STOBER減速電機，STOBER授權總代理
傳動機構
STOBER 提供各種不同的同軸減速機、軸裝斜齒輪減速器和直角型減速器，廣泛用于各種場合。
電機安裝系統(tǒng)使得可以安裝到所有市場上通行的電機上。
傳動機構
減速電機
STOBER 模塊式減速電機系統(tǒng)采用法蘭直接連接的電機，為各種應用領域提供了緊湊的驅(qū)動單元。
由于慣性矩小，故可以實現(xiàn)高動態(tài)和高能效的應用。
STOBER減速電機結構特點
減速器主要由傳動零件(齒輪或蝸桿)、軸、軸承、箱體及其附件所組成。其基本結構有三大部分：
1、齒輪、軸及軸承組合
小齒輪與軸制成一體，稱齒輪軸，這種結構用于齒輪直徑與軸的直徑相關不大的情況下，如果軸的直徑為d，齒輪齒根圓的直徑為df，則當df-d≤6～7mn時，應采用這種結構。而當df-d>6～7mn時，采用齒輪與軸分開為兩個零件的結構，如低速軸與大齒輪。此時齒輪與軸的周向固定平鍵聯(lián)接，軸上零件利用軸肩、軸套和軸承蓋作軸向固定。兩軸均采用了深溝球軸承。這種組合，用于承受徑向載荷和不
大的軸向載荷的情況。當軸向載荷較大時，應采用角接觸球軸承、圓錐滾子軸承或深溝球軸承與推力軸承的組合結構。軸承是利用齒輪旋轉時濺起的稀油，進行潤滑。箱座中油池的潤滑油，被旋轉的齒輪濺起飛濺到箱蓋的內(nèi)壁上，沿內(nèi)壁流到分箱面坡口后，通過導油槽流入軸承。當浸油齒輪圓周速度υ≤2m/s時，應采用潤滑脂潤滑軸承，為避免可能濺起的稀油沖掉潤滑脂，可采用擋油環(huán)將其分開。為防止?jié)櫥土魇Ш屯饨缁覊m進入箱內(nèi)，在軸承端蓋和外伸軸之間裝有密封元件。
STOBER減速電機，STOBER授權總代理

傳動機構

Servo Gear Units

With their different lines of servo axial and servo right-angle gear units STOBER offers a great variety of customizable solutions to fit a wide range of servo applications. The motor adapter system allows you to attach almost any make of servo motor. As an option the gear units can be equipped with the ServoStop motor adapter with integrated brake.

Servo Gear Units with Brake

The STOBER servo gear units can be equipped with a ServoStop motor adapter with integrated brake. The brake reliably prevents unintentional lowering oaxes under the action of gravity, even with motor removed. Can be attached to all common synchronous servo motors with plug-in coupling.

Rack and Pinion Drives

Innovative system concept for rack and pinion drives for applications in machine tools, automation and robotics. The ZTRS model is a special construction highlight. For the first time ever, the screwed down supporting bearing cover allows full exploitation of the transmission torque of a rack and pinion drive – and thus also the optimisation of the volume performance and stiffness. The new ZV gear units are designed primarily for rack and pinion systems in the automation and robotics industries. Useful accessories such as lubrication system and adjustment devices

STOBER減速電機，STOBER授權總代理