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Stress Relaxation Systems
Relaxation System for continuous measurement in either tension or compression
Meets the following requirements:
ISO 3384
ISO 6914
ASTM D6147
Comparison of continuous and discontinuous stress relaxation testing
Continuous stress relaxation testing |
Discontinuous stress relaxation testing |
| Less manual work, measurement will continue throughout the test after it is started. | More manual work, needed to manually perform the measurements at certain points during the test period. |
| Logging automatically and continuously which means that if wanted, it is possible to obtain measured values from any given point from the test after the test is terminated. | No extra data is saved, only the manual taken measurements. Not possible to add extra evaluation points after the test is finalized. |
| No physical movement of the rigs after the test is started. | It has been shown that each time a rig is moved the result may be affected due to the vibration that occurs in this operation. |
| Most of Elastocon’s customers around the world ask for this type of testing, several big companies have it in their company standard. | Less customers ask for this type of test, it is included in the internal standards of some large companies. |
| Possible to run tests automatically according to ISO 3384-1, ISO 3384-2 as well as ISO 6914 and other technically equivalent standards. | No automatic testing is possible, requires a lot of manual work. But testing according to ISO 3384-1 and 3384-2 is possible of course. |
| Possible to run tests automatically with either stable or cyclic temperatures. | The temperature will not be stable throughout the whole test, the measurements will, as default, take place in ambient room temperature (can also be done within a special temperature chamber). |
| Test either in compression or tension, in air/gases or liquid. | Test in compression, air or liquid (liquid might be rather messy during the measurements). |
| Automatic testing according to ISO 3384-1 method B with a programmable oven. | |
| Cycling testing according to ISO 3384-2 in temperature interval -40 to +250 °C | Click here for more information |
Sample Preparation
EP 08 Manual Press
EP 02 Pneumatic Press
Technical Specifications of Presses
Specimen Cutting Press |
EP 02 |
EP 08 |
| Cutting pressure, kN | 18, max 25 | 10 |
| Air pressure, Bar | 6, max 8 | – |
| Stroke, mm | 25 | 20 |
| Height adjustment, mm | 50 | 30 |
| Cutting die height, mm | 25 – 65 | 30 – 60 |
| Base Plate size,mm | 200 x 200 | 200 x 150 |
| Dimensions w x d x h, mm | 360 x 420 x 400 | 215 x 265 x 525 |
| Weight, kg | 62 | 19 |
| Material | aluminium and zinc coated steel | aluminium and painted steel |
| Safety | 2-hand operation | safety stop |
**Various dies and other accessories for sample preparation available to pair with the cutting presses. Contact your Sales Representative for more information.**
Cell Ageing Ovens
EB 20
Technical Specifications of Cell Ageing Ovens
| Cell Aging Ovens | EB 01-II | EB 19 | EB 20 |
| Temperature range, °C: | + 40 to + 200 | + 40 to + 200 | + 40 to + 200 |
| HT-version, °C: | – | +40 to +300 | +40 to +300 |
| Temp. control, +40 to +100 °C, °C: | ±0,5 | ±0,5 | ±0,5 |
| +101 to +200 °C, °C: | ±1,0 | ±1,0 | ±1,0 |
| +201 to +300 °C, °C: | ±1,5 | ±1,5 | ±1,5 |
| Temp.variation in time,°C: | ±0,25 | ±0,25 | ±0,25 |
| Temp.variation in space, %: | ±0,5 | ±0,5 | ±0,5 |
| Temperature sensors: | Pt 100, 1/3 DIN | Pt 100, 1/3 DIN | Pt 100, 1/3 DIN |
| No. of temperatures: | 1 | 4 | 6 |
| No. of cells: | 4 | 4 | 6 |
| Air speed, m/s: | <0,001 | <0,001 | <0,001 |
| Air changes, changes/hour: | 3 to 20 | 3 to 20 | 3 to 20 |
| Useful volume, l: | 4 x 2,4 | 4 x 2,4 | 6 x 2,4 |
| Dimensions, inner, dia x h, mm: | 100 x 300 | 100 x 300 | 100 x 300 |
| Dimensions, external, w x h x d, mm: | 760 x 500 x 510 | 760 x 500 x 510 | 960 x 500 x 510 |
| Weight, kg: | 45 | 55 | 74 |
| Voltage, V/phase/freq: | 220–240/1/50 | 220–240/1/50 | 220–240/1/50 |
| Power, W: | 900 | 900 | 1300 |
| Standards: | ISO 188 method A, | ISO 188 method A, | ISO 188 method A, |
| IEC 60811-1-2 | IEC 60811-1-2 | IEC 60811-1-2 | |
| Click here for more information about the different ovens offered | IEC 60216-4-3 | IEC 60216-4-3 | IEC 60216-4-3 |
Test Tube Ovens
EB 28HT
Technical Specifications of Test Tube Ovens
| Temperature range, °C: | EB 11-II +40 to +200 |
EB 28 +40 to +200 |
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| HT-version, °C: | +40 to +300 | +40 to +300 | ||||||||||||||||||||||||
| Temp. control, | ||||||||||||||||||||||||||
| +40 to +100 °C, °C: | ± 1,0 | ± 1,0 | ||||||||||||||||||||||||
| +101 to +200 °C, °C: | ± 2,0 | ± 2,0 | ||||||||||||||||||||||||
| +201 to +300 °C, °C: | ± 3,0 | ± 3,0 | ||||||||||||||||||||||||
| Temp.variation in time,°C: | ± 0,5 | ± 0,5 | ||||||||||||||||||||||||
| Temp.variation in space, %: | ± 0,5 | ± 0,5 | ||||||||||||||||||||||||
| Temperature sensors: | Pt 100, 1/3 DIN | Pt 100, 1/3 DIN | ||||||||||||||||||||||||
| No. of temperatures: | 1 | 4 | ||||||||||||||||||||||||
| Test Tubes: | 24 | 4 x 6 | ||||||||||||||||||||||||
| dia x h, mm: | 38 x 300 | 38 x 300 | ||||||||||||||||||||||||
| Dimensions, external, | ||||||||||||||||||||||||||
| w x h x d, mm: | 760 x 820 x 510 | 760 x 820 x 510 | ||||||||||||||||||||||||
| Weight, kg: | 88 | 70 | ||||||||||||||||||||||||
| Voltage, V/phase/freq: | 220–240/1/50 | 220–240/1/50 | ||||||||||||||||||||||||
| (110–120/1/60) | (110–120/1/60) | |||||||||||||||||||||||||
| Power, W: | 900 | 900 | ||||||||||||||||||||||||
| Connections: | – | – | ||||||||||||||||||||||||
| Standards: | ASTM D865, | ASTM D865, | ||||||||||||||||||||||||
| ASTM D471, | ASTM D471, | |||||||||||||||||||||||||
| ISO 1817 | ISO 1817 | |||||||||||||||||||||||||
Cabinet Ageing Ovens
EB 04-II
EB 26HT
EB 27
Technical Specifications of Cabinet Ageing Ovens
| EB 04-II | EB 10-II | EB 12-II | EB 26HT | EB 27 | |||||||||||||||||||||||||||||
| Temperature range, °C: | +40 to +200 | +40 to +200 | +40 to +200 | +40 to +200 | |||||||||||||||||||||||||||||
| HT-version, °C: | +40 to +300 | +40 to +300 | +40 to +300 | +40 to +300 | |||||||||||||||||||||||||||||
| Temp. control, +40 to +100 °C, °C: | ±0,5 | ±0,5 | ±0,5 | ± 0,5 | ± 0,5 | ||||||||||||||||||||||||||||
| +101 to +200 °C, °C: | ±1,0 | ±1,0 | ±1,0 | ± 1,0 | ± 1,0 | ||||||||||||||||||||||||||||
| +201 to +300 °C, °C: | ±1,5 | ±1,5 | ±1,5 | ± 1,5 | – | ||||||||||||||||||||||||||||
| Temp.variation in time,°C: | ±0,25 | ±0,25 | ±0,25 | ± 0,25 | ± 0,25 | ||||||||||||||||||||||||||||
| Temp.variation in space, %: | ±0,5 | ±0,5 | ±0,5 | ± 0,5 | ± 0,5 | ||||||||||||||||||||||||||||
| Temperature sensors: | Pt 100, 1/3 DIN | Pt 100, 1/3 DIN | Pt 100, 1/3 DIN | Pt 100, 1/3 DIN | Pt 100, 1/3 DIN | ||||||||||||||||||||||||||||
| Air speed, m/s: | <0,001 | <0,001 | 1± 0,5 | 0,5± 0,25 | 0,001 to 0,02 | ||||||||||||||||||||||||||||
| Air changes, changes/hour: | 3 to 20 | 7 or 14*1 | 7 or 14*1 | 7 or 14*1 | 3 to 200 | ||||||||||||||||||||||||||||
| Useful volume, l: | 60 (120) | 60 (120) | 50 | 50 | 120 | ||||||||||||||||||||||||||||
| Dimensions, inner, w x h x d, mm: | 550 x 550 x 400 | 450 x 450 x 300 | 450 x 450 x 250 | 450 x 450 x 250 | 550 x 550 x 400 | ||||||||||||||||||||||||||||
| Dimensions, external, w x h x d, mm: | 910 x 820 x 720 | 810 x 720 x 620 | 810 x 720 x 620 | 875 x 845 x 620 | 910 x 820 x 720 | ||||||||||||||||||||||||||||
| Dimension, window, 4 glass, mm: | 200 x 300 (option) | 200 x 300 (option) | 200 x 300 (option) | 200 x 300 | 200 x 300 (option) | ||||||||||||||||||||||||||||
| Illumination of the inner chamber: | 24 V, 10 W halogen*2 | 24 V, 10 W halogen*2 | 24 V, 10 W halogen*2 | 24 V, 10 W halogen*2 | 24 V, 10 W halogen*2 | ||||||||||||||||||||||||||||
| Sample rod positions: | 15 (24, 120 l) | 15 (24, 120 l) | 15 | 6 | 24 | ||||||||||||||||||||||||||||
| Sample rods: | 10 (12, 120 l) | 10 (12, 120 l) | 15 | 12 | 12 | ||||||||||||||||||||||||||||
| Shelf positions: | 3 | 3 | – | – | 3 | ||||||||||||||||||||||||||||
| Shelves: | 2 | 2 | – | – | 2 | ||||||||||||||||||||||||||||
| Weight, kg: | 87 (115, 120 l) | 86 (114, 120 l) | 91 | 104 | 115 | ||||||||||||||||||||||||||||
| Voltage, V/phase/freq: | 220–240/1/50–60 | 220–240/1/50–60 | 220–240/1/50–60 | 220–240/1/50–60 | 220–240/1/50–60 | ||||||||||||||||||||||||||||
| Power, W: | 2 100 | 2 100 | 2 200 | 2200 | 3100 | ||||||||||||||||||||||||||||
| Connections: | Compressed air | – | – | – | Compressed air | ||||||||||||||||||||||||||||
| Standards: | ISO 188 method A, IEC 60811-1-2, IEC 60216-4-1 | ISO 188 method A, IEC 60811-1-2, IEC 60216-4-1 | ISO 188 method B, ISO 4577 | ISO 188 method B2 | ASTM D5423 type 1 and 2, ASTM E145 type II A, ASTM D573 | ||||||||||||||||||||||||||||
Automatic Relaxation and Creep Tester
Automatic Relaxation and Creep Tester, EB 18-II-3
For stress relaxation tests and creep tests
For Stress Relaxation Tests
• Relaxation tests can be done in both compression and tension.
• Utilizing load cells and servo motors to apply and hold the compression in the EB 18-II-3, automatically compensates for the spring effect in the load cells.
• The compression or tension in mm or % is set in the software and the computer instructs the closed loop circuit of the servo motor and load cell amplifier to keep the set value.
• High accuracy in the displacement measurement.
• Results are presented in graphical or table formats as absolute relaxation in N or as F/F0 in absolute or relative time as well as linear or log time.
• Possibility of running new features such as load and temperature ramps controlled by the computer.
• Test can be made in liquids using a liquid container (option).
For Creep tests
• Creep test can be done in both compression and tension.
• Utilizing load cells and servo motors to apply and hold the load, the EB 18-II-3 tester eliminates the handling problems associated with dead load weights.
• The load in MPa or N is set in the software and the computer instructs the closed loop circuit of the servo motor and load cell amplifier to keep the set load. This means that the load is kept even if the computer fails.
• High accuracy in the displacement measurement.
• Results are presented in graphical or table formats as absolute creep or creep index. In order to study the actual sample failure the data logging rate is increased just before break occurs.
• Possibility of running new features such as load and temperature ramps controlled by the computer.
• Test can be made in liquids using a liquid container (option).
Click here for more information
Film Creep Tester
Film Creep Tester EB 24
Common specifications
• The oven performs well inside the apparatus requirements in ISO 188, IEC 811 and other equivalent standards.
• Special design with controlled air exchange rate and low air speed.
• The casing consists of steel, painted with epoxy powder paint in bluegreen colour.
• The inner chamber is made of stainless steel.
• Temperature controller with 0,1°C setpoint.
• Solid state relay for safe control.
• Temperature indicator with sensor in the inner chamber.
• Fixed over temperature fuse.
• Fixed set air exchange rate 7 or 14 changes per hour, preset by manufacturer.
• The air speed is low and is dependent on the air exchange rate only.
• Cooling channels in the casing for low surface temperature.
• Controlled cooling fan for the electronics cabinet.
• Run-time meter.
• Countdown timer.
• Door sensor to turn off laser and illumination when the door is opened.
Low Temperature Testers
The low temperature properties of rubber materials are very important, especially for rubber products used in colder climates. The requirements for these properties have since long been included in specifications, especially in the automotive industry. For rubber materials there are four important standardized test methods for Low Temperatures. Elastocon offers instruments for these four important standardized test methods for Low Temperatures. Click here for more information on these Low Temperature Testers
Brittleness Tester, ET 05-II
Gehman Tester, ET 02-II
Low Temperature Compression Set Tester
TR Tester, ET 01-II
Thickness Gauges
Thickness Gauge EV 01
The EV 01 Thickness Gauge is intended for rubber or plastic thickness measurement according to ISO 23529 and compression set measurement according to ISO 815.
Thickness Gauge EV 06
The EV 06 Thickness Gauge is intended for textile thickness measurement according to ISO 5084.
Pneumatic Thickness Gauge EV 07
The EV 07 Pneumatic Thickness Gauge is intended for textile thickness measurement according to ISO 5084.
Thickness Gauge EV 01F
Thickness Gauge EV 01 F is a special version, with the possibility to set the parallelity between measuring foot and table.
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