The MASTERFLEX C/L Pump Systems are small peristaltic pumps
with integral drive motors and are intended for use with
a series of tubing sizes that provide flow rates in the range of
WARNING: Tubing breakage may result in fluid being sprayed from pump. Use appropriate measures
to protect operator and equipment.
CAUTIONS: Tubing for use with the MASTERFLEX C/L Pump Systems is Microbore Autoanalysis Tubing. See
Appendix A for specifics. Use of tubing other than that specified will result in poor pumping performance and/or pump system damage and voiding of applicable warranty.
Do not close the occlusion bed by pulling up on the locking tabs. Damage to the tabs may occur.
These products are not designed for, nor intended for use in patient connected applications; including,
but not limited to, medical and dental use, and accordingly have not been submitted for FDA approval.
C-FLEX — Reg TM Consolidated Polymer Technologies, Inc.
NORYL — Reg TM General Electric Company
PHARMED, TYGON — Reg TM Saint-Gobain Performance Plastics Corp.
VITON — Reg TM E.I. duPont DeNemours & Co.
2
Trademarks bearing the ® symbol in this publication are registered in the U.S.
and in other countries.
IINNTTRROODDUUCCTTIIOONN
The MASTERFLEX C/L Pump System is designed to pump
fluid through Microbore tubing by means of peristaltic action
at very low flow rates. It is ideal for sanitizers, reagent dis-
pensing, analyzers, printing systems, controlled feeding and
non-human infusion procedures.
3
GGEENNEERRAALL DDEESSCCRRIIPPTTIIOONN
The MASTERFLEX C/L Pump System,Figure 1, is enclosed in a plastic 1/4 DIN
Case.
Rubber Feet, supplied with the unit, can be
attached to the bottom of the Case for operating on a bench or other flat surface and for
stability when stacking multiple units. The
enclosure allows panel mounting using
optional Mounting Brackets (see Accessory
Section for Part No. and page 6 for mounting instructions).
The Pump System accommodates one tube
at controlled speeds as low as 1.7 rpm.
Tubing is held in place by spring-loaded
Tubing Retainers. For a list of tubing sizes
for use with the Pump System, refer to
Appendix A.
Bezel
1/4 DIN Case
Mounting
Bracket
(not Supplied)
Universal
Power Supply
The latching Occlusion Bed allows quick
loading or changing of tubing. The Pump
Head Rotor contains four rollers for
minimum pulsation. All units operate from
an External DC Power Supply. The AC models are supplied with a Universal Power
Supply, which provides a DC output for
connection to the Pump Drive.
The single-turn, adjustable SpeedControl, Figure 2, provides variable flow -
operation. The green PWR On indicator
lights whenever the pump is operating. The
Power On/Direction Switch turns power on
when either clockwise or counterclockwise
pump rotor direction is selected. The MAX
Button is used for priming and purging and
operates the pump at maximum speed while
depressed.
Figure 1. MASTERFLEX®C/L®Pump System
Door
Finger Recesses
Figure 2. Pump — Front Panel
PWR On
Indicator
MAX: Press and hold to
prime or purge pump
Speed Control: Provides
variable flow adjustment
Power On/Direction
Switch
4
Rollers
Locking
Tab
Occlusion
Bed
Locking Ta b
Recess - Push Here
to Close Bed
Tubing
Retainers
The rear panel, Figure 3, contains a DC power input jack for
Locking
Tab
Occlusion
Bed
Bed Stop
Recess - Push Here
to Close Bed
Bed Stop
Locking
Tab
connection of primary power and a 4-terminal barrier strip for
connection of remote start/stop and for a DC backup supply.
SSEETTUUPP
Use only Microbore Autoanalysis tubing with
MASTERFLEX C/L pumps to ensure optimum
performance. Use of other tubing may void
applicable warranties.
DC Power Input,
2.5 mm Coaxial Receptacle
Backup
DC
Input
SSeelleeccttiinngg TTuubbiinngg SSiizzee
Appendix A provides a list of tubing sizes which will work
efficiently with the MASTERFLEX C/L Pump System. This
list includes tubing diameters, flow rates in µL/min and the
maximum flow rates at 10 rpm, 80 rpm and 300 rpm. Tubing
is listed by part number.
before proceeding. Loose clothing
could be caught in the rollers.
1. Place the Power On/Direction Switch, Figure 2, in the
center (Off) position.
2. Open the Door, Figure 2, by grasping the finger recesses
on either side and pulling away from the pump.
3. Release the Occlusion Bed, Figure 4, by squeezing the
Locking Tabs, Figure 4, together and sliding the bed down
towards the door hinge.
4. Insert the selected tubing into one of the Tubing Retainers,Figure 4, by moving the retainer toward the center of the
pump and placing the tubing in the v-notch of the retainer.
Release the retainer so that the tubing is secured in place.
5. Wrap the tubing around the Rollers, Figure 4, and then
secure it in the other tubing retainer as in step 4. The tubing
should be stretched slightly around the rollers so that there
is no excess tubing between the rollers and the retainers.
Remote
Start/Stop
Input
Shorting Bar
Shorting Bar
Figure 3. Pump — Rear Panel
Figure 4. Occlusion Bed in Unlatched Tube Loading Position
6. Close the occlusion bed by pushing up on the recessed
area at the bottom, Figure 5, until the locking tabs snap into
place against the Bed Stops, Figure 5, on the housing.
Verify that there is no excess tubing between the rollers
and the retainers - any excess can be removed by pulling
slightly on the tubing outside of the pump.
CAUTION: Do not close the occlusion bed by
pulling up on the locking tabs. Damage
to the tabs may occur.
7. Close the door. The locking tabs must be on the outside of
the door and the door fully closed for proper operation.
The optional Mounting Brackets are used to attach the 1/4
DIN Case to a Mounting Rack. Use Mounting Brackets Part
No. 77120-03, (2/set).
1. Be sure the panel bezel is on the pump, then slide the
pump system through the front of the mounting rack.
2. Place a Mounting Bracket, Figure 6, between the grooved
bracket retainers on one side of the Case and slide the
Mounting Bracket back to lock into the retainer grooves.
3. Tighten the bracket screw against the back of the rack to
hold the Pump System in place.
4. Repeat steps 2 and 3 for the second Mounting Bracket
on the opposite side.
IInnssttaalllliinngg RRuubbbbeerr FFeeeett
Four rubber feet are provided for operating the Pump System
on a bench or other flat surface and for stability when stacking multiple units. The feet should be installed at the four corners on the bottom of the unit. Remove the
protective paper from the adhesive surface of each foot
and press the foot firmly on the bottom surface about
one-eighth inch in from and parallel to the outer edges.
CCoonnnneeccttiinngg PPrriimmaarryy PPoowweerr
Depending on the Pump System model, primary power may
be 100-240V AC or 12V DC. The DC models can be connected to any DC* supply and are not supplied with a
Universal Power Supply unit. Connect the External Power
Supply to the applicable input voltage source and
the output of the External Power Supply to the DC input
connector on the pump unit.
*Refer to Specifications for current supply voltage.
NOTE: The Power Supply output connection is center
positive (+).
Mounting
Bracket
Bracket
Retainers
Bezel
Figure 6. Mounting Bracket Installation
BBaacckkuupp BBaatttteerryy CCoonnnneeccttiioonn
Terminals 1 and 2 on the rear panel Barrier Terminal Strip,
Figure 3, provide a means for connecting a backup DC power
source. The positive (+) terminal is terminal 1. The negative
(–) terminal is terminal 2. Connection to these terminals would
usually be made only for emergency type operation in conjunction with an External Power Supply, or a stand-alone
operation for the DC models.
NOTE: Input voltage must not exceed 15V DC or equipment
may be damaged. A minimum of 11.0V DC is required for
proper operation.
Terminals 3 and 4 on the rear panel Terminal Strip, Figure 3,
are used for remote start/stop operation. Pump direction and
speed are not remotely controllable. In non-remote operation,
these terminals are connected together by a Shorting Bar.
For remote control by switch closure, remove the Shorting
Bar and connect the two terminals of the remote control
switch to terminals 3 and 4. A closure of the remote control
switch contacts will start the Pump System. Opening the
contact will stop the Pump System.
6
OOPPEERRAATTIIOONN
This section describes the procedures for obtaining desired
performance. Flow rate is determined by the drive speed and
the tubing size.
WARNING: Tubing breakage may result in fluid being
sprayed from pump. Use
appropriate measures to protect
operator and equipment.
The Pump System can be set to operate in either a clockwise
or a counterclockwise direction. The same control used to
select direction also turns power on or off. Select direction of
pump operation desired. PWR indicator should light.
MMAAIINNTTEENNAANNCCEE
SSeettttiinngg PPuummpp SSppeeeedd
Pump speed is controlled by the variable Speed Control.
Turning the control clockwise increases the speed. Tube life
is decreased with increased operating speed.
PPrriimmiinngg PPuummpp SSyysstteemm
The MAX Push Button is used for priming and purging the
Pump System. When MAX is depressed, the pump operates
at maximum speed in the selected direction until the button is
released. Approximately two feet of tubing length can be
filled or emptied per minute using the MAX Push Button on
the 10 rpm units.
CClleeaanniinngg
Clean exterior surfaces of case, control panel and pump
rollers using dry or damp cloth. Never immerse nor use
excessive fluid.
(17.8 cm x 8.9 cm x 8.9 cm)
Weight:1.5 pounds (0.68 kg)
Color:Black
Material:
Pump Head:PPS, polyester
and stainless steel
Case:NORYL
Enclosure Rating:IP22 per IEC529
®
EEnnvviirroonnmmeenntt::
Operating Temperature:32°F to 105°F (0°C to 40°C)
Storage Temperature:–49°F to 149°F (–45°C to 65°C)
Humidity (Non-cond):10% to 90%
Altitude:Less than 6600 ft (2000 m)
Pollution Degree:Pollution Degree 2 per IEC664
(Indoor usage — lab, office)
CCoommpplliiaannccee ((FFoorr CCEE MMaarrkk))::
EN61326-1/A2: 2001 (EMC Directive)
Converter is UL listed and CSA approved.
Regulatory agency specifications not applicable to the
balance of the unit due to low voltage.
8
WWAARRRRAANNTTYY
Use only Microbore Autoanalysis tubing with
MASTERFLEX C/L pumps to ensure optimum
performance. Use of other tubing may void
applicable warranties.
The Manufacturer warrants this product to be free from
significant deviations from published specifications. If repair
or adjustment is necessary within the warranty period, the
problem will be corrected at no charge if it is not due to
misuse or abuse on your part, as determined by the
Manufacturer. Repair costs outside the warranty period, or
those resulting from product misuse or abuse, may be
invoiced to you.
The warranty period for this product is one (1) year from
date of purchase.
PPRROODDUUCCTT RREETTUURRNN
To limit charges and delays, contact the seller or
Manufacturer for authorization and shipping instructions
before returning the product, either within or outside of the
warranty period. When returning the product, please state the
reason for the return. For your protection, pack the product
carefully and insure it against possible damage or loss.
Any damages resulting from improper packaging are your
responsibility.
TTEECCHHNNIICCAALL
AASSSSIISSTTAANNCCEE
If you have any questions about the use of this product,
contact the Manufacturer or authorized seller.
9
AAPPPPEENNDDIIXX AA
CAUTION: Tubing for use with the MASTERFLEX C/L Pump Systems is Microbore Autoanalysis Tubing. Use of
tubing other than that specified will result in poor pumping performance and/or
pump system damage and voiding of applicable warranty.
Available Microbore Autoanalysis Tubing
Tubing
Suffix.
100.007 (0.19)
120.010 (0.25)
140.015 (0.38)
160.017 (0.44)
180.020 (0.51)
220.025 (0.64)
240.030 (0.76)
260.035 (0.89)
280.040 (1.02)
300.045 (1.14)
320.051 (1.30)
340.056 (1.42)
360.060 (1.52)
380.065 (1.65)
400.073 (1.85)
420.081 (2.06)
440.090 (2.29)
460.100 (2.54)
480.110 (2.79)
Tubing
ID in (mm)
PharMed®
BPT
9570907625956129560995718964299571207632
Silicone
peroxide
Silicone
platinum
Tygon®
lab
C-FLEX®
Tygon®
LFL
Solvent/
hydrocarbon
Viton®
Note: Dark Gray indicates availability.
10
Tubing Flow Rates
See the following table for Tubing size versus ID and flow
rates. Flow rates are for water pumped at room temperature
and 0 psi. Flow rates for silicone tubing are approximately
25%–50% less than listed.
Flow rate is determined by drive, speed, tubing size and
material.
Tubing TubingFlow Rate
Suffix. ID 10 rpm80 rpm 300 rpm
in (mm) (µL/min)(µL/min)(µL/min)
-100.007 (0.19)13.0100385
-120.010 (0.25)22.5180670
-140.015 (0.38)50.54001510
-160.017 (0.44)67.05352000
-180.020 (0.51)87.07002600
-220.025 (0.64)13510504050
-240.030 (0.76)18514505550
-260.035 (0.89)24519507400
-280.040 (1.02)31525009400
-30 0.045 (1.14)385310011500
-320.051 (1.30)485385014500
-340.056 (1.42)565450017000
-360.060 (1.52)635510019000
-380.065 (1.65)730585022000
-400.073 (1.85)885710026500
-420.081 (2.06)1050850032000
-440.090 (2.29)1250935036000
-460.100 (2.54)14501020040500
-480.110 (2.79)16501100043000
All flow rates based on pumping water @ 0 psig 70°F (21°C).
11
1-800-MASTERFLEX (627-8373) (U.S. and Canada only)
11 (847) 549-7600 (Outside U.S.)
(847) 549-7600 (Local)
www.masterflex.com
techinfo@coleparmer.com
Thermo Fisher Scientific
1-800-637-3739 (U.S. and Canada only)
11 (847) 381-7050 (Outside U.S.)
(847) 381-7050 (Local)
www.thermo.com
bar.barnant@thermofisher.com
Printed in U.S.A.
12
Cole-Parmer
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