File information: | |
File name: | ED1112S.pdf [preview ED1112S] |
Size: | 55 kB |
Extension: | |
Mfg: | ED1112S |
Model: | ED1112S 🔎 |
Original: | ED1112S 🔎 |
Descr: | ED1112S |
Group: | Electronics > Automobile |
Uploaded: | 04-06-2011 |
User: | Bojilov |
Multipart: | No multipart |
Information about the files in archive: | ||
Decompress result: | OK | |
Extracted files: | 1 | |
File name ED1112S.pdf 11mm Rotary type Encoders-With Switch (11mm ±ÛÂড½s½X¾¹ -ªþ¶}Ãö ) ED1112S Part Number ED1112S 20 -L 20 F 20 clicks Shaft Length 20 ¥dÂI ¶bªø Shaft Type ¶b«¬ Dimensions ³W®æ¤Øo Shaft Type ¶b«¬ http://www.song-huei.com.tw mm Metal Shaft Rotary Potentiometer (9mm ª÷Äݶb±ÛÂà¹q¦ì¾¹ ) 11mm Rotary type Encoders-With Switch (11mm ±ÛÂড½s½X¾¹ -ªþ¶}Ãö ) General ¤@¯ëS©Ê (1 ) Scope This specification applies to 12mm size low-profile rotary encoder (incremental type) for microscopic current circuits used in electronic equipment. (2) Standard atmospheric conditions Unless otherwise specified, the range of atmospheric conditions for making measurements and test is as following limits: Ambient temperature : 15¢J¡ã 35¢J Relative humidity : 25 % ¡ã 85 % Air pressure : 86k Pa ¡ã 106k Pa If there is any objection, the inspection should be preceded as following: Ambient temperature Relative humidity : 63 % ¡ã 67 % Air pressure : 86k Pa¡ã 106k Pa (3) Operating temperature range : ¡Ð 10¢J ¡ã ¡Ï 70¢J (4) Storage temperature range : ¡Ð 40¢J ¡ã ¡Ï 85¢J Rating ÃB©w¥\²v (1) Rated Voltage : D.C. 5V.10mA ( 1 mA / min. ) (2) Maximum operating current ( resistive load ) Each lead : 0.5 mA ( Max. : 5mA Min. : 0.5 mA ) Common lead : 1.0 mA ( Max. : 10mA Min. : 0.5 mA ) Mechanical characteristics ¾÷±ñ¯S©Ê (1) Total rotational 360¢X Endless) ( (2) Detent torque 5 ~ 19 mN. (51.0 ~ 193.8 gf. cm. ) Shaft rotational at -10¢J ~ +5¢J (3) Number and Position of detents 20 detents ( Step angle : 18¢Ó ¡ 3¢X X ) (4) Terminal strength A static load of 5N (0.51Kgf) shall be applied to the tip of terminals for 1 min any direction. (5) Push-pull Strength of shaft Push and pull static load of 10 N (10.2 Kgf) shall be to |
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