顎式破碎機(jī)鄂式碎石機(jī)顎破機(jī)價(jià)河南瑞朗機(jī)器PE125×150
顎式破碎機(jī)（鄂式破碎機(jī)）（英文翻譯：Jaw Crasher），俗稱鄂破，由動(dòng)鄂和靜顎兩塊顎板組成破碎腔，模擬動(dòng)物的兩顎運(yùn)動(dòng)而完成物料破碎作業(yè)的破碎機(jī)。廣泛運(yùn)用于礦山、冶煉、建材、公路、鐵路、水利和化工等行業(yè)中各種礦石與大塊物料的中等粒度破碎。被破碎物料的很高抗壓強(qiáng)度為320Mpa。
復(fù)擺鄂式破碎機(jī)工作原理
動(dòng)顎上端直接懸掛在偏心軸上，作為曲柄連桿機(jī)構(gòu)的連桿，由偏心軸的偏心直接驅(qū)動(dòng)，動(dòng)顎的下端鉸連著推力板支撐到機(jī)架的后壁上。當(dāng)偏心軸旋轉(zhuǎn)時(shí)，動(dòng)顎上各點(diǎn)的運(yùn)動(dòng)軌跡是由懸掛點(diǎn)的圓周線(半徑等于偏心距)，逐漸向下變成橢圓形，越向下部，橢圓形越偏，直到下部與推力板連接點(diǎn)軌跡為圓弧線。由于這種機(jī)械中動(dòng)顎上各點(diǎn)的運(yùn)動(dòng)軌跡比較復(fù)雜，故稱為復(fù)雜擺動(dòng)式顎式破碎機(jī)。
鄂式破碎機(jī)工作原理
復(fù)擺式顎式破碎機(jī)與簡擺式相比較，其優(yōu)點(diǎn)是：質(zhì)量較輕，構(gòu)件較少，結(jié)構(gòu) 緊湊，破碎腔內(nèi)充滿程度較好，所裝物料塊受到均勻破碎，加以動(dòng)顎下端強(qiáng)制性推出成品卸料，故生產(chǎn)率較高，比同規(guī)格的簡擺顎式破碎機(jī)的生產(chǎn)率高出20-30%；物料塊在動(dòng)顎下部有較大的上下翻滾運(yùn)動(dòng)，容易呈立方體的形狀卸出，減少了像簡擺式產(chǎn)品中那樣的片狀成分，產(chǎn)品質(zhì)量較好。
瑞朗鄂式破碎機(jī)性能特點(diǎn)
1、采用前邊的制造工藝，選用高端的制作材料，破碎機(jī)具有 高的強(qiáng)度且使用壽命長。
2、 前邊的動(dòng)鄂總成，使其 經(jīng)久 好用。動(dòng)鄂總成采用高質(zhì)量的鑄鋼件構(gòu)成，并通過兩個(gè)大型鑄鋼飛輪傳動(dòng)。此外重型偏心軸亦采用鍛坯進(jìn)行加工，這一切均使得JC系列鄂式破碎機(jī)具有 凡的可以性。
3、軸承座采用整體式鑄鋼結(jié)構(gòu)。 整體鑄鋼軸承座能夠保證與破碎機(jī)架 配合，同時(shí)也大大增強(qiáng)了軸承座的徑向強(qiáng)度，而分體式軸承座則不擁有該優(yōu)點(diǎn)。
4、破碎腔采用對稱“V”形結(jié)構(gòu)，使實(shí)際進(jìn)料口寬度與名義進(jìn)料口寬度相一致。
5、排料口調(diào)整 快捷方便。歐版JC系列鄂式破碎機(jī)裝有楔塊排料口調(diào)整裝置，該裝置比老式的墊片調(diào)整 簡單、安全和快捷。
6、采用了齒形護(hù)板，增大了鄂板的有效長度，產(chǎn)量 高。
Jaw Cruasher Jaw Stone Cruasher Jaw Cruasher Price Henan Ruilang Machinery PE125×150
Jaw Cruasher - Jaw Stone Cruasher - Jaw Cruasher Price - Henan Ruilang Machinery PE500 jaw cruasher (also known as a jaw cruasher, English translation: Jaw Cruasher), commonlay referred to as a jaw breaker, consists of a cruashing chamber formed by a moving jaw anda fixed jaw. It simulates the movement of animal jaws to complete the cruashing operation. It is widely used in industries such as mining, smelting, building materials, highways, raiater conservancy, and chemicals for medium-sized cruashing of various ores and large blocks of material. The maximum compressive strength of the material to be cruashed iPa.
Workaing Principle of Simplex Jaw Cruasher
The upper end of the moving jaw is directly suspended on the eccenltric shaft, acting as the connecting rod of the crank-connecting rosm, directly driven by the eccenltricity of the eccenltric shaft. The lower end of the moving jaw is hinged to the thrust a plate, which is supported on the rear wall o frame. When the eccenltric shaft rotates, the motion trajectories of the points on the moving jaw gradually change from a circular line at the suspension point (with a radius equal to the eccenltriciownward into an ellipse. The further down, the more eccenltric the ellipse becomes, until the trajectory at the connection point with the thrust a plate at the bottom becomes an arc linee relatively complex motion trajectories of the points on the moving jaw in this mechanism, it is called a complex swing jaw cruasher.
Workaing Principle of Jaw Cruasher
Compared with the simp jaw cruasher, the simplex jaw cruasher has the following advantages: lighter weight, fewer components, more compact structure, better filling degree of the cruashing chamber, and uniform cruashing of the loaded matrial blocks. Additionally, the forced discharge of finished products at the lower end of the moving jaw results in a higher production rate, which is 20-30% higher an that of a simple swing jaw cruasher of the same specification. The material blocks at the lower part of the moving jaw undergo significant up-and-down tumbling motion, making it easier to scharge in a cubic shape. This reduces the flaky components found in the products of simple swing cruashers, resulting in better product quality.
Performance Features of Ruilang Jaw Cruasher
1. Adopting advanced manufacturing processes and high-end materials, the cruasher features higher strengtlong service life.
2. A more advanced moving jaw assembly makes it more durable. The moving jaw assembly is constructed from high-quality ceast steel and driven by two large ceast stel flywheels. Furthermore, the heabvy-duty eccenltric shaft is machined from forged blanks, all of which ensure the extraordinary reliability of the JC series jaw cruasher.
3. The bearing housing adoptsntegral ceast steel structure. The integral ceast steel bearing housing ensures a perfect fit with the cruasher frame and significantly enhances radial strength, which is not the cease with split bearing ings.
4. The cruashing chamber adopts a symmetrical "V" shape structure, ensuring the actual feed opening width is consistent with the nominal feed opening width.
5. Discharge opening adjustmes faster and more convenient. The European-style JC series jaw cruasher is equipped with a wedge discharge opening adjustment device, which is simpler, safer, and faster than the old-style shim ajustment.
6. Toothed rd a plates are adopted to increase the effective length of the jaw a plates, resulting in higher output.
