H design - Import export

The solid machine design of the h-frame press with section steel frame structure is the basis for integration of multi-head tools. Equipment with up to 16 ultrasonic generators allows for cycle time-optimized process sequences in one processing station. The weld tools are moved far up by means of a pneumatically operated H-frame so that large-volume plastic components can be comfortably loaded into the work station. Additional solutions available for quick and safe tool change.

Vacuum Blower SKE Design Cap. (m³/h) Vacuum (mbar) Power (kW) belt-driven 160 ... 290 -500 2,2 ... 4,0

Vacuum Blower SD Design Cap. (m³/h) Vacuum (mbar) Power (kW) w/ fly-wheel 170 ... 280 -180 ... -250 1,1 ... 2,3

Vacuum Blower SKV Design Cap. (m³/h) Vacuum (mbar) Power (kW) directly driven 40 ... 720 -150 ... -400 0,37 ... 9,0

Vacuum Pump VP-TF Design Cap. (m³/h) Vacuum (mbar) oilless, 24V 0,65 ... 8 -800 ... -850

Vacuum Pump VP-0 Design Cap. (m³/h) Vacuum (mbar) Power (kW) oil-lubricated 10 ... 250 -980 0,37 ... 7,5

Vacuum Pump VP-TS Design Cap. (m³/h) Vacuum (mbar) Power (kW) oilless, silenced 16 ... 50 -850 ... -850 0,55 ... 1,25

TYP C 055/H Universal cutter for radial components Description The Streckfuss Devices Type C 055 H is designed to cut the leads of axial or radial leaded components incl. IC's to the required length. Cover plate and cutting tip are drilled with each other, so all leads will be cutted simultaneously. The plates are made of high- quality tool steel hardened to 60 HRC and polished. Components

The new NASH XT Systems use the Nash pump advantages within a water-saving, self-contained system. Their capacity range is 200-1300 CFM (340-2210 m3/h). Designed for use in clean applications, such as medical centers, labs, paper converting, semiconductor applications, dairy and more, XT Systems give you the benefits of a liquid ring vacuum pump without the problem of providing constant seal liquid.

15 - 140 CFM / 35 to 210 m³/h Designed from the ground up to meet the widespread needs of the process industry, the Vectra SX adds five models to Nash’s Vectra series in the 1 ½ to 10 HP range at 60 Hz (0.75 to 5.5 kW at 50 Hz), providing the right solution for small capacity vacuum pump requirements. Designed to use less energy and consume less operating liquid than competitive models, it is possible to save the user as much as 40% on power consumption and 50% on water usage.

15 - 140 CFM / 35 to 210 m³/h Designed from the ground up to meet the widespread needs of the process industry, the Vectra SX adds five models to Nash’s Vectra series in the 1 ½ to 10 HP range at 60 Hz (0.75 to 5.5 kW at 50 Hz), providing the right solution for small capacity vacuum pump requirements. Designed to use less energy and consume less operating liquid than competitive models, it is possible to save the user as much as 40% on power consumption and 50% on water usage.

14000 - 22000 CFM / 24,000 to 38,000 m³/h Designed to operate in demanding environments such as paper, power, mining and chemical process industries, this pump combines durability and reliability with low operating costs. The P2620 has a polyisoprene-lined body for corrosion and erosion resistance. This is a standard feature. The unique inlet configuration allows for both top and side inlet arrangements to accommodate low headroom installations. Bottom and side discharge connections offer flexibilty to address installation space constraints. The P2620 pump allows efficient operation over the entire vacuum range without the need to change the pump's internals. When equipped with a center shroud, split vacuum operation up to 10 in. Hg (340 millibar) differential can be achieved. Large inspection ports allow easy access to pump internals for inspection and maintenance. Performance ranges from 14,000 to 22,000 CFM (24,000 to 38,000 m³/hr). For more aggressive applications, stainless steel, stainless steel clad and epoxy coated components are available.

120 - 5300 CFM / 195 to 9,000 m³/h The NASH Vectra was designed around a modular platform using the most advanced computer aided design techniques, such as 3D solid modeling and finite element analysis (FEA). The modular platform offers the advantage of two versions with numerous common parts. The Vectra GL model, available from 120 to 830 CFM (200 to 1,500 m³/hr), is ideal for general industrial applications. It comes standard with internal mechanical seals and many Nash patented innovations including gas scavenging. The Vectra XL model was designed to meet the stringent requirements of many CPI applications. Whether operating as a vacuum pump or compressor, it features a 30 PSI (2 bar) differential capability. It is available in ductile iron or 316L stainless steel with a variety of shaft sealing options. Sizes range from 120 to 5,300 CFM (200 to 9,000 m³/hr). The NASH Vectra can be operated within a wide range of operating speeds, with numerous 50 and 60 HZ direct drive speeds. This increased turndown capability makes them ideal for varying load applications when driven by VFD's.

15 - 5300 CFM / 195 to 9,100 m³/h The NASH Vectra was designed around a modular platform using the most advanced computer aided design techniques, such as 3D solid modeling and finite element analysis (FEA). The modular platform offers the advantage of two versions with numerous common parts. The Vectra GL model, available from 120 to 830 CFM (200 to 1,500 m³/hr), is ideal for general industrial applications. It comes standard with internal mechanical seals and many Nash patented innovations including gas scavenging. The Vectra XL model was designed to meet the stringent requirements of many CPI applications. Whether operating as a vacuum pump or compressor, it features a 30 PSI (2 bar) differential capability. It is available in ductile iron or 316L stainless steel with a variety of shaft sealing options. Sizes range from 120 to 5,300 CFM (200 to 9,000 m³/hr). The NASH Vectra can be operated within a wide range of operating speeds, with numerous 50 and 60 HZ direct drive speeds. This increased turndown capability makes them ideal for varying load applications when driven by VFD's.