AVL3205613

Automation Controls Catalog Subminiature Size Switches with Excellent Operating Position Accuracy AV3/AVM3/AVT3/AVL3 (FS/FS-T) Switches FEATURES FS (In-line terminal type) • Excellent operating position accuracy • Flux-resistant construction with integrally molded terminals • Added to former in-line terminal (AV3/AVM3), range now includes (AVT3/AVL3) type with cross-line terminals • Self-standing terminal structure (AV3/AVM3 type) with temporarily fix switch to PC Board • Lever pivot position can be changed • Series of low-level circuit type switches added to range • Protection grade: IP40 FS-T (Cross-line terminal type) PRODUCT TYPES TABLE ■ Combination of Operating Force (OF) and Applicable current range Expected life Applicable current range Contact 1mA Operating Force (OF) 100mA 3A 5A 0.25N AgNi alloy contact Standard version Long life version 0.49N 0.98N ● ● CuNi alloy + AgNi alloy + Au-clad triple layer contact type (End of part No.: 61) ● ● ● CuNi alloy + Au-clad double layer contact For low-level circuit (End of part No.: 64) ● ● ● 1.47N AgNi alloy contact ● CuNi alloy + AgNi alloy + Au-clad triple layer contact type (End of part No.: 61) ● CuNi alloy + Au-clad double layer contact For low-level circuit (End of part No.: 64) ● CONSTRUCTION ■ Standard version (FS type) • As for FS-T switches, the terminals are the different shape. Spring CONTACT FORM ■ Long life version (FS type) • As for FS-T switches, the terminals are the different shape. Arch-shaped independent spring COM 2019.03 industrial.panasonic.com/ac/e/ 1 NO © Panasonic Corporation 2019 NC AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches ORDERING INFORMATION ■ FS switches (In-line terminal type) AV Terminals 2: Solder terminal Actuators 0: Pin plunger 1: Short hinge lever 4: Self-standing PC board terminal 8: .110 Quick-connect terminal 2: Hinge lever 3: Long hinge lever 4: Simulated roller lever 5: Roller lever Lever position Nil: Standard 5: Internationally common pitch PC board terminal* 6: Right angle terminal* 7: Left angle terminal* Version 3: FS type Standard M3: FS type Long life Contact material Nil: AgNi alloy contact type 61: CuNi alloy + AgNi alloy + Au-clad triple layer contact type 64: CuNi alloy + Au-clad double layer contact type For low-level circuit Operating Force (OF) by pin plunger, max. 0: 0.25 N (Au-clad contact only) (Standard type) 2: 0.49 N (Standard type) 4: 0.98 N (Standard type) 5: 1.47 N (Long life type) Safety standard Nil: Safety standard un-acquiring 3: UL/C-UL, ENEC/VDE (AgNi alloy, CuNi alloy + AgNi alloy + Au-clad triple layer contact type only) 9: UL/C-UL (CuNi alloy + Au-clad double layer contact type only) ■ FS-T switches (Cross-line terminal type) AV Terminals 2: Solder terminal 4: PC board terminal 8: .110 Quickconnect terminal Actuators 0: Pin plunger 1: Short hinge lever 2: Hinge lever 3: Long hinge lever Contact material Nil: AgNi alloy contact type 61: CuNi alloy + AgNi alloy + Au-clad triple layer contact type 64: CuNi alloy + Au-clad double layer contact type For low-level circuit 4: Simulated roller lever 5: Roller lever Version T3: FS-T type Standard L3: FS-T type Long life Operating Force OF by pin plunger, max. 0: 0.25 N (Au-clad contact only) (Standard type) 2: 0.49 N (Standard type) 4: 0.98 N (Standard type) 5: 1.47 N (Long life type) Lever position Nil: Standard Safety standard Nil: Safety standard un-acquiring 3: UL/C-UL, ENEC/VDE (AgNi alloy, CuNi alloy + AgNi alloy + Au-clad triple layer contact type only) 9: UL/C-UL (CuNi alloy + Au-clad double layer contact type only) Note: Since the switches of terminal of an asterisk “*” will be manufactured after an order receipt, please contact our office. Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 2 © Panasonic Corporation 2019 AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches PRODUCT TYPES (Color of plunger) AgNi alloy contact type: black, CuNi alloy + AgNi alloy + Au-clad triple layer contact type: red, CuNi alloy + Au-clad contact type: green ■ FS type, Standard version (In-line terminal type) 1) AgNi alloy contact type Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Part No. Operating Force (OF) Max. Solder terminal Self-standing PC board terminal 0.49N AV32023 AV34023 AV38023 0.98N AV32043 AV34043 AV38043 .110 Quick-connect 0.20N AV32123 AV34123 AV38123 0.39N AV32143 AV34143 AV38143 0.16N AV32223 AV34223 AV38223 0.34N AV32243 AV34243 AV38243 0.12N AV32323 AV34323 AV38323 0.25N AV32343 AV34343 AV38343 0.16N AV32423 AV34423 AV38423 0.34N AV32443 AV34443 AV38443 0.20N AV32523 AV34523 AV38523 0.39N AV32543 AV34543 AV38543 2) CuNi alloy + AgNi alloy + Au-clad triple layer contact type Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Part No. Operating Force (OF) Max. Solder terminal Self-standing PC board terminal .110 Quick-connect 0.25N AV3200613 AV3400613 AV3800613 0.49N AV3202613 AV3402613 AV3802613 0.98N AV3204613 AV3404613 AV3804613 0.098N AV3210613 AV3410613 AV3810613 0.20N AV3212613 AV3412613 AV3812613 0.39N AV3214613 AV3414613 AV3814613 0.078N AV3220613 AV3420613 AV3820613 0.16N AV3222613 AV3422613 AV3822613 0.34N AV3224613 AV3424613 AV3824613 0.12N AV3232613 AV3432613 AV3832613 0.25N AV3234613 AV3434613 AV3834613 0.16N AV3242613 AV3442613 AV3842613 0.34N AV3244613 AV3444613 AV3844613 0.20N AV3252613 AV3452613 AV3852613 0.39N AV3254613 AV3454613 AV3854613 Operating Force (OF) Max. Solder terminal Self-standing PC board terminal .110 Quick-connect 0.25N AV3200649 AV3400649 AV3800649 0.49N AV3202649 AV3402649 AV3802649 0.98N AV3204649 AV3404649 AV3804649 0.098N AV3210649 AV3410649 AV3810649 0.20N AV3212649 AV3412649 AV3812649 0.39N AV3214649 AV3414649 AV3814649 0.078N AV3220649 AV3420649 AV3820649 0.16N AV3222649 AV3422649 AV3822649 0.34N AV3224649 AV3424649 AV3824649 0.12N AV3232649 AV3432649 AV3832649 0.25N AV3234649 AV3434649 AV3834649 0.16N AV3242649 AV3442649 AV3842649 0.34N AV3244649 AV3444649 AV3844649 0.20N AV3252649 AV3452649 AV3852649 0.39N AV3254649 AV3454649 AV3854649 3) CuNi alloy + Au-clad contact type, for low-level circuit Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Part No. Note: Other types of terminals are also available. When ordering, please refer to “ORDERING INFORMATION”. Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 3 © Panasonic Corporation 2019 AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches ■ FS-T type Standard version (Cross-line terminal type) 1) AgNi alloy contact type Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Part No. Operating Force (OF) Max. Solder terminal PC board terminal .110 Quick-connect 0.49N AVT32023 AVT34023 AVT38023 0.98N AVT32043 AVT34043 AVT38043 0.20N AVT32123 AVT34123 AVT38123 0.39N AVT32143 AVT34143 AVT38143 0.16N AVT32223 AVT34223 AVT38223 0.34N AVT32243 AVT34243 AVT38243 0.12N AVT32323 AVT34323 AVT38323 0.25N AVT32343 AVT34343 AVT38343 0.16N AVT32423 AVT34423 AVT38423 0.34N AVT32443 AVT34443 AVT38443 0.20N AVT32523 AVT34523 AVT38523 0.39N AVT32543 AVT34543 AVT38543 2) CuNi alloy + AgNi alloy + Au-clad triple layer contact type Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Part No. Operating Force (OF) Max. Solder terminal PC board terminal .110 Quick-connect 0.25N AVT3200613 AVT3400613 AVT3800613 0.49N AVT3202613 AVT3402613 AVT3802613 0.98N AVT3204613 AVT3404613 AVT3804613 0.098N AVT3210613 AVT3410613 AVT3810613 0.20N AVT3212613 AVT3412613 AVT3812613 0.39N AVT3214613 AVT3414613 AVT3814613 0.078N AVT3220613 AVT3420613 AVT3820613 0.16N AVT3222613 AVT3422613 AVT3822613 0.34N AVT3224613 AVT3424613 AVT3824613 0.12N AVT3232613 AVT3432613 AVT3832613 0.25N AVT3234613 AVT3434613 AVT3834613 0.16N AVT3242613 AVT3442613 AVT3842613 0.34N AVT3244613 AVT3444613 AVT3844613 0.20N AVT3252613 AVT3452613 AVT3852613 0.39N AVT3254613 AVT3454613 AVT3854613 3) CuNi alloy + Au-clad double layer contact type, for low-level circuit Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Part No. Operating Force (OF) Max. Solder terminal PC board terminal .110 Quick-connect 0.25N AVT3200649 AVT3400649 AVT3800649 0.49N AVT3202649 AVT3402649 AVT3802649 0.98N AVT3204649 AVT3404649 AVT3804649 0.098N AVT3210649 AVT3410649 AVT3810649 0.20N AVT3212649 AVT3412649 AVT3812649 0.39N AVT3214649 AVT3414649 AVT3814649 0.078N AVT3220649 AVT3420649 AVT3820649 0.16N AVT3222649 AVT3422649 AVT3822649 0.34N AVT3224649 AVT3424649 AVT3824649 0.12N AVT3232649 AVT3432649 AVT3832649 0.25N AVT3234649 AVT3434649 AVT3834649 0.16N AVT3242649 AVT3442649 AVT3842649 0.34N AVT3244649 AVT3444649 AVT3844649 0.20N AVT3252649 AVT3452649 AVT3852649 0.39N AVT3254649 AVT3454649 AVT3854649 Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 4 © Panasonic Corporation 2019 AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches ■ FS type, Long life version (In-line terminal type) 1) AgNi alloy contact type Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Operating Force (OF) Max. 1.47N 0.59N 0.54N 0.44N 0.54N 0.59N Solder terminal AVM32053 AVM32153 AVM32253 AVM32353 AVM32453 AVM32553 Part No. Self-standing PC board terminal AVM34053 AVM34153 AVM34253 AVM34353 AVM34453 AVM34553 .110 Quick-connect AVM38053 AVM38153 AVM38253 AVM38353 AVM38453 AVM38553 Part No. Self-standing PC board terminal AVM3405613 AVM3415613 AVM3425613 AVM3435613 AVM3445613 AVM3455613 .110 Quick-connect AVM3805613 AVM3815613 AVM3825613 AVM3835613 AVM3845613 AVM3855613 Part No. Self-standing PC board terminal AVM3405649 AVM3415649 AVM3425649 AVM3435649 AVM3445649 AVM3455649 .110 Quick-connect AVM3805649 AVM3815649 AVM3825649 AVM3835649 AVM3845649 AVM3855649 2) CuNi alloy + AgNi alloy + Au-clad triple layer contact type Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Operating Force (OF) Max. 1.47N 0.59N 0.54N 0.44N 0.54N 0.59N Solder terminal AVM3205613 AVM3215613 AVM3225613 AVM3235613 AVM3245613 AVM3255613 3) CuNi alloy + Au-clad double layer contact type, for low-level circuit Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Operating Force (OF) Max. 1.47N 0.59N 0.54N 0.44N 0.54N 0.59N Solder terminal AVM3205649 AVM3215649 AVM3225649 AVM3235649 AVM3245649 AVM3255649 Note: Other types of terminals are also available. When ordering, please refer to “ORDERING INFORMATION”. ■ FS-T Long life version (Cross-line terminal type) 1) AgNi alloy contact type Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Operating Force (OF) Max. 1.47N 0.59N 0.54N 0.44N 0.54N 0.59N Solder terminal AVL32053 AVL32153 AVL32253 AVL32353 AVL32453 AVL32553 Part No. PC board terminal AVL34053 AVL34153 AVL34253 AVL34353 AVL34453 AVL34553 .110 Quick-connect AVL38053 AVL38153 AVL38253 AVL38353 AVL38453 AVL38553 Part No. PC board terminal AVL3405613 AVL3415613 AVL3425613 AVL3435613 AVL3445613 AVL3455613 .110 Quick-connect AVL3805613 AVL3815613 AVL3825613 AVL3835613 AVL3845613 AVL3855613 Part No. PC board terminal AVL3405649 AVL3415649 AVL3425649 AVL3435649 AVL3445649 AVL3455649 .110 Quick-connect AVL3805649 AVL3815649 AVL3825649 AVL3835649 AVL3845649 AVL3855649 2) CuNi alloy + AgNi alloy + Au-clad triple layer contact type Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Operating Force (OF) Max. 1.47N 0.59N 0.54N 0.44N 0.54N 0.59N Solder terminal AVL3205613 AVL3215613 AVL3225613 AVL3235613 AVL3245613 AVL3255613 3) CuNi alloy + Au-clad double layer contact type, for low-level circuit Actuator Pin plunger Short hinge lever Hinge lever Long hinge lever Simulated roller lever Roller lever Operating Force (OF) Max. 1.47N 0.59N 0.54N 0.44N 0.54N 0.59N Solder terminal AVL3205649 AVL3215649 AVL3225649 AVL3235649 AVL3245649 AVL3255649 Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 5 © Panasonic Corporation 2019 AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches SPECIFICATIONS ■ Contact rating Type Standard version Long life version Au-clad contact type Contact specification Load style Contact voltage 125V AC 250V AC 30V DC 125V DC AgNi alloy contact type Plunger color: Black Au-clad contact type Triple layer contact type Plunger color: Red Double layer contact type For low-level circuit Plunger color: Green AgNi alloy contact type Plunger color: Black Triple layer contact type Plunger color: Red Double layer contact type For low-level circuit Plunger color: Green Resistive load (cosφ≒1) Inductive load (cosφ≒0.6 to 0.7) Resistive load (cosφ≒1) Inductive load (cosφ≒1) Resistive load (cosφ≒1) Inductive load (cosφ≒0.6 to 0.7) Resistive load (cosφ≒1) Inductive load (cosφ≒1) 3A 3A 3A 0.4A 2A 2A 2A 0.05A 0.1A 0.1A 0.1A — — — 0.1A — 5A 5A 5A 0.4A 3A 3A 3A 0.05A 0.1A 0.1A 0.1A — — — 0.1A — Note: Time constant shall be less than 7 msec. for DC inductive loads. • Low-level circuit rating (Au-clad contact type) Rated voltage 6 V DC 12 V DC 24 V DC • Contact material reference chart classified by load voltage & current Resistive load 5 mA 2 mA 1 mA 3A AgNi alloy 100mA Au-clad triple layer contact type Au-clad double layer contact type 1mA 0 DC AC 5 5 15 30V 30 250V Note: If the contact is being used in the constant low-level circuit load range, the Au-clad double layer contact type is recommended. If there is a danger of the current being less than 0.5 A, for instance if the contact is being turned on and off, the Au-clad triple layer contact type is recommended. The diagram above is intended as a reference. Please use the product within the rated voltage and current. ■ Characteristics Item Expected life Mechanical life Electrical life Insulation resistance Between non-continuous terminals Dielectric Between each terminal and strength other exposed metal parts Between each terminal and ground Contact resistance (Initial) Vibration resistance (Pin plunger type) Shock resistance (Pin plunger type) Allowable operating speed (no load) Max.operating cycle rate (no load) Ambient temperature Unit weight Protection grade Standard version AgNi alloy contact Au-clad contact type type Long life version AgNi alloy contact Au-clad contact type type Min. 3 × 107 (OT: Specified value) 5 Min. 5 × 10 (OTmax.) Min. 107 (OTmax.) Min. 2 × 105 5 × 104 2 × 105 Min. 5 × 104 Min.100MΩ Test condition at 60 cpm at 20 cpm, at rated load, OT max. at 500V DC 1,000 Vrms 1,500 Vrms 1,500 Vrms Max. 50 mΩ Max. 100 mΩ Max. 50 mΩ Max. 100 mΩ 10 to 55 Hz at single amplitude of 0.75mm 294 m/s2 min. (OF 0.98 N type) 294 m/s2 min. (OF 0.98 N type) 147 m/s2 min. Min. 294 m/s2 Min. 294 m/s2 (OF 0.49 N type) 147 m/s2 min. 2 (OF 0.49 N type) 49 m/s min. (OF 0.25 N type) 0.1 to 1,000 mm/sec. 300 cpm –25°C to +85°C Approx.2g IP40 Ag alloy contact type: by voltage drop 1 A, 6 to 8V DC Au-clad contact type: by voltage drop 0.1 A, 6 to 8V DC Contact opening: Max. 1 msec. Contact opening: 1 msec. max. no freezing and condensing Note: Test conditions and judgement are complying with “NECA C 4505”. Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 6 © Panasonic Corporation 2019 AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches ■ Operating characteristics 1) Pin plunger 4th digit number Operating Force (OF) of Part No. Max. Release Force (RF) Min. 0 0.25N 0.020N 2 0.49N 0.074N 4 0.98N 0.15N 5 1.47N 0.20N Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Operating Position (OP) 0.6mm 0.1mm 0.4mm Distance from mounting holes: 8.4±0.3mm Distance from stand-off: FS 11.8±0.4mm FS-T 11.7±0.4mm Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Operating Position (OP) 2) Short hinge lever 4th digit number Operating Force (OF) of Part No. Max. Release Force (RF) Min. 0 0.098N 0.004N 2 0.20N 0.017N 4 0.39N 0.034N 5 0.59N 0.039N 2.5mm 0.5mm 0.8mm Distance from mounting holes: 8.8±0.8mm Distance from stand-off: FS 12.2±0.9mm FS-T 12.1±0.9mm Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Operating Position (OP) 3) Hinge lever 4th digit number Operating Force (OF) of Part No. Max. Release Force (RF) Min. 0 0.078N 0.003N 2 0.16N 0.015N 4 0.34N 0.029N 5 0.54N 0.034N 2.8mm 0.8mm 1.2mm Distance from mounting holes: 8.8±0.8mm Distance from stand-off: FS 12.2±0.9mm FS-T 12.1±0.9mm Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Operating Position (OP) 4) Long hinge lever 4th digit number Operating Force (OF) of Part No. Max. Release Force (RF) Min. 0 — — 2 0.12N 0.012N 4 0.25N 0.025N 5 0.44N 0.029N 3.5mm 1.0mm 1.6mm Distance from mounting holes: 8.8±1.2mm Distance from stand-off: FS 12.2±1.3mm FS-T 12.1±1.3mm Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Operating Position (OP) 5) Simulated roller lever 4th digit number Operating Force (OF) of Part No. Max. Release Force (RF) Min. 0 — — 2 0.16N 0.015N 4 0.34N 0.029N 5 0.54N 0.034N 2.8mm 0.8mm 1.2mm Distance from mounting holes: 11.65±0.8mm Distance from stand-off: FS 15.05±0.9mm FS-T 14.95±0.9mm Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Operating Position (OP) 0.8mm Distance from mounting holes: 14.5±0.8mm Distance from stand-off: FS 17.9±0.9mm FS-T 17.8±0.9mm 6) Roller lever 4th digit number Operating Force (OF) of Part No. Max. Release Force (RF) Min. 0 — — 2 0.20N 0.017N 4 0.39N 0.034N 5 0.59N 0.039N 2.5mm Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 7 0.5mm © Panasonic Corporation 2019 AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches DIMENSIONS (Unit: mm) General tolerance: ±0.25 The CAD data of the products with a CAD Data mark can be downloaded from https://industrial.panasonic.com/ac/e/ ■ FS switches (In-line terminal type) 1) Self-standing PC board terminal Pin plunger CAD Data 7.6 ±0.3 7.7 7.4 3-1.2±0.05 dia. (OP) 6.7 8.4 ±0.3 (OP) 11.8 ±0.4 +0.1 2.4 -0.05 NO C 4.0 (PT) 0.6 Max. 1.8 NC +0.1 2.4 - 0.05 dia. 2.5 ±0.1 0.9 9.5 ±0.1 2.2 0.5 1.25 ±0.1 1.5 ±0.12 8.7 ±0.15 5.2 2.2 ±0.1 15.4 ±0.15 19.8 ±0.3 15.4±0.1 1.1±0.12 3.4 ±0.15 2.4 8.7±0.1 1.85 ±0.2 6.4 0.2 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off 0.6mm 0.1mm 0.4mm 8.4±0.3mm 11.8±0.4mm Short hinge lever CAD Data 12.85 5.0 ±0.4 NO 4.0 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off (OP) 8.8 ±0.8 (OP) 12.2 ±0.9 6.6 C (PT) 2.5 Max. NC 2.5mm 0.5mm 0.8mm 8.8±0.8mm 12.2±0.9mm Hinge lever CAD Data 7.15 ±0.4 (PT) 2.8 Max. (OP) 8.8 ±0.8 C NO 4.0 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off (OP) 12.2 ±0.9 NC 2.8mm 0.8mm 1.2mm 8.8±0.8mm 12.2±0.9mm Long hinge lever CAD Data 13.1 ±0.4 (PT) 3.5 Max. 4.0 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off (OP) 8.8 ±1.2 (OP) 12.2 ±1.3 C NO NC 3.5mm 1.0mm 1.6mm 8.8±1.2mm 12.2±1.3mm Simulated roller lever CAD Data 6.3 ±0.4 (PT) 2.8 Max. 4.0 R2.5 (OP) 11.65 ±0.8 (OP) 15.05 ±0.9 C NO NC Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 8 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off © Panasonic Corporation 2019 2.8mm 0.8mm 1.2mm 11.65±0.8mm 15.05±0.9mm AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches Roller lever CAD Data (PT) 2.5 Max. 5.15 ±0.4 3.2 5.0 dia. (OP) 14.5 ±0.8 NO C Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off NC 2) Solder terminal 3) .110 Quick-connect terminal CAD Data 1.85 ±0.2 3.4 ±0.15 NO C NC 9.5 ±0.1 8.7 ±0.15 11.0 0.5 19.8 ±0.3 2.5 ±0.1 17.9±0.9mm 3.4 ±0.15 6-C0.6 ±0.1 2.8 ±0.1 9.5 ±0.1 7.6 ±0.15 5.2 6.4 ±0.2 15.4 ±0.15 5.5 ±0.1 3-1.2 ±0.05 dia. 1.25 ±0.1 2.8 ±0.2 NC 7.1±0.15 1.5 ±0.12 7.4 NO C 1.1 ±0.12 14.5±0.8mm 4.0 CAD Data 4.0 2.5mm 0.5mm 0.8mm 0 4.0 -0.15 15.2 ±0.15 0.5 5.2 6.4 ±0.2 19.8 ±0.3 Note: Dimensions other than drawn above is same as self-standing PC board terminal. Note: Dimensions other than drawn above is same as self-standing PC board terminal. ■ FS-T switches (Cross-line terminal type) 1) PC board terminal Pin plunger PC board pattern CAD Data 19.8 ±0.3 8.8±0.1 3.2 NC 2. 4 - +0.1 0. 05 dia . 0.5 2.5 ±0.1 9.5 ±0.1 8.8 10.9 (Plunger position) 16.1±0.1 7.0 6.7 3.3 7.7 2.4 +0.1 2.4 - 0.05 NO C 3-1.35 to 1.50 dia. 4.0 (OP) 8.4 ±0.3 (PT) 0.6 Max. 7.6 ±0.3 1.2 ±0.1 6.4 ±0.2 16.1 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off 0.6mm 0.1mm 0.4mm 8.4±0.3mm 11.7±0.4mm Short hinge lever CAD Data 12.85 5.0 ±0.4 (PT) 2.5 Max. 4.0 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off (OP) 8.8 ±0.8 C NO NC 2.5mm 0.5mm 0.8mm 8.8±0.8mm 12.1±0.9mm Hinge lever CAD Data 12.85 7.15 ±0.4 (PT) 2.8 Max. (OP) 8.8 ±0.8 C NO NC Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 9 4.0 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off © Panasonic Corporation 2019 2.8mm 0.8mm 1.2mm 8.8±0.8mm 12.1±0.9mm AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches Long hinge lever CAD Data (PT) 3.5 Max. 13.1 ±0.4 4.0 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off (OP) 8.8 ±1.2 NO C NC 3.5mm 1.0mm 1.6mm 8.8±1.2mm 12.1±1.3mm Simulated roller lever CAD Data 12.85 (PT) 2.8 Max. 6.3 ±0.4 R2.5 4.0 Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off (OP) 11.65 ±0.8 NO C Roller lever NC (PT) 2.5 Max. 5.15 ±0.4 CAD Data (OP) 14.5 ±0.8 NO 11.65±0.8mm 14.95±0.9mm 3.2 5.0 dia. C 2.8mm 0.8mm 1.2mm NC Pretravel (PT) Max. Movement Differential (MD) Max. Overtravel (OT) Min. Distance from mounting hole Operating Position (OP) Distance from stand-off 2.5mm 0.5mm 0.8mm 14.5±0.8mm 17.8±0.9mm 2) Solder terminal (PT) 0.6 Max. 4.0 (OP) 8.4 ±0.3 dia (3.9) 1.8 NC . +0.1 2.4 - 0.05 dia. 0. 9.5 ±0.1 1.5 3 2.5 ±0.1 0.5 6C 2.4 6.7 NO C 3.3 7.7 +0.1 2.4 - 0.05 7.6 ±0.3 6.4 19.8 ±0.3 CAD Data 2.8 ±0.2 8.8 16.1 6.4 ±0.2 Note: As for the dimensions of lever types, dimensions other than terminals are same as PC board terminal. 3) .110 Quick-connect terminal 19.8 ±0.3 (PT) 0.6 Max. 6.7 1.2 ±0 +0.1 2.4 - 0.05 dia. 2.5 ±0.1 9.5 ±0.1 8.8 0.5 .05 dia . 11.0 NC 5.5 ±0.1 NO C 4.0 7.1±0.15 7.7 3.3 2.4 +0.1 2.4 - 0.05 7.6 ±0.3 (OP) 8.4 ±0.3 CAD Data 2.8 ±0.1 16.1 6.4 ±0.2 Note: As for the dimensions of lever types, dimensions other than terminals are same as PC board terminal. Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 10 © Panasonic Corporation 2019 AECTB10E 201903 AV3/AVM3/AVT3/AVL3 (FS/FS-T) Subminiature Switches CAUTIONS FOR USE (Common for FS type and FS-T type) ■ Regarding fastening of switch body 1) To secure the switch, please use an M2.3 small screw on a flat surface and tighten using a maximum torque of 0.29 N·m. It is recommended that spring washers be used with the screws and adhesive be applied to lock the screws to prevent loosening of the screws. 2) When the operation object is in the free position, force should not be applied directly to the actuator or pin plunger. Also force should be applied to the pin plunger from vertical direction to the switch. 3) In setting the movement after operation, the Overtravel OT should be set not less than 70% as a standard. Setting the movement at less than 70% of OT may cause troubles such as mis-contact and welding due to small contact force of the switch. NC side Stroke Contact 0 force 70% of OT minimum value NO side Usable area ■ Soldering operation Perform soldering in less than 3 seconds with maximum 350°C iron. Care should be taken not to apply force to the terminals during soldering. We recommend a soldering iron with temperature adjustment in order to prevent poor quality soldering. Please consult us if you intend to use a soldering iron of 60 W or higher. ■ Environment Locations where corrosive gases having a bad influence on contacts are present, and locations where there is an excessive amount of siliceous or other abrasive dust should be avoided. ■ Regarding connector connections (.110 quick connect terminals) For making connections, a dedicated receptacle for .110 quick connect terminals should be used, and the terminals should be inserted parallel to the receptacle. Consideration should be given to mounting so that no tensile load is applied to the lead wires. ■ In making the switch selection Consideration should be given to provide for no interference up to +20% variation of the standard characteristics values. OT minimum value OT max. PT In addition, even if FS type switch actuator is pushed to full limit of operating position, it does not affect product life. However, heavy impact and excessive loading should not be applied. 3P CONNECTOR (Both AV3/AVM3 subminiature switches and ABS turquoise switches) The .110 Quick-connect terminal type of S type turquoise switches and FS type subminiature switches fit direct contact 3P connectors (Nippon Tanshi Co., Ltd.) ■ Reverse insertion prevention As shown in the diagram, the protrusion on the 3P connector can only be inserted on the corresponding side of the mounting frame. That is, using the plunger as a reference, the subminiature switches can only be inserted in the direction shown in the diagram: it is not possible to mount it the wrong way round. 3P connectors ■ If you have any questions, please directly contact: Nippon Tanshi Co., Ltd. Switch mounting frame ■ Product name and Product number Product name: 3P connectors for 7.6 mm pitch subminiature switches Product number Switch mounting frame Name Housing Receptacle Protrusion Protrusion Product number 9880-4203 171587-M2 Remark (Suitable wire) — 0.3 to 0.75 mm2 Note: Please note that Panasonic does not sell this connector. Panasonic Corporation Electromechanical Control Business Division industrial.panasonic.com/ac/e/ 11 © Panasonic Corporation 2019 AECTB10E 201903 Technical Terminology & Cautions for Use Technical Terminology & Cautions for Use (Detection Switches) TECHNICAL TERMINOLOGY ■ Detection Switches A compact switch equipped with an enclosed micro-gap snapaction contact mechanism that makes a specified motion with a specified force to open/close a circuit, and an actuator outside the enclosure (hereinafter referred to as the switch) ■ Actuator A part of the switch that transmits the received external force to an internal spring mechanism to move the movable contact so that the switch can be opened and closed ■ Actuator stopper A part of the switch to limit the actuator movement in the switch operation direction ■ Rated values Values indicating the characteristics and performance guarantee standards of the snap-action switches. The rated current and rated voltage, for instance, assume specific conditions (type of load, current, voltage, frequency, etc.). ■ Mechanical life The service life when operated at a preset operating frequency without passing electricity through the contacts. (The life test is performed at a switching frequency of 60 times/minute and operating speed of 100 mm/second at the regular cam.) ■ Electrical life The service life when the rated load is connected to the contact and switching operations are performed. (The life test is performed at a switching frequency of 20 times/minute and operating speed of 100 mm/second at the regular cam.) ー 12 ー ■ Contact form This refers to the components determining the type of application which make up the electrical input/output circuits in the contact. SPDT SPST-NC SPST-NO ■ Insulation resistance Resistance between non-continuous terminals, each terminal and other exposed metal parts and between each terminal and ground. ■ Dielectric Threshold limit value that a high voltage can be applied to a predetermined measuring location for one minute without causing damage to the insulation. ■ Contact resistance This indicates the electrical resistance at the contact part. Generally, this resistance includes the conductor resistance of the spring and terminal portions. ■ Vibration resistance Malfunction vibration ... Vibration range where a closed contact does not open for longer than a specified time due to vibrations during use of the snap-action switches. ■ Shock resistance Shock durability ... Shock range where the mechanical shocks received during snap-action switches transport and installation do not damage the parts or harm the operating characteristics. Malfunction shock ... Shock range where a closed contact does not open for longer than a specified time due to shocks during use of the snap-action switches. AECTB36E 201811-T Technical Terminology & Cautions for Use OPERATING CHARACTERISTIC ■ Definition of operating characteristic The main terminological illustrations and meanings which are used with snapaction switches are as follows. Classification RF OF PT TF Force TT FP OT Symbol Unit Varying display method Operating Force OF N Max. Release Force RF N Min. Totaltravel Force TF N Pretravel PT mm, degree Max. Overtravel OT mm, degree Min. Movement Differential MD mm, degree Max. Totaltravel TT Free Position FP Operating Position OP mm, degree Release Position RP mm, degree The position of the actuator when the traveling contact snaps back from operating position to its original position. Total travel Position TTP mm, degree The stopping position of the actuator after total travel. Terminology MD OP RP TTP Movement Center of mounting holes Position mm, degree mm, degree ± Starting current The force required to cause contact snap-action. It is expressed terms of force applied to the the actuator. The force to be applied to the the actuator at the moment contact snaps back from operated position to total travel position. Force applied to an actuator required to move from an operating position to a total travel position Distance or agree of the actuator movement from free position to operating position. The distance or degree which the actuator is permitted to travel after actuation without any damage to the switching mechanism. The distance or degree from operating position to release position of the actuator. The migration length or the move angle from the free position to total travel position of actuator Position of the actuator when no force is applied to. The position of the actuator when the traveling contacts snaps with the fixed contact. TECHNICAL NOTES ON MECHANICAL CHARACTERISTICS OF RF FP Contact force The figure at right shows a typical example of activation and contact forces varying with stroke. In the vicinity of the OP and RP, the contact force is diminished, causing chatter and contact bounce immediately before or after reversal. For this reason, use the switch while giving due consideration to this. This also causes the snap action switch to be sensitive to vibration or shock. Operating force ■ Actuation Force and Stroke Adequate stroke setting is the key to high reliability. It is also important that adequate contact force be ’maintained to ensure high reliability. For a normally closed (NC) circuit, the driving mechanism should be set so that the actuator is normally in the free position. For a normally open (NO) circuit, the actuator should be pressed to 70% to 100% of the specified stroke to absorb possible errors. If the stroke is set too close to the operating point (OP), this may cause unstable contact, and in the worst case may cause actuator damage due to inertia of the drive mechanism. It is advisable that the stroke be adjusted with the mounting plate or driving mechanism. RP PT TTP OP MD ■ Changes in Operating Characteristics Exercise design care so that malfunctions will not occur if the operating characteristics vary by as much as 20% from, rated values. In the OF max. 0.98N specification for FS snap-action switches, the allowable max. is 0.98 N × (100%+20%) = 1.18 N In the RF min. 0.15 N min. specification the allowable min. 0.15 N × (100%–20%) = 0.12 N ■ Mechanical Conditions for Type Selection Actuator type should be selected according to activation method, activation speed, activation rate, and activation frequency. 1) An extremely slow activation speed may cause unstable contact transfer, possibly resulting in contact failures or contact fusion. 2) An extremely high activation speed may cause damage to contacts or contact response failure. Stroke ■ Driving Mechanism Use of a driving mechanism which will cause physical impact to the actuator should be avoided. OT NC On FP On reversal On reversal On OTP NO Stroke Bad ー 13 ー Good AECTB36E 201811-T Technical Terminology & Cautions for Use TECHNICAL NOTES ON ELECTRICAL CHARACTERISTICS 1) The snap-action switch is designed for AC operations. While it has small contact gaps and no arc absorber, it may be used for low-capacity DC operations. Please refer to the rating of each products 2) For applications with very small switching voltage or current, choose the low-level load type (Au contact). Small current and voltage application range (Au contact) Current (mA) 500 100 50 10 5 2 1 4 8 12 16 20 24 DC voltage (VDC) 3) When selecting a contact type of a snap-action switch to be used for low-level load switching, the following should be noted. Silver contacts’ surfaces are prone to be oxidized and form a sulfide film. The switch operates with no problems at the beginning of use. However, as the contact surfaces develop films with time, the film may not be broken by the switching operation, causing a conduction failure. Therefore, please choose the Au contact type for switching a load of 0.1 A or below. 4) Application to Electronic Circuits • The snap-action switch contacts can sustain bounce or chatter when closed. Bounce or chatter can cause noise or pulse count errors when the snap action switch is used in electronic circuits. • If contact bounce or chatter poses problems in the vicinity of the OP and RP, use a suitable absorption network, such as a C/ R network. 5) Check the surge current, normal current and surge duration. 6) Contact resistance given in performance specifications is measured with a voltage drop method using 6 to 8 V DC, 1 A (except for low-level load type). Contact resistance across COM and NC terminals is measured in the free position, while contact resistance across COM and NO terminals is measured in the total travel position. 7) To prevent contact welding failure, be sure to use a serial resistance for each capacitive load. 8) If snap-action switch operation is synchronized with the AC supply phase, this may cause: shortened electrical life, contact fusion failure, contact transfer, or other reliability problems. CAUTIONS IN A CIRCUIT 1) Contact protection is recommended when snap-action switches are used in an inductive load circuit. Circuit diagram Contact for snap-action switch r c R Contact for snap-action switch r c R Contact for snap-action switch diode Can be used for both AC and DC. Impedance of r is nearly equal to impedance of R. C: 0.1 μF Wrong Lamp load PL Solenoid load Right Lamp load PL Solenoid load Load connected to same pole Example of wrong power supply connection (connection to different poles of power supply) This may lead to mixed DC and AC. (1) For DC circuits only. R Can be used for both AC and DC. Wrong Load L AC DC Load Induction load Contact for snap-action switch ZNR Varistor Cautions for use (1) r = more than 10 Ω (2) In an AC circuit Impedance of R is to be slightly smaller than impedance of r and c. 2) Do not connect the contacts on individual switches to different type or different poles of the power supply. Examples of power supply connections (connection to different poles) L 3) Avoid circuits which apply voltage between contacts. (This may lead to mixed deposition.) Wrong L 200V 100V ー 14 ー AECTB36E 201811-T Technical Terminology & Cautions for Use MOUNTING STATE AND ENVIRONMENT ■ Checking the insulation distance After mounting and wiring, check the insulation distance between terminals and the ground. If the insulation distance is inadequate, mount insulating material between as required. ■ Fastening the snap-action switch body See the Section “CAUTIONS FOR USE” for the individual switch. ■ Position adjustment with effector 1) The effector should be positioned so that direct force is not applied to the plunger or actuator in its free position. The operating force to the plunger should only be applied in a perpendicular direction. 2) Note that the use of the switch as a stopper may cause an operational problem. ■ Switch installation position • Basically, the switch should be installed so that the object to press the switch’s plunger or lever can press it down to 70 to 100% of OT of the switch. When determining the position, the tolerance of OP (Operating Position) and other factors should be taken into account. The following describes the case where the strictest tolerance conditions are adopted. • Example: Hinge lever type FS switch Reference values: OP = 8.8±0.8mm PT = max. 2.8mm OT = min. 1.2mm FP OP TTP PT OT (1) When the switch is not pressed The object to press the lever should not be in contact with the lever. For this purpose, the object should be at a distance from the switch father than the maximum FP (Free Position) value. FP max = OP max + PT max = 9.6 + 2.8 = 12.4 mm max The object should be at a distance of 12.4 mm or more from the mounting hole. (2) Depressed position The plunger/lever should be pressed down to 70% or more of OT (Over Travel). Therefore, the depressed position should be calculated based on the minimum value of OP (Operating Position) and the 70 and 100% of the OT value. OP min - 70% of OT = 8.0 - 0.84 = 7.16 mm OP min - 100% of OT = 8.0 - 1.2 = 6.80 mm The plunger/lever should be pressed down to the position of 6.80 to 7.16 mm from the mounting hole. ■ Soldering precautions For manual soldering, lay the terminals flat (horizontal with the ground) and quickly perform the soldering operation using a soldering iron with the appropriate heat capacity and the proper amount of solder. Take care that the flux does not flow into the switch interior by using a ventilation fan to discharge flux gas and to prevent contact of the switch body with the soldering iron tip. Be careful not to apply force to the lead wires or the terminal portions immediately after soldering. The temperature setting and time conditions vary depending on the product. See the section “CAUTIONS FOR USE” for each product. Wrong Soldering iron tip Correct ■ Avoid using in a silicon atmosphere Avoid using organic silicon rubber, adhesives, sealing compounds, oil, grease, and wires in a silicon atmosphere. ■ Please consult us when using under the following conditions*: 1) Environments where hydrogen sulfide or other corrosive gases are present. 2) Environments where gasoline, thinner or other flammable, explosive gases are present. 3) Dusty environments (for non-seal type snap action switches). 4) The perpendicular operating speed exceeds the allowable operating speed. 5) Switching between different poles. 6) Use in environments not in the prescribed temperature or humidity range. ■ Storage precautions To prevent discoloration due to sulfurization of the terminals (silver- plated), store the switches in a polyethylene bag or other suitable airtight container. ー 15 ー AECTB36E 201811-T Technical Terminology & Cautions for Use ■ Usage, storage, and transport conditions (except turquoise switches) During usage, storage, or transportation, avoid locations subject to direct sunlight and maintain normal temperature, humidity, and pressure conditions. The allowable specifications for environments suitable for usage, storage, and transportation are given below. 1) Temperature: The allowable temperature range differs for each switch, so refer to the switch’s individual specifications. In addition, when transporting or storing switches while they are tube packaged, there are cases when the temperature may differ from the allowable range. In this situation, be sure to consult the individual specifications. 2) Humidity: The allowable temperature range differs for each switch, so refer to the switch’s individual specifications. 3) Pressure: 86 to 106 kPa The humidity range varies with the temperature. Use within the range indicated in the graph below. Humidity, %R.H. 85 Tolerance range (Avoid freezing when (Avoid used at temperatures condensation when lower than 0°C 32°F) used at temperatures higher than 0°C 32°F) 5 –40 –40 0 +32 Temperature, °C °F ■ We reserve the right to modify without notice the materials, internal components, and other parts to improve product quality. ■ Handling precautions When handling the switches, be careful not to drop them on the floor since this may damage them. * Select contact sulfurization (clipping) prevention products (FS and Au-clad double layer contacts) for use with extremely small loads or an environment-resistant Turquoise switch. ■ Others 1) Failure modes of switches include short-circuiting, opencircuiting and temperature rises. If this switch is to be used in equipment where safety is a prime consideration, examine the possible effects of these failures on the equipment concerned, and ensure safety by providing protection circuits or protection devices. In terms of the systems involved, make provision for redundancy in the design and take steps to achieve safety design. 2) The ambient operating temperature (and humidity) range quoted is the range in which the switch can be operated on a continuous basis: it does not mean that using the switch within the rating guarantees the durability performance and environment withstanding performance of the switch. For details on the performance guarantee, check the specifications of each product concerned. +85 +185 (The allowable temperature depends on the switch.) • Condensation will occur inside the switch if there is a sudden change in ambient temperature when used in an atmosphere of high temperature and high humidity. This is particularly likely to happen when being transported by ship, so please be careful of the atmosphere when shipping. Condensation is the phenomenon whereby steam condenses to cause water droplets that adhere to the switch when an atmosphere of high temperature and humidity rapidly changes from a high to low temperature or when the switch is quickly moved from a low humidity location to one of high temperature and humidity. Please be careful because condensation can cause adverse conditions such as deterioration of insulation, coil cutoff, and rust. • Condensation or other moisture may freeze on the switch when the temperatures is lower than 0°C 32°F. This causes problems such as sticking of movable parts or operational time lags. • The plastic becomes brittle if the switch is exposed to a low temperature, low humidity environment for long periods of time. • Storage for extended periods of time (including transportation periods) at high temperatures or high humidity levels or in atmospheres with organic gases or sulfide gases may cause a sulfide film or oxide film to form on the surfaces of the contacts and/or it may interfere with the functions. Check out the atmosphere in which the units are to be stored and transported. • In terms of the packing format used, make every effort to keep the effects of moisture, organic gases and sulfide gases to the absolute minimum. ー 16 ー AECTB36E 201811-T Technical Terminology & Cautions for Use ■ Types of actuators Shape Pretravel (PT) Overtravel (OT) Operating Force (OF) Vibration Shock Pin plunger Small Small Large Outstanding Appropriate for linear short-stroke action. Pin plunger acts directly on snap action mechanism, enabling high-precision positioning. Amount of movement after operation is smallest among all of the actuators, however, so reliable stopper is required. Hinge lever Large Medium Small Possible Little force required for operation. Appropriate for use with low-speed cams and dogs; has large stroke. Lever available in various shapes to fit operating unit. Simulated roller lever Large Medium Small Possible Tip of hinge lever is bent into a semi-circle, enabling use as a simple roller type. Leaf lever Large Large Small Excellent Play in lever is used to assure maximum stroke. Construction provides for space where lever is attached, for outstanding resistance to freezing. Hinge roller lever Large Medium Small Possible This is a hinge lever with a roller, and can be used with high-speed cams and dogs. The force required for pin plunger action is lighter than that of the lever, and the stroke is longer. Classification Features ー 17 ー AECTB36E 201811-T 2019 AECTB10E-1 201903