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高精度微机控制电液伺服静载锚固试验机2025新升级MGW-6500

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品牌名称：畅风型号：MGW-6500 原产地：中国大陆更新时间：2026/10/12 12:31:17

产品摘要：高精度微机控制电液伺服静载锚固试验机2025新升级电液伺服静载锚固试验机用于锚具夹具连接器静载锚固性能试验，混凝土结构和构件用预应力钢绞线锚具、夹具和连接器，预应力钢结构钢绞线锚具、夹具和连接器，拉索锚具、夹具和连接器，碳纤维预应力筋、预应力筋锚具、夹具和连接器的静载锚固性能测试及研究。

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高精度微机控制电液伺服静载锚固试验机2025新升级

MGW-6500型微机电液伺服静载锚固试验机是采用了液压动力源驱动，电液伺服控制技术，计算机数据采集处理，可实现闭环控制及自动检测的高精度材料试验设备，其由试验主机、主油源（液压动力源）、移动油源（预紧油源）、防护箱四部分组成，最大试验力6500kN，试验机准确度等级优于1级。
MGW-6500型微机电液伺服静载锚固试验机用于锚具夹具连接器静载锚固性能试验，混凝土结构和构件用预应力钢绞线锚具、夹具和连接器，预应力钢结构钢绞线锚具、夹具和连接器，拉索锚具、夹具和连接器，碳纤维预应力筋、预应力筋锚具、夹具和连接器的静载锚固性能测试及研究。可以实现等速率加荷、等速率变形等闭环控制，可以实现锚具连接器效率系数ηa、夹具效率系数ηg、达到实测极限拉力时组装件受力长度的总应变εapu试件技术指标的自动求取。锚固试验机(1).jpg 该试验机及配件符合以下标准要求：
GB/T14370-《预应力筋用锚具、夹具和连接器》
GB/T5224-2014《预应力混凝土用钢绞线》
JT/T329-2010《公路桥梁预应力钢绞线用锚具、夹具和连接器》
JGJ85-2010《预应力筋用锚具、夹具和连接器应用技术规程》
TB/T3193《铁路工程预应力筋用夹片式锚具、夹具和连接器技术条件》ISO6934-4预应力混凝土用钢第四部分：钢绞线
主要技术参数：

型号： MGW-6500
最大试验力 6500KN
准确度等级 1级
示值相对误差 ±1%
有效测量范围 1%-100%F·S（全量程不分档）
变形示值相对误差 ±1%
变形测量分辨力 0.001mm
位移控制范围 0-200 mm
力、变形、位移保持控制范围 2%-100%F·S
保持时间 ≥24h
活塞行程 200 mm
拉伸间距 ≥3400mm
检测范围 1～24孔锚具静载性能
主机外形尺寸 3300 mm×800 mm×1000 mm
油源柜尺寸 1100 mm×800 mm×900 mm
整机功率 4.0kW（油泵电机3.0kW,移动油源电机0.55 kW）
油源柜重量 300 kg
主机重量约5500 kg
电源电压：380v

高精度微机控制电液伺服静载锚固试验机2025新升级静载锚杆试验机(1).jpg

MGW-6500 Micro-electro-hydraulic Servo Static Load Anchorage Testing Machine

Overview

The MGW-6500 Micro-electro-hydraulic Servo Static Load Anchorage Testing Machine is a high-precision material testing device driven by a hydraulic power source, incorporating electro-hydraulic servo control technology, computer data acquisition, and processing. It enables closed-loop control and automatic detection. Comprising four key components—the testing mainframe, main oil source (hydraulic power source), mobile oil source (pre-tightening oil source), and protective enclosure—it delivers a maximum test force of 6500 kN and features an accuracy class superior to Class 1.

Applications

This machine is designed for static load anchorage performance testing and research of anchorages, clamps, and couplers, including:

Prestressed steel strand anchorages, clamps, and couplers for concrete structures and members;
Prestressed steel strand anchorages, clamps, and couplers for prestressed steel structures;
Cable anchorages, clamps, and couplers;
Carbon fiber prestressed tendon anchorages, clamps, and couplers.

It supports closed-loop control modes such as constant-rate loading and constant-rate deformation, and automatically calculates key technical indicators including the anchorage efficiency coefficient (ηₐ), clamp efficiency coefficient (η₉), and total strain (εₐₚᵘ) of the assembled specimen at the measured ultimate tensile force.

Compliance with Standards

The testing machine and its accessories comply with the following standards:

GB/T 14370 Anchors, Clamps, and Couplers for Prestressing Tendons
GB/T 5224-2014 Steel Strands for Prestressed Concrete
JT/T 329-2010 Anchors, Clamps, and Couplers for Prestressed Steel Strands in Highway Bridges
JGJ 85-2010 Technical Code for Application of Anchors, Clamps, and Couplers for Prestressing Tendons
TB/T 3193 Technical Specifications for Clamp-type Anchors, Clamps, and Couplers for Prestressing Tendons in Railway Engineering
ISO 6934-4 Steel for Prestressed Concrete—Part 4: Steel Strands

Main Technical Parameters

Parameter	Specification
Model	MGW-6500
Maximum test force	6500 kN
Accuracy class	Class 1 (superior)
Indicated relative error	±1%
Effective measurement range	1%–100% FS (full range without gear shifting)
Deformation indicated relative error	±1%
Deformation measurement resolution	0.001 mm
Displacement control range	0–200 mm
Force, deformation, and displacement holding range	2%–100% FS
Holding time	≥24 h
Piston stroke	200 mm
Tensile spacing	≥3400 mm
Testing range	Static load performance of 1–24-hole anchorages
Mainframe dimensions	3300 mm × 800 mm × 1000 mm
Oil source cabinet dimensions	1100 mm × 800 mm × 900 mm
Total power consumption	4.0 kW (oil pump motor: 3.0 kW; mobile oil source motor: 0.55 kW)
Oil source cabinet weight	300 kg
Mainframe weight	Approximately 4800 kg
Power supply voltage	380 V