T-Film Slip Tables T膜超高傾覆力矩水平滑臺

Overview 總覽

Team's system offers the rugged overturning moment capacity of the Team hydrostatic bearings combined with the full low pressure oil support of a granite or journal bearing oil film type slip table. This table system is assembled from a number of modular T-Film bearings. Each bearing measures 12" x 12" (300mm x 300mm) and allows the table to be configured to the customer's test article size and load requirements. The use of multiple bearings to completely support and guide the slip plate will offer excellent dynamic stability and damping for better test results. The design of the T-Film bearing provides a direct load path from the slip plate to the base, and is much more rigid than other guidance systems.

With a standard stroke limit of 2.5 inches (62.5 mm) and available stroke of up to 12 inches (300mm), Team T-film bearings will work with all modern long stroke shaker systems.

Team公司的軸承系統(tǒng)提供了Team靜液承的堅(jiān)固的傾覆力矩能力，并結(jié)合了花崗巖或軸頸軸承油膜式滑臺的全低壓機(jī)油支撐。該工作臺系統(tǒng)由許多模塊化T膜軸承組裝而成。每個(gè)軸承的尺寸為12“ x 12”（300mm x 300mm），并允許將工作臺配置為滿足客戶的測試物品尺寸和負(fù)載要求。使用多個(gè)軸承支持和引導(dǎo)防滑板將提供良好的動態(tài)穩(wěn)定性和阻尼，確保更好的測試結(jié)果。T-Film軸承的設(shè)計(jì)提供了從滑板到基座的直接載荷路徑，并且比其他導(dǎo)向系統(tǒng)堅(jiān)固得多。

Team T膜軸承的標(biāo)準(zhǔn)行程為2.5英寸（62.5毫米），可用行程**為12英寸（300毫米），可與所有現(xiàn)代長沖程振動臺系統(tǒng)配合使用。

Features 特征

• Very high dynamic load capacity *高的動態(tài)負(fù)載能力

• Excellent cross-axis control 出色的橫軸控制

• Outstanding dynamic stiffness 出色的動態(tài)剛度

• Multiple load carrying bearings 多負(fù)荷軸承

• Low pressure oil system 低壓油系統(tǒng)

• Team hydrostatic bearing design Team靜承設(shè)計(jì)

• Easy to switch to smaller slip plate Applications 易于切換到較小的滑板應(yīng)用

Applications 應(yīng)用領(lǐng)域

• Electronic component testing 電子元件測試

• Thermal + vibration with large fixtures 使用大型夾具的熱環(huán)境和振動測試

• Long stroke low frequency testing 長行程低頻測試

• Large cabinet testing 大柜體測試

• Satellite testing w 3m x 3m Table 衛(wèi)星測試，帶3m x 3m工作臺

• High CG test articles 高CG測試試件

• Mil STD testing to 2000 Hz   Mil STD測試至2000 Hz