Peristaltic Pumps FEATURES BASE MODEL TYPICAL APPLICATIONS. Peristaltic. SR10/30 >>Quick change of cassette (SR10)/tubing (SR25, SR18)

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1 Peristaltic Pumps FETURES SE MODEL >>ompact design SR/30 >>Quick change of cassette (SR)/tubing (, SR18) SR/50 >>Endless tubing possible (SR) SR18 >>Self priming >>Safe to run dry >>Maintenance free >>Different tubing materials TYPIL PPLITIONS >>hemical industry >>Medical industry >>Laboratory and analysis technology >>Food sector >>Hygiene, desinfection >>Industrial dishwasher >>Glass washing Peristaltic

2 Peristaltic Pumps HRTERISTIS OVERVIEW SR/30 D Stepper motor SR/50 D SR18 D, synchronous motor, shaded polemotor Stepper motor (ml/min) PRESELETION SR/50 1) pumps with sequencer 2 Page IP54, adjustable IP54 Short time operation Stand-by pump ) 11 SR18 ontinuous operation Stepper motor Operation mode 230 V 12/24 V D L motor SR/30 12/24 V D Drive 12 17

3 Peristaltic Pumps SERIES SR 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. Motor Generally 3 rollers. For short time operation only. racket If the pump is stored longer than three months, we recommend to take the cassette off the motor shaft and store it separately. Lid Different motors available (D, low cost D, and stepper motor). Tubing Rollers Pump body 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 -motor SERIES Protection of the tubing due to spring loaded rollers and guiding side rollers. Rolling band Quick and easy change of the tubing. Roller carrier with two rollers. lso suitable for continuous operation, depending on the drive. If stored longer than three months, we recommend to remove the tubing. Different gear motors available (D, and stepper motor). Pump body Motor with gear box roller carrier with spring Tubing with connectors lamp 3

4 Peristaltic Pumps DUTY YLES SR 15 5 runtime in minutes SR/30 and SR/50 Drive: Permanent magnet motor (D) 5 15 min. idle time in minutes SR18 Drive: Synchronous motor with sequencer 6s 6s s t Operation time 6s 6s 6s 5 runtime in minutes Drive: S ynchronous motor w/o sequencer min. idle time in minutes t Operation time 6s 6s 6s t Operation time Drive: Synchronous motor runtime in minutes runtime in minutes Drive: Shaded pole motor () runtime in minutes Drive: Permanent magnet motor (D) suitable for continuous operation min. idle time in minutes suitable for continuous operation min. idle time in minutes min. idle time in minutes DUTY YLES SR SR/30 SR18 SR/50 SR18 15 rpm rpm 500 rpm 4000 h > 5000 h 500 h 500 h 500 h 0 h > 5000 h 500 h Lifetime of the tubing Norprene 500 h 500 h 2) 200 h 200 h PharMed PT Other wearing parts Roller carrier Rolling band/lid hange the complete cassette 1) (see lifetime of the tubing) 2500 h Drive D motor 00 h 00 h motor 5000 h 2000 h synchronous motor 4000 h 000 h GENERL DT SR 3000 h SR18 Max. suction height 8 m H2O 8 m H2O 8 m H2O Max. pressure height 8 m H2O m H2O m H2O Max. ambient temperature Media temperature (short time 90 ) 50 (short t. 90 ) 50 (short time 90 ) 1) We recommend to roughen the shaft in axial direction when changing the cassette (sand paper grit size 150). 2) Ø 4 inner diameter on request 4 Norprene, PharMed PT Norton o. Reg. TM s

5 Peristaltic Pumps SR/30 12/24 V low cost D For short time operation only 40 1, , ml/min 17,5 0,69 Ø3,2 0,13 2x ~35 1, ,81 ~35 1, , ,89 ( without drawing) Tubing 12 V D 24 V D Fixing 24 V D Tubing 12 V D Fixing 24 V D ,5 0,69 Weight 0.16 kg Inner tubing Ø 2) mm ml/min Inner tubing Ø 2) mm ml/min urrent consumption depending on the tubing diameter, at free flow and nominal voltage 12 V D: m 24 V D: m 13,5 0,53 68,05 2,68 Ø28,7 1, ,91 Ø4,3 0,17 4x 68 2,68 Weight 0.11 kg Tubing PharMed PT 12 V D Ø28,7 1,13 Dimensions in mm [inch] SR/30 D fixing 54 2, , , Dimensions in mm [inch] 48 1,89 Stock programme 2) Note: The indicated values are average measured with water. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data. 5

6 Peristaltic Pumps SR/30 12/24 V Direct current motor For short time operation only ml/min 0.51 View Z unshielded Z soldering connectors 3x0.5 D-Motor 24 VD 12 VD 46 1,81 soldering connectors 3x ,57 ~35 1,38 Ø13 0,51 Weight 0.16 kg Ø31 1,22 Dimensions in mm [inch] SR/30 D Straight flange View Z unshielded Tubing 1) 12 V D 17,5 0,69 2,5 0, 7 0, , , , SR/30 D ngled flange 48 1,89 Ø4,3 0, ,20 Fixing 24 V D ühlermotor 24 VD 12 VD 6 VD Weight 0.16 kg Inner tubing Ø 2) mm ml/min ) other tubing materials on request urrent consumption depending on the tubing diameter, at free flow and nominal voltage 12 V D: m 24 V D: m 2) Note: The indicated values are average measured with water. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data. 6

7 Peristaltic Pumps SR/30 24 V D with stepper motor For short time operation only ircuit board recommended for test purposes ml/min ~35 1,38 Molex KK Type ,57 Litzen leadwire 300mm, UL 61 WG , , 56 2, , ,89 (Winding Diagram) Ø4,3 0,17 4x 37 1,46 LK Ø35 1,38 8 0,31 RW YEL X3/4 / F120 yellow red blue orange Item Nr. Motor pulse/rev rot.speed n1 n2 n3 n4 pin assignment X3 X3/1 X3/2 X3/3 ORG Weight 0.08 kg 17,5 0,69 SR/30 black brown yellow orange SR/ F rpm rpm ,2... 0, V = or 3.6 (0.14) on / off 20 V ~ 42 ) ) (3 ( (1.6 (2) 5) +/- U 0.5 internal speed selection n1 n2 n3 n4 1 X1 -/+ SR/30 rotation speed n X3 Features speed pre-selection c lockwise, counter clockwise operation instant priming selective operating method 1 Imp. 5Volt 30m cw / ccw connector open = cw setpoint indication I II III IV 4 0 rpm 8 2 rpm rpm rpm Max. flow 2) ml/min (adjustable range 4 0%) pump with circuit board pump without circuit board pump with circuit board Ph 2.5 x Volt pump without circuit board Ph 1.5 x 1.1 Int./Ext. 4 Tubing PharMed PT Ph 1.0 x kohm J2 F120 Speed priming X2 stepper motor djustable range 13 with n max. 1 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) 14 J pump without circuit board pump with circuit board Electrical Data Max. flow 2) ml/min (adjustable range 4 0%) Nominal voltage (drive through electronic board) 24 V/D oder 20 V/ Motor Stepper motor, bipolar, stepping angle 7.5 urrent consumption 0.4 Max. restart consumption 3 * Inductance at 1 khz, 1 V 13 mh Winding resistance 13 q * Delay fuse to be used. 1) Option: 1 4-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. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data. 7

8 Peristaltic Pumps SR/50 SR/a D Tubing 12 V D 2x 4.3 (.17) _ 49.7 (1.96) 7 (.28) 40.5 (1.59) 84 (3.31) (.49) 1) 56 (2.13) 56 (2.20) pat. US 42 (1.57) 48 (1.89) 29(1.14) 36(1.42), (.17) 4x 4 0 /5,113 SR 57 (2.24) 60 (2.36) 42 (1.65) ml/min (.39) ~70 (2.76) 12/24 V Direct current motor For short time operation only 32.5 (1.28) Weight 0.2 kg Tubing PharMed PT Tubing dimensions 2) 24 V D 12 V D 24 V D mm ml/min x x x Tubing Tubing PharMed PT 12 V D 24 V D 4.0 x 1.6 Tubing dimensions 1) mm ml/min 12 V D 24 V D x x Stock programme 1) on request in white Option: Straight flange for flush mounting part number /24 V D with additional circuit board (on request) urrent consumption depending on the tubing diameter, at free flow and nominal voltage 12 V D: V D: ) Note: The indicated values are average measured with water. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data. 8

9 Peristaltic Pumps SR Spare parts SR series Model SR/30 Tubing 55 (2.16) Inner Ø x Wall thickness D Page 5 Pages 6/ x 1.0 mm x 1.0 mm x 1.0 mm PharMed PT 1.0 x 1.1 mm PharMed PT 1.5 x 1.1 mm PharMed PT 2.5 x 1.0 mm x 1.0 mm x 1.0 mm x 1.0 mm x 1.0 mm x 1.6 mm 3.2 x 1.6 mm x 1.6 mm PharMed PT 2.4 x 1.6 mm PharMed PT 4.0 x 1.6 mm x 1.6 mm x 1.6 mm x 1.6 mm SR/50 ~ 95 (3.7) Model Drive D low cost 1) Tubing dimensions 1.5 x 1.0 mm Inner Ø 9 Wall thickness

10 Peristaltic Pumps SR18 with QuiXchange System 230 V/50 Hz, synchronous gear motor Suitable for continuous running 5 50 ml/min Features Sequencer to adjust on/off-time (0% 0%) Tubing QuiXchange Nominal speed QuiXchange 15 rpm Tubing (ID x WT) 2) ml/min N 6.0 x 1.6 mm Tubing only 50 pump without sequencer pump with sequencer N 4.1 x 1.6 mm 20 pump without sequencer pump with sequencer N 2.4 x 1.6 mm pump without sequencer pump with sequencer N 1.6 x 1.6 mm 5 pump without sequencer pump with sequencer ) ml/min Tubing only Tubing (ID x WT) S 5.0 x 1.6 mm 40 pump without sequencer pump with sequencer S 4.0 x 1.6 mm 25 pump without sequencer pump with sequencer S 2.5 x 1.6 mm pump without sequencer pump with sequencer Running Data Rotation direction clockwise Electrical Data Voltage 230 V/50 Hz Motor synchronous Motor insulation class Power consumption E 5.5 W General Data onnector material Weight PP 0.23 kg ) Note: The indicated values are average measured with water. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data. Options: mounting clip compression fitting Stock programme rt. Nr rt. Nr

11 Peristaltic Pumps 12/24 V, Direct current motor ml/min, to 80 rpm Direct current motor 170 rpm1) Direct current motor ore pattern to fit in a housing see page 14. Nominal speed rpm 30 rpm 65 rpm Tubing N 1.6 x 1.6 mm N 3.2 x 1.6 mm V 24 V 12 V 24 V V 24 V N 4.1 x 1.6 mm N 4.8 x 1.6 mm Tubing S 2.0 x 1.0 mm 170 rpm 1) 2) ml/min 12 V 24 V 80 rpm ) ml/min V 24 V S 3.0 x 1.5 mm V 24 V S 4.0 x 1.5 mm V 24 V S 5.0 x 1.5 mm V 24 V Electrical Data Motor Power consumption Direct current motor 2W 3.5 W 7W General Data Weight 0.6 kg ) Pump with counter bearing Material of tubing connectors: Tubing : for all Ø PV Tubing : Ø 1.6/3.2 mm PV Ø 4.1/4.8 mm PP Option: Recommended inference suppression according to EN (E-conform) 12/24 V D with additional circuit board (on request) 11 Stock programme 2) Note: The indicated values are average measured with water. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data.

12 Peristaltic Pumps 230 V/50 Hz, shaded pole motor For short time operation only ml/min 500 Upm shaded pole motor, 30 bis 80 rpm shaded pole motor 1) ore pattern to fit in a housing see page 14. Nominal speed 30 rpm 65 rpm Tubing N 1.6 x 1.6 mm N 3.2 x 1.6 mm N 4.1 x 1.6 mm N 4.8 x 1.6 mm S 5.0 x 1.5 mm 500 rpm 1) 3) 2) ml/min Tubing S 4.0 x 1.5 mm 80 rpm 2) ml/min Electrical Data Voltage Motor Power consumption Motor insulation class 230 V/50 Hz 230 V/50 Hz Shaded pole motor Shaded pole motor 16 W 68 W E E General Data Protection class Weight IP00 IP kg 1.5 kg 1) Pump with counter bearing 3) Fan Material of tubing connectors: Tubing : for all Ø PV Tubing : Ø 1.6/3.2 mm PV Ø 4.1/4.8 mm PP Stock programme 2) Note: The indicated values are average measured with water. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data. 12

13 Peristaltic Pumps 230 V/50 Hz, synchronous motor Suitable for continuous operation ml/min Dimensions in mm [inch] , 1 to rpm Synchronous motor counterbore Senkung DIN74-f3 2x ( ) 55 ±0.1 ore pattern to fit in a housing (not illustrated) ±0.1 ( 25 ) ( ) ± ± x Gewindebolzen M3x 2x threated bolt M3x rt.-nr.: enötigte Wandstärke 3 mm necessary wall thickness 3 mm Nominal speed 1 rpm Tubing N 1.6 x 1.6 mm N 4.8 x 1.6 mm rpm 2) ml/min N 3.2 x 1.6 mm N 4.1 x 1.6 mm 5 rpm Electrical Data Voltage 230 V/50 Hz Motor Synchronous Power consumption Motor insulation class 2W Electrical wiring: E blue General Data Protection class Weight 230 V IP00 brown 0.39 kg Stock programme Material of tubing connectors: Tubing : Ø 1.6/3.2 mm PV Ø 4.1/4.8 mm PP 2) Note: The indicated values are average measured with water. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data. 13

14 Peristaltic Pumps -S V D with stepper motor ircuit board recommended for test purposes ml/min X3/4 / F120 yellow red blue orange SR/30 black brown yellow orange Item Nr. Motor pulse/rev rot.speed n1 n2 n3 n4 pin assignment X3 X3/1 X3/2 X3/3 SR/ F rpm rpm ,2... 0, V = or on / off 20 V ~ 3.6 (0.14) 42 ) ) (3 ( (1.6 (2) 5) +/- U X1 -/+ X2 X3 F120 Features speed pre-selection c lockwise, counter clockwise operation instant priming selective operating method 2 1 Imp. 5Volt 30m cw / ccw connector open = cw setpoint indication I II III IV 0.4 rpm rpm rpm rpm Max. flow2) ml/min pump with circuit board pump without circuit board pump with circuit board N 4.8 x 1.6 mm J2 0Volt pump without circuit board N 3.2 x 1.6 mm 5 kohm Int./Ext. 4 Tubing N 1.6 x 1.6 mm priming rotation speed n 1 SR/30 Speed 13 with n max. stepper motor djustable range 14 J1 2 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) internal speed selection n1 n2 n3 n pump without circuit board pump with circuit board Running Data On-time ontinuous operation Recommended rotating direction at continuous operation lockwise Electrical Data Nominal voltage (drive through electronic board) 24 V/D oder 20 V/ Motor Stepper motor, bipolar, stepping angle 1.8 urrent consumption 0.8 Max. restart consumption 5 * Inductance at 1 khz, 1 V 14 mh Winding resistance 6q Motor insulation class General Data Material of the hose clip PVDF Weight of the pump 0.5 kg * 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. The actual values depend on different parameters like quality and age of tubing, pressure of tubing beds, pressure ratios, viscosity. Please see page 4 for recommended running times and general data. 14

15 Peristaltic Pumps Spare parts Tubing with connectors Tubing Diameter x onnectors wall thickness 1.6 x 1.6 mm PV x 1.6 mm PV x 1.6 mm PE x 1.6 mm PE Test-set with all tubings PharMed PT x 1.0 mm PV x 1.5 mm PV x 1.5 mm PV x 1.5 mm PV Test-set with all tubings Option Roller carrier PharMed PT 4.0 x 1.6 mm PVDF PharMed PT 4.8 x 1.6 mm PVDF x 1.6 mm PVDF x 1.6 mm PVDF x 1.6 mm PVDF x 1.6 mm PVDF Speed Pump body with clamp 12 V D 24 V D Synchron 1 rpm ) ) ) ) 5 rpm rpm 30 rpm ) ) ) 65 rpm ) ) ) 80 rpm ) ) 170 rpm ) ) ) 300 rpm ) (Steppermotor) 500 rpm ) Speed Rolling band 1 rpm Synchr (ounterbearing) /D rpm /D (ounterbearing) ) lockwise direction 2) ounter clockwise direction rpm lamp Type

16 Peristaltic Pumps Tubing Properties Tube haracteristics Limitations Standard tubing for the SR/30, SR/50 and Long lifetime Wide range of applications May swell up with oil or oily liquids Norprene Standard tubing for the SR/0 Long lifetime Suitable especially for alkaline solutions PharMed PT High quality for medical, laboratory and research use Homogeneous structure and therefore comparatively better chem. resistance utoclavable iocompatible Long lifetime Expensive Suitable for polar solvents (with the exception of chlorinated aliphatic and aromatizised hydrocarbon) No detachment of softening agents Very stable elasticity over a wide temperature range (30 bis 180 ) Not recommended with strong acids or alkaline solutions Swells up in many organic solutions hoice of tubing depending on flow medium cids weak medium strong lkaline solution weak medium strong Hydrocarbons aliphatic aromatizised halogenated Standards/ physiological behaviour hemical structure Norprene PharMed PT very good good not recommended very good good not recommended good unsatisfactory not recommended good unsatisfactory not recommended very good very good good not recommended basis material meets FD (21 FR ) doesn t fulfill the EU food requirement 2002/72/E not recommended for food, drinks or medicine USP, class VI FD (21 FR ) NSF physiologically inert thermoplastic elastomer on PP-asis with cross linked EPDM parts thermoplastic elastomer on PP-asis thermoplastic elastomer on PP-asis high cross linked Polysiloxane with anorganic fillers 16

17 Peristaltic Pumps hemical Resistance of Tubing Materials N = Nor = Norprene Ph = PharMed PT S = N Ph/Nor S N Ph/Nor S cetaldehyde Hydrogen peroxide cetate D Hydrogen sulphide cetic acid Isoprophyl alcohol cetic anhydride Jodine cetone Kaliumhydroxyde luminium chloride D Ketones luminium sulfate Lactic acid mmonia Magnesium chloride solution myl acetate Mercury salts myl alcohol Methanol myl chloride Methyl ethyl ketone niline Nitrous acid % qua regia Oil, animal rsenic acid Oil, hydraulic D arium hydroxide Oil, linseed enzaldehyde Oil, mineral enzene Oil, vegatable enzoic acid Oleic acid enzylalcohol Oxalic acid leaching agent Paraffins oric acid Perchloric acid reak liquid Perchloroethylene romine Petrol utane Phenol utanol Phosphoric acid, 25 % alcium hypochlorite Photograpic solutions arbon disulphide Phtalic acid, 9 % hloracetic acid Potassium salts hlorine, liquid Pyridine hlorobenzene Soap solution hloroform Sodium carbonate hromic acid 50 % Sodium chloride hromium salts Sodium hydroxide 40 % itric acid Sodium hypochlorite <5% yclohexane Sodium hypochlorite 12 % Diesel fuel Sodium salt Ethanol Stearic acid, 5 % Ether Sulphurdioxide, wet gas Ethyl alcohol Sulphuric acid, 30 % Ethyl chloride Sulphuric acid, 75-0% Ethylene glycol Sulphurtrioxide Ferric sulfate Tannic acid Fluor silicium acid Tetrahydrofurane Fluoroboric acid, 48 % Toluole Formaldehyde Trichloroehtylene Formamide Turpentine Formic acid Urea Furfural Uric cid Hydrochloric acid Xylene Hydrocyanic acid Zinc chloride D = = = = = small or no effect minor or moderate effect severe effect no reliable data, please test before use no available data Norprene, PharMed PT, Norton o. 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. 17

18 Notes 18

19 Notes 19

20 PUMP ND OMPRESSOR SOLUTIONS FOR OEMS WORLDWIDE gd-thomas.com Gardner Denver Thomas GmbH Livry-Gargan-Str Fürstenfeldbruck Germany T F thomas.de@gardnerdenver.com Gardner Denver Thomas. Inc Illinois venue Sheboygan, WI US T F td.usa@gardnerdenver.com Gardner Denver Thomas Pneumatic Systems (Wuxi) o., Ltd. No. 1 New Dong n Road, Shuofang Town, Wuxi, Xinwu District Jiangsu hina T F thomas.cn@gardnerdenver.com The information presented in this material is based on technical data and test results of nominal units. It is believed to be accurate and reliable and is offered as an aid to help in the selection of Thomas products. It is the responsibility of the user to determine the suitability of the product for the intended use and the user assumes all risk and liability in connection therewith. Thomas does not warrant, guarantee or assume any obligation or liability in connection with this information. Models presented in this catalog are representative of the product family. Photos of products pictured in this catalog do not necessarily represent a specific model number. To obtain further information for custom options, contact your local Thomas office. Printed in Germany Form No /2018 Gardner Denver Thomas GmbH. ll rights reserved.