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Hydraulic Universal Testing Machine With Unique Lead Screw Clearance Elimination Mechanism for Enhanced Testing Accuracy

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Hydraulic Universal Testing Machine With Unique Lead Screw Clearance Elimination Mechanism for Enhanced Testing Accuracy

大画像 : Hydraulic Universal Testing Machine With Unique Lead Screw Clearance Elimination Mechanism for Enhanced Testing Accuracy

商品の詳細:

起源の場所:	中国、北京
ブランド名:	TH
証明:	ISO9001, CE
モデル番号:	WE-600D

お支払配送条件:

最小注文数量:	1セット
パッケージの詳細:	標準的な輸出用木製ケース
受渡し時間:	10〜20営業日
支払条件:	D/、T/T、L/C、D/A、D/P、ウェスタンユニオン、マネーグラム
供給の能力:	毎月20セット

詳細製品概要

製品名:	独自の送りねじ隙間解消機構で試験精度を向上させた油圧式万能試験機	構造:	4つの柱と2つのスクリュー
マックス.ロード:	600kN	荷重精度:	±1%
円形試料クランプ径:	φ13～φ40mm	厚さを締め金で止める平らな標本:	30mm
画面:	液晶
ハイライト:	Hydraulic Universal Testing Machine with lead screw , Universal Testing Machine with clearance elimination , Hydraulic Testing Machine for enhanced accuracy

Hydraulic Universal Testing Machine

Advanced testing equipment featuring unique lead screw clearance elimination mechanism for enhanced testing accuracy and reliability.

Purpose and Applications

This hydraulic universal testing machine performs comprehensive material testing including tensile, compression, bending, and shear tests for both metallic and non-metallic materials. The system supports specialized testing scenarios such as brick flexural and compression testing, as well as tensile, compression and bending testing for steel reinforcing bars.

Advanced control capabilities include constant-rate loading, constant-rate deformation, and constant-rate displacement testing with seamless transitions between force control, deformation control, and displacement control modes within a single testing cycle.

Widely utilized in aerospace material testing, engineering quality inspection, academic research institutions, and industrial quality management. All testing procedures and data processing strictly comply with GB228.1-2010 (Metallic materials - Tensile testing at ambient temperature) and comprehensive GB/ISO testing specifications.

Key Features and Components

Mainframe Unit

Compact space-saving structure with optimized internal layout
Significantly reduced overall height while maintaining full test space capacity
Heavy-duty chain drive transmission system
Unique lead screw clearance elimination mechanism ensures uninterrupted test loading
Independent hydraulic clamping mechanism for stable and reliable operation
Enhanced safety protection against specimen fragment splashing during tensile fracture

Force Measurement System

High-precision load sensors provide accurate force detection with real-time display on liquid crystal screen. Achieves national standard first-grade measurement accuracy with practical auxiliary functions including loading speed tracking and full-range overload protection.

Standard Configuration

Main host frame with matched hydraulic oil source unit
Oil feed valve and oil return valve
High-accuracy load sensor
Displacement sensor with built-in photoelectric encoder
Industrial-grade oil pump
Main power motor
Matching deceleration motor
Two sets of electromagnetic directional valves
Complete precision measurement system with liquid crystal display
Full set of tensile testing fixtures
Full set of compression testing fixtures

Technical Specifications

Parameter	Specification
Model	WE-600D
Structure	4 columns and 2 screws
Maximum Force	600 kN
Force Measuring Range	2% - 100% FS
Force Measurement Accuracy	±1%
Force Resolution	400,000 codes, no splitting, consistent resolution
Deformation Measurement Range	2% - 100% FS
Deformation Indication Accuracy	±1%
Deformation Resolution	2
Displacement Indication Accuracy	±1%
Stress Control Speed	1 - 45 MPa/s
Stress Control Speed	0.001 - 0.5 mm/s
Displacement Control Speed	0.02 - 3 mm/s
Lower Beam Position Adjustment	Sprocket drive
Maximum Tensile Space	600 mm
Maximum Compression Space	550 mm
Effective Width	440 mm
Piston Stroke	200 mm
Overall Dimensions (L×W×H)	700 × 520 × 1970 mm
Control Platform	1200 × 600 × 750 mm
Circular Sample Clamping Diameter	Φ13 - Φ40 mm
Flat Specimen Clamping Thickness	30 mm
Power	2.5 kW