Door Interlock Switches AV1 (GW) Compliant with Safety Standards SWITCHES FEATURES 8mm or more is assured as insulation distance between contacts (Snap-in mounting 2 Form A and 3 Form A type) Insulation distance between open contacts is more than 8 mm, as for the 3 Form A type, the combination of power supply circuit and low voltage circuit is possible. Durability of 100,000 times (10.1A 250V AC) is assured for UL interlock circuit Constructed with easy-to-connect terminals .250 Quick- Connect TYPICAL APPLICATIONS Ofce equipment (Copiers, Facsimiles, Projectors) Home appliance (Microwave ovens, Refrigerators) RoHS compliant ORDERING INFORMATION AV 1 5 F Mounting method Agency standard Contact form F: Cadmium free 6: Screw mounting (10.1 A) 3: UL/C-UL (CSA standard), ENEC/VDE (EN standard) 1: 3 Form A (contact gap: 8 mm) 7: Snap-in mounting type (10.1 A) 2: 2 Form A (contact gap: 8 mm) 8: Snap-in mounting type 3: 2 Form A (contact gap: 6 mm) with button guard (10.1 A) 4: 1 Form A 1 Form B 5: 1 Form B 6: 1 Form A Note: Not every combination is available. Please refer to the following table PRODUCT TYPES. PRODUCT TYPES Type Part number Mounting method Button guard Contact form Contact gap 1 Form A Min. 6 mm AV16653F 1 Form B Min. 3 mm AV15653F Screw mounting Without button guard 1 Form A 1 Form B Max. 3 mm AV14653F 2 Form A Min. 6 mm AV13653F 2 Form A Min. 8 mm AV12753F Without button guard 3 Form A Min. 8 mm AV11753F Snap-in mounting 2 Form A Min. 8 mm AV12853F With button guard 3 Form A Min. 8 mm AV11853F AECTB20E 201408-T 1AV1 (GW) Interlock Switches CONSTRUCTION Screw mounting 1 Form A 1 Form B type Snap-in mounting 3 Form A type Pushbutton Button guard Double safety Dual spring structure Double spring Double cut-off type Insulating cover Coil spring Distance between Movable open contacts: 8 mm or more contact gap contact 8 mm or more (4 mm or more on one NC terminal Contact Between terminal side) 2 = 8 mm or more shoe No. 1 to No. 3 and No. 2 to No. 4 NO.1 NO.2 Stationary Dual spring contact Positive lock connector Applicable terminal NO terminal NO.3 NO.4 NO.5 NO.6 Double safety structure Double spring Double cut-off type Method of ordering for foreign standard approved products Compliance criteria for foreign standards are listed below. Part number sufx Mounting method Contact form 3 1 Form A, 1 Form B, 1 Form A 1 Form B Screw mounting UL/C-UL (CSA standard), ENEC/VDE (EN standard) 2 Form A 10.1A 250V AC 2 Form A 10(3) A 250V ~ Snap-in mounting 3 Form A SPECIFICATIONS Contact rating Resistive load Motor load* (EN61058-1) Contact voltage Load style (cos 1) (cos 0.6) 125V AC 10.1A 3A 250V AC 10.1A 3A Note: * The motor load rating is in accordance with EN61058-1 which designates an inrush current switching capability of 6 times the indicating rating. Characteristics Item Specications 6 Mechanical Min. 10 (at 60 cpm) Expected life 5 Min. 10 (10.1A 250V AC) (at 20 cpm, operating speed: 10mm/sec.) Electrical 4 Min. 5 10 (10(3)A 250V ~) Insulation resistance Min. 100M (at 500V DC) Between non-continuous terminals 2,000 Vrms for 1 min. Between each terminal and other Dielectric strength 2,500 Vrms for 1 min. exposed metal parts Between each terminal and ground 2,000 Vrms for 1 min. Contact resistance Initial Max. 100m (by voltage drop at 1A 6 to 8V DC) Temperature rise (terminal section) Initial Max. 45C, After test Max. 55C Vibration resistance 10 to 55Hz at double amplitude of 1.5mm (Contact opening Max. 1 msec.) 2 Shock resistance Min. 294 m/s (Contact opening Max. 1 msec.) Actuator strength 49 N for 1 minute (For operating direction) Tensile terminal strength Min. 147 N (Pulling for operating direction) Allowable operating speed 10 to 300mm/sec. Allowable operating cycle rate 60 cpm Cold and heat resistance 40C to 45C: 48 hours, +80C to +90C: 48 hours Ambient temperature 25 to +85C no freezing and condensing Flame retardancy Min. UL 94V-1 Tracking resistance (CTI) Min. 175 Contact specications Contact material AgCuO alloy Unit weight Approx. 14 g Protection grade IP40 Note: Test condition and judgement are complying with NECA C4505, EN61058-1 and UL1054. AECTB20E 201408-T 2