Compression Stress Relaxometer
Available for quotation
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Compression Stress Relaxometer
- Product Name
Compression Stress Relaxometer (C11)
- Overview
The C11 provides the user with accurate, repeatable and reproducible measurements with an easy operator interface and integrated software. The instrument uses a discontinuous method meaning only one instrument for any number of jigs.
- Standards
BS ISO 3384-1 Method B, BS ISO 3384-2 Method B, ASTM D6147 Method B
- Application
Measures the Compression Stress Relaxation (CSR) characteristics of elastomers and rubber products (e.g. seals, O-rings) as required by the relevant standards.
- Calibration Options
Manufacturer Calibration Certificate included as standard
- Typical Lead Time
4-6 weeks (to be confirmed at time of quoting)
- Attachments
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Compression Stress Relaxometer Data Sheet 335 KB
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Compression Stress Relaxometer
| Part Number | WAC11 |
| Dimensions | 941mm (h) x 290mm (w) x 414mm (d) |
| Weight | 22kg |
| Max. Power Requirements | 250W |
| Voltage | 230VAC 50Hz or 110VAC 60Hz |
| Available Load Cell Ranges | 2 to 50,000 N 0.2 to 55,000 kgf 0.45 to 11,000 lbf |
| Load Cell Accuracy | ±0.1% of full scale 2 to 2.5kN ±0.2% of full scale 5kN to 50kN |
| Load Cell Resolution | 1:6,500 |
| Speed Range | 1-1000mm/min |
| Digital Display of Load/Position/Speed | Yes |
| Operating Temperature | 10°C to 35°C |
| Humidity Range | Normal industry and laboratory conditions |
| Output of Test Results to PC/Printer/ Datalogger | Via USB/networks ports RS232 via USB converter in ASCII format |
The principle of the WAC11 is based on the electrical contact being made between the load cell and the head of the jig. The contact is only broken when the force applied to the Relaxometer marginally exceeds the counterforce exerted by the test sample. The Relaxometer features a ballscrew-driven motorised test frame and load cell designed to apply and measure the required force. At the start of the test cycle the measuring head moves quickly to the jig. At a pre-set position, the measuring head reduces the speed to allow the load cell to more accurately read the force. When the applied force just exceeds the counterforce, the results are displayed graphically and can be saved to a designated folder.
