Testing - Import export

The NDIR emitter kit made by Micro-Hybrid is a set of the most frequently used IR-emitters of the JSIR 350 series and a CO2 IR-detector of the MTS 200 series ith this set you get a possibility to order smaller quantities available at short notice and evaluate our products or test different combinations of components in your measurement system. This set may also help you to design your setup. Our bundle can otherwise come into use for educational purposes on colleges and universities for electronic and measurement applications training or single use assemblies for bachelor or master theses. In Addition engineers may use it for testing different set ups and preseries products or prototypes.

With the dual chamber PPM leak test stand, Poppe + Potthoff Maschinenbau offers a powerful system for testing sensors in medical device industry. The test stand can be implemented in R&D processes, but also during production as an end of line test. With pressures of up to 50 bars this equipment offers a large spectrum of testing opportunities in the medical area. Some Global Test Standards include: ISO 14644 ASTM G122-96 ASTM D6361 SAE AMS 0302 The PPM leak test stand is able to be programed to the customers requirement. The powerful in house built software enables exact design of pressure curves, such as holding times and exact pressure increase over time. It is an ideal solution for any sorts of plastic components. This exemplarily displayed test bench can utilize air or nitrogen as a test medium. Please get in touch about any other test mediums. In addition the PPM test benches can perform tests of multiple test units at a time.

The Poppe + Potthoff impulse test stands test the operating or fatigue strength of various metal and plastic components. The endurance test in our high-pressure test systems simulates the life-cycle under varying loads. The failure tests thus show the potential weaknesses of the components with respect to design and material. The pressure is optionally modulated as a sine wave, trapezoid curve or needle pulse. Our test stands are characterized by a special ergonomics and are designed by Poppe + Potthoff machine design. Due to our flexible modular design, our machines are very variable, so that the pressure and volume range is designed according to the customer’s requirements. Of course, our systems are UL or CE compliant as required. In addition, we offer you service and support directly on-site.

In order to prove the quality of the fluid-carrying parts, all hoses, pipes, pressure vessels and other components are put under pressure until they burst. The process is precisely measured and documented in order to optimally design the components for specific applications.

Autofrettage is a method for increasing fatigue strength of components for use at high and pulsating pressures. In short, Autofrettage compresses a container’s inner surface, making better use of the material’s structural properties. The process can reduce fatigue concerns in pulsating applications and lets engineers reduce tubing thickness in high-pressure applications without sacrificing strength, life, or safety. The autofrettage method is based on the reciprocal relationship of the plasticized inner zone and the elastically deformed outer zone. The components are placed under so much pressure that their interiors become plastically deformed. After relaxing, pressure stresses are created in these areas, which prevent the outer areas from reforming to their original shape. Instead, it remains stretched. This prevents crack formation in the later application, increases the service life of

In order to ensure that castings, valves, pumps, hoses and other components or groups have been manufactured free of leakage, they are tested in non-destructive leakage tests. Oxygen, air, nitrogen or sulfur hexafluoride (SF6) can be used as the test medium.

With its very high detectivity of up to 4.0*10^8 cm√Hz/W and a sensitivity of up to 200000 V/W, the 4-channel detector is the high end solution for demanding test applications. The detector is designed for the following gases: Water Vapor (H2O) (CWL: 6580 ± 40, HBW: ± 35 nm), Carbon Dioxide (CO2) (CWL: 4265 ± 25, HBW: 120 ± 10 nm) and alcoholic compounds (CWL: 9663 ± 80, HBW: 240 ± 40 nm). The precise measurement results are backed up by the reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). The pyrodetector is suitable for test setups and teaching at ambient temperatures between -20 and 85 °C. The pyroelectric detector is characterized by the wide spectral sensitivity 2 - 15 µm (optimized from 3 - 5 µm), the high sensitivity with a modulation frequency up to 100 Hz. The low microphone effect due to the low membrane mass, the very low temperature dependence and amplified signal in current mode make the MPS4SENS TEST less sensitive to external interferences.

Device details: ■ Preparation of cable samples for further processing ■ Applicable for cable types with solid core cross-sections ■ E.g. Sample preparation for cutting with ORC family

Device details: ■ Device and operation according to the standard IEC 60811-504 ■ The complete set offers various spindles and cable guides with many diameters: Winding spindles: 10, 14, 18, 22, 28, 30, 35, 40, 45, 50 mm outer diameter Cable Guides: 4, 7, 9, 11, 13 mm inner diameter ■ Very robust and solid construction ■ Winding spindles interlock easily and guides are easily fastened ■ Device suitable for positioning in cold chamber ■ Maneuver Ratio: 2/1: 2x Crank rotation = 1x spindle rotation ■ Spindle/Guide diameter ratio: 0.8x sample diameter

Device details: ■ 2 in 1: device contains the Hot Set Test as well as the Heat Pressure Test ■ Robust and compact set including the device and an equipment case ■ Possibility to attach a thermometer directly near the sample ■ Measurement according to the standards IEC EN 60811-507 (Hot Set Test) and IEC EN 60811-508 (Heat Pressure Test) regarding sample attachment and weight attachment ■ Precise choice of weights due to practical containers ■ Simultaneous measurement of up to 3 samples Optional - Hot Set Test complete ■ Sample rack for heat pressure and heat elongation test ■ Laser gauge ■ Thermal heat oven UN55 Size (WxLxH): 585 x 514 x 784 mm (23 x 20.2 x 30.9“) Weight: 57 kg (125.6 lbs) Volumen: 53 l Air exchange rate: 8-20x ■ Thermal heat oven UN110 Size (WxLxH): 745 x 584 x 864 mm (29 x 23 x 34“) Weight: 74 kg (163 lbs) Volumen: 108 l Air exchange rate: 8-20x

Device details: ■ Device and operation are according to the standard IEC 60811-506 (IEC 60811-1-4) point 8.5 ■ Case set offers all required weights for the test ■ Easy operation ■ Very robust and solid construction ■ Steel impact piece included ■ Up to 3 Samples can be tested simultaneously ■ Device suitable for positioning in a cold chamber Options: ■ Cold Impact Test „one sample“ ■ Cold Impact Test „up to 3 samples“ ■ Cold Impact Test „1 x photovoltaics“ (VDE PV01:2008-02) ■ Laboratory freezer - technical specifications on request

Device details: ▪ Device is according to the standard IEC EN 60811-2-1 (Heat elongation test, tensile test) ▪ Handy, electric device for material tests in laboratories ▪ Developed to slice samples according to IEC 60811 with a thickness between 0.8 and 2.0 mm (0.04” – 0.08”) ▪ Especially for hard materials

Device is according to the standard IEC EN 60811-2-1 (Heat elongation test): ▪ The samples are taken from the inner side of the sheath and isolator ▪ All grooves and/ or conductive layers are removed ▪ Developed to slice samples according to IEC 60811 with a thickness between 0.8 and 2.0 mm (0.04” – 0.08”)