- Zasobník na tekutý dusík KB7 - Malý kanystr. - Zásobník na tekutý dusík KL7 - Univerzální přečerpávací zařízení UPZ 1 - Nádoby 1l polystyren. - Cryospray včetně tří trysek (J-4, J-6, J-8) - Stojan na Cryospray - Zásobník na tekutý dusík KL7 - Univerzální přečerpávací zařízení UPZ 1 - Nádoby 1l polystyren - Zásobník na tekutý dusík KL20 - Univerzální přečerpávací zařízení UPZ 1 - Nádoby 1l polystyren - Cryospray včetně tří trysek (J-4, J-6, J-8) - Stojan na Cryospray
Signalizuje nízkou hladinu LN2 v zásobníku (KB 32, KB 20) ochrana biologických nebo jiných materiálů, skladovaných v zásobnících. Délka sondy 350 mm. Signalizace: - nízká hladina - červené světlo přerušovaně svítí - zvuková - přerušovaný alarm - porucha sondy - žluté světlo Zdroj - 220V/ 12V - zálohovaný při výpadku elektrického proudu.
- Označení výrobků KL7 KL20 KL32 - Objem vnitřní nádoby litr 6,6 21,5 31 - Průměr hrdla mm 33 33 33 - Max. průměr nádoby mm 305 490 500 - Max. výška nádoby mm 560 580 725 - Hmotnost prázdné nádoby kg 6,3 12,3 16,1 - Hmotnost plné nádoby kg 11,5 29,5 40,8 - Odpar LN2 za 24 hodin l/24h. 0,14 0,2 0,25 - Statická kapacita dnů 47 107 124 - Připojovací závit metrický 40x1,5 40x1,5 40x1,5 - Max. pracovní přetlak MPa 0,05 0,05 0,05
- Označení výrobků KB7 KB20 KB32 - Objem vnitřní nádoby litr 6,6 21 31 - Průměr hrdla mm 50 90 90 - Max. průměr nádoby mm 305 490 500 - Max. výška nádoby mm 540 560 702 - Hmotnost prázdné nádoby kg 6,1 12,1 15,9 - Hmotnost plné nádoby kg 11,1 28,9 40,3 - Odpar LN2 za 24 hodin l/24h. 0,18 0,2 0,25 - Počet kanystrů ks 5 8 8 - průměr mm 40 66 66 - délka mm 155 200 300 - Statická kapacita dnů 37 107 124 - Kapacita ampulí 1ml ks 105 480 720 - Max. pracovní přetlak MPa 0,05 0,05 0,05
Moog s Components Group provides innovative design and manufacturing capabilities in motion, electronics and fiber optics. Both standard and custom product solutions are applied in industrial, commercial, medical, marine, aerospace and defense applications. As the world’s leading slip ring manufacturer, Moog offers more than 10,000 slip ring designs that are used in medical equipment -- ranging from large CT scanners to smaller camera systems -- and rugged space and aircraft vehicles. We are a U.S. market leader in supplying fractional horsepower brushless DC motors. Our portfolio offers a wide array of products and solutions.
L-3 Wescam captures stabilized; high-magnification images from fixed-wing, rotary-wing, UAV and aerostat platforms. From low-altitude tactical missions to long-range covert surveillance missions, images are transmitted in real-time to fixed and mobile receive locations for immediate interpretation. Wescam’s MX-Series of Electro-optic and Infrared (EO/IR), laser, surveillance and targeting systems provide unparalleled image stability and long-range detection capability to Defense/Military, Homeland Security and Airborne law enforcement agencies worldwide.
The Kappa Defence/Avionics program focuses on OEM camera modules with modular electronic design and low-noise highly linear signal processing. Resistant to temperature, shock and vibrations these modules are predestined for extreme challenges. Together with the customer-specific product requirements the modules are the basis for complete solutions – e.g., daylight vision systems for airplanes and helicopters, cockpit cameras and observation cameras for drones and submarines. Everyday Kappa cameras give proof that they are up to extreme demand.
IRDAM SA is a manufacturer of digital meteorological instruments and sensor systems. Using the IRDAM patented Thermal Field Variation Technology , the IRDAM weather stations are rugged, without moving part, they are solid state and self-contained instruments with a cyclic auto test . They are capable of measuring wind speed and direction, air temperature, humidity and atmospheric pressure. The product range is divided in to two arrays: Civilian and military. The civilian applications is typical chemical industry, airports, naval ports, ski resorts, agricultures etc. The military applications is typical on vehicles like tanks, moving ballistics canons, commando posts etc.
As part of there commitment to further the advancement of vehicle safety, a number of there staff are members of the Society of Automotive Engineers (SAE), a worldwide professional organization of automotive and aerospace design engineers. These individuals are members and chairpersons of SAE design and research committees specifying the design, implementation, and data analysis aspects of vehicular crash research. In April of 2010, Denton ATD and First Technology Safety Systems (FTSS) became subsidiaries of Humanetics Innovative Solutions. FTSS originated in 1988 when the First Technology group acquired Alderson Research Laboratories and the original Humanetics. FTSS later acquired the dummy development and manufacturing business of TNO, Europe’s leading and largest ATD company. FTSS evolved into a global development and manufacturing company of sophisticated anthropomorphic test devices (ATDs) and computer simulation models. Humanetics produces a wide variety of products including regulated and non-regulated crash test dummies, ranging in size from new-born infants to large adult human surrogates. The Humanetics iCrash Technology™ portfolio takes crash testing to the next level by offering devices with fully integrated data acquisition systems. The increasing complexity and variety of crash testing procedures reinforced by shorter product life cycles has pushed the industry to reduce product design cycles considerably. Humanetics will continue to play a key role in the further development of safer vehicles - ultimately saving lives.
Drop Tester is used to test the breakage of various small items and components. Operating principles: The item to be tested is attached to the suction pads of the machine and dropped from selected speed of 3,5-6,25 m/s or height of 600-2000 mm. The dropping tray guides the item down towards the base in a right angle. With our Drop Tester you can also attach a high frequency video camera to the equipment in order to verify what actually happens, when the tested item hits the base of the machine. The Drop Tester is conformable to the European Machine Directive 89/392 and its amendments 91/368, 93/44 and 93/68.
