SCONINC變換器SCONI-2DSC-B2A4Y,出售大秦 DSSI-51-1DAEYEON轉換器;DY-LSC-11AAY DY-LSC-12AAY DY-LSC-13AAY DY-LSC-14AAY DY-LSC-15AAY DY-LSC-16AAY
DAEYEON轉換器;DY-LSC-1AAAY DY-LSC-1BAAY DY-LSC-1CAAY DY-LSC-1DAAY DY-LSC-1OAAY
DAEYEON轉換器;DY-LSC-21AAY DY-LSC-22AAY DY-LSC-23AAY DY-LSC-24AAY DY-LSC-25AAY DY-LSC-26AAY
DAEYEON轉換器;DY-LSC-2AAAY DY-LSC-2BAAY DY-LSC-2CAAY DY-LSC-2DAAY DY-LSC-2OAAY
DAEYEON轉換器;DY-LSC-31AAY DY-LSC-32AAY DY-LSC-33AAY DY-LSC-34AAY DY-LSC-35AAY DY-LSC-36AAY
DAEYEON轉換器;DY-LSC-3AAAY DY-LSC-3BAAY DY-LSC-3CAAY DY-LSC-3DAAY DY-LSC-3OAAY
DAEYEON轉換器;DY-LSC-41AAY DY-LSC-42AAY DY-LSC-43AAY DY-LSC-44AAY DY-LSC-45AAY DY-LSC-46AAY
DAEYEON轉換器;DY-LSC-4AAAY DY-LSC-4BAAY DY-LSC-4CAAY DY-LSC-4DAAY DY-LSC-4OAAY
DAEYEON轉換器;DY-LSC-51AAY DY-LSC-52AAY DY-LSC-53AAY DY-LSC-54AAY DY-LSC-55AAY DY-LSC-56AAY
DAEYEON轉換器;DY-LSC-5AAAY DY-LSC-5BAAY DY-LSC-5CAAY DY-LSC-5DAAY DY-LSC-5OAAY

對于小型電器，如玩具、遙控裝置則應選用超小型繼電器產品。反時限編輯反時限過流繼電器是具有反時限特性，用于發電機、變壓器及輸配電的繼電器保護裝置中。在設備過負荷或短路時，能按預定的時限可靠，發出或切除故障部分。該繼電器為集成電路靜態型繼電器，采用數碼開關整定電流值，直觀方便，改變整定值無須檢驗，整定范圍為2-9.9差為0.1A；精度高、功耗小、時間快、返回系數高。正常編輯編輯使用不出現超過GB/T14537規定的嚴酷等級為1級的振動。周圍：不允許有陽光直射、雨和水的沖洗，無危險的介質，不應含有能腐蝕金屬、絕緣和表面涂覆層的介質及導電介質，不允許有明顯的水氣。[2]2．導軌的防護導軌的防護能夠防止或導軌副磨損，導軌壽命。防護裝置有專門廠生產，可以外購。導軌的防護很多，常見的防護罩如圖所示。數控機床。尤其是在加中心進行切削時，鐵屑、冷卻液很多，極易進入導軌，增大導軌磨損；鐵屑大時，把工作臺抬起影響導軌精度，所以通常采用鋼板伸縮式防護罩。[2]導軌常用防護罩導軌常用防護罩導軌種類編輯導軌通常采用機械加工或冷拔加工制成，其抗托強度一般應在370～520MPa。按其橫向截面形狀分主要有：T形導軌、L（或三角）形導軌、U形導軌、O形導軌、空心導軌等。常見導軌截面形狀如圖所示。常見導軌截面形狀常見導軌截面形狀L形導軌、U形導軌、O形導軌的工作表面一般不作加工。

DAEYEON轉換器;DY-LSC-61AAY DY-LSC-62AAY DY-LSC-63AAY DY-LSC-64AAY DY-LSC-65AAY DY-LSC-66AAY
DAEYEON轉換器;DY-LSC-6AAAY DY-LSC-6BAAY DY-LSC-6CAAY DY-LSC-6DAAY DY-LSC-6OAAY
DAEYEON轉換器;DY-LSC-A1AAY DY-LSC-A2AAY DY-LSC-A3AAY DY-LSC-A4AAY DY-LSC-A5AAY DY-LSC-A6AAY
DAEYEON轉換器;DY-LSC-AAAAY DY-LSC-ABAAY DY-LSC-ACAAY DY-LSC-ADAAY DY-LSC-AOAAY
DAEYEON轉換器;DY-LSC-B1AAY DY-LSC-B2AAY DY-LSC-B3AAY DY-LSC-B4AAY DY-LSC-B5AAY DY-LSC-B6AAY
DAEYEON轉換器;DY-LSC-BAAAY DY-LSC-BBAAY DY-LSC-BCAAY DY-LSC-BDAAY DY-LSC-BOAAY
DAEYEON轉換器;DY-LSC-C1AAY DY-LSC-C2AAY DY-LSC-C3AAY DY-LSC-AAY DY-LSC-C5AAY DY-LSC-C6AAY
DAEYEON轉換器;DY-LSC-CAAAY DY-LSC-CBAAY DY-LSC-CCAAY DY-LSC-CDAAY DY-LSC-COAAY
DAEYEON轉換器;DY-LSC-D1AAY DY-LSC-D2AAY DY-LSC-D3AAY DY-LSC-D4AAY DY-LSC-D5AAY DY-LSC-D6AAY
DAEYEON轉換器;DY-LSC-DAAAY DY-LSC-DBAAY DY-LSC-DCAAY DY-LSC-DDAAY DY-LSC-DOAAY
DAEYEON轉換器;DY-LSC-O1AAY DY-LSC-O2AAY DY-LSC-O3AAY DY-LSC-O4AAY DY-LSC-O5AAY DY-LSC-O6AAY
DAEYEON轉換器;DY-LSC-OAAAY DY-LSC-OBAAY DY-LSC-OCAAY DY-LSC-ODAAY DY-LSC-OOAAY
DAEYEON轉換器;DY-LSC-11ABY DY-LSC-12ABY DY-LSC-13ABY DY-LSC-14ABY DY-LSC-15ABY DY-LSC-16ABY

用途用在帶有確認機器的輸入，確認后，給器等的輸入進行控制的電路的設計上。原理編輯電磁式電磁式繼電器一般由鐵芯、線圈、銜鐵、觸點等組成的。只要在線圈兩端加上一定的電壓，線圈中就會流過一定的電流，從而產生電磁效應，銜鐵就會在電磁力吸引的作用下克服返回彈簧的拉力吸向鐵芯，從而帶動銜鐵的動觸點（常開觸點）與靜觸點（常閉觸點）吸合。當線圈斷電后，電磁的吸力也隨之消失，銜鐵就會在彈簧的反作返回原來的位置，使動觸點與原來的靜觸點釋放。這樣吸合、釋放，從而達到了在電路中的導通、切斷的目的。對于繼電器的“常開、常閉”觸點，可以這樣來區分：繼電器線圈未通電時處于斷開狀態的靜觸點，稱為“常開觸點”；處于接通狀態的靜觸點稱為“常閉觸點”[1]。ASFLOW將通過創造和創新, 將內部力量強化及不斷挑戰的精神升華為組織文化, 期望成為可發展的企業。