Computer-controlled capillary rheometer is used to measure the fluidity and solidification speed of polymer materials and thermoplastic plastic materials. It can draw stress-strain curves and plasticizing curves of polymer materials, and determine the temperature of softening point, melting point and flow point. Work under constant pressure and constant speed through computer measurement and control, measure the extrusion speed of capillary tubes of various specifications under various pressures at different heating rates and different temperatures through the computer, and collect extrusion speed, pressure and heating temperature through the computer. Data processing is performed automatically and curves are drawn. It is an indispensable tool for quality management, product development, testing and other work.
Overview:
Computer-controlled capillary rheometer is used to measure the fluidity and solidification speed of polymer materials and thermoplastic plastic materials. It can draw stress-strain curves and plasticizing curves of polymer materials, and determine the temperature of softening point, melting point and flow point. Work under constant pressure and constant speed through computer measurement and control, measure the extrusion speed of capillary tubes of various specifications under various pressures at different heating rates and different temperatures through the computer, and collect extrusion speed, pressure and heating temperature through the computer. Data processing is performed automatically and curves are drawn. It is an indispensable tool for quality management, product development, testing and other work.
Purpose of Equipment Testing:
When the capillary rheometer is working, its plunger moves downward at a constant speed or at a constant pressure, extruding the material at a constant temperature in the charging cylinder into the capillary tube, and then collects relevant data through the sensor to weigh and Analyze the rheological curve and physical viscosity properties of materials.
Main Feature:
Computer-controlled capillary rheometer This instrument adopts advanced high temperature and pressure sensors, and the mechanical transmission part mainly adopts imported precision double ball screw transmission to ensure the high rigidity frame structure of the whole machine, so that the load efficiency and measurement deformation accuracy are greatly improved.
Transmission control system: Adopt imported high-precision servo system control, with high response frequency, high transmission efficiency, stable transmission, high acquisition frequency, and superior precision.
Heating part: It is made of rare alloy material nickel-chromium metal die-casting. It has the main feature of not burning out under high temperature for a long time, and has excellent temperature stability.
Temperature control part: adopts advanced imported temperature control module, with fast output response, accurate PID parameter automatic adjustment function, to ensure the stability of temperature.
Acquisition part: equipped with high-precision load cell, high data sampling frequency and high acquisition accuracy.
The Main Parameters:
Maximum Test Capacity |
20KN (Arbitrary Adjustment) |
|
Test Speed |
0.0005-20mm/sec |
|
Dynamic Speed Ratio |
1:40,000 |
|
Maximum Test Temperature |
400°C |
|
Temperature Control |
PID control, Resolution 0.1°C, Error <±O.5°C |
|
Barrel Options |
Single Barrel |
|
Barrel Diameter |
12 mm (15 mm, 9.5 mm optional) |
|
Barrel Length |
200 mm (other lengths can be customized) |
|
Test Chamber |
Electronically heated test chamber, replaceable barrel |
|
Pressure Sensor |
Capacity |
1000 bar (700 bar, 1400 bar optional) |
Precision |
< 0.25% |
|
Material |
Stainless steel, anti-corrosion, high temperature resistance |
|
Capillary |
Material |
Tungsten carbide [alloy material nickel-chromium metal] |
Size |
(1)5/0.5-L= 5 mm, D = 0.5 mm; (2)10/1-L= 10mm, D=1mm; (3) 20/1-L= 20 mm, D= 1 mm; (4) 30/1-L= 30 mm, D= 1 mm; (5) 20/2-L= 20 mm, D= 2 mm;(Available in two sizes) |
|
Test Mode |
“Constant speed” and “constant pressure” test mode |
|
System Self-Test |
1048 test only |
|
Controlling Software |
CREE-1048 Exclusive System |
|
Volume (W×D×H) |
60×66×168cm |
|
Power Supply |
1∮, 220V, 50/60Hz, 8A (depending on country or designation) |
|
Weight |
250kg |
|
Cleaning System |
Adopt the latest design air motor cleaning device |
|
Appendix |
Set of manual cleaning tools |
Equipment Main Configuration:
◆One host
◆Imported high-precision temperature control module
◆A set of imported servo control system
◆A set of data acquisition system
◆A set of data processing system
◆One high-precision sensor
◆A set of branded computers
◆One color inkjet printer
◆A set of special test software (including a CD)
◆A set of special tools
◆A manual
◆A warranty card
◆A certificate of qualification
Equipment Installation Requirements:
◆Installation Site
The ground is flat and well ventilated. There is no strong vibration around the equipment. There is no strong electromagnetic field around the equipment. There are no flammable, explosive, corrosive substances and dust around the equipment. Appropriate space for use and maintenance is reserved around the equipment, as shown in the figure below
A: not less than 10cm B: not less than 60cm C: not less than 60cm
◆Power Supply Conditions
Allowable voltage fluctuation range: AC (220±10%) V
Allowable fluctuation range of frequency: (50±0.5) Hz
The grounding resistance of the protective ground wire is less than 4Ω
Power capacity: the maximum power is approx.
It is required to configure an air or power switch of corresponding capacity for the equipment at the installation site, and this switch must be used independently for this equipment
◆Requirements for Storage Environment
When the equipment is not working, the ambient temperature should be kept within 5℃~+30℃
© Dongguan Zhongli Instrument Technology Co., Ltd.
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