Miniature Rotary DIP Switch

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Denis Hicks
5 years ago
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Miniature Rotary DIP Switch Miniature ( mm size) Rotary DIP Switch Mounting space reduced by 50%. (compared with conventional models) SMT and through hole type Available. Side-actuated type available.

1 Miniature Rotary DIP Switch Miniature ( mm size) Rotary DIP Switch Mounting space reduced by 50%. (compared with conventional models) SMT and through hole type Available. Side-actuated type available. Gold-plated contacts ensure high reliability. RoHS ompliant (Refer to page 6 for details) Ordering Information Through hole type ( Terminal) Top-actuated, extended shaft Side-actuated, flat Side-actuated, extended shaft switching positions stick Output code 0 BD/ Top :6 A6K-0RF A6K-0RS A6KV-0RF A6KV-0RS hexadecimal 6 Side: code A6K-6RF A6K-6RS A6KV-6RF A6KV-6RS Through hole type (5 Terminal) Top-actuated, extended shaft Side-actuated, flat Side-actuated, extended shaft switching positions stick Output code 0 BD/ Top :6 A6K-0RF A6K-0RS A6KV-0RF A6KV-0RS hexadecimal 6 Side: code A6K-6RF A6K-6RS A6KV-6RF A6KV-6RS SMT type ( Terminal, Stick) Top-actuated, extended shaft switching positions stick Output code 0 BD/ A6KS-0RF A6KS-0RS 6 6 hexadecimal ---8 code A6KS-6RF A6KS-6RS SMT type (5 Terminal, Stick) Top-actuated, extended shaft Side-actuated, flat Side-actuated, extended shaft switching positions stick Output code 0 BD/ A6KS-0RF A6KS-0RS A6KSV-0RF A6KSV-0RS 6 hexadecimal code A6KS-6RF A6KS-6RS A6KSV-6RF A6KSV-6RS

2 SMT type ( Terminal, Embosse) Top-actuated, extended shaft switching d positions Output code tape 0 BD/ hexadecimal code A6KS-0RF-P A6KS-0RS-P A6KS-6RF-P A6KS-6RS-P SMT type (5 Terminal, Embosse) Top-actuated, extended shaft Side-actuated, flat Side-actuated, extended shaft switching positions Output code Note: Orders must be made in multiples of pack quantity. Switch are not sold individually. Specifications *Add 0.0 g for the extended-shaft version of each model Output odes 0-position Models Note: indicates that the internal switch is ON. 6-position Models 0 BD/ A6KS-0RF-P A6KS-0RS-P A6KSV-0RF-P A6KSV-0RS-P hexadecimal code A6KS-6RF-P A6KS-6RS-P A6KSV-6RF-P A6KSV-6RS-P Rating Ambient oating temature Ambient oating humidity Insulation resistance ontact resistance Dielectric strength Vibration resistance Shock resistance Electrical life expectancy Oating torque Weight Through hole terminal SMT terminal VD 5 ma,.5 VD 0 A (minimum current) - 0 to %RH max. (with no icing or dewing) 5 to 95 %RH (for 5 to 5 ) 00 MΩ min. ode BD/hexadecimal ---8 code Position mω max. (initial value) 50 VA for minute between terminals of the same polarity, and between terminals of different polarity Malfunction: 0 to 55 Hz,.5-mm double amplitude Malfunction: 00 m/s min. 0,000 steps ( VD 5 ma) N m max. : 0.8 g, Side-actuated, flat: 0.7 g : 0.6 g, Side-actuated, flat: 0.9 g ode BD/hexadecimal ---8 code Position A B D E F

3 Dimensions Through hole type Top-actuated Flat Models with Terminal Arrangement A6K-0RF A6K-6RF.5 5 (unit: mm) Top-actuated Extended shaft Models with Terminal Arrangement A6K-0RS A6K-6RS ±0. dia. 8 A6K-6RF 8 A6K-0RF 8 A6K-6RS 8 A6K-0RS Side-actuated Flat Models with Terminal Arrangement A6KV-0RF A6KV-6RF 7.9 Side-actuated Extended-shaft Models with Terminal Arrangement A6KV-0RS A6KV-6RS ±0.dia A6KV-6RF A6KV-0RF A6KV-6RS A6KV-0RS 8 8 Top-actuated Flat Models with 5 Terminal Arrangement A6K-0RF A6K-6RF 8 8 Top-actuated Extended shaft Models with 5 Terminal Arrangement A6K-0RS A6K-6RS ±0. dia. A6K-6RF A6K-0RF A6K-6RS A6K-0RS Side-actuated Flat Models with 5 Terminal Arrangement A6KV-0RF A6KV-6RF 7.9 Side-actuated Extended-shaft Models with 5 Terminal Arrangement A6KV-0RS A6KV-6RS ±0. dia A6KV-6RF 8 A6KV-0RF 8 8 A6KV-6RS A6KV-0RS

4 SMT type Top-actuated Flat Models with Terminal Arrangement A6KS-0RF A6KS-6RF.5 Top-actuated Extended shaft Models with Terminal Arrangement A6KS-0RS A6KS-6RS ±0. dia A6KS-6RF A6KS-0RF 5 8 A6KS-6RS 8 A6KS-0RS 5 Top-actuated Flat Models with 5 Terminal Arrangement A6KS-0RF A6KS-6RF 8 8 Top-actuated Extended shaft Models with 5 Terminal Arrangement A6KS-0RS A6KS-6RS ±0. dia. 0.6 A6KS-6RF A6KS-0RF A6KS-6RS A6KS-0RS Side-actuated Flat Models with 5 Terminal Arrangement Side-actuated Extended-shaft Models with 5 Terminal Arrangement A6KSV-0RF A6KSV-0RS A6KSV-6RF A6KSV-6RS A6KSV-6RF A6KSV-0RF.8.8±0. dia. A6KSV-6RS A6KSV-0RS

5 PB utout Dimensions (TOP VIEW) Terminal Arrangement Through hole (Top-actuated Models) Through hole (Side-actuated Models) SMT (Top-actuated Models).5±0.05.5±0.05.5± ± dia dia.. (Unit: mm).8 7.6± ± Terminal Arrangement Through hole (Top-actuated Models) dia. Through hole (Side-actuated Models) dia ± ± SMT (Top-actuated Models) SMT (Side-actuated Models) : Through hole:pattern prohibited area 5

6 Safety Precautions Note: Refer to Safety Precautions in the DIP Switches (at. No. X00) for details on general safety precautions. orrect Use Soldering General Precautions for Soldering. Make sure that Rotary DIP Switches are set to 0 before soldering. Misalignment may result in reduced sensitivity due to the soldering heat. Reflow Soldering Observe the following conditions for reflow soldering. (Measurement location: Top of Switch) Temature ( ) 60 max Preheating Actual soldering Environment for Storage and Use To prevent discoloration of the terminals and other problems during storage, do not store the in locations subject to the following conditions. () High tematures or humidity () orrosive gases () Direct sunlight Also, the is not waterproof or splash-resistant. Do not install or use the in locations that are subject to contact with water. Do not subject the to freezing or condensation. Handling Do not apply excessive oating force to the Switch. Otherwise the Switch may be damaged or deformed, and the switch mechanism may malfunction as a result. Set rotary-type DIP Switches with a flat-blade screwdriver that fits into the screwdriver groove. Using a screwdriver of inappropriate dimensions, or using a tool other than a flat-blade screwdriver may cause damage to the groove that may make the Switch impossible to oate. Extended-shaft models can also be manually set, but be sure not to apply an excessive amount of force to the Switch when setting it. Automatic Soldering Bath Soldering temature: 60 max. (Preheating: 50 0s max.) Soldering time: 5s max. Manual Soldering Soldering temature: 50 max. at the tip of the soldering iron Soldering time: s max. Do not solder the Switch more than twice including any rectification soldering. An interval of five minutes is required between the first and second soldering. Washing The cannot be washed. Attempting to wash it may result in malfunction due to flux and foreign matter from the PB flowing into the together with the cleaning fluid. Using Flux The type of flux or the amount or method in which it is applied, including its use in reflow soldering, can have adverse effects on Switch formance. Assess the pro flux, conditions, and methods prior to using it. RoHS ompliant 60 to max. Time (s) The "RoHS ompliant" designation indicates that the listed models do not contain the six hazardous substances covered by the RoHS Directive. Reference: The following standards are used to determine compliance for the six substances. Lead :,000 ppm max. Mercury :,000 ppm max. admium : 00 ppm max. Hexavalent chromium :,000 ppm max. PBB :,000 ppm max. PBDE :,000 ppm max. Packing Specifications dia. Perforations ±0..5±0.5.75± ±0.5 ±0.5 (7) () Tape drawing direction P=±0.5 (P0=0±0.).5 dia. holes Tape drawing direction 6

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8 ALL DIMENSIONS SHOWN ARE IN MILLIMETERS. To convert millimeters into inches, multiply by To convert grams into ounces, multiply by at. No. A7-E-0 In the interest of product improvement, specifications are subject to change without notice. OMRON orporation Electronic omponents ompany Switch Division Manual Switch Department Shiokoji Horikawa, Shimogyo-ku, Kyoto, Japan Tel: (8) /Fax: (8) URL : Printed in Japan 008-M (008)

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