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Ningbo Ruike Weiye Instrument Co., Ltd

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Phone
13806673976
Address
Zhejiang Ningbo Jiangbei District No. 58, Lane 225, Kaiyuan Road, Hongtang Industrial Zone C

FT-352 conductor material high-temperature resistivity tester

NegotiableUpdate on 05/26

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

FT-352 conductor material high-temperature resistivity tester

Product Details

FT-352High temperature resistivity testing system for conductor materials

FT-352 conductor material

high temperature resistivity test system

Function Overview: Overview

1. Four terminal measurement method

2. Test the material's resistance, conductivity, and resistivity,

3. Cooperate with high-temperature box and high-temperature fixture

4. PC software for data processing and measurement control

Application Description

The conductivity of conductor materials is required to measure temperature changes. The measurement and control software can draw real-time curves of temperature, resistance, resistivity, and conductivity data, as well as report analysis of process data values It has atmosphere protection function

Applicable industries: Cable industries

Used for measuring the resistance, resistivity, and conductivity data of conductor materials by enterprises, universities, and research departments Commonly used for measuring metallic and non-metallic conductor materials

Parameter data	Specification/Model	FT-352A
FT-352B	1. Resistance range sheet resistance	range
10-7～2×107Ω	10-8～2×104Ω	2. Range of resistivity
range	10-7～2×107Ω-cm	10-8～2×104Ω-cm
Electrical conductivity	conductivity	5×10-7～107s/cm
10-4～5×108s/cm	4. Test current range	range
1μA，10μA，100µA，1mA，10mA，1000mA	100uA.1mA.10mA.100mA.1A.10A.	5. Current accuracy
± 0.1% reading ± 0.1 reading	6. Resistance accuracy
≤0.3%	≤0.3%
PC software interface	PC software interface
Resistance, resistivity, temperature, unit conversion, temperature coefficient, current, voltage, conductivity, curve chart resistance.resistivity.temperature.unit conversion. temperature coefficient. current. voltage. Thickness.Curve graph	9. Working power supply for resistivity meter
power	Input: AC 220V ± 10%. 50Hz power Consumption:<30W
10. Errors/Errors	≤ 0.5% (standard resistance) samples）
Temperature (optional) High temperature (choose to buy)	Room temperature -400 ℃; 600℃； 800℃； 1000℃； 1200℃； 1400℃； 1600℃Normal temperature-400℃； 600℃； 800℃； 1000℃； 1200℃； 1400℃； 1600℃ 12. Atmosphere protection (gas to be provided by customers) Atmosphere
protection(Gas was provided by customers themselves) The commonly used gases are helium (He), neon (Ne), argon (Ar), krypton (Kr), xenon (Xe), radon (Rn), all of which are colorless, odorless, and gaseous monatomic molecules	The usual gases are: helium (He). neon (Ne). argon (Ar). krypton (Kr). xenon (Xe). and radon (Rn).
all in colorless. odorless. gaseous monatomic molecules. 13. Temperature accuracy	precision Temperature value: ≤ 1-3 ℃; Temperature control accuracy: ± 1 ° C
Blunt temperature values:≤1-3℃; Temperature control precision:±1°C Heating rate:	rate of temperature increase
Starting from room temperature, it takes 15 minutes to reach 400 ℃ to 800 ℃; 800 ℃ -1200 ℃ takes 30 minutes; 1400 ℃ -1600 ℃ takes 250-300 minutes About 15 minutes at room	temperature to 400 ℃. 800 ℃; 800 ℃ to 1200 ℃ need 30 minutes; 1400 ℃ to 1600 ℃ to 250 minutes. 300 minutes
high temperature materials High temperature material	Using composite ceramic fiber materials, it has the characteristics of vacuum forming and high temperature powder retention Adopt composite ceramic

fiber material. have vacuum forming. high temperature not drop powder

pc software

PC software

Test a set of PC software, USB communication interface, software interface synchronously displays, analyzes, saves and prints data!

One set test PC software.

USB communication interface. software interface synchronization display.

analysis. save and print data!

Electrode material

Electrode materials

Tungsten electrode or molybdenum electrode

Tungsten electrode or

molybdenum electrode

sample requirements

sample requirementThe sample length requirement is greater than 13mm, and the minimum sample width is 1mm

The sample length

requirement is greater than 13mm and sample width minimum 1mm

Standard configuration (optional):

Except standard

configuration (optional)

1 set of computer and printer; 2. 1-5 standard resistors;

1 . One set computer and

printer 2.Standard resistance 1 to 5pcs

Whole machine schematic diagram

Working principle of the whole machine

Operation process and steps

1. System connection: Connect various components, control systems, power supplies, and USB communication interfaces;

2. Whether the connection of the debugging system is normal can be seen from the data changes on the PC software and resistivity tester

3. Set the required temperature in sections on the high-temperature box, or set a temperature without sections For specific operation of high-temperature box instruments, please refer to the "Temperature Instrument Operation Manual"

4. Wait for the sample to enter the high-temperature box through the high-temperature fixture

1.5. Open the inert gas input valveDuring the real-time temperature rise, the real-time curve of the sample resistance changes

2.When the temperature reaches the set value, heating will automatically stop

8. After the test is completed, turn off the high-temperature power and leave it on for 10-20 minutes

3.9. Use high-temperature gloves to move the fixture up and out of the high-temperature box

10. Use tweezers to remove the sample

4.PC

Software operation interface

5.Partial customer cases:

Henan University

Zhengzhou University of Aeronautics and Astronautics

Nanjing University of Aeronautics and Astronautics