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首頁 >> 新聞中心 >> 300kN裝載機挖掘力提升力試驗機HRJ Hydraulic Excavators Determining Tool Forces
300kN裝載機挖掘力提升力試驗機,3噸-8噸挖掘機裝載機掘起力、傾翻載荷、提升能力及牽引力測試,牽引力載荷保持5min,掘起力載荷保持10min,傾翻力載荷保持10min,提升力檢測時間10min。土壤岩石或其他物料的鑽孔攤鋪壓實或挖溝土方機械挖掘力、傾翻載荷、提升能力及牽引力測試。道路堤壩采石場礦山和建築工地土方機械挖掘力、傾翻載荷、提升能力及牽引力測試。使用地中衡或力傳感器,對土方機械整機及其工作裝置、附屬裝置或部件的質量測量。在帶載荷或空載狀態下,自行式土方機械及其配備或拖拽的工作裝置的牽引性能試驗。 ISO 6015;ISO 6016;ISO 6165;ISO 6746-1;ISO 7135;ISO 7464;ISO 7546;ISO 8313;ISO 10567;BS ISO 14397-1;jnshiyanji.net;KS B ISO 14397-2-2015;ISO 9248;AS 2955.10;BS 6911-2;JIS D6505;NF E58-080-1;NF E58-080-2;NF E58-050-4/IN2-2012;NF ISO 5998(R2001);GB/T7586-2018液壓挖掘機試驗方法;jnshiyanji.net;GB/T36977-2018輪胎式叉裝機試驗方法;GB/T36693-2018液壓挖掘機可靠性試驗方法;GB/T35198-2017輪胎式裝載機試驗方法;GB/T35202-2017履帶式推土機試驗方法;GB/T10604-2017礦用機械正鏟式挖掘機;GB/T33941.3-2017裝載機挖掘機和挖掘裝載機的工作裝置和附屬裝置;GB/T35192-2017非公路機械傳動寬體自卸車試驗方法;GB/T35193-2017非公路機械傳動礦用自卸車試驗方法;GB/T35197-2017非公路電傳動礦用自卸車試驗方法;GB/T21154-2014土方機械整機及其工作裝置和部件的質量測量方法;GB/T10175.2裝載機和挖掘裝載機掘起力和最大提升高度提升能力的測試方法;GB/T10175.1裝載機和挖掘裝載機額定工作載荷的計算和驗證傾翻載荷計算值的測試方法;GB/T13332液壓挖掘機和挖掘裝載機挖掘力的測定方法;jnshiyanji;GB/T10170-2014挖掘裝載機技術條件;GB/T6375土方機械牽引力測試方法;GB/T4652地下礦用裝岩機和裝載機試驗方法;GB/T25028輪胎式裝載機制動系統用加力器技術條件;JB/T7149輪胎式裝載機用制動器台架試驗方法;JB/T3688.3輪胎式裝載機試驗方法;JB/T2984-2014履帶式推土機和液壓挖掘機托鏈輪;GB/T21942裝載機和正鏟挖掘機的鏟鬥容量標定;GB/T6572-2014液壓挖掘機術語和商業規格;300kN輪式裝載機試驗機;液壓挖掘機裝載機挖掘力挖掘力和傾翻載荷測量;裝載機和挖掘機傾覆載荷試驗方法;裝載機和反鏟挖掘裝載機測量脫開力;裝載機和反鏟挖掘裝載機達到最大提升高度的提升能力試驗方法;礦用機械正鏟式挖掘機試驗方法;後卸式LNG寬體自卸車專用裝置試驗和可靠性試驗方法;60kW~400kW履帶式推土機試驗方法;液力機械傳動式靜液壓傳動式推土機試驗方法;200T輪胎式液壓挖掘機可靠性試驗;8000kg輪胎式叉裝機性能試驗和可靠性試驗方法;地下礦用裝岩機和裝載機負荷試驗;軌輪式鏟鬥裝岩機鏟裝機立爪裝載機雙臂蟹爪履帶式和輪式裝載機額定工作負荷;氣液聯合制動系統加力器試驗方法;203mm216mm228.6mm履帶式推土機托鏈輪試驗方法;150kN車輪輪毂旋轉彎曲疲勞試驗機;輪胎式工程機械用制動器台架試驗;長試樣人造板材大跨度抗折彎曲強度試驗機;171.45mm190mm202.8mm215.9mm履帶式液壓挖掘機托鏈輪試驗方法;人造板材膠合板防火板萬能試驗機;300kN單板層積材結構木材力學性能試驗機;LVL層積膠合集成規格材抗彎強度試驗機;浮動油封動態密封耐久性能試驗機;Hydraulic Excavators Determining Tool Forces;Wheel Loader Testing Machine;Testing methods of loaders;Wheeled loader-Test methods;Hydraulic excavators and backhoe loaders;Methods of determining tool forces;Earth-moving machinery Tests and measurements;Loaders Measurement of Tool Forces and tipping loads;Testing earth-moving machinery;HRJ Tests;Measurement of tool forces and tipping loads of loaders;Loaders and backhoe loaders ;Wind Turbines Couplings Torque Test System;Calculation of rated operating capacity and test method for verifying calculated tipping load;test method for measuring breakout forces and lift capacity to maximum lift height;Earth-moving machinery requirements for backhoe loaders;Hydraulic excavators-Lift capacity;Electric mining rope shovel;Non-road mechanical drive wide-body dumpers-Test methods;No noad mechanical drive mining dumpers;Crawler tractor dozer Test methods;Non road electrical drive mining dumpers Test methods; Hydraulic excavator Reliability test procedures failure classification and evaluation;Earth-moving machinery Hydraulic excavators Test methods;Forklift wheel loader Methods;Method of test for the measurement of drawbar pull;Testing method of loader for underground mining;Wheel loaders Methods of tests;Rated operating load for crawler and wheel loaders;Earth moving machinery Loaders and backhoe loaders ;measuring breakout forces and lift capacity to maximum lift height;Definitions of dimensions and codes;Base machine;Basic type Identification and terms and definitions;Methods of measuring the masses of whole machines their equipment and components;Loader and front loading excavator buckets;Medical Engineering Medical Device Product Biological Materials Mechanical Testing System;Wheel loader Booster using for brake system Technical specifications;Brake for wheel loaders-Bench test methods;Wheel Rotating Bending Fatigue Tester;Backhoe loader-Technical specifications;Coupling Diaphragm Tensile Bending Torsion 3D Dynamic Load Fatigue Test System;Crawler tractor dozer Carrier rollers;Construction Machinery Heavy Equipment Transport Vehicles Component Dynamic Fatigue Testing System;
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