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RCT Reichelt Chemietechnik GmbH + Co. - Thomafluid Pumps (EN)

  • Text
  • Pumps
  • Specification
  • Thomafluid
  • Suction
  • Ptfe
  • Pvdf
  • Diaphragm
  • Metering
  • Motor
  • Technical
THomafluId ® - Pumps drum Pumps Gas Pumps Hand- and foot Pumps Centrifugal Pumps Piston Pumps diaphragm Pumps Peristaltic Pumps Water-Jet Pumps Gear Pumps

Pumps

Pumps Technical specification • Material pump head: Piston: stainless steel 1.4401 (SS 316) Cylinder: graphite (sinter carbon) Housing: fluorocarbon material PVDF Connection: fluorocarbon material PVDF • Drive system: Electrical connection: 220 VAC / 50-60 Hz Motor speed: 1,725 rpm • Precision of delivery: better than 1.0 % • Pipe connection: compression-type fitting for pipes OD 6.4 mm, reducible with adapter • Max. operating pressure: 6.9 bar • Dimension: 248 x 121 x 137 mm (L x W x H) • ​ Weight: approx. 4.5 kg Gas Pumps Cat.-No. Max. delivery Max. op. For pipes Price rate pressure 1 outside Ø ​ ml/min. bar mm EURO 58360 45 6.9 6.4 2,230.00 58361 144 6.9 6.4 1,979.00 58334 576 6.9 6.4 1,805.00 58335 1296 6.9 6.4 1,805.00 1 at +20 °C Cat.-No. Max. delivery rate For pipes outside Ø Price ​ ml/min. mm EURO 58309 43 6.4 2,179.00 58310 135 6.4 1,989.00 58336 550 6.4 1,821.00 58337 1200 6.4 1,821.00 THOMAFLUID ® -High-Tech Low-Pressure Pilot Plant Gas Delivery Pump with Low-Voltage Drive 24 Volt Application area • Delivery and metering of all kinds of gases. Product specification • Valveless low-pressure single-piston pump system FMI ® for larger delivery rates with robust, ball-bearing low-voltage direct current motor, self-cooling, for delivery of all kinds of gases; conveying line connections to be chosen optionally. Precisely adjustable delivery rates by mechanical delivery stroke alteration; suitable for continuous duty. Technical specification • Material pump head: Piston: stainless steel 1.4401 (SS 316) Cylinder: sinter carbon Housing: fluorocarbon material PVDF Connection: fluorocarbon material PVDF • Drive system: Electrical connection: 24 VDC Power consumption: 80 W Motor speed: 1800 rpm • Precision of delivery: better than 1.0 % • Pipe connection: compression-type fitting for pipes OD 6.4 mm, reducible with adapter • Max. operating pressure: 6.9 bar • Dimension: 267 x 127 x 114 mm (L x W x H) ​• Weight: approx. 3.6 kg THOMAFLUID ® -Displacement Pump for Aggressive Gases Application area • Gas analysis and gas measuring technology, Process technology and engineering, Air conditioning and ventilation technology, Environmental and hygiene technology, Biotechnology Product specification • Highly robust sample gas pump for delivery of aggressive gases and gas mixtures. The pump is fitted with a PTFE bellows made of one solid piece and operates according to the displacement principle. • Very robust design. • Manufactured with high precision, thus minimum noise emission and high quietness of running. • Valves made of PTFE (polytetrafluoroethylene) and PCTFE (polychlorotrifluoroethylene) for highest resistance to chemically aggressive media as well as high thermal loading capacity. • Pump head made of PTFE (polytetrafluoroethylene) with highest resistance to chemically aggressive media. • PTFE is flexible compared with stainless steel, thus this design is advisable for the delivery of gases in tubed analytical systems. • Pump head made of stainless steel 1.4571 allows highest gas tightness and outstanding mechanical robustness. The pump is suitable for delivery of gases in piped analytical systems. • Optionally with bypass valve in the pump head for rough regulation of the delivery rate to specified values

Pumps • Drive system: Electrical connection: 230 V / 50-60 Hz Current: 0.8 A (0.85 A) Power consumption: 90 W Motor speed: 1440 rpm Protective system: IP 54 • Delivery rate acc. to delivery characteristic: against atm. pressure: approx. 400 Nl/h at suction side at -0.5 bar: approx. 50 Nl/h at pressure side at +0.2 bar: approx. 280 Nl/h • Internal thread: G 1/4“ • Pipe connection: for tubing DN 4/6 • Dimension: 207 x 125 x 248 mm (H x W x D) • Weight: 6.5 kg • ​ Regulations: manufactured according to DIN EN ISO 9001 Cat.-No. Max. delivery rate Material pump head Material valves Max. temp. Price ​ l/h ​ ​ °C EURO 303376 400 PTFE PVDF, PTFE 80 1,525.00 303377 400 stainless steel PVDF, PTFE 80 1,925.00 303378 1 400 PTFE PVDF, PTFE 80 1,800.00 303379 400 PTFE PCTFE 140 1,725.00 303380 400 stainless steel PCTFE 140 2,195.00 303381 1 400 PTFE PCTFE 140 2,175.00 1 regulable with bypass THOMAFLUID ® -Displacement Pump for Aggressive Gases with Condensate Application area • Gas analysis and gas measuring technology, Process technology and engineering, Air conditioning and ventilation technology, Environmental and hygiene technology, Biotechnology Product specification • Highly robust sample gas pump for delivery of aggressive gases and gas mixtures according to the displacement principle. The pump is fitted with a bellows and therefore excellently suitable also for delivery of gases with entrained liquid. • Due to its special bellows construction, the pump features a far longer service life compared to diaphragm pumps especially when delivering gases with entrained liquid. • The bellows is made of one solid piece and consists of PTFE (polytetrafluoroethylene). • Very robust design. • Manufactured with high precision, thus minimum noise emission and high quietness of running. Gas Pumps • Valves made of PTFE (polytetrafluoroethylene) and PCTFE (polychlorotrifluoroethylene) for highest resistance to chemically aggressive media as well as high thermal loading capacity. • Pump head made of PTFE (polytetrafluoroethylene) with highest resistance to chemically aggressive media. PTFE is flexible compared with stainless steel, thus this design is advisable for the delivery of gases in tubed analytical systems. • Pump head made of stainless steel 1.4571 allows highest gas tightness and outstanding mechanical robustness. The pump is suitable for delivery of gases in piped analytical systems. • Optionally with bypass valve in the pump head for rough regulation of the delivery rate to specified values

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