Creep Tester No. 145
Creep Tester No. 145
No.145-A/No.145-B Specification
| Specifications are subject to change without notice. | ||
| Model | No.145-A Creep Tester (Pulley Type) | No.145-B Creep Tester (Balance Type) |
| Hangings | 3, 6, or 10 Hangings (3 kinds) | 3, 6, or 10 Hangings (3 kinds) |
| Specimen | See JIS K7162 for reference JIS K7162 | See JIS K7162 for reference JIS K7162 |
| Load Method | Pulley Wheel Type | Balance Scale Type |
| Weight Load | Max. 500 N （50 kgf） | Max. 5 kN （500 kgf） |
| Displacement Measurement | Magnetic Linear Scale 1/100 mm,Stroke 0 to Max. ± 150 mm | Magnetic Linear Scale 1/100 mm,Stroke 0 to Max. ± 40 mm |
| Temperature Range | Max. 200 °C | Max. 200 °C |
| Software | Windows Compatible | Windows Compatible |
| Option | Compression Jig, Bending Jig, Low Temperature Oven, Constant Temperature & Humidity Oven, Divided Oven Gauge Length Measuring Spec |
Compression Jig, Bending Jig, Low Temperature Oven, Constant Temperature & Humidity Oven, Divided Oven Gauge Length Measuring Spec |
| Power Source | Differ by Specifications. | Differ by Specifications. |
| Dimensions/ Weight (Approx.) | Differ by Specifications. | Differ by Specifications. |
Description
Servomotor Type Model 145-SV
- Adding a servomotor to the usual actual load type creep tester, and detecting the load using a load cell, the servomotor type creep tester can effectively reduce impact when the test specimen breaks, simultaneously saving space.
- By choosing the Chuck, the tester enables conducting tensile stress relaxation tests and the condensation stress relaxation test.
- The tester can also be assorted with test functions such as thermal contraction testing and thermal impact testing.
No. 145-A/ 145-B Creep Tester (Balance Type & Pulley Type)
- This tester is used to measure the increasing creep by applying static load to plastic test specimens.
- By choosing the Chuck, the tester enables to conduct tensile test, condensation test, and bending test.
- The tester can also be assorted with test functions such as relaxation test, heat shrinkage test, and thermal impulse test.
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