Peristaltic Pumps MODELS TYPICAL APPLICATIONS FEATURES SR10/30 SR10/50 SR10/100 SR18 SR25

Transcription

1 Peristaltic Pumps MODELS SR10/30 SR10/50 SR10/100 SR18 SR25 SR18 SR10/30 SR25 FEATURES Compact design Quick change of cassette (SR10)/ tubing (SR25, SR18) Endless tubing possible (SR10) Self priming Safe to run dry Maintenance free Different tubing materials TYPICAL APPLICATIONS Chemical industry Medical industry Laboratory and analysis technology Food sector Hygiene, desinfection Industrial dishwasher Glass washing

2 Peristaltic Pumps Characteristics overview SR10/30 AC/DC Stepper motor SR10/50 AC/DC SR10/100 AC/DC SR18 AC SR25 DC AC, synchronous motor AC, shaded pole motor Stepper motor (ml/min) Preselection Drive Operation mode Stand-by pump Page 12/24 V DC 12/24 V DC LC motor 230 V AC 115 V AC 100 V/50-60 Hz Stepper motor Continuous operation Short time operation IP54 IP54, adjustable SR10/ SR10/50 8 SR10/100 9 SR18 1) 11 SR ) pumps with sequencer 2

3 Peristaltic Pumps Series SR10 Speed reduction through frictional connection from the motor shaft to the rollers. Very simple construction with the use of few parts only. Easy change of the cassette. Generally 3 rollers. For short time operation only. If the pump is stored longer than three months, we recommend to take the cassette off the motor shaft and store it separately. Different motors available (DC, low cost DC, AC and stepper motor). Drawing Rollers Pump body Tubing Lid Bracket Motor Series SR18 Peristaltic pump with QuiXchange system Tube exchange without tooling within seconds Spring loaded roller carrier with two rollers for extremely long durability Optional sequencer for flow adjustment AC-motor Drawing 2018KA Series SR25 Protection of the tubing due to spring loaded rollers and guiding side rollers. Quick and easy change of the tubing. Roller carrier with two rollers. Also suitable for continuous operation, depending on the drive. If stored longer than three months, we recommend to remove the tubing. Different gear motors available (DC, AC and stepper motor). Rolling band Pump body Motor with gear box roller carrier with spring Tubing with connectors Clamp 3

4 Peristaltic Pumps Duty cycles SR10 SR10/30 and SR10/50 Drive: Permanent magnet motor (DC) SR10/30 and SR10/50 Drive: Shaded pole motor (AC) SR10/100 Drive: Capacitor Permanent magnet motor (DC) Operation time in min Operation time in min Operation time in min Off time in min Off time in min Off time in min. 20 SR18 Drive: Synchronous motor w/o sequencer Operation time in min. Suitable for continuous running Drive: Synchronous motor with sequencer 6s 6s Operation time 6s 6s 6s 6s t Off time in min. 6s Operation time 6s 6s t Operation time t SR25 Drive: Permanent magnet motor (DC) Drive: Shaded pole motor (AC) Drive: Synchronous motor Operation time in min. Suitable for continuous running Operation time in min Operation time in min. Suitable for continuous running Off time in min Off time in min Off time in min. Lifetime SR10 SR18 SR25 SR10/30 SR10/50 SR10/100 SR18 15 rpm SR25 10 rpm SR rpm Lifetime of the tubing Novoprene Norprene 500 h 500 h 2) 200 h 4000 h > 5000 h 500 h PharMed BPT Silicon 200 h 200 h 500 h 500 h 100 h Other wearing parts Roller carrier Change the complete cassette 1) Rolling band/lid (see lifetime of the tubing) 2500 h > 5000 h 500 h Drive DC motor 1000 h 1000 h 1000 h 3000 h AC motor 2000 h 2000 h 5000 h 5000 h 2000 h AC synchronous motor 4000 h h General Data SR10 SR18 SR25 Max. suction height 8 m H2O 8 m H2O 8 m H2O Max. pressure height 8 m H2O 10 m H2O 10 m H2O Max. ambient temperature 40 C 40 C 40 C Media temperature 50 C (short time 90 C) 50 C (short t. 90 C) 50 C (short time 90 C) 1) We recommend to roughen the shaft in axial direction when changing the cassette (sand paper grit size 150). 2) 4 inner diameter on request Norprene, PharMed BPT Norton Co. Reg. TM s 4

5 Peristaltic Pumps SR10/ V/50 Hz, 12/24 V low cost DC For short time operation only ml/min SR10/30 AC Drawing 2030KA Weight 0,39 kg SR10/30 DC angled fixing (straight without drawing) Interference suppression according to EN B (CE-conform) Drawing Drawing Weight 0,11 kg Tubing Novoprene Tubing PharMed BPT Fixing Inner tubingø 1) 12 V DC 24 V DC 230/50 Hz 12 V DC 24 V DC 230/50 Hz mm ml/min straight 1, angled straight 1, angled straight 2, angled straight 2, angled Tubing Silicon Fixing Inner tubingø 1) 12 V DC 24 V DC 230/50 Hz mm ml/min straight 1, angled straight 1, angled straight 2, angled straight 2, angled Stock programme Current consumption depending on the tubing diameter, at free flow and nominal voltage 12 V DC: ma 24 V DC: ma 230 V/50 Hz: 190 ma 2) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 30%) 5

6 Peristaltic Pumps SR10/30 12/24 V Direct current motor For short time operation only ml/min SR10/30 DC Straight flange Drawing 2030KA Weight 0,16 kg SR10/30 DC Angled flange Drawing 2030KA Weight 0,16 kg Tubing Novoprene 1) Fixing Inner tubing Ø 2) 12 V DC 24 V DC mm ml/min straight 1,0 20 angled straight 1, angled straight angled straight 2, angled 1) other tubing materials on request Current consumption depending on the tubing diameter, at free flow and nominal voltage 12 V DC: ma 24 V DC: ma 2) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 30%) 6

7 Peristaltic Pumps SR10/30 24 V DC with stepper motor For short time operation only Circuit board recommended for test purposes 0,5 20 ml/min Drawing 2030KA Weight 0,08 kg pin assignment X3 SR25 / F120 SR10/30 X3/1 yellow black X3/2 red brown X3/3 blue yellow X3/4 orange orange Item Nr. Motor pulse/rev rot.speed n1 n2 n3 n SR10/ rpm SR25 F rpm 0, , ,6 (0,14) 50 (2) 42 (1,65) 80 (3,15) 72 (2,8) 24 V = or 20 V ~ +/- U B -/+ stepper motor 0.5A on / off X1 internal speed selection n1 n2 n3 n4 14 J1 X2 13 priming with n max. rotation speed n 5 kohm 4 possible operating methods internal speed selection via jumper option with wiring set 1) external speed selection analog input via pc digital input (clocked pulse) Features speed pre-selection clockwise-, counter clockwise operation instant priming selective operating method Drawing SR10/30 SR25 F120 X3 4 J2 Int./Ext Volt 30mA Imp. 0Volt cw / ccw connector open = cw setpoint indication Adjustable range I II III IV Speed rpm rpm rpm rpm Tubing PharMed BPT Max. flow 2) ml/min (adjustable range 4 100%) Ph 1,0 x 1,1 0, Part number pump without circuit board Part number pump with circuit board Ph 1,5 x 1, Part number pump without circuit board Part number pump with circuit board Ph 2,5 x 1, Part number pump without circuit board Part number pump with circuit board Electrical Data Nominal voltage (drive through electronic board) 24 V/DC oder 20 V/AC Motor Stepper motor, bipolar, stepping angle 7,5 Current consumption 0,4 A Max. restart consumption 3 A* Inductance at 1 khz, 1 V 13 mh Winding resistance 13 * Delay fuse to be used. 1) Option: 14-pole connecting cable with plug, rocker switch for clockwise and lefthanded running Potentiometer and speed-push-button, part number ) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 30%) 7

8 Peristaltic Pumps SR10/ V/50 Hz, 12/24 V Direct current motor For short time operation only ml/min 57 (2.24) 4.3 (.17) 4x 409 4,113, 60 (2.36) US pat. 10/50 42 (1.65) 48 (1.89) 56 (2.20) SR 10 (.39) 42 (1.65) ~70 (2.76) 85 (3.35) 7 (.28) 40.5 (1.59) 49.7 (1.96) 56 (2.20) SR10/50 AC Drawing (3.41) 4.3 (.17) 2x 12.5 (.49) 32.5 (1.28) Weight 0,57 kg 57 (2.24) 4.3 (.17) 4x 409 4,113, 60 (2.36) US pat. 10/50 42 (1.57) 48 (1.89) 56 (2.13) SR 10 (.39) 42 (1.65) ~70 (2.76) 36(1.42) 29(1.14) 7 (.28) 40.5 (1.59) 84 (3.31) 49.7 (1.96) 56 (2.20) SR10/50 DC Drawing (.17) 2x _ 32.5 (1.28) (.49) Weight 0,2 kg Tubing Novoprene Tubing PharMed BPT Tubing dimensions 1) 12 V DC 24 V DC 230/50 Hz 12 V DC 24 V DC 230/50 Hz mm ml/min ,4 x 1, ,2 x 1, ,1 x 1, Tubing Silicon Tubing dimensions 1) 12 V DC 24 V DC 230/50 Hz mm ml/min ,5 x 1, ,0 x 1, Stock programme Option: Straight flange for flush mounting part number Recommended inference suppression according to EN B (CE-conform) 12/24 V DC with additional circuit board (on request) Current consumption depending on the tubing diameter, at free flow and nominal voltage 12 V DC: 0,4 0,54 A 24 V DC: 0,2 0,27 A 230 V/50 Hz: 0,35 A 1) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 30%) 8

9 ml/min ~30 (1.18) AUF Z U OPE N CLOSE 110 (4.33) 70 (2.76) 99 (3.90) 72 (2.83) 164 (6.46) 54 (2.13) 107 (4.22) 105 (4.12) 112 (4.41) ÿ Peristaltic Pumps SR10/ V/50 Hz, 12/24 V Direct current motor For short time operation only SR10/100 AC Drawing M ~ 50 (1.97) 109 (4.31) 150 C150±5K schwarz (black) blau (blue) braun (brown) 15 (.59) 63 (2.48) 30 (1.18) 57 (2.28) 63 (2.48) Weight 1,7 kg 26.5 (1.04) 77.5 (3.05) 72 (2.83) ZU CLOSE (4.43) (4.16) Litzen (wires) ~30 (1.18) pat. US 4,113,409 ( (4.66) ) 300mm mmm =AWG18 OPEN AUF (5.63) 163 (6.42) (4.17) SR10/100 DC With bracket Drawing (4.29) 50 (1.97) 25 (.98) 10 (.39) 27.5 (1.08) 42 (1.65) 7(.28) 92 (3.90) Montagewinkel entfällt bei Ausführung -Schottmontagebalkhead insertion is without bracket Weight 0,95 kg Tubing Norprene 1) Fixing Tubing 2) 12 V DC 24 V DC dimensions mm l/min bracket 8,0 x 2,4 2, flush mount bracket 9,5 x 2,4 3, flush mount Tubing Norprene Motor speed Tubing 1) 230 V/50 Hz rpm dimensions mm l/min ,35 x 2,4 1, ,0 x 2,4 2, ,5 x 2,4 3,0 1) other tubing material on request Option: Recommended inference suppression according to EN B (CE-conform) 12/24 V DC with additional circuit board (on request) Current consumption at free flow and nominal voltage 12 V DC: 3,0 A 24 V DC: 1,5 A 230 V/50 Hz: 0,4 A 2) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 30%) 9

10 Peristaltic Pumps Series SR10 Spare parts SR10 series Tubing Drive Inner x Wall thickness DC low cost DC + AC Page 5 Pages 5, 6, 7 Model SR10/30 Novoprene 1,5 x 1,0 mm Novoprene 2,0 x 1,0 mm Novoprene 2,5 x 1,0 mm ~ 55 (2,16) PharMed BPT 1,0 x 1,1 mm PharMed BPT 1,5 x 1,1 mm PharMed BPT 2,5 x 1,0 mm inches are shown in ( ) Silicon 1,0 x 1,0 mm Silicon 1,5 x 1,0 mm Silicon 2,0 x 1,0 mm Silicon 2,5 x 1,0 mm Model SR10/50 ~ 95 (3,7) Novoprene 2,4 x 1,6 mm Novoprene 3,2 x 1,6 mm Novoprene 4,1 x 1,6 mm PharMed BPT 2,0 x 1,6 mm PharMed BPT 2,4 x 1,6 mm PharMed BPT 4,0 x 1,6 mm Silicon 2,0 x 1,6 mm Silicon 2,5 x 1,6 mm Silicon 4,0 x 1,6 mm Model SR10/100 ~ 85 (3,35) Norprene 6,35 x 2,4 mm Norprene 8,0 x 2,4 mm Norprene 9,5 x 2,4 mm Tubing dimensions 1,5 x 1,0 mm Inner Ø Wall thickness 10

11 Peristaltic Pumps SR18 with QuiXchange System 230 V/50 Hz 2), synchronous gear motor Suitable for continuous running 5 50 ml/min Tubing QuiXchange Features Sequencer to adjust on/off-time (0% 100%) Drawing 2018KA Nominal speed QuiXchange 15 Upm Tubing Novoprene (ID x OD) 1) ml/min Tubing only N 6,0 x 1,6 mm 50 Part number pump without sequencer Part number pump with sequencer N 4,1 x 1,6 mm 20 Part number pump without sequencer Part number pump with sequencer N 2,4 x 1,6 mm 10 Part number pump without sequencer Part number pump with sequencer N 1,6 x 1,6 mm 5 Part number pump without sequencer Part number pump with sequencer Tubing Silicon (ID x OD) 1) ml/min Tubing only S 5,0 x 1,6 mm 40 Part number pump without sequencer Part number pump with sequencer S 4,0 x 1,6 mm 25 Part number pump without sequencer Part number pump with sequencer S 2,5 x 1,6 mm 10 Part number pump without sequencer Part number pump with sequencer Running Data On - time continuous running possible Rotation direction clockwise Electrical Data Voltage 230 V/50 Hz 2) Motor synchronous Motor insulation class E Power consumption 5,5 W General Data Connector material PP Weight 0,23 kg Stock programme 1) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 10%) 2) 115 V/60 Hz and 100 V/50-60 Hz on request Options: mounting clip Art. Nr threaded tubing connector Art. Nr

12 Peristaltic Pumps SR25 12/24 V, Direct current motor ml/min SR25, 10 to 80 rpm Direct current motor Drawing 2025KA SR rpm 1) Direct current motor Drawing 2025KA Bore pattern to fit in a housing see page 14. Nominal speed 10 rpm 30 rpm 65 rpm 80 rpm 170 rpm 1) Tubing Novoprene 2) ml/min N 1,6 x 1,6 mm 2 7 Part number 12 V Part number 24 V N 3,2 x 1,6 mm 8, Part number 12 V Part number 24 V N 4,1 x 1,6 mm 12, Part number 12 V Part number 24 V N 4,8 x 1,6 mm Part number 12 V Part number 24 V Tubing Silicon 2) ml/min S 2,0 x 1,0 mm 3,5 Part number 12 V Part number 24 V S 3,0 x 1,5 mm 6,5 19 Part number 12 V Part number 24 V S 4,0 x 1,5 mm Part number 12 V Part number 24 V S 5,0 x 1,5 mm Part number 12 V Part number 24 V Electrical Data Motor Direct current motor Power consumption 2 W 3,5 W 7 W General Data Weight 0,6 kg 1) Pump with counter bearing Stock programme Material of tubing connectors: Tubing Silicon: for all Ø PVC Tubing Novoprene: Ø 1,6/3,2 mm PVC Ø 4,1/4,8 mm PP Option: Recommended inference suppression according to EN B (CE-conform) 12/24 V DC with additional circuit board (on request) 2) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 10%) 12

13 Peristaltic Pumps SR V/50 Hz, shaded pole motor For short time operation only ml/min SR25, 30 to 170 rpm shaded pole motor Drawing 2025KA SR rpm shaded pole motor 1) Drawing 2025KA Bore pattern to fit in a housing see page 14. Nominal speed 30 rpm 65 rpm 80 rpm 170 rpm 1) 1) 3) 500 rpm Tubing Novoprene 2) ml/min N 1,6 x 1,6 mm Part number N 3,2 x 1,6 mm Part number N 4,1 x 1,6 mm Part number N 4,8 x 1,6 mm Part number Tubing Silicon 2) ml/min S 4,0 x 1,5 mm Part number S 5,0 x 1,5 mm Part number Electrical Data Voltage 230 V/50 Hz 230 V/50 Hz 230 V/50 Hz Motor Shaded pole motor Shaded pole motor Shaded pole motor Power consumption 16 W 27 W 68 W Motor insulation class E E E General Data Protection class IP00 IP00 IP00 Weight 0,7 kg 0,85 kg 1,5 kg Stock programme 1) Pump with counter bearing 3) Fan Material of tubing connectors: Tubing Silicon: for all Ø PVC Tubing Novoprene: Ø 1,6/3,2 mm PVC Ø 4,1/4,8 mm PP 2) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 10%) 13

14 Peristaltic Pumps SR V/50 Hz, synchronous motor Suitable for continuous operation 0,2 14 ml/min 92 (3.59) 5 (.20) 36.5 (1.44) 59 (2.32) 20 (.79) 18 (.71) 31 (1.22) 39.5 (1.56) 93 (3.66) 95 (3.72) 3 (.12) 86.5 (3.41) 101 (3.98) SR25, 1 to 10 rpm Synchronous motor Drawing (1.85) (61 (2.37)) 14 (.55) 19.5 (.77) Z U AUF 20 (.79) 5.5(.22) 7 (.28) (41 (1.61)) (31 (1.22)) 50 (1.97) 70 (2.76) 63 (2.48) 80 (3.15) counterbore Senkung DIN74-Bf3 2x ( 63.5 ) 55 ± ±0.1 ( 63.5 ) 8 ± ±0.1 Bore pattern to fit in a housing (not illustrated) Drawing x Gewindebolzen M3x10 2x threated bolt M3x10 Art.-Nr.: ( 25 ) Benötigte Wandstärke 3 mm necessary wall thickness 3 mm Nominal speed 1 rpm 5 rpm 10 rpm Tubing Novoprene 1) ml/min N 1,6 x 1,6 mm 0,2 Part number N 3,2 x 1,6 mm 0,7 3,5 7,0 Part number N 4,1 x 1,6 mm 1,0 5,0 10 Part number N 4,8 x 1,6 mm 1,3 6,8 14 Part number Electrical Data Voltage 230 (115) V/50 Hz Motor Synchronous Power consumption 7,5 W Motor insulation class E General Data Protection class IP00 Weight 0,39 kg Electrical wiring: blue 230V red Option: blue white 115V Stock programme Material of tubing connectors: Tubing Novoprene: Ø 1,6/3,2 mm PVC Ø 4,1/4,8 mm PP 2) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 10%) 14

15 Peristaltic Pumps SR25-S V DC with stepper motor Circuit board recommended for test purposes 0,1 430 ml/min Drawing 2025KA pin assignment X3 SR25 / F120 SR10/30 X3/1 yellow black X3/2 red brown X3/3 blue yellow X3/4 orange orange Item Nr. Motor pulse/rev rot.speed n1 n2 n3 n SR10/ rpm SR25 F rpm 0, , V = or 3,6 (0,14) 50 (2) 42 (1,65) 4 possible operating methods internal speed selection via jumper option with wiring set 1) external speed selection analog input via pc digital input (clocked pulse) 80 (3,15) 72 (2,8) Features speed pre-selection clockwise-, counter clockwise operation instant priming selective operating method 20 V ~ +/- U B -/+ stepper motor SR10/30 Drawing SR25 F A on / off 1 X1 2 1 X3 4 internal speed selection n1 n2 n3 n4 14 J1 X2 J2 Int./Ext priming with n max. 5Volt 30mA Imp. 0Volt rotation speed n 5 kohm cw / ccw connector open = cw setpoint indication Adjustable range I II III IV Speed 0,4 10 rpm 1,6 40 rpm rpm rpm Tubing Novoprene Max. flow 2) ml/min N 1,6 x 1,6 mm 0,1 2 0, Part number pump without circuit board Part number pump with circuit board N 3,2 x 1,6 mm 0, Part number pump without circuit board Part number pump with circuit board N 4,8 x 1,6 mm 0, Part number pump without circuit board Part number pump with circuit board Running Data On-time Continuous operation Recommended rotating direction at continuous operation Clockwise Electrical Data Nominal voltage (drive through electronic board) 24 V DC or 20 V AC Motor Stepper motor, bipolar, stepping angle 1,8 Current consumption 0,8 A Max. restart consumption 5 A* Inductance at 1 khz, 1 V 14 mh Winding resistance 6 Motor insulation class B General Data Material of the hose clip PVDF Weight of the pump 0,5 kg * Delay fuse to be used. 1) Option: 200 mm 14-pole connecting cable with plug, rocker switch for clockwise and lefthanded running Potentiometer and speed-push-button, part number ) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 10%) 15

16 Peristaltic Pumps SR25 - Adjustable Synchronous motor 0,2 21 ml/min SR25 adjustable plastic housing with synchronous motor (for wall fastening) Drawing Synchronous motor Voltage: Power consumption: Tubing: Pressure height: Suction height: 230 V/50 Hz 7,5 W Novoprene max. 10 m H2O max. 8 m H2O range 1) Tubing wall Part number with ml/min thickness x mm plastic housing 0,2 21 N 4,8 x 1,6 mm EMC guide line Interference resistance according to EN Emitted interference according to EN B 1) Note: The indicated values are average measured with water. viscosity, etc. (max deviation ± 10%) 16

17 Peristaltic Pumps SR25 Spare Parts SR25 Tubing with connectors Tubing Diameter x Connectors Part number wall thickness Novoprene 1,6 x 1,6 mm PVC Novoprene 3,2 x 1,6 mm PVC Novoprene 4,1 x 1,6 mm PE Novoprene 4,8 x 1,6 mm PE Test-set with all tubings Silicon Novoprene PharMed BPT Silicon 2,0 x 1,0 mm PVC Silicon 3,0 x 1,5 mm PVC Silicon 4,0 x 1,5 mm PVC Silicon 5,0 x 1,5 mm PVC Test-set with all tubings Option PharMed BPT 4,0 x 1,6 mm PVDF PharMed BPT 4,8 x 1,6 mm PVDF Novoprene 1,6 x 1,6 mm PVDF Novoprene 3,2 x 1,6 mm PVDF Novoprene 4,1 x 1,6 mm PVDF Novoprene 4,8 x 1,6 mm PVDF Roller carrier Speed SR25 SR25 SR25 SR25 AC 12 V DC 24 V DC Synchron 1 rpm ) 5 rpm ) 10 rpm ) ) 30 rpm ) ) ) 65 rpm ) ) ) 80 rpm ) ) 170 rpm ) ) ) 300 rpm ) (Steppermotor) 500 rpm ) Pump body with clamp Speed Type Part number 1 10 rpm SR25 Synchr (Counterbearing) rpm SR25 AC/DC rpm SR25 AC/DC (Counterbearing) Rolling band Part number Clamp Part number ) Clockwise direction 2) Counter clockwise direction 17

18 Peristaltic Pumps Tubing Properties Tube Characteristics Limitations Novoprene Standard tubing for the SR10/30, SR10/50 and SR25 May swell up with oil or oily liquids Long lifetime Wide range of applications Norprene Standard tubing for the SR10/100 Long lifetime Suitable especially for alkaline solutions PharMed BPT High quality for medical, laboratory and research use Expensive Homogeneous structure and therefore comparatively better chem. resistance Long lifetime Suitable for mineral, vegetable and animal oil Silicon Suitable for polar solvents Not recommended with strong acids or alkaline solutions (with the exception of chlorinated Swells up in many organic solutions aliphatic and aromatizised hydrocarbon) No detachment of softening agents Very stable elasticity over a wide temperature range ( 30 bis 180 C) Viton Quite good resistance especially against acids Limited lifetime Low gas permeability Choice of tubing depending on flow medium Novoprene Norprene PharMed BPT Silicon Viton Acids weak very good good very good medium good unsatisfactory very good strong not recommended not recommended good Alkaline weak very good very good good very good solution medium good very good unsatisfactory very good strong not recommended good not recommended good Hydro - aliphatic carbons aromatizised not recommended good halogenated Standards/ basis material not recommended USP, class VI physiologically not recommended physiological meets FDA for food, FDA inert for food, behaviour (21 CFR ) drinks or medicine (21 CFR ) drinks or medicine doesn t fulfill NSF the EU food requirement 2002/72/EC Chemical structure thermoplastic thermoplastic thermoplastic high cross linked Fluorcarbonrubber elastomer on elastomer on elastomer on Polysiloxane PP-Basis PP-Basis PP-Basis with anorganic with cross linked fillers EPDM parts 18

19 Peristaltic Pumps Chemical Resistance Of Tubing Materials N = Novoprene Nor = Norprene Ph = PharMed BPT S = Silicon V = Viton N Ph/Nor S V Acetaldehyde C C C C Acetate C B D C Acetic acid A A A C Acetic anhydride A A C C Acetone C C A C Aluminium chloride A A D A Aluminium sulfate A A A A Ammonia A A C C Amyl acetate C B C C Amyl alcohol A C C A Amyl chloride C C C C Aniline A B C C Aqua regia C C C C Arsenic acid C C A A Barium hydroxide A A A A Benzaldehyde C C C C Benzene C C C A Benzoic acid A B B A Benzylalcohol - A B A Bleaching agent B A A A Boric acid A A A A Break liquuid A A A C Bromine C C C A Butane A A C A Butanol B C C A Calcium hypochlorite A A B A Carbon disulphide C C C B Chloracetic acid A B - C Chlorine, liquid C C C A Chlorobenzene C C C C Chloroform C C C B Chromic acid 50 % C C C A Chromium salts A A C A Citric acid B B A C Cyclohexane C C C B Diesel fuel C C C A Ethanol A A C C Ether C C C C Ethyl alcohol A A A C Ethyl chloride A A C B Ethylene glycol - A A A Ferric sulfate A A A A Fluor silicium acid C C - A Fluoroboric acid, 48 % B B - A Formaldehyde B C B C Formamide A B - C Formic acid A B A C Furfural C C - C Hydrochloric acid A A C B Hydrocyanic acid A A C B A = small or no effect B = minor or moderate effect C = severe effect D = no reliable data, please test before use - = no available data N Ph/Nor S V Hydrogen peroxide A A C A Hydrogen sulphide A A C C Isoprophyl alcohol A B A A Jodine A A C A Kaliumhydroxyde A A C C Ketones C C - C Lactic acid A A C A Magnesium chloride solution A A A A Mercury salts A A C A Methanol A A A C Methyl ethyl ketone B C C C Nitrous acid 10 % B A C A Oil, animal B B B A Oil, hydraulic C C D A Oil, linseed B B A A Oil, mineral C C C A Oil, vegatable C B A A Oleic acid C C C B Oxalic acid B B B A Paraffins C C - B Perchloric acid C C C A Perchloroethylene C C C B Petrol C C C A Phenol A A C A Phosphoric acid, 25 % A A C A Photograpic solutions B B A A Phtalic acid, 9 % - A A A Potassium salts A A A A Pyridine C C C C Soap solution A A A B Sodium carbonate A A A A Sodium chloride A A A A Sodium hydroxide 40 % A A B C Sodium hypochlorite <5% A A B A Sodium hypochlorite 12 % A A B A Sodium salt A A A A Stearic acid, 5 % B A B A Sulphurdioxide, wet gas A A B A Sulphuric acid, 30 % A A C A Sulphuric acid, % C C C A Sulphurtrioxide - B - A Tannic acid A B A B Tetrahydrofurane C C C A Toluole C C C C Trichloroehtylene B B C B Turpentine C C C A Urea A A A A Uric Acid A A - A Xylene C C C C Zinc chloride B B B A Norprene, PharMed BPT, Viton Du Pont, Norton Co. Reg. TM s, The material resistance is influenced by temperature and concentration of the medium. The data have to be seen as indications and do not guarantee the material properties. 19

20 Printed in Germany. Art.-Nr.: /2009 Gardner Denver Thomas GmbH Siemensstraße 4 Gewerbegebiet Nord D Puchheim Phone: Fax: thomas.de@gardnerdenver.com