首頁 >> 新聞中心 >> 1000kN微機控制電液伺服萬能試驗機Electro-hydraulic Servo Universal Testing Machine
1000kN微機控制電液伺服萬能試驗機，經山東省計量科學研究院檢驗檢測評定，測力系統示值相對誤差0.24％，示值重複性相對誤差0.10％，示值進回程相對誤差0.11％。變形測量系統相對分辨力0.1μmm。應力速率相對誤差0.4％，應力保持相對誤差0.6％，應變速率相對誤差0.5％，應變保持相對誤差0.4％。恒瑞金生産的0.5級電液伺服萬能試驗機，各項指標均優于GB/T16826規定要求。
恒瑞金1000kN微機控制電液伺服萬能試驗機，球面調心機構，自動調整試樣受力軸線與試驗機中心線重合精准度，保證試樣上下對中性、保證拉伸試樣無側向力影響、保證拉伸試樣斷中率。六柱絲杠結構，高剛性、高穩定性、無振動沖擊流線型載荷機架。鋼筋試樣平行放入，快速拉伸。HRJ-Test微機鑲嵌一體化靜音型伺服油源泵站。300kN600kN微機控制電液伺服萬能試驗機；2000kN無振動伺服萬能材料試驗機；1000kN鋼筋機械連接拉伸試驗機；600kN鋼絞線鋼材雙位拉伸試驗機；hrjtest；SWLT-5全自動鋼筋稱重測長儀；300kN金屬材料拉伸應力松弛試驗機；1000kN鋼筋灌漿套筒連接件反複拉壓試驗機；5000kN高強螺栓拉伸強度試驗機；jnshiyanji；600kN臥式萬能拉力試驗機；40mm全自動鋼筋正反向彎曲試驗機；
ISO 6892-1；ISO 6892-2；ISO 20032；ISO 7348；ISO 23718；ISO 6935-1；ISO 6935-2；ISO 8491；ISO 8492；ISO 8493；ISO 8496；ISO 377:2017；ISO 1099；ISO 376；ISO 26203-2；ISO 15630-3；ASTM E8M-04；ASTM E9-89a；ASTM E111；ASTM E1875；BS EN 10002-1；JIS G0601；GB/T21839-2019；GB/T246-2017；GB/T2975-2018；GB/T30069.2-2016；GB/T228.1-2010；GB/T228.2-2015；HRJ Tester；GB/T7314-2017E；GB/T1499.1-2017；GB/T1499.2-2018；GB/T13788-2017；hrjtest；GB/T232；GB/T242；GB/T244；GB/T10623；GB/T3098.1-2015；GB/T13634；GB/T3075；GB/T15248；GB/T3091-2015；GB/T32468-2015；GB/T32976-2016；JB/T9397-2013；GB/T6396；GB/T25048；GB/T22315；JGJ/T27-2014；GB/T6525-2019；GB/T34505-2017；GB/T24172；hrjtest；YS/T542；YS/T485；YS/T550；YB/T4503-2015；JGJ107-2016；GB/T5223.3-2017；GB/T28900-2012；GB/T20065-2016；JJG 1063-2010；JG/T398-2019；
Electro-hydraulic Servo Universal Testing Machine；High Temperature Hydraulic Universal Tester；High Temperature Tensile Strength Tester；hrjtest；Steel bars Weight Length Tester；Rebar mechanical splicing Tensile Tester；Steel Strand Steel Bars Integration Tensile Tester；Metallic materials Tensile testing；Method of test at elevated temperature；Method for evaluation of tensile properties of metallic super plastic materials；Standard Test Methods for Tension Testing of Metallic Materials；Compression Testing of Metallic Materials at Room Temperature；Metallic materials Compression testing at ambient temperature；Determination of compression strength for sintered metal materials at room temperature；jnshiyanji；Metallic materials Bend tester；Metallic materials Mechanical testing；Steel for the reinforcement of concrete；Hot rolled ribbed bars Tester；Cold rolled ribbed steel wires and bars Tester；Standard for test methods of welded joint of reinforcing steel bars；Metallic materials Tube Bend tester；Metal materials Tube Flattening tester；Metallic materials Tube Ring tensile test；Determination of modulus of elasticity and poissons ratio；Tubes Transverse bending tester；hrjtest；Tube Drift expending test；Location and preparation of samples and test pieces for mechanical testing；Welded steel pipes for low pressure liquid delivery；Calibration of force-proving instruments used for the verification of uniaxlial testing machines；Metallic materials Tensile testing at high strain rates；Servo-hydraulic and other test systems；Metallic materials Fatigue testing Axial force controlled method；hrjtest；The test method for axial loading constant-amplitude low-cycle fatigue of metallic materials；Clad steel plates-Mechanical and technological test；Copper clad aluminum plate sheets and strips；Thermal sprayed coatings Determination of tensile strength；Sintered bimetal material shear strength；HRJ Tester；Thermal sprayed metallic coatings shear strength；Three-Position Materials Bending Tester；Mechanical properties of fasteners；Bolts screws and studs Tester；hrjtest；Technical specification for mechanical splicing of steel reinforcing bars；Slip test method；Repeated Tension Compression Fatigue Tester for Grout Sleeve Splicing of Rebars；Grouting Sleeve Strength Tester；No Vibration Rebar Mechanical Splicing Tensile Tester；No Vibration Servo Universal Materials Tester；Fully Automatic Steel Bar Repeated Bending Tester；
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