United States utilize UL approved power switches or power switches meeting UL standards and capable of passing UL tests.

Typical Specifications. (Resistive load) Contact resistance (Initial/After operating life) Operating force. Operating life. For PC board.

Typical Specifications. (Resistive load) Contact resistance (Initial/After operating life) Operating force. Operating life. For PC board. Switch SPVQ Series Water-proof structure with mm long travel. Typical Specifications Items Rating(max.)/(min.) Contact resistance (Initial/After operating life) Operating force Specifications 0.A V DC/0BA