描述
SHINKAWA VM-5N SST-2194-001-P001G是一款由日本神钢株式会社（Shinkawa Corporation）生产的高端数字测井仪，以下为其产品详情：
核心参数
型号：VM-5N SST-2194-001-P001G
品牌：SHINKAWA（神钢）
类型：数字测井仪
测量参数：
自然伽马：测量范围0.1µCi/L～100µCi/L，精度±5%
电阻率：测量范围0.1Ω·m～1000Ω·m，精度±2%
自电位：测量范围-1000mV～+1000mV，精度±2mV
井温：测量范围0℃～100℃，精度±0.1℃
井深：测量范围0m～1000m，精度±0.1m
工作温度：-20°C至80°C
防护等级：IP68，可适应恶劣的野外环境
输出接口：RS-232，方便连接计算机和其他设备
功能特点
高精度测量：采用先进的传感器技术和数据处理技术，确保测量结果的准确性和可靠性，满足各种测井需求。
多功能性：可同时测量自然伽马、电阻率、自电位、井温、井深等多种参数，满足不同用户的需求。
坚固耐用：设计坚固，可在恶劣的环境条件下工作，具有高可靠性，适合野外长时间作业。
数据输出方便：支持RS-232输出接口，便于与计算机和其他设备连接，实现数据的快速传输和处理。
应用场景
水文地质调查：用于地下水资源勘探、水井物探、水文地质参数测定等。
工程勘探：用于基础工程勘测、边坡稳定性调查、隧道勘探等。
地质研究：用于地层剖面测绘、构造研究、矿产勘探等。
SHINKAWA VM-5N SST-2194-001-P001G is a high-end digital logging tool produced by Shinkawa Corporation of Japan.The following are its product details:
Core parameters
Model:VM-5N SST-2194-001-P001G
Brand:SHINKAWA
Type:Digital logging instrument
Measurement parameters:
Gamma:Measuring range 0.1µCi/L～100µCi/L,accuracy±5%
Resistivity:Measuring range 0.1Ω·m～1000Ω·m,accuracy±2%
Self-potential:Measuring range-1000mV～+1000mV,accuracy±2mV
Well temperature:Measuring range 0℃～100℃,accuracy±0.1℃
Well depth:Measuring range 0m～1000m,accuracy±0.1m
Working temperature:-20°C to 80°C
Protection level:IP68,can adapt to harsh field environment
Output interface:RS-232,convenient for connecting computers and other devices
Functional features
High-precision measurement:using advanced sensor technology and data processing technology to ensure the accuracy and reliability of measurement results to meet various logging needs.
Versatility:It can simultaneously measure multiple parameters such as natural gamma,resistivity,self-potential,well temperature,well depth,etc.to meet the needs of different users.
Rugged and durable:It is designed to work in harsh environmental conditions,has high reliability,and is suitable for long-term field operations.
Convenient data output:It supports RS-232 output interface,which is convenient for connection with computers and other devices to achieve rapid data transmission and processing.
Application scenarios
Hydrogeological survey:used for groundwater resource exploration,water well geophysical exploration,hydrogeological parameter determination,etc.
Engineering exploration:used for basic engineering survey,slope stability investigation,tunnel exploration,etc.
Geological research:used for stratigraphic profile mapping,structural research,mineral exploration,etc.
