HLT-120X High Resolution LCD Display Rebar Location Distribution Direction Thickness Detector

HLT-120X High resolution LCD display Rebar Location Distribution Direction Thickness Detector

Brief Introduction

The first generation portable rebar integrated detector HLT-120X uses an electromagnetic induction method, which can detect the rebar location and cover thickness & diameter accurately, store, transfer and analyze the real time test data. The model HLT-120X is the pinnacle of work with the modern simple design, incorporating the handy & durable features and sophisticated electronic technology.

HLT-120X series rebar detector is mainly used to test the location, distribution, direction, the thickness of rebar and the diameter of cover in concrete structure such as walls,columns, beam-slabs etc. It can also detect the location of pipelines and metal embedded parts. The multiple coil structure design make it more accurate＆responsive and higher resolution.

Technical Specifications

Application Range

(1). Testing the location, distribution, direction, and diameter of the rebar and the thickness of cover in concrete structure projects.

(2). Inspecting and accepting concrete structural construction quality.

(3). Evaluating the quality of construction.

(4). Establishing the location of rebar for drilling, cutting and coring operations.

(5). Testing the distribution and direction of electric cables, pipelines and metalwork inside walls and floors.

(6). Testing the quantity of rebar when evaluating and developing the old structure, such as installation of furniture and air-condition.

 Features

◆The high resolution LCD display: 128 x 128 pixels;

◆ The intuitive operation and handheld ergonomic design with good durability;

◆ Accurately detect the location of the rebar;

◆ Help extend life of drill and avoid damage when drilling and coring;

◆ The multi coil structure design with high speed, high precision and high resolution;

◆ The built-in high capacity lithium battery, low power consumption, standby for no less than 20h.