編碼器DHM506-1024-032 艾迪克
編碼器DHM506-1024-032 艾迪克 編碼器是精密儀器，使用時要注意周圍有無振源及源。編碼器由機械位置決定的每個位置是的，它無需記憶，無需找參考點，而且不用一直計數(shù)，什么時候需要知道位置，什么時候去讀取它的位置。
這樣，編碼器的抗特性、數(shù)據(jù)的可靠性大大了。長期使用時，請檢查板彈簧相對編碼器是否松動；固定倍恩編碼器的螺釘是否松動。
| 1 | DHK510-2048-001 |
| 2 | DHM506-1024-032 |
| 3 | DHM506-3600-007 |
| 4 | DHM506-5000-001 |
| 5 | DHM506-5000S001 |
| 6 | DHM510-0050-010 |
| 7 | DHM510-0100-037 |
| 8 | DHM510-0250-014 |
| 9 | DHM510-0500-004 |
| 10 | DHM510-1000S001 |
| 11 | DHM510-1024-003 |
| 12 | DHM510-1024-007 |
| 13 | DHM210-1024-027 |
| 14 | DHM510-1024-047 |
| 15 | DHM510-1024-054 |
| 16 | DHM510-1250-001 |
| 17 | DHM510-3000-005 |
| 18 | DHO514-0500-009 |
| 19 | DHO514-1024-021 |
| 20 | DHO514-1024-026 |
| 21 | GHM911-0200-008 |
| 22 | GHM912-0500-006 |
| 23 | GHM912-1000-004 |
| 24 | GHM912-1000-017 |
| 25 | GHM912-5000-003 |
| 26 | GHU912-0360-002 |
| 27 | GHU920-4000-005 |
| 28 | GHU930-4096-006 |
| 29 | GHM510-0762-005 |
| 30 | GHM510-1024-010 |
| 31 | GHM510-1024-045 |
| 32 | GHM512-1000-002 |
| 33 | GHT514-0090S002 |
| 34 | GHT514-1024-011 |
| 35 | GHTB20-1000S004 |
| 36 | JHO514-0500S001 |
| 37 | JHT514-1024S001 |
| 38 | JHT514-1024S002 |
| 39 | JHT514-1024S003 |
| 40 | JHT514-1024S004 |
| 41 | JHT514-1024S005 |
| 42 | JHT514-1024S006 |
| 43 | GHT406-0100-002 |
| 44 | GZT400-1000S001 |
| 45 | GZT406-0316-001 |
| 46 | GZT406-0316-002 |
| 47 | GZT406-1024-015 |
| 48 | GHT920396R/1024 |
| 49 | GHT512293R/2048 |
| 50 | GHM510576R/1024 |
| 51 | GHM510T93R/1024 |
| 52 | DHM510586R/1000 |
| 53 | GHR9Z06R/1024 |
| 54 | GHO514293R/1024 |
| 55 | IN58LER001/1024 |
| 56 | PA02299/1000 |
| 57 | GHM912596R/1000, |
| 58 | CHM510SU26R/8192 |
| 59 | GHM510576R-1024 |
| 60 | IN58S1C001/2048 |
| 61 | IN58SID001/1800 |
| 62 | GHU920-1024-002 |
| 63 | GHM912596R100 |
| 64 | GHM912596R1000 |
| 65 | MHM510-PROF-001 |
| 66 | 9416/076 |
| 67 | GHM510-1024-014 |
| 68 | DHM510-1024-032 |
| 69 | GHM510-1024-012 |
| 70 | DHM510-1024-002 |
| 71 | DHO514-1024-024 |
| 72 | DHM510-1000-033 |
| 73 | GHM912-1000-004 |
| 74 | CD060-1500-060 |
| 75 | PHU920-1212-001 |
| 76 | GHU920-1024-019 |
| 77 | RAL-050-027 |
| 78 | RAL-050-001 |
| 79 | NEG0001785 |
| 80 | DHK510-1024-003 |
| 81 | SHM912-1212-003 |
| 82 | GHM912-1024-009 |
| 83 | GHU920-1024-005 |
| 84 | SHU920-1212-006 |
| 85 | DHO514-1024-002 |
| 86 | PHM912-1312-003 |
| 87 | 9416/076 |
| 88 | GHU920-1024-002 |
| 89 | CD060-1500-030 |
| 90 | SHU930-1316-006 |
| 91 | SHU920-1316-001 |
| 92 | DHO514-1024-026 |
| 93 | MHK616-DNET-001 |
| 94 | GHU920-1024-018 |
| 95 | GHT514-1024-S019 |
| 96 | GHM912-1000-004 |
| 97 | DHO514-1024-026 |
| 98 | DHO514-1024-068 |
| 99 | MHM5-DPB1B-1213-C100-0CC |
| 100 | SHU920//5SSG//12B12D4//S6R//S1 |
| 101 | SHU920//5SSG//12B12D4//S6R//S0D4 |
| 102 | XM9122403R/30/16/2048, |
編碼器DHM506-1024-032 艾迪克 那么逆變器外殼是熱好照樣不熱好。和為甚么外殼會有燙手的認為。下面針對這個兩后果聯(lián)合逆變器散熱來做一些剖析和解答。逆變器中的元器件都有其額外任務溫度，假設逆變器散熱功用差，隨著逆變器任務，元器件的熱量傳遞不到外界，其溫度會愈來愈高。
