Laboratory systems

Capillary rheometer LCR 7000

Capillary rheometer LCR 7000

The new LCR 7000 Capillary Rheometer range offers a number of new features and meets the requirements of 24-hour operation while maintaining the highest possible accuracy, repeatability and sensitivity. The LCR series rheometers are versatile and easy to use, but offer the most complex methods for polymer characterization, data analysis and reporting capabilities. The LCR series can be used with a standard load cell and a pressure transducer mounted in the rheometer chamber.

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Dynisco LCR 7000 Series Capillary Rheometer

Inquiry system 

Configure your own device, according to your requirements and needs. If you are not sure about the configuration, make the necessary information about the processed materials in the notes. Thanks to this information, we are able to create several offers depending on the equipment and after consultation you can choose according to your needs. If you need a comparison for tenders, we will be happy to help you find an alternative product from the Dynisco portfolio.

If you need more information do not hesitate to contact us.

Dynisco Configuration Code:

Přidat soubor

Model

Description:

A comprehensive list of optional features allows for testing and a wide range of materials.

LCR 7000

Capillary rheometer LCR7000 with load cell, with accessories and one tungsten carbide capillary.

Korozivzdorná slitinová komory
pro testování korozivních materiálů, jako je PVC

Kapiláry zhotovené z Karbid wolframu
se širokou škálou rozměrů a poměry L/D, které poskytují širokou oblast testování.

Laserový mikrometr
pro přesné měření narůstání struny při výstupu polymeru z kapiláry.

LCR 7001

The LCR 7001 capillary rheometer with load cell, a pressure transducer mounted on a barrel and a long barrel, includes tool cleaning and operation and three tungsten carbide capillaries.

 Stainless alloy
chamber for testing corrosive materials such as PVC


Capillaries made of tungsten carbide
with a wide range of dimensions and L/D ratios that provide a wide range of testing.

Melt pressure sensors
installed just above the capillary eliminate the effects of dissipation and frictional heat in the rheometer chamber, and provide accurate data on the melt pressure inside the chamber.

Laser micrometer
for accurate measurement of string growth as the polymer exits the capillary.

LCR 7002

LCR7002 capillary rheometer with dual bore with barrel pressure sensors,
cleaning and operating tools and four
tungsten carbide dies

 

LCR 7000 - SPECIFICATIONS

It meets the following standards and norms:
DIN ISO 11433, DIN 53014, DIN 54811, ASTM D3835
Operating temperature:
up to 430 ° C Standard model
Chamber: I = 7.0" (162mm)
ø = 0.376” ±0.0002” (9.55mm ±0.005mm)
Drive / system:
DC servomotor
  Piston feed speed: 0.03 to 600mm/min
  Dynamic range: 20,000:1
  Test force: 10 kN standard (0.2N resolution), 15 kN (optional)
  Force measurement: Siloměr, Tlakový snímač namontovaný do komory (volitelně)
  Capillaries:

Tungsten carbide capillary, many different L / D available

  Growth behind the nozzle: Laser micrometer (optional)
  Temperature control: 4-zone temperature control
  Temperature sensors: 4-wire platinum RTD
  Temperature control: Adaptive PID temperature control algorithm with 0.1 ° C resolution
  Temperature accuracy: ±0.2°C při 0.50" (13mm)
  Ambient conditions for measurement: 20 až 30°C
  Relative humidity: 20% až 80%
  Voltage: 10% of rated voltage
  Power source: 115/230Vac, 50/60Hz
  Power consumption: 750W max, standardně 200W
 

Data processing system:

PC-based
 

System software:

LAB KARS pro Windows ™ (Kayeness Advanced Reology Software)

LCR 7001 - SPECIFIKACE

It meets the following standards and norms:
DIN ISO 11433, DIN 53014, DIN 54811, ASTM D3835
Operating temperature:
up to 430 ° C Standard model
Chamber: I = 7.88" (200mm)
ø = 0.376” ±0.0002” (9.55mm ±0.005mm)
Drive / system:
DC servomotor
  Piston feed speed: 0.03 to 600mm/min
  Dynamic range: 20,000:1
  Test force: 10 kN standard (0.2N resolution), 15 kN (optional)
  Force measurement: Pressure transducer (2)
  Capillaries:

Tungsten carbide capillary, many different L / D available

  Growth behind the nozzle: Laser micrometer (optional)
  Temperature control: 4-zone temperature control
  Temperature sensors: 4-wire platinum RTD
  Temperature control: Adaptive PID temperature control algorithm with 0.1 ° C resolution
  Temperature accuracy: ±0.2°C při 0.50" (13mm)
  Ambient conditions for measurement: 20 až 30°C
  Relative humidity: 20% až 80%
  Voltage: 10% of rated voltage
  Power source: 115/230Vac, 50/60Hz
  Power consumption: 750W max, standardně 200W
 

Data processing system:

PC-based
 

System software:

LAB KARS pro Windows ™ (Kayeness Advanced Reology Software)

LCR 7002 - SPECIFICATIONS

It meets the following standards and norms:
DIN ISO 11433, DIN 53014, DIN 54811, ASTM D3835
Operating temperature:
up to 430 ° C Standard model
Chamber: I = 7.88" (200mm)
ø = 0.376” ±0.0002” (9.55mm ±0.005mm)
Drive / system:
DC servomotor
  Piston feed speed: 0.03 to 600mm/min
  Dynamic range: 20,000:1
  Test force: 10 kN standard (0.2N resolution), 15 kN (optional)
  Force measurement: Pressure transducer (2)
  Capillaries:

Tungsten carbide capillary, many different L/D available

  Growth behind the nozzle: Laser micrometer (optional)
  Temperature control: 4-zone temperature control
  Temperature sensors: 4-wire platinum RTD
  Temperature control: Adaptive PID temperature control algorithm with 0.1 ° C resolution
  Temperature accuracy: ±0.2°C při 0.50" (13mm)
  Ambient conditions for measurement: 20 až 30°C
  Relative humidity: 20% až 80%
  Voltage: 110% of rated voltage
  Power source: 115/230Vac, 50/60Hz
  Power consumption: 750W max, standardně 200W
  Data processing system: PC-based
  System software: LAB KARS pro Windows ™ (Kayeness Advanced Reology Software)

Edge Device - Cloud

Integrate and aggregate data from existing Dynisco products such as our LMI5000 & LMI4004 melt flow indexers, our LCR7000 capillary rheometer, and instrumentation like our UPR900 process indicator via the Dynisco Edge Device. With the Edge Device you have a single board computer that helps you better understand and manage:

Cleaning cotton patches

Cleaning patches for laboratory instruments have high quality cotton and low dust content. Thanks to this, you will always have the device quickly and comfortably cleaned of all polymer deposits inside the chamber. Thanks to 100% cotton, the polymer does not smudge along the wall of the chamber, but remains on a cotton wheel that does not tear or leave hairs.

Memmert dryer

The universally applicable Memmert laboratory dryer is a classic temperature control device in the field of research, science and materials testing. Technologically improved construction made of high quality and easy to clean stainless steel. It has ventilation and control technology (optional), protection against overheating and precisely tuned heating technology.

Capillary Rheometer Galaxy V

The Galaxy V capillary rheometer is a full-fledged laboratory device designed primarily for beginning laboratories or basic flow curve measurements. The device is made in the USA by Kayeness later Dynisco. The device is in perfect condition, calibrated and we provide a guarantee for its function.

MiniGran - Laboratory Granulator

MiniGran is a laboratory granulator designed for granulation of smaller plastic parts. Thanks to its compact dimensions, this granulator can be placed almost anywhere and is therefore very suitable for laboratory applications. The granulator is suitable for all types of plastics, thanks to the low rotor speed, plastic materials are processed into high-quality recycled material with low dust content.

Certification & Approval

EU Declaration of Conformity

ISO 9001:2015

EAC - The Eurasian Conformity mark