Deep systems - Import export

Technical Data Dimensions (L/W/H) 152/67/132 cm Total weight 105 kg Maximum user weight 150 kg Mains-independant operation Performance range graduation in 5 watt steps 15 - 500 Watt pedaling speed independent 15 - 1.000 Watt pedaling speed dependent Speed range 20 - 120 rpm Equipment Integrated chip card system Deep passage for simple training positioning Continuous horizontal seat adjustment 3 Training programmes (quickstart, watt (timetraining), pulse) Multicoloured background lighting with feedback function for correct training performance Pulse receiver, polar-coded Options 250 kg user weight Additional training and test programmes Length-adjustable pedals Ear pulse system Adjustable backrest (gas-assisted)

Technical Data Dimensions (L/W/H) 120/65/155 cm Total weight 63 kg Maximum user weight 150 kg Mains-independant operation Performance range graduation in 5 watt steps 15 - 500 Watt pedaling speed independent 15 - 1.000 Watt pedaling speed dependent Speed range 20 - 120 rpm Medical interface RS232 for the connection to the IPN-Test Software (Computer) Equipment Integrated chip card system in series Deep passage for simple training positioning Horizontal and vertical seat adjustment 3 Training programmes (quickstart, watt (timetraining), pulse) Multicoloured background lighting with feedback function for correct training performance Pulse receiver, polar-coded Options 200 kg user weight Additional training and test programmes Length-adjustable pedals Ear pulse system

Technical Data Dimensions (L/W/H) 126/65/155 cm Total weight approximately 63 kg Maximum user weight 150 kg Mains-independent operation Performance range graduation in 5 watt steps: 15 - 500 Watt pedaling speed independent 15 - 1.000 Watt pedaling speed dependent Equipment Integrated chip card system in series Deep passage for simple training positioning Horizontal and vertical seat adjustment 3 Training programmes (quickstart, watt (timetraining), pulse) Multicoloured background lighting with feedback function for correct training performance Pulse receiver, polar-coded Options 200 kg user weight Additional training and test programmes Length-adjustable pedals Ear pulse system

The TA-FHG pro is a tunable, diode-based laser source in the deep UV spectral range. The system consists of an external cavity diode laser, a high power semiconductor amplifier (TA), and two cascaded second harmonic generation stages (SHG pro). Alternatively, it can be equipped with a fiber amplifier (FA) or Raman fiber amplifier (RFA). It provides tunable laser radiation for spectroscopy, laser cooling, holography and interferometry.

Steam Ejectors & Liquid Ring Vacuum Pumps Engineered for optimum efficiency, Nash Hybrid Systems now offer a 15% reduction in steam consumption. This was achieved through extensive R&D efforts, resulting in innovative design improvements. Nash has designed and manufactured hybrid systems since 1979, and our hybrid systems are recognized worldwide for reliable performance and low greenhouse gas emissions. As the new standard for Nash hybrid designs, these systems maintain traditional benefits, while offering accelerated payback through increased energy savings, condensers designed per HTRI specifications and a faster response time through regional sourcing. Nash is the only company to manufacture both the pumps and ejectors that go into a hybrid system, and offers a complete system warranty. All Nash hybrid systems are backed by global aftermarket support, decades of engineering expertise, and a proven history of reliable, dependable installations. Existing all ejector systems can be upgraded to more efficient hybrid systems by replacing or modifying stages. Nash engineers can evaluate your specific systems and recommend a custom hybrid design that will optimize your energy savings. Through reduced operating costs, upgraded systems can offer a payback of 2 years or less. Nash hybrid systems are used in industries and applications where deep vacuum is required and system reliability is critical. In operations where efficiency is key, emissions are a concern, or if there is a scarcity of steam in the plant, Nash hybrid systems are the optimal solution for efficiency.

Steam Ejectors & Liquid Ring Vacuum Pumps Engineered for optimum efficiency, Nash Hybrid Systems now offer a 15% reduction in steam consumption. This was achieved through extensive R&D efforts, resulting in innovative design improvements. Nash has designed and manufactured hybrid systems since 1979, and our hybrid systems are recognized worldwide for reliable performance and low greenhouse gas emissions. As the new standard for Nash hybrid designs, these systems maintain traditional benefits, while offering accelerated payback through increased energy savings, condensers designed per HTRI specifications and a faster response time through regional sourcing. Nash is the only company to manufacture both the pumps and ejectors that go into a hybrid system, and offers a complete system warranty. All Nash hybrid systems are backed by global aftermarket support, decades of engineering expertise, and a proven history of reliable, dependable installations. Existing all ejector systems can be upgraded to more efficient hybrid systems by replacing or modifying stages. Nash engineers can evaluate your specific systems and recommend a custom hybrid design that will optimize your energy savings. Through reduced operating costs, upgraded systems can offer a payback of 2 years or less. Nash hybrid systems are used in industries and applications where deep vacuum is required and system reliability is critical. In operations where efficiency is key, emissions are a concern, or if there is a scarcity of steam in the plant, Nash hybrid systems are the optimal solution for efficiency.