M&C TEC1 Series User manual

TEC1 Manual Rev. 20180928
TEC1 Series
Thermoelectric Chiller
For General Purpose Areas
OPERATIONS MANUAL
M&C Ventura, CA Office: 805-654-6970 ● M&C Reno, NV Office: Phone: [phone]

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M&C ADVANTAGES
M&C products and systems are designed to provide long lasting service and reliability. This is the reason why over 5,000 customers
worldwide have confidence in our products and return time and again to provide them with their compliance or process monitoring
solutions.
Our customers benefit from a number of significant competitive advantages:
Competence
• All our activities are aimed at meeting and exceeding the demands and specific interests of our customers.
• We are able to solve even the most complex and challenging of tasks.
• We have custom-made application experiences in many different fields worldwide, based on decades of experience in the German
and international markets.
• We have years of expertise in selecting the best materials and components suitable for our products.
• We understand the complex regulatory requirements and design each of our systems and components to comply with each
associated EPA Performance Specification and applicable regulation.
Product Portfolio
• We offer a broad and comprehensive range of products with a wide variety of configurable options
• Thanks to the modular structure of M&C components, and the variety of materials we can offer, our products can be adapted to all
kinds of customer-specific process conditions and environments.
• Our ‘smart’ products are long-lasting, easy to install, safe and reliable to use. We reduce the operating costs of our products with user-
friendliness and ease of service and maintenance. That’s why we like to call our products ‘smart’.
• We continuously improve our existing products and develop innovative new products in-house.
Customer Focus
• With our efficient and effective organizational structures and processes, we are focused on fast response time and excellent customer
service.
• M&C relies on its experienced, dedicated and professional technical sales representatives and offers a broad spectrum of services
including consulting, training and commissioning worldwide.
• We show a high level of customer focus in our intensive and often collaborative product developments.
• With our flexible and customer-friendly work-time model, we offer a high degree of availability to international customers.
M&C uses powerful and state-of-the-art product management, product documentation and information systems. We have co-operations
with efficient, internationally operating logistics partners. There are no dependencies on suppliers; we ensure rapid delivery times from
our own extensive and well-stocked warehouse.
Talk to us about your special, technical requirements. We are here to help –proficient and well-known - especially when it comes to
delivering custom-made solutions for complex and challenging tasks.
M&C-Embracing Challenge

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TABLE OF CONTENTS
M&C ADVANTAGES............................................................................................................................2
INTRODUCTION ........................................................................................................................................4
SAFETY INSTRUCTIONS .............................................................................................................................4
Definition of Symbols ................................................................................................................................. 4
GENERAL INFORMATION............................................................................................................................ 6
LIMITED WARRANTY ................................................................................................................................7
PRODUCT IDENTIFICATION .......................................................................................................................7
APPLICATION............................................................................................................................................8
FUNCTION OF THE M&C JET-STREAM HEAT EXCHANGER.......................................................................... 9
DESCRIPTION..........................................................................................................................................10
RECEIPT OF GOODS AND STORAGE.........................................................................................................11
INSTALLATION INSTRUCTIONS................................................................................................................11
SUPPLY CONNECTIONS ...........................................................................................................................12
TUBING CONNECTIONS ............................................................................................................................ 12
ELECTRICAL CONNECTIONS ...................................................................................................................... 13
OPTIONS.................................................................................................................................................14
START UP................................................................................................................................................14
PROGRAMMING.....................................................................................................................................15
SHUT DOWN...........................................................................................................................................17
MAINTENANCE .......................................................................................................................................17
TROUBLESHOOTING ...............................................................................................................................19
SPARE PARTS ..........................................................................................................................................20
TECHNICAL SPECIFICATIONS ...................................................................................................................21
DRAWING INDEX ....................................................................................................................................22

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INTRODUCTION
The product described in this operating manual has been inspected and tested prior to shipment from our
factory to insure proper function, finish and conformance with safety requirements. For safe operation and
trouble-free service it is important to heed the notes and warnings made in this operating manual. Transport
and storage environments must not exceed the conditions detailed on the specifications page. Installation and
service must be performed by qualified individuals with adequate training for safety, and installation and
operation of electrical equipment in an industrial environment.
SAFETY INSTRUCTIONS
Definition of Symbols
Risk of Danger
WARNING –EXPLOSION HAZARD –DO NOT DISCONNECT EQUIPMENT UNLESS POWER HAS
BEEN SWITCHED OFF OR THE AREA IS KNOWN TO BE NON-HAZARDOUS.
WARNING –EXPLOSION HAZARD –SUBSTITUTION OF COMPONENTS MAY IMPAIR
SUITABILITY FOR HAZARDOUS AREA INSTALLATION.
IF THE EQUIPMENT IS USED IN A MANNER NOT SPECIFIED BY THE MANUFACTURER, THE
PROTECTION PROVIDED BY THE EQUIPMENT MAY BE IMPARED PER CLAUSE 5.4.4(i) IN
STANDARD ISA 61010-1.
RISK OF DANGER CAUTION SYMBOL INDICATES INJURY MAY OCCUR IF MANUFACTUER’S
INSTRUCTIONS ARE NOT ADHERED TO. PLEASE READ MANUAL CAREFULLY WHEN SYMBOL
IS DISPLAYED.
Risk of Electrical Shock
RISK OF ELECTRICAL SHOCK CAUTION SYMBOL INDICATES ELECTRICAL SHOCK RISK.
CAUTION SHOULD BE TAKEN BEFORE DISCONNECTING OR CONTACTING ANY ELECTRICAL
CONNECTIONS.

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Protective Conductor Terminal
PROTECTIVE CONDUCTOR TERMINAL SYMBOL INDICATES THE TERMINAL LOCATION FOR
THE PROTECTIVE CONDUCTOR. FAILURE TO CONNECT TO THE PROTECTIVE CONDUCTOR
TERMINAL TO SUITABLE GROUND POTENTIAL MAY RESULT IN A SHOCK HAZARD.
Hot Surface
HOT SURFACE CAUTION SYMBOL INDICATES EXPOSED SURFACE TEMPERATURE CAN CAUSE
BURNS OR PERSONAL INJURY. USE CARE WHEN SERVICING COMPONENTS THAT MAY BE AT
HIGH TEMPERATURES.
Note
INDICATES IMPORTANT INFORMATION ABOUT THE PRODUCT WHICH REQUIRE USER’S
ATTENTION.

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GENERAL INFORMATION
Please take care of the following basic safety procedures when mounting, starting up or operating this
equipment:
•Read this operating manual before starting up and using the equipment. The information and warnings
given in this operating manual must be heeded.
•Any work on electrical equipment is only to be carried out by trained specialists as per the regulations
currently in force.
•Check the details on the type plate to ensure:
oThe equipment is connected to the correct main voltage.
oThe equipment is suitable for the hazardous area classification.
Protection against touching dangerously high electrical voltages:
•Before opening the equipment, it must be switched off and hold no voltages. This also applies to any
external control circuits that are connected.
•The device is only to be used within the permitted range of temperatures and pressures.
•Check that the location is weather-protected. It should not be subject to either direct rain or moisture.
•Installation, maintenance, monitoring and any repairs may only be done by authorized personnel with
respect to the relevant stipulations.

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LIMITED WARRANTY
If the equipment fails, please contact M&C or your M&C authorized dealer. M&C equipment is provided with a
one year warranty as of the date of delivery as per normal terms and conditions of sale. The warranty excludes
damage caused by improper installation, operation or storage, and excludes the replacement of consumable
parts. The terms of the warranty cover repair or replacement at M&C’s discretion of the item, at no cost,
including ground shipping to locations anywhere in North America. Warranty return shipments to M&C must be
properly packaged and handled for delivery to the M&C service facility. Damage due to improper storage and
transport is not covered under warranty terms. The M&C warranty specifically excludes claims of
consequential damages due to system downtime or damage to components beyond those supplied by M&C.
PRODUCT IDENTIFICATION
The TEC1 series has the following part number code designation:
TEC1abcXX_YY
TEC1 = series designation
a = number of active impingers, 1 or 2 (active controlled to 4oC)
b = impinger size
0 = 10” long impinger
c = total number of impingers, 1 or 2
XX = cooling configuration
A = Single active impinger
PA = Passive impinger followed by active impinger in series
AA = Dual Active. Either two single active impingers for two channel operation or active
impinger followed by active impinger in series for single channel operation
YY = impinger material designation (omit for a unit supplied without impingers)
GG = Duran glass
SS = 316 Stainless Steel
PV = Kynar
HH = Hastelloy C276

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APPLICATION
The Peltier Gas Sample Cooler Series TEC1 is a standalone device used in analyzer sample system designs
to reduce the dew point of wet gases to a level that is stable and low.
Sample gas cooling prevents subsequent condensation in the analyzer. The stability of the dew point is also
extremely important at it helps to prevent water vapor cross sensitivity and volumetric error, especially in
infrared analyzers.
The sample gas passes through a heated sampling probe and heated sample line to the Series TEC1 Cooler
where it is lowered to a dew point of +4°C (user adjustable). Solids will have been trapped in the filter of the
sample probe, (If provided in the type used) or are trapped in a downstream fine filter.
The conditioned gas can now be passed to the analyzer.
If the analyzer has no gas flow control or indicator functions, these should be provided externally, just as with a
gas delivery pump for unpressurized gases.
The condensate is discharged externally:
•For operations under pressure, an automatic condensate drain or collection vessel is used.
•For operations in partial vacuum (suction), a condensate vessel with a manual drain or a peristaltic
pump for automatic condensate removal is used.
For protection against liquid breakthrough and to increase the dependability of the complete
system, we recommend the use of a liquid alarm sensor.
The Series TEC1 Peltier Gas Coolers are designed for use in gas analysis whenever moisture is likely to either
affect results or damage analyzer equipment.

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FUNCTION OF THE M&C JET-STREAM HEAT EXCHANGER
The Jet-Stream heat exchangers made of Duran glass, PVDF, Hastelloy or stainless steel and are located in a heat-
insulated cooling block. All the heat exchangers are easily accessible and are arranged in such a way that they can be
removed very simply. The following figure shows a schematic diagram of the function of a heat exchanger.
It is the customer’s responsibility to select the correct impinger material that is best compatible
with their process gas. Material compatibility and maximum temperatures & pressures must be
verified prior to placing into service. Consult datasheet for temperature and pressure limits.

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DESCRIPTION
The Series TEC1 Peltier Gas Sample Cooler is supplied complete with a Jet-Stream heat exchanger made
either of Duran glass, stainless steel, PVDF or Hastelloy.
The exchanger is housed for ease of replacement in a thermally insulated cooling block on the sides of the
cooler. The temperature is measured with a Type K thermocouple sensor and regulated electronically by
Peltier elements to a constant temperature of +4°C.
The system ensures optimum cooling of the sample gas and condensate separation.
The heat energy emitted by the cooling system is dissipated via a generously sized cooling fin block with
forced ventilation.
The electronic control system with display and the power supply unit are housed in a protective stainless steel
enclosure on the front of the heat sink.
An over and under temperature alarm as a status group alarm is available for external indication, via a dry
contact closure. The alarm thresholds default to 4°C above and below the control temperature and can be
adjusted in the menu via the keypad.
The gas inlet and outlet is located on the top of the cooler and is indicated by arrows on the Jet-Stream heat
exchangers. On standard models with Duran glass heat exchangers, the gas connections are provided with
GL18-6 mm PTFE sealing rings and on stainless steel, Hastelloy or PVDF exchangers with 1/4" NPT female
threads.
The condensate drain of the Jet-Stream heat exchangers are located beneath the cooler and have GL25-12
mm PTFE sealing rings as standard on the Duran glass heat exchangers. The stainless steel, Hastelloy or
PVDF exchangers are supplied with 3/8" NPT.
The type of condensate discharge used will depend on the type of operation:
•Peristaltic Pump:
oIntegrated onto the chiller itself for automatic condensate discharge in vacuum and pressurized
operations.
oExternal Type PP for automatic condensate discharge in vacuum and pressurized operations.
•Automatic Float Condensate Discharge Type AD- …for pressurized operation only.
•Condensate Collection Vessel Type TG.../TK... with manual drain for either pressurized or vacuum
operation.
Option: Liquid alarm sensor LA…
For protection against liquid breakthrough and to increase the dependability of the complete system we
recommend the use of a liquid or condensate alarm sensor Type LA1S. The sensor should be mounted
externally into the sample line between the cooler and the analyzer.

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RECEIPT OF GOODS AND STORAGE
The TEC1 gas cooler is a complete pre-installed unit.
•Please take the TEC1 gas cooler and possible special accessories carefully out of the packaging
material immediately after arrival, and compare the goods with the items listed on the delivery note.
•Check the goods for any damage caused during delivery and, if necessary, notify your transport
insurance company without delay of any damage discovered.
The equipment should be stored in a dry, protected, and frost-free room.
INSTALLATION INSTRUCTIONS
The Series TEC1 Peltier Gas Cooler is designed for both wall mounting and panel mounting, both indoors and
outdoors when sheltered from direct sunlight and rain.
For operation, the TEC1 must be securely mounted in a vertical orientation. Proper condensate
and drainage function is only possible if the equipment is mounted correctly.
The cooler has 2 mounting taps on each end to mount the cooler on wall, rails or panel with qty
4, ¼”- 20 bolts.
When in use, the TEC1 cooler should be placed in an area well away from any heat emitting
sources. In order to prevent damage caused by an accumulation of heat, the air vents must be
clear at all times.
When the equipment is being used outside, ample protection against the effects of direct
sunlight and dampness must be provided. In winter, the equipment must only be used in frost-
free areas.
Unheated gas sample lines must be provided with slope down to the cooler. In that case pre-
separation of the condensate is not required.
Connect the heated sample line with sufficient thermal decoupling to the cooler.

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SUPPLY CONNECTIONS
TUBING CONNECTIONS
The gas inlet and outlet is located on the top of the cooler and is indicated by arrows on the Jet- Stream heat
exchangers. For possible connectors see technical data. Corresponding tube or hose connectors are optionally
available by M&C.
It is the customer’s responsibility to select the correct impinger material that is best compatible
with their process gas. Do not mix up the hose connections; the inlet and outlet connections of
the heat exchangers are marked with arrows;
Ensure that the connections are sealed adequately;
To ensure free removal of the condensate, ensure that the listed diameters for the condensate
removal lines are not reduced.
Ensure that the connections are sealed adequately by noting the following:
•Duran glass heat exchangers with connections GL 18-6 respectively GL 25-12
oBefore assembly, check the GL coupling rings to see if the PTFE/silicon locking rings have been
damaged.
oThe sealing rings should be installed with the PTFE side facing the process gas.
•PVDF, Hastelloy or stainless steel heat exchangers with 1/4“ NPT and 3/8“ NPT
oFittings or hose couplings corresponding to the correct NPT thread, with PTFE tape or sealing
compound are installed for connection to properly sized tubing or hose.
oThe heat exchangers with NPT threaded connectors are marked with circulated notches
indicating flow direction.
oThe NPT thread must be screwed in with sealant tape or compound.
Condensate drain connections at the bottom of the heat exchangers are made with the appropriate tubing
connector to the standard GL 25-12 tube connectors (Duran glass heat exchanger) or 3/8“ NPT thread joint
(PVDF or stainless steel heat exchanger).
Condensate removal is provided by customer with:
•Internal peristaltic pump
•External peristaltic pump : M&C Series PP;
•Automatic float type condensate traps AD-... only for over-pressure operation;
•Condensate collector container that is emptied manually.

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SUPPLY CONNECTIONS (CONT.)
ELECTRICAL CONNECTIONS
When connecting the equipment, please ensure that the supply voltage is identical with the
information provided on the model type plate.
The main AC power supply connection is to a power entry module on the right side of the enclosure.
The TEC1 will be supplied as specified by the customer for either 115 VAC or 230 VAC mains
voltage.
A change in the main voltage will require a change of cooling fan.
Failure to connect a suitable ground potential to the protective conductor terminal may result in a
shock hazard and risk danger of damage.
The power entry module is equipped with a 6A fuse.
Status alarm contacts for indicating any alarm condition should be connected into the equipment control
system. The dry contact output of the status group alarm is located on the terminal block located on the right
outside the enclosure. This contact is rated for the following values: 1A@30VDC, 0.5A@115VAC,
0.3A@60VDC.
Standard single or optional dual water slip sensor inputs will also be located on the terminal block.

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OPTIONS
Sample Pump
The TEC1 series chiller is equipped with a dry contact relay that is capable of controlling a sample pump at a
maximum capacity of 10A @ 115/230VAC or less. The sample pump is supplied by others.
Water Slip Sensor
The TEC1 series chiller is equipped with one condensate slip input as standard, and will have a second installed
if there are 2 active channels.
The LS flow chamber is compact and without filter; while the Universal Filter allows the installation of filter
elements of various materials such as PTFE, Ceramic, Glass Fiber or 316SS. The available filters may be
selected by suitable material compatibility and porosity for the user’s specific application. Please refer to the
M&C datasheet titled “Universal Filter Series FP, FT” for specific part numbers.
START UP
Before using the equipment for the first time, check that the safety measures specific to the installation and
process are complied with.
It is important that the heated probe and heated sample line should be at operating temperature
before starting the chiller and sample pump.
The automatic control electronics of the TEC1 permit automatic start-up of the cooler. The error diagnostics
guarantee full monitoring and reporting of possible sources of error.
The following description is valid for start-up of the gas cooler for an ambient temperature > 8°C.
The following steps should be carried out before initial start-up:
1) Connect the cooler unit to the main power supply;
2) Connect the status contacts for reporting any alarm condition to the measuring station;
3) The sample pump dry contacts must be connected to the external sample gas pump or to a valve in the
sample gas line to protect the entire analysis system by immediately cutting off the gas supply in the event of
error messages from the cooler.
After power is applied, the indicated temperature will start to drop from ambient values immediately. It
should be below the over-temperature alarm point in approximately 5 minutes. Once the temperature is
below the over-temperature alarm point, both the alarm and pump control relays should energize.
THE TEC1 IS NOW READY FOR OPERATION

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PROGRAMMING
The interface of the TEC1 consists of a two row menu driven display and four buttons. Pressing any button will
enter the menu structure. The function of each button is as follows:
Left: Either moves to the previous menu branch or moves the cursor left
Right: Either moves to the next menu branch or moves the cursor right
Up: Either moves to the previous menu entry or increments the value of the entry
Down: Either moves to the next menu entry or decrements the value of the entry
The first row of the display indicates the temperature of the channel(s) and the second
row shows any alarm conditions if any. If there are concurrent alarms present, the most
critical alarm is displayed.
The water slip electronics are incorporated directly on the circuit board, thus eliminating the need for the
external water slip electronics module.
M&C Default Parameter Settings (for revision 1.9)
•Temperature
oCH1 Setpoint = 4.0 (oC)
oCH2 Setpoint = 4.0 (oC)
oCH3 Setpoint = 4.0 (oC)
oCH4 Setpoint = 4.0 (oC)
oHigh Temp Alarm = 8.0 (oC)
oLow Temp Alarm = 0.0 (oC)
•Water Slip –Lower values increase sensitivity
oCH1 Wet = ~ 1.7 (V)
oCH1 Dry = ~1.5 (V)
oCH2 Wet = ~ 1.7 (V)
oCH2 Dry = ~1.5 (V)
oThreshold = 15 (%)
•Serial Number = specific to unit
•Firmware Rev = specific to programming

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Alarms
The M&C Series TEC1 comes equipped with a Form C dry contact alarm relay to indicate the status of the
chiller. The relay operates in failsafe mode, meaning the coil is energized when there are no alarms present. As
this relay is a general status alarm, the following alarms, listed in order of severity, will cause the coil on the
relay to de-energize. Only the alarm with the highest severity will be written to the controller’s display, listed in
the following order:
•High Temperature, channels #1 thru #4
•Low Temperature, channels #1 thru #4
•Open Thermocouple, channels #1 thru 4
•Water Slip, channels #1 thru 2
•Power Supply (general purpose unit only)

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SHUT DOWN
The area in which the cooler is situated when not in use must be kept free of frost at all times.
If the cooler unit is taken out of service for a short time, no particular measures need to be taken.
We recommended purging the cooler with inert gas or ambient air while the unit is out of service for a longer
time. Condensate has to be removed completely from the cooler.
MAINTENANCE
The TEC1 Gas Cooler requires no particular routine maintenance. Depending on the quality of the ambient
air, the cooling fin block should be blown out with compressed air from time to time.
Before any maintenance work is carried out, it is necessary that the specific safety procedures pertaining to the
system and operational process be observed.
Before any maintenance or repair work is carried out, it is necessary to take the TEC1
electric gas cooler off the AC mains power supply.
ADDING OR REPLACING THE HEAT EXCHANGERS
Removal of the heat exchangers may be necessary to carry out maintenance or repair work.
We recommend the following procedures for replacement of the heat exchangers—
In this order:
•Remove the heat exchangers as follows:
oPurge the cooler with inert gas or ambient air to remove residual gas or liquid.
oDisconnect the gas and condensate tubing connections;
Aggressive condensate is possible. Wear protective glasses and proper protective clothing.
oPull the heat exchangers upwards with rotation out of the cooling block;
•Replace the heat exchangers as follows:
oDry and clean the push-in opening in the aluminum cooling block with a cloth;
oSmear the heat exchangers with a thin and equal layer over the whole surface with thermally
conductive paste (part no. 90K0115) to ensure good conduction of heat. It is best to close off the
condensate removal of the heat exchangers tube with adhesive tape to prevent any of the thermal
conductivity paste from getting into the heat exchanger;
oLightly push the heat exchangers with rotation back into the push-in opening of the cooling block
and press to the upper block;

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oRemove the adhesive tape and any surplus thermally conductive paste;
oReconnect the tubing for gas and drain connections.
oDo not mix up the hose connections; gas outlet and gas inlet are marked with arrows.
•Mounting the Duran glass heat exchangers please notice:
oCheck the PTFE/Silicon locking Rings for damage. In assembly, the locking rings must have the
PTFE side facing the medium, Otherwise the required degree of sealing cannot be guaranteed;
oTighten the red GL coupling rings hand-tight by turning them to the right.

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TROUBLESHOOTING
The following table aims to point out possible operational problems and offer solutions to such problems (not
applicable during the startup procedure).
Problem/Indication
Possible cause
Action/Check
Not turning on
No mains supply
Check for mains supply voltage at terminals
against nameplate. Neither the display nor the
heat sink fan will be operational.
Power supply failed
Check for mains supply voltage at power supply,
then verify 24VDC output direct from p/s. If no
24VDC, replace power supply. Heat sink fan
should be operational.
Condensate sensor
alarm
Overloading of the
refrigeration capacity of the
cooler due to too much
water vapor or too great a
sample flow rate
Reduce flow rate
Verify moisture content of sample and compare
to operating specifications
Air leak in the condensate
removal tubing
Replace tubing, verify all connections are leak
free
Failure of the sample cooler
Verify chiller is at setpoint temperature
The cooler is not cold
enough
Inadequate drain apparatus
of a fault in the condensate
removal equipment.
Verify drain tubing is unobstructed and
equipment is functioning satisfactory
Excessive flow rate
Reduce flow rate
High ambient temperature
Reduce the ambient temperature
Defective cooling fan
Verify air flow over fins, clean fins or service fan
No sample gas flow
Heat exchanger plugged
Check for an obstruction
Alarm shutoff
Verify no alarms are displayed, address as
required
High O2 / low
pollutant readings
Leak
Loose connection, verify all fittings are leak free
on the vacuum side of the system
Defective peristaltic pump
tubing
Replace tubing
Broken or leaking heat
exchanger
Remove heat exchanger and replace if broken
Does not maintain
setpoint
temperature
Ambient temperature too
high
Reduce the ambient temperature
Flow rate/water content too
high
Lower the flow rate thru the cooler and observe
the results. If condition corrects itself, consult
the factory for further troubleshooting
Failed Peltier element
Measure the resistance between the red and
black Peltier leads. A failed Peltier element will
read high resistance or "open"

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SPARE PARTS
Wear, tear and replacement part requirements depend on specific operating conditions. The recommended quantities
are based on experience and are not binding.
Part Number Description
Common Components
90K0115 (C) Heat transfer grease for heat exchanger installation
740-70103446 (R) 24VDC enclosure cooling fan
740-70289104 (S) 115VAC heat sink cooling fan
740-70372498 (S) 230VAC heat sink cooling fan
740-70274367 (S) 480 Watt 24VDC C1D2 Power Supply
740-0312006.MXP (S) 6A fuse
740-312003-01 (R) 115VAC cord for PEM
02K9250 (R) 10” stainless steel heat exchanger
02K9103 (R) 10” glass heat exchanger
02K9300 (R) 10” Kynar heat exchanger
740-TEC_CCB2221 (S) TEC1 chiller controller card (provide s/n of original)
For units with glass Jet Stream heat exchangers:
09F9536 (R) GL18 to 1/4 tube connector, straight
09F9537 (R) GL18 to 3/8 tube connector, straight
91F1015 (C) GL18 sealing ring, for connectors
09F9520-O (R) GL25-1/4 tube connection, straight (typ. for drain)
09F9520-O includes sealing O-ring
Internal Peristaltic Pump Components:
01P1300 (S) Peristaltic pump motor, housing & tubing - SR25.2
90P1007 (C) Peristaltic pump tubing
90P1020 (S) Driver SR25, complete
90P1010 (R) Contact springs, 1 set (4 pieces) for driver
90P1045 (S) Contact pulley for driver
90P1050 (S) Conveying belt
90P1025 (S) S-bolt
Available Options:
03E1001 (S) LA1S moisture slip sensor
03E3100 (S) LS unfiltered moisture slip housing, Kynar
02F1000 (S) FP-D filtered moisture housing, Kynar/glass, 2um Teflon filter
(C) = consumable part
(R) = recommended spare part
(S) = critical spare part