Izdelki za in šobe (416)

Type: QX 310 Manufacturer: Alfa Laval Description: Nozzle Separators Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list

Type: TX 210 Manufacturer: Alfa Laval Description: Nozzle Separators Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list

Ruhrkühlturm Sprühdüsen sind korrosionssichere, leicht zu installierende, universell verwendbare Sprühsysteme die durch auswechselbare Düseneinsätze die Wasserverteilung in Gegenstromkühltürmen optimieren und die Kühlturmleistung maximieren. Das Sprühen nach oben bewirkt einen zusätzlichen Wärmeaustausch durch die längere Verweilzeit der Tröpfchen in der Sprühzone, ermöglicht eine sehr gute Zugänglichkeit der Wasserverteilung für Inspektionen und Wartungsarbeiten und optimiert die Effizienz der Tropenabscheider. Die Sprühdüsen bestehen aus glasfaserverstärkten Polypropylen Düsenkörpern mit Prallplatten, Rohradaptern mit Dichtringen für unterschiedliche Rohrdurchmesser und verschiedenen Düseneinsätzen zur Anpassung an die notwendige Durchflussmenge. Diese Düsen sind kompatibel zu GEA Sprühdüsen. Durchflussmenge: bis 17 m3/h Notwendiger Düsendruck: im Bereich von 1,0 bis 2,0 mWS

Type: FESX 512 S-31 Manufacturer: Alfa Laval Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl type: Peripheral nozzles Bowl inlet: Gravity discharge Bowl outlet of light liquid: Fixed paring device Bowl outlet of heavy liquid: Gravity discharge Bowl design: Bowl for clarification Drive: Belt drive

Type: SX 217 Manufacturer: Alfa Laval Description: Nozzle Separators Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list

Type: STTX 217 S-31 Manufacturer: Alfa Laval Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl type: Peripheral nozzles, wash water feed Bowl inlet: Gravity discharge Bowl outlet of light liquid: Fixed paring device Bowl outlet of heavy liquid: Gravity discharge Bowl design: Bowl for clarification Drive: Belt drive

Type: CHSX 512 B-31 Manufacturer: Alfa Laval Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl type: Peripheral nozzles Bowl inlet: Gravity discharge Bowl outlet of light liquid: Gravity discharge Bowl outlet of heavy liquid: Gravity discharge Bowl design: Bowl for clarification Drive: Belt drive

Besides its own systems Freek also manufactures original Rosemount-systems that can also be used as "Husky-replacement heater" (see spare part cross-reference list). For example the two screw clamp band (FB) and the axial clamp band (FE). Both systems can be supplied with MicroCoils in "Rosemount style" (Ø 1,4 mm) as well as MicroCoils in "Freek style" (1,3 x 2,3 mm). Design:Rosemount System:Clamp band FB Function:Two-screw clamping Heater:MicroCoils 1,3 x 2,3 mm | Ø 1,4 mm (Rosemount style)

Characteristics of our HotMicroCoils with reflection tube are easy mounting and variable heat distribution. Because of its direct touch and toleranced fit, the sleeve coil heater allows a very good heat transmission to the nozzle. In all our HotMicroCoil heaters with reflection sleeve the assembly of a thermocouple is possible and recommended for bigger diameters and power. Design:Freek System:Reflection tube Function:Toleranced fit Heater:MicroCoils 1,0 x 1,6 / 1,3 x 2,3 / 1,4 x 2,4 / 1,8 x 3,2 mm | HotCoils 2,2 x 4,2 / 3,0 x 3,0 mm

The Freek heat transfer nozzle heater type especially addresses manufacturers and users who operated their hotrunner nozzles with cast-in heaters in the past and would like to stick to their engineering know-how without paying the high price of this former heater design. The standard material of our patent pending Freek heat transfer alternative is brass, with or without coating, basically with a slit. Characteristics of our HotMicroCoil nozzle heaters sheathed by a reflection tube are easy mounting and variable heat distribution. Because of its direct touch and toleranced fit, the heater allows a very good heat transmission to the nozzle. In all our HotMicroCoils with reflection tube the assembly of a thermocouple is possible and recommended for bigger diameters and power. Also most common nozzle heater solutions are HotMicrocoil heating elements with clamp bands with diverse locking mechanisms.

Heizelemente speziell für Anwendungen in Druckgießmaschinen, Spannband mit Endringen für präzisen Sitz und als Schutz gegen Eindringen von Material Integriertes Thermoelement NiCrNi Sehr gute Wärmeübertragung Anschluss 1500 mm glasseidenisolierte Litze mit Schutzleiter, mit Metallschlauch ummantelt

Owing to their small cross-sectional dimensions, MicroCoils are most often connected at both ends and do not permit the addition of a thermocouple. We prefer to use nickel as the sheath material here because it combines the best thermal conduction properties, high corrosion resistance and excellent deformation properties. To ensure that the standard 1000 mm PTFE-insulated connection cable can be positioned at one end, despite the standard two-ended connection of the element, in most cases the MicroCoil is formed into a hairpin shape and wound/laid in a bifilar (parallel) format. Our unformed MicroCoils are also supplied in the hairpin bend shape as standard. round cross secitons:Ø1,3 mm, Ø1,8 mm flattened sections:1,0x1,6 mm, 1,3x2,3 mm

The Freek heat transfer nozzle heating system especially addresses manufacturers and users who operated their hotrunner nozzles with cast-in heaters in the past and would like to stick to their engineering know-how without paying the high price of this former heater design. The standard material of our Freek heat transfer nozzle heater alternative is brass, with or without coating, preferably with a slit. The slit allows the assembly of an external bendable thermocouple and facilitates the disassembly, e.g. in case of a revision and can be coiled over. This is not possible at competitor's nozzle heater solutions. Freek's tight coiling at the heater's ends provides a maximum possible power concentration (patented). Design:Freek System:Heat transfer Function:Toleranced fit Heater:MicroCoils 1,0 x 1,6 / 1,3 x 2,3 mm - other heaters, also HotCoils possible

Besides their own clamp-band designs Freek also manufactures original Rosemount clamp-bands that can be used as "Husky-replacement heaters" (see spare part cross-reference list). For example the two screw clamp band (FB) and the axial clamp band (FE). Freek has all the various industry standards for clamp-band nozzle heaters in Ø19,05 and Ø22,40 in their assortment, too. HotCoil minitubular heaters with clamp band are a highly demanded and very flexible clamping system, especially for heating larger nozzles and bushings with high power. The size-variable customizable clamp bands counteract the heating's thermal-related "lifting ambition" during heat-up and thus effectively prevent a possible critical overheating. For an even better protection all HotCoil heating elements can also be provided with an integrated thermocouple. As alternative to our standard clamping mechanism with welded clamping elements a space-saving lug clamping mechanism can be supplied. Industry standard 1:Ø19,05 x 25,40 mm (Ø 3/4" x 1") Industry standard 2:Ø19,05 x 30,50 mm (Ø 3/4" x 1,20") Industry standard 3:Ø22,23 x 30,50 mm (Ø 0,875" x 1,20" Industry standard 4:Ø22,40 x 30,50 mm Industry standard 5:Ø 22,55 x 30,50 mm

Düsenheizbänder Aluminium/Messing Kompakt Typ DAK/DMK kommen an Maschinen und Werkzeugen der kunststoffverarbeitenden Industrie sowie anderen Einrichtungen mit homogenem Wärmebedarf zum Einsatz. - geschlossener / schmelzedichter Aufbau - konturgerechte Anlage bei anspruchsvollen Geometrien - optimaler Wärmeverlauf auch bei mehreren Bohrungen und Aussparungen - energieeffizient max. Einsatztermperatur: DAK: 450°C, DMK: 550°C max. Leistungsdichte: 7,5 W/cm²

Type: SDC 110-71-107 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for clarification with washing equipment Liquid discharge: With double centripetal pump Constructional features: Drive without clutch Design of hood and sediment collector: Removable hood Type of drive: Flange type motor vertical

Type: SDC 110-16-003 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for clarification with concentrate recycle Liquid discharge: With centripetal pump under pressure Constructional features: Standard design Design of hood and sediment collector: Removable hood Type of drive: Flange type motor

Type: SDA 500-76-003 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for clarification with washing equipment Liquid discharge: With centripetal pump under pressure Constructional features: Standard design Design of hood and sediment collector: Removable hood Type of drive: Flange type motor

Type: SDC 110-76-107 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for clarification with washing equipment Liquid discharge: With centripetal pump under pressure Constructional features: Drive without clutch Design of hood and sediment collector: Removable hood Type of drive: Flange type motor vertical

Type: FVSX 207 X-74 Manufacturer: Alfa Laval Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl type: Peripheral nozzles Bowl inlet: Gravity discharge Bowl outlet of light liquid: Gravity discharge Bowl outlet of heavy liquid: Fixed paring device Bowl design: Concentrator Drive: Direct drive

Type: HFE 45-01-177 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for concentration/purification Liquid discharge: With double centripetal pump Constructional features: Drive without clutch Design of hood and sediment collector: Sanitary design Type of drive: Flange type motor vertical

Type: STQX 320 S-31 Manufacturer: Alfa Laval Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl type: Peripheral nozzles, solids recirculation Bowl inlet: Gravity discharge Bowl outlet of light liquid: Fixed paring device Bowl outlet of heavy liquid: Gravity discharge Bowl design: Bowl for clarification Drive: Belt drive

Type: SDC 70-01-107 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for concentration/purification Liquid discharge: With double centripetal pump Constructional features: Drive without clutch Design of hood and sediment collector: Removable hood Type of drive: Flange type motor vertical

Type: CH-36B GOF Manufacturer: Alfa Laval Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl type: Peripheral nozzles, solids recirculation

Type: HFA 130-01-477 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for concentration/purification Liquid discharge: With double centripetal pump Constructional features: Sterilizable design Design of hood and sediment collector: Sanitary design Type of drive: Flange type motor vertical

Type: TX 217 S-34 Manufacturer: Alfa Laval Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl type: Peripheral nozzles, wash water feed Bowl inlet: Gravity discharge Bowl outlet of light liquid: Fixed paring device Bowl outlet of heavy liquid: Fixed paring device Bowl design: Bowl for separation Drive: Direct drive

Type: SDC 130-01-003 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for concentration/purification Liquid discharge: With double centripetal pump Constructional features: Standard design Design of hood and sediment collector: Removable hood Type of drive: Flange type motor

Type: DA 100-16-517 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for clarification with concentrate recycle Liquid discharge: With centripetal pump under pressure Constructional features: Pressure tight design Design of hood and sediment collector: Hinged hood Type of drive: Flange type motor vertical

Type: TX 210 S-34 Manufacturer: Alfa Laval Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl type: Peripheral nozzles, wash water feed Bowl inlet: Gravity discharge Bowl outlet of light liquid: Fixed paring device Bowl outlet of heavy liquid: Fixed paring device Bowl design: Bowl for separation Drive: Direct drive

Type: SDC 70-01-003 Manufacturer: GEA Westfalia Separator Description: Nozzle Separator Equipment: Frame, Bowl, Motor, Hood, Valves, Foundation frame, Tools, Controls, Manual and spare parts list Bowl design: Bowl for concentration/purification Liquid discharge: With double centripetal pump Constructional features: Standard design Design of hood and sediment collector: Removable hood Type of drive: Flange type motor