Despite adhering to all applicable safety guidelines, some hazards remain which should be
taken note of for operation of the system:
CAUTION: Very high pressures can be produced, depending on the viscosity and speed of
rotation, and this could result in unintended spurting of medium. Check the flow quantity in
relation to the dispensing needle used.
CAUTION: For initial start up and after being refilled, air bubbles in the medium could cause
an uncontrollable spurting from the outlet nozzle. Only start production operation once the dispense pump has been completely bled.
CAUTION: Wear suitable protective clothing if chemical, corrosive, or dangerous
products are to be used. Note and comply with the safety stipulations and the
information from the manufacturer. Ensure sufficient bleeding or extraction of air.
Take special safety precautions if working with dangerous media; for example, provide eye flushing facilities if working with corrosive chemicals.
CAUTION: Preparation before starting up - visual check. Make a daily visual check of the
dispense pump before starting work and before each shift change. If there is any doubt that the
unit is not perfectly ready for operation, it must be shut down at once and inspected by a suitably qualified person before it used again.
General Safety
Informal safety measures
•Always keep the operation and maintenance instructions with the dispense pump.
•This is to be supplemented by the generally and locally applicable rules and regulations to
prevent accidents and for protection of the environment.
Operating environment, prevention of damage
In order to prevent damage and to ensure chambers required for precise dispensing are filled,
make sure that:
•the dispense pump is never operated without medium (the stator will be destroyed),
•the discharge side is not closed off during operation.
Appropriate use, warranty
The dispenser pump is intended to be used for the conveying and precise dispensing of media
in non-explosion-proof environments.
Check the chemical resistance of the parts in contact with the product before starting up the
unit for the first time. Refer to Specifications
Any of the following that are done without the explicit and written approval of the manufacturer:
•conversions or additions,
•the use of non-original spare parts,
•repairs carried out by companies or persons that have not been authorized by the manufacturer
(pg 23).
can lead to the warranty being rendered null and void. The manufacturer shall have no liability whatsoever for damage resulting from failure to follow the Operations
Maintenance
(pg 12) instructions.
2/20/19GPD Global
(pg 8) and
®
iii
PCD Pump User GuideWarranty
Qualifications of the operating and maintenance personnel
The owner bears the responsibility for ensuring that operating and maintenance personnel
have the required qualifications. The operation and maintenance instructions must be read
and understood. Comply with the relevant applicable technical and safety regulations.
Organizational measures
The owner is to provide any personal protective equipment that is required. All the safety
devices are to be checked regularly. Wear protective glasses and a protective suit for
operation and cleaning to protect against any chemicals that may be sprayed out.
Warranty
General Warranty. Subject to the remedy limitation and procedures set forth in the Section
“Warranty Procedures and Remedy Limitations,” GPD Global warrants that the system will
conform to the written description and specifications furnished to Buyer in GPD Global’s
proposal and specified in the Buyer’s purchase order, and that it will be free from defects in
materials and workmanship for a period of one (1) year. GPD Global will repair, or, at its
option, replace any part which proves defective in the sole judgment of GPD Global within one
(1) year of date of shipment/invoice. Separate manufacturers’ warranties may apply to components or subassemblies purchased from others and incorporated into the system. THIS
WARRANTY IS EXPRESSLY IN LIEU OF ANY AND ALL OTHER WARRANTIES,EXPRESS
OR IMPLIED, INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A
PARTICULAR PURPOSE.
Limitations. GPD Global reserves the right to refuse warranty replacement, where, in the sole
opinion of GPD Global the defect is due to the use of incompatible materials or other damages
from the result of improper use or neglect.
This warranty does not apply if the GPD Global product has been damaged by accident,
abuse, or has been modified without the written permission of GPD Global.
Items considered replaceable or rendered unusable under normal wear and tear are not
covered under the terms of this warranty. Such items include fuses, lights, filters, belts, etc.
Warranty Procedures and Remedy Limitations. The sole and exclusive remedy of the
buyer in the event that the system or any components of the system do not conform to the
express warranties stated in the Section “Warranties” shall be the replacement of the
component or part. If on-site labor of GPD Global personnel is required to replace the nonwarranted defective component, GPD Global reserves the right to invoice the Buyer for
component cost, personnel compensation, travel expenses and all subsistence costs. GPD
Global’s liability for a software error will be limited to the cost of correcting the software error
and the replacement of any system components damaged as a result of the software error. In
no event and under no circumstances shall GPD Global be liable for any incidental or consequential damages; its liability is limited to the cost of the defective part or parts, regardless of
the legal theory of any such claim. As to any part claimed to be defective within one (1) year of
date of shipment/invoice, Buyer will order a replacement part which will be invoiced in ordinary
fashion. If the replaced part is returned to GPD Global by Buyer and found by GPD Global in
its sole judgment to be defective, GPD Global will issue to Buyer a credit in the amount of the
price of the replacement part. GPD Global’s acceptance of any parts so shipped to it shall not
be deemed an admission that such parts are defective.
Specifications, descriptions, and all information contained in this manual are subject to change and/or correction
without notice.
Although reasonable care has been exercised in the preparation of this manual to make it complete and accurate, this
manual does not purport to cover all conceivable problems or applications pertaining to this machine.
2/20/19GPD Global
®
iv
PCD Pump User GuideScope of Supply
Scope of Supply
Includes PCD Pump, Stator, Syringe Support, Mounting Hardware, Pump Maintenance Tools,
and Documentation:
•PCD Pump User Guide - PN 22293078M
•PCD Pump Parts List - PN 22200613
•KITS: Spare Parts/Setup/Cleaning, PN 22290036
Introduction
The Progressive Cavity Displacement (PCD) Pumps are dispensing devices for precision work
with products requiring very high repeat accuracy with a wide range (low-to-high) viscosity.
These dispense pumps are true volumetric dispensing systems that can be dismantled in a
short period of time when maintenance is required.
Functional Description
PCD Pumps use a rotating displacement consisting of a rotor and a stator.
A number of voids are produced as a result of the various geometries of the conveying
elements. Conveying that is either proportional to the angle of rotation or else is RPMdependent (produced by the rotation of the rotor in the stator).
Since the direction of flow is reversible, the medium can be sucked back to allow a clean break
of the thread. Self-sealing depends on the viscosity.
Applications
PCD Pumps are classified by the minimum volume and the maximum flow rate. Compatible
fluids for all models generally have a viscosity of less than 60,000 cps and include fluid types
such as water, grease, gel, silicones, glues, LED encapsulants, underfills, fats, oils, colors,
sealing compounds, adhesives, etc.
Features
•PCD3 - The PCD3 model is designed for low volume applications with a minimum volume
of 1
•PCD4 - The PCD4 model is designed for applications with a minimum volume of 4
a maximum rate of 6 ml/minute.
•PCD6 & PCD7- PCD6 and PCD7 models offer a higher flow rate than PCD3 and PCD4.
PCD6 has a minimum volume of 15
has a minimum volume of 60
•H and L - Both H and L models benefit from lower priming volumes and air-free reservoir
change. H models use a high precision motor and may be used with the GPD stand-alone
controllers.
•PCD3H and PCD4H - These models offer higher resolution in dispense volumes. PCD3H
and PCD4H models include a low volume feed way for lower priming volumes and also
offer a higher resolution of dispense volume. Available only on MAX Series and DS Series
systems.
µL and a maximum flow rate of 1.3 ml/minute.
µL and
µL and a maximum flow rate of 18 ml/minute. PCD7
µL and a maximum flow rate of 60ml/minute.
Options
A material level detect option is available for all PCD pump models when used on these GPD
Global platforms: MAX Series or DS Series.
2/20/19GPD Global
®
1
PCD Pump User GuidePump Identification
PCD3H
PCD4
PCD4L
PCD4H
PCD3
PCD3L
PCD6
PCD4HB
PCD6HB
22293093-1003
22293093-1002
22293093 &
22293103
22293122
22293081
22293240
22293161-001
22293161-003
22293093-1004
(previously 22293120)
(previously 22293228)
PCD7H
22293306-0003
Pump Identification
Figure 1: Models by Name and Part Number
Each pump model can be identified by the type of motor and feed way it uses.
Table 1: Distinguishing Features
Feed WayMotor
High VolumeLow
Vol ume
ModelPart Number
PCD322293093-1004XX
PCD3L22293093-1002XX
PCD3H22293093-1003XX
22293121XX
PCD422293081XX
22293098-0002X
PCD4L22293122XX
PCD4H22293103XX
PCD4HB22293240XX
PCD622293161-001XX
PCD6HB22293161-003XX
PCD7H22293306-0003XX
Cylindrical,
Shiny
SquareCylindrical,
Black
Dual Flat
Further individual model detail is available here: Assembly Drawings
2/20/19GPD Global
®
(pg 34)
2
PCD Pump User GuideInstallation
Installation
•Mounting Hardware (pg 3)
•Integration on Robotic Systems
•Integration on Table Top Systems
Mounting Hardware
Any PCD model can be integrated with GPD hardware or non-GPD hardware using either a
GPD Clamp Positioning Mount or a GPD Taper-Lock™.
(pg 4)
(pg 6)
•Taper-Lock™ Mount
•Clamp Positioning Mount
(pg 3)
(pg 3)
Taper-Lock™ Mount
The Taper-Lock™ is a quick, secure, and convenient (no tools required) way to mount any
GPD pump to a system. All PCD pumps use the same Taper-Lock™ hardware.
To mount a PCD pump on non-GPD hardware with a Taper-Lock™ mount:
1. Prepare you hardware to accept the Taper-Lock™hardware. For hole pattern and dimension details, refer to Taper-Lock Mounting Detail - 22110291
(pg 60).
2. Fasten the Taper-Lock™to your hardware.
3. Mount the pump in the Taper-Lock™.
a. Press down and hold the latching lever at the top of the mount.
b. Align and engage the pump with the top dowel pin of the mount.
c. Apply downward pressure to the pump while releasing the latching lever.
Clamp Positioning Mount
To mount a PCD pump on non-GPD hardware with a Clamp Positioning Mounts:
1. Select a clamp mount sized to fit your PCD pump.
PCD3, PCD3L, PCD3H
2/20/19GPD Global
Figure 2: Clamp Positioning Mounts by Model*
PCD4, PCD4L, PCD4H,
PCD4HBPCD6, PCD6HB
* All mounts use the same screw: PN SACAM040070010
®
3
PCD Pump User GuideInstallation
PCD3PCD3HPCD3LPCD4HPCD4L
PCD4
PCD6
PCD4HB
PCD6HB
PCD7
PCD7H
2. Prepare your hardware to accept the clamp mount. Refer to Clamp Mount Dimensions -
22212002 (pg 59) and Clamp Mount Hole Patterns & Groove - 22212002 (pg 58).
3. Fasten the clamp mount to your hardware.
4. Position the PCD pump body so the clamp mount is located within the indicated mounting
range (A), and then tighten the clamp mount screw.
Figure 3: Position Clamp Mount on PCD Body within “A” Range
Integration on Robotic Systems
1
Table 2: Controller Required for Integration by Pump
GPD Integrated
Pump
PCD3
PCD3L
PCD3H
PCD4
PCD4L
PCD4H
PCD4HB
PCD6
PCD6HB
PCD7
PCD7H
Electronic Control System
for MAX Series & DS Series
x
x
x
x
x
Machine Integrated
Controller
x
x
x
x
x
x
2/20/19GPD Global
®
4
PCD Pump User GuideInstallation
Machine Integrated Controller
This GPD Global controller allows integrators to use PCD pumps in their
designs. Requirements:
•24V signal to enable forward motion
•24V signal to enable reverse motion
•Variable 0-10V signal to control the speed in forward or reverse
Install on GPD Global MAX Series or DS Series Robotic System
PCD3H, PCD4H, PCD4HB, PCD6HB, PCD7H
To mount one of these PCD pump models on a standard GPD Global MAX Series or DS
Series dispensing system:
1. Mount material on the pump.
2. Mount the pump in the Taper-Lock™ mount:
a. Press down and hold the latching lever at the top of the mount.
b. Align and engage the pump with the top dowel pin of the mount.
c. Apply downward pressure to the pump while releasing the latching lever.
3. Connect the two (2) pump cables into the base of the dispensing system Z-axis motor
cover.
PCD3, PCD3L, PCD4, PCD4L, PCD6, PCD7H
NOTE: To operate pump models PCD3, PCD3L, PCD4, and PCD4L, the GPD Global MAX
Series or DS Series dispensing system must be configured with a tabletop controller and cable
for pump control. To mount one of these PCD pump models on an upgraded dispensing
system (configured with a tabletop controller and cable):
1. Mount material on the pump.
2. Press the dispenser MOTION STOP button to remove power from the PCD controller.
3. Mount the pump in the Taper-Lock™ mount:
a. Press down and hold the latching lever at the top of the mount.
b. Align and engage the pump with the top dowel pin of the mount.
c. Apply downward pressure to the pump while releasing the latching lever.
4. Connect the pump cable to the dispenser receptacle panel.
5. Release the MOTION STOP button to return power to the PCD controller.
Install on Non-GPD Equipment
For easy-installation options available for mounting any model of PCD pump on non-GPD
hardware, refer to Mounting Hardware
(pg 3).
2/20/19GPD Global
®
5
PCD Pump User GuideInstallation
Integration on Table Top Systems
All relevant settings for your production results can be
easily saved via a graphic user interface if you operate
your dispense pump with a GPD Global PCD Tabletop
Controller especially matched to the pump.
Table 3: Pumps with Table Top
Capability
PumpController
PCD3
PCD3L
PCD3H
PCD4
PCD4L
PCD4H
PCD4HB
PCD6
PCD6HB
PCD7H
x
x
–
x
x
–
–
x
–
x
Install on GPD Global Island Series Robotic System
PCD3, PCD3L, PCD4, PCD4L, PCD6, PCD7H
To mount a PCD pump on a GPD Global Island Series dispensing system:
1. Turn off the PCD Tabletop Controller or, if system is configured with one, turn off the pump
power switch.
2. Mount the pump in the Taper-Lock™mount:
a. Press down and hold the latching lever at the top of the mount.
b. Align and engage the pump with the top dowel pin of the mount.
c. Apply downward pressure to the pump while releasing the latching lever.
3. Connect the pump cable to the power port on the Z axis.
4. Turn on the PCD Tabletop Controller or, if your system is configured with one, turn on the
pump power switch.
Install Pump in PCD Table Stand
PCD3, PCD3L, PCD4, PCD4L, PCD6, PCD7H
To mount a PCD pump in a PCD Table Stand:
1. Place a PCD Table Stand on a level surface.
2/20/19GPD Global
®
6
PCD Pump User GuideInstallation
(A) Extension arm
(B) Clamp handle
(C) Bracket screw
(D) Cable
(E) Bracket
2. Prepare the PCD Table Stand to hold a pump:
a. With one hand, support the extension arm (Item A) while loosening the clamp handle
(Item B) with the other hand.
b. As needed, slide and rotate the extension arm vertically and laterally to establish
desired position and orientation.
c. To lock the extension arm in place, tighten the clamp handle.
d. Using a 4 mm Allen key, loosen the bracket screw (Item C).
3. Mount a pump in the PCD Table Stand:
a. Disconnect the pump cable from the pump controller.
b. Feed the pump cable (Item D) through the bracket
(Item E).
c. Then position the pump in the bracket so the central
barrel (black section) of the pump is positioned in the
bracket as shown above.
d. Tighten the bracket screw (Item C).
2/20/19GPD Global
®
7
PCD Pump User GuideOperations
Operations
Prior to operations, identify which model of PCD pump you will be using. Each PCD pump
model can be identified by the type of motor and feed way it uses; see details under Pump
Identification (pg 2).
1- Read Safety Notices
IMPORTANT: Prior to start up, read Safety Notices (pg iii) as this information must be read
and understood prior to using the pump!
2- Initial Start Up
CAUTION: Do not switch on the dispense pump before medium has been fed into it. There is a
danger of damage to the pump if it is run dry. Even a brief period of dry run time can lead to the
destruction of the stator.
To disconnect the dispense and drive units from each other:
1. Loosen the two (2) set screws (Item 5).
2. Gently pull the drive unit (Item 3) away from the dispense unit (Item A).
CAUTION: Proceed carefully to avoid damage to the fit.
2/20/19GPD Global
®
8
PCD Pump User GuideOperations
B- Insert Stator
PCD3, PCD3L, PCD3H
To attach the stator for the first time:
CAUTION: DO NOT assemble the pump dry. There is a danger of damage to the pump if it is
run dry. Even a brief period of dry run time can lead to the destruction of the stator.
1. Unscrew the union ring (Item 2) from the dispenser housing (19).
2. Remove the stator cover (Item Q) and set aside.
3. Wet the rotor (Item C) with the medium to be used or a suitable lubricant.
4. Screw the stator (Item 7) onto the rotor (Item C) until it reaches the limit on the body (Item
19). There will be approximately 1 mm between the end of the stator and the threads of
the dispenser housing.
5. Place the stator cover (Item Q) over the stator (Item 7) and install the union ring (Item 2),
firmly clamping the two pieces together.
PCD4, PCD4L, PCD4H, PCD4HB, PCD6, PCD6HB, PCD7H
To insert the stator for the first time:
CAUTION: DO NOT assemble the pump dry. There is a danger of damage to the pump if it is
run dry. Even a brief period of dry run time can lead to the destruction of the stator.
1. Unscrew the union ring (Item 18), and then slide both the union ring and threaded sleeve
(Item 21) away from dispenser housing (Item 15).
2/20/19GPD Global
®
9
PCD Pump User GuideOperations
2. Couple the assembly aid (Item 20) to the dispense pump housing (Item 15). The starshaped coupling (Item 5) must be attached to the dispenser pump housing (Item 15).
3. Wet the rotor (Fig A, Item C) with the medium or a suitable lubricant.
4. Orient the ‘X’ end (see Fig. A) of the stator (Item 16) toward the rotor (Item C) and then
turn the stator on the rotor until the dowel pin begins to engage with the key way (Fig. A,
Item D).
5. Lightly press the stator in the direction of the dispenser housing (Item 15) and turn the
assembly aid in the direction of the arrow until the stator has been guided into the dispense pump housing. The dowel pin will barely be visible in the key way (Item D).
6. Uncouple the assembly aid, install the end piece and the union ring, and attach the
required needle/nozzle.
CAUTION: Proceed carefully to avoid damage to the fit.
1. Loosen the two (2) set screws (Item 5) so they do not protrude into the coupling area.
2. Verify the star coupling (Item 2) is seated properly in the dispense unit (Item A).
NOTE: Inspect the star-shaped coupling (Item 2) and adjacent O-ring for wear. Replace
these items as needed
2/20/19GPD Global
®
10
PCD Pump User GuideOperations
PCD4, PCD4HBPCD4L, PCD4HPCD3
32
32
32
31
31
F
PCD3L, PCD3HPCD6, PCD6HB
32
F
31
PCD7, PCD7H
3. Couple the drive unit (Item 3) with the dispense unit (Item A) until there is a gap <1 mm
between the anti-rotation lock (Item E1) and the dispense unit (Item A).
4. Rotate the drive unit (Item 3) until the anti-rotation lock (E1) aligns with the anti-rotation
lock feature (Item E2) of the dispense unit (Item A).
5. Press the drive unit (Item 3) and the dispense unit (Item A) together completely.
6. Lightly turn the set screws (Item 5) to secure units together.
3- Prime Pump with Medium
CAUTION: Follow the safety stipulations and instructions of the manufacturer of the medium to
be used to fill the unit. If applicable, use protective equipment.
NOTE: Priming a pump can be performed online or offline. When working offline, GPD Global
recommends using the Install Pump in PCD Table Stand
1. Connect a material reservoir (cartridge, supply line, tank) of material to the pump adapter/
feed reservoir (Item 32). For thread details, refer to Threads & Materials
(pg 6) method.
(pg 31).
2. Connect air (0.14-0.2 bar [2-3 psi]) to the material reservoir.
3. For applicable models, verify the purge tube support (Item 31) is secured in the tube support and then remove the cap. For all other models, remove the bleed port plug (Item F).
4. Orient the dispense pump so the needle/nozzle end points downward.
5. Increase air pressure on the material reservoir until material feeds into the purge tube (or
out of the bleed port. Using a cup or wipe to catch expelled material, allow a small amount
of material to bleed from the purge tube to ensure all air is displaced.
6. For applicable models, screw the cap onto the purge tube. For all other models, screw the
bleed port plug (Item F) into the bleed port.
Figure 4: Adapter/feed reservoir (32), purge tube support (31), & bleed port plug (F) by pump model
4- Install Pump
2/20/19GPD Global
Refer to Installation (pg 3).
®
11
PCD Pump User GuideMaintenance
Maintenance
Cleaning Time
Cleaning a pump requires 15 minutes or more. The amount of time required relates
directly to type of material and solvent used.
Cleaning Kit
PCD Pump Series Cleaning Kit (PN 22110467)
Kit contents are illustrated in this document: KITS: Spare Parts/Setup/Cleaning (PN
22290036).
Cleaning Frequency Guidelines
Initially, a once a month inspection and cleaning is recommended, then based on your
experience using with the pump and fluid, extend or shorten the cleaning interval as
needed.
Cleaning frequency is determined according to the type of fluid being dispensed. For
pumps in continuous use, clean in intervals no greater than 3 x fluid pot life. For
pumps dispensing fluids stable at room temperature and that have no significant pot
life issues, the pump may be run continually without issue.
The flush procedure is used primarily when underfill material needs to be purged from the
pump. The dispense tip and needle can be removed or left in place:
•The dispense tip may be left in place or removed during the flush procedure.
•If a disposable needle is present, remove and discard it.
•A needle intended for reuse can remain in place on the pump as the flush procedure will
clean the needle.
To flush fluid from the pump:
1. Remove the fluid reservoir from the pump.
2. If present, remove disposable needle.
3. Install an empty syringe on the pump.
4. Fill the syringe with a suitable solvent.
5. Set the pump to purge into a purge cup or suitable container.
6. Continue to purge until all dispense fluid has been purged and only solvent is exiting the
pump.
2/20/19GPD Global
®
12
PCD Pump User GuideMaintenance
Clean PCD3, PCD3L, PCD3H
IMPORTANT: Wear suitable protective clothing if chemical, corrosive, or dangerous products
are to be used. Note and comply with the safety stipulations and the information from the manufacturer. Ensure sufficient bleeding or extraction of air. Take special safety precautions if working
with dangerous media; for example, provide eye flushing facilities if working with corrosive
chemicals.
1 - Cleaning Kit
Obtain the recommended Cleaning Kit (pg 12).
2- Flush Pump
Prior to disconnecting the pump from its power source, flush the pump with a syringe of appropriate solvent, stopping the flush before pump runs dry.
CAUTION: Never run the pump dry. There is a danger of damage to the pump if it is run dry.
Even a brief period of dry run time can lead to the destruction of the stator.
3- Remove Power
Disconnect the drive unit power supply and uncouple it from the dispensing unit in the reverse
order as described in 4- Install Pump
(pg 11).
4- Remove Drive Unit from Dispense Unit
PCD3, PCD3L, PCD3H
1. Remove material syringe (not shown) and set it aside.
2. Remove the needle/nozzle (not shown) and either clean or dispose of it.
3. Partially loosen set screws (Item 5).
4. To separate drive unit (Item 3) from dispense unit (Item A), pull units apart.
CAUTION: Proceed carefully to avoid damage to the fit.
2/20/19GPD Global
®
13
PCD Pump User GuideMaintenance
5- Remove & Clean Stator
PCD3, PCD3L, PCD3H
To access the stator (Item 7):
1. Unscrew and remove union ring (Item 2).
2. Remove the stator assembly (Item 3) by unscrewing it (do NOT pull) from the dispenser
housing (Item 19).
3. Remove the stator cover (Item Q) from the stator (Item 7) and, as needed, clean stator
cover.
4. Carefully and thoroughly clean stator (Item 7) using swabs and brushes supplied in the
cleaning kit. Remove all debris; anything less than a thorough cleaning can affect pump
performance.
RECOMMENDATION: To clean the stator thoroughly, use an ultrasonic cleaner with an
appropriate solvent.
6- Remove & Clean Feed Way
PCD3L, PCD3H
1. To separate the feed way assembly (Items 26-31) and O-ring (Item 25) from the pump
body, remove screws (Item G).
2. Clean feed way assembly (Items 26-31):
a. Remove luer feed ways (Item H) and associated O-rings. Replace O-rings if brittle or
worn.
b. Clean and flush feed way body and luer feed ways (H) using cleaning kit supplies.
c. Inspect and clean O-ring (Item 25). Replace O-rings if brittle or worn.
2/20/19GPD Global
®
14
PCD Pump User GuideMaintenance
3. Unscrew and remove the purge tube/elbow assembly (Items 32-33) by pressing inward
slightly while compressing the ring on elbow.
4.Replace the purge tube and clean the elbow. The elbow will need to be replaced after being
cleaned several times; use good judgement regarding cleanliness of elbow.
PCD3
1. Separate the purge tube (Item 31) from the purge tube support (Item 36).
2. Unscrew the feed way (Items 32) from the pump
body.
3. Separate the luer feed way (Item 34) and associated O-ring from the feed way (Item 32).
4. Clean and flush feed way and luer feed way using
cleaning kit supplies.
5. Inspect and clean O-ring. Replace O-ring if brittle
or worn.
6.Remove and clean the purge tube assembly:
a. Remove the purge tube (Item 31) from the
elbow (Item 37) by pulling down on the orange
ring and then pulling the purge tube out of the elbow.
b. Using a crescent wrench, unscrew the elbow (Item 37) from the pump body.
c. Replace the purge tube and clean the elbow. The elbow will need to be replaced after
being cleaned several times; use good judgement regarding cleanliness of elbow.
7- Clean Dispenser Housing & Rotor
PCD3, PCD3L, PCD3H
1. If a bleed screw (Item 23) is present, remove
it from dispenser (Item 19) and verify the
rubber disk that fits into the bleed screw has
been removed from dispenser housing; otherwise, skip this step.
2.Remove screws (Item 18) and then separate
dispenser housing (Item 19) from “bearing
housing with rotor” assembly (Items 13 and
25).
3. Inspect and clean O-ring (Item 22). Replace
if it is brittle or worn.
4. Using a cloth and brush, clean thoroughly:
–dispenser housing (Item 19)
–rotor (see Item C)
–(if present) bleed screw (Item 23) and rubber disk
CAUTION: DO NOT rinse “bearing housing with rotor” (Items 13 and 25) or submerge it in
an ultrasonic cleaner as either action could damage bearings.
2/20/19GPD Global
®
15
PCD Pump User GuideMaintenance
8- Clean Seal Housing
IMPORTANT: Perform this step only
as needed; in rare cases, the seal
housing (Item 25) may need to be
cleaned.
1. Remove screws (Item 26).
2. Unsnap and pull seal housing
(Item 13) over rotor (Item C) and away from bearing housing (Item 25).
3. Thoroughly clean seal housing (Item 13).
4. Inspect and clean the two O-rings (Item 16). Replace if brittle or worn.
5. Liberally lubricate the seal housing (Item 13) using lubricant listed on Parts Lists
9- Reassemble Pump
To reassemble the pump:
1. Perform 8- Clean Seal Housing
2. Do not exceed a tightening torque of 0.35 Nm while performing 7- Clean Dispenser Hous-
ing & Rotor (pg 15) in reverse order.
3. Perform 6- Remove & Clean Feed Way
4. Install the stator according to B- Insert Stator
5. Connect the dispensing unit to the drive unit per C- Connect Dispense Unit to Drive Unit
(pg 10).
IMPORTANT: Wear suitable protective clothing if chemical, corrosive, or dangerous products
are to be used. Note and comply with the safety stipulations and the information from the
manufacturer. Ensure sufficient bleeding or extraction of air. Take special safety precautions if
working with dangerous media; for example, provide eye flushing facilities if working with
corrosive chemicals.
1 - Cleaning Kit
Obtain the recommended Cleaning Kit (pg 12).
2- Flush Pump
Prior to disconnecting the pump from its power source, flush the pump with a syringe of appropriate solvent, stopping the flush before pump runs dry.
CAUTION: Never run the pump dry. There is a danger of damage to the pump if it is run dry.
Even a brief period of dry run time can lead to the destruction of the stator.
3- Remove Power
Disconnect the drive unit power supply and uncouple it from the dispensing unit in the reverse
order as described in 4- Install Pump
(pg 11).
4- Remove Drive Unit from Dispense Unit
PCD4, PCD4L, PCD4H, PCD4HB, PCD6, PCD6HB
1. Remove material syringe (not shown) and set it aside.
2. Remove the needle/nozzle (not shown) and either clean or dispose of it.
3. Partially loosen set screws (Item 5).
4. To separate drive unit (Item 3) from dispense unit (Item A), pull units apart.
CAUTION: Proceed carefully to avoid damage to the fit.
2/20/19GPD Global
®
17
PCD Pump User GuideMaintenance
5- Remove & Clean Stator
PCD4, PCD4L, PCD4H, PCD4HB, PCD6, PCD6HB, PCD7H
1. To access the stator (Item 16):
a. Unscrew and remove union ring (Item18) and end piece assembly (Items 17 and 19)
from dispenser housing (Item 15).
b. Unscrew threaded sleeve (Item 17) from end section (Item 19) and, as needed, clean
threaded sleeve.
c. If an O-ring (Item 10) is present, inspect and clean the O-ring. Replace if it is brittle or
worn.
2. To unscrew the stator (Item 16) from the dispenser housing (Item 15) without separating
the pin (Item E) mounted on the stator:
a. Hold dispenser housing (Item 15) in the palm of one hand with the stator (Item 16)
loosely secured between thumb and forefinger of the same hand.
b. With the other hand, couple and turn the assembly aid (Item 20) counterclockwise in
the base of the dispense unit (Item A) until the stator completely separates from the
dispenser housing (Item 15).
c. Uncouple the assembly aid (Item 20) from the dispenser unit (Item A).
3. Carefully pull the stator (Item 16) away from dispenser housing (Item 15).
4. Carefully and thoroughly clean the stator (Item 16) using swabs supplied in the cleaning
kit. Remove all debris; anything less than a thorough cleaning can affect pump performance.
RECOMMENDATION: To clean the stator thoroughly, use an ultrasonic cleaner with an
appropriate solvent.
2/20/19GPD Global
®
18
PCD Pump User GuideMaintenance
6- Remove & Clean Feed Way
PCD4L, PCD4H, PCD4HB
1. To separate the feed way assembly
(Items 26-31) and O-ring (Item 25) from
the pump body, remove screws (Item G).
2. Clean feed way assembly:
a. Remove luer feed ways (Item H) and
O-rings (Item 27). Replace O-rings if
brittle or worn.
b. Clean and flush feed way body and
luer feed ways (Item H) using cleaning kit supplies.
c. Inspect and clean O-ring (Item 25).
Replace O-rings if brittle or worn.
3. Unscrew and remove the purge tube/elbow assembly (Items 32-33) by pressing inward
slightly while compressing the ring on elbow.
4.Replace the purge tube and clean the elbow. The elbow will need to be replaced after being
cleaned several times; use good judgement regarding cleanliness of elbow.
PCD4, PCD6, PCD6HB, PCD7H
1. If present, unscrew the feed way (Items 32) from the
pump body.
2. Separate the luer feed way (Item 34) and O-ring from the
feed way (Item 32).
3. Clean and flush feed way and luer feed way using cleaning kit supplies.
4. Inspect and clean O-ring. Replace O-ring if brittle or
worn.
2/20/19GPD Global
®
19
PCD Pump User GuideMaintenance
7- Clean Dispenser Housing & Rotor
PCD4, PCD4L, PCD4H, PCD4HB, PCD6, PCD6HB, PCD7H
1. If a bleed screw (Item 13) and washer (Item 14) are present, remove them from the dispenser housing (Item 15); otherwise, skip this step.
2.Remove screws (Item 12) and then separate dispenser housing (Item 15) from “bearing housing with rotor” assembly (Items 1 and 4).
3. Inspect and clean O-ring (Item 8). Replace if it is brittle or worn.
4. Using a cloth and brush, clean thoroughly:
–dispenser housing (Item 15)
–rotor (Item C)
–(if present) bleed screw (Item 13) and washer (Item 14)
CAUTION: DO NOT rinse “bearing housing with rotor” (Items 1 and 4) or submerge it in an
ultrasonic cleaner as either action could damage bearings.
8- Clean Seal Housing
IMPORTANT: Perform this step only
as needed; in rare cases, the seal
housing (Item 4) may need to be
cleaned.
1. Remove screws (Item 11).
2. Unsnap and pull seal housing
(Item 4) over rotor (Item C) and away from bearing housing (Item 1).
3. Thoroughly clean seal housing (Item 4).
4. Inspect and clean the O-rings (Items 7 & 8). Replace if brittle or worn.
5. Liberally lubricate the seal housing (Item 13) using lubricant listed on Parts Lists
(pg 23).
2/20/19GPD Global
®
20
PCD Pump User GuideMaintenance
9- Reassemble Pump
To reassemble the pump:
1. Perform 8- Clean Seal Housing
(pg 20) in reverse order.
2. Do not exceed tightening torque specified below while performing 7- Clean Dispenser
Housing & Rotor (pg 20) in reverse order.
Pump ModelMaximum Tightening Torque
PCD4
PCD4L
PCD4H
PCD6
PCD7
3. Perform 6- Remove & Clean Feed Way
4. Install the stator according to B- Insert Stator
0.35 Nm
0.5 Nm
(pg 14) in reverse order.
(pg 9)
5. Connect the dispensing unit to the drive unit per C- Connect Dispense Unit to Drive Unit
(pg 10).
2/20/19GPD Global
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21
PCD Pump User GuideTroubleshooting
Troubleshooting
Table 4: Troubleshooting
ErrorPossible CauseCorrection
No or too little medium
conveyed
Dripping / “running on” of
the medium
Dispense results include
bubbles or skips. Example: Figure 5
Needle blocked.Clean/replace the needle.
Medium hardened.Dispenser clean.
Needle too small or too long.Use a different needle cross-section. Reduce the
speed / flow rate.
Stator swollen.Replace the stator.
Inadequate supply of medium.Supply the medium, check the hose, check the
primary pressure and increase it if necessary.
Motor not connected.Connect the motor.
Sucking back not set correctly.Set the sucking back.
Air bubbles in the medium.Bleed the medium.
Medium compressible.Degas the medium.
The Union ring may have been tightened too much. The union ring holds
the stator in place during dispensing.
If the union ring is too tight, it can collapse the stator on the rotor and
cause voids in dispensed material.
Figure 5: Dispense results include bubbles or skips.
1 - Loosen the union ring 1/8 turn to 1/4 turn.
2 - Rerun dispense process and inspect results.
3 - Repeat above steps until desired results are
attained. Example: Figure 6
2/20/19GPD Global
Figure 6: Desired results - no bubbles or skips.
®
22
PCD Pump User GuideParts Lists
Parts Lists
For consumable, spare, and general part information, refer to this document:
Weightapprox. 380 g (0.8 lb)approx. 556 g (1.2 lb)approx. 451 g (1.0 lb)
Dispensing volume
≈ 0.012 ml/rotation
Theoretical flow rate per minute **0.12 to 1.48 ml/min
Minimum dispensing amount ml0.001 ml0.0005 ml
Priming volume
≈ 3 cc≈1.5 cc
Dispensing precision *±1%
Repeat accuracy>99%
Minimum operating pressure0 bar (0 psi), with self-leveling liquid
Maximum operating pressure0-6 bar (0-87 psi), with non-self-leveling liquid
Maximum dispensing pressure ***16-20 bar (232-290 psi)
Self-sealing *approx. 2 bar (29 psi)
Maximum viscosity‡60,000 cps
Parts touched by mediumHD-POM, Stainless steel, Anodized Aluminum
SealingsHigh-molecular PE, VisChem
Sealings staticO-ring Viton
Motor18 - 24 VDC24 VDC
Motor rotating speed, per minute0-120 rpm
Operating ambient conditions
° C
+10 to +40 non-condensing, air pressure 1 bar (14.5 psi)
Medium temperature
° C
+10 to +40
Storage conditions/temp.
° C
dry and dust free, -10 to +40
Cable dimensionsO.D.: 9.423 mm (0.371”). Length: 250 mm (10”), extension cable available
Cable flexibility
High flex cable; flex cycles 5 million minimum. Bending radius -min: 5 x d, opt: 10 x d
Cable features
Max voltage 600V. Copper 22AWG. 6 cores of TPE-E. Black jacket of FHF, PUR. Connector at each end.
* Reference medium approx. 1.000 mPas at 20 ° C. Maximum dispensing pressure and self-sealing
decrease with decreasing viscosity and increase with increasing viscosity.
** Volume flow dependent on viscosity and primary pressure.
*** Maximum dispensing pressure and self-sealing decrease with decreasing viscosity and increase with increasing viscosity.
‡Higher viscosity may be possible based on nozzle size and flow rate.
Weightapprox. 420 g (0.9 lb)671 g (1.48 lb)approx. 689 g (1.52 lb)
Dispensing volume≈0.05 ml/rotation
Theoretical flow rate per minute ***0.5-6.0 ml/min0.2-6.0 ml/min
Minimum dispensing amount ml *0.004 ml0.001 ml
Priming volume≈ 3 cc≈ 1.5 cc
Precision ml ±, absolute *±1%
Repeat accuracy>99%
Minimum operating pressure0 bar (0 psi), with self-leveling liquid
Maximum operating pressure0-6 bar (0-87 psi)
Maximum dispensing pressure16-20 bar (232-290psi)
Self-sealing **approx. 2 bar (29 psi)
Maximum viscosity‡60,000 cps
Parts touched by mediumHD-POM, Stainless Steel, Anodized Aluminum
SealingsHigh-molecular PE, VisChem
Sealings staticO-ring Viton
Motor18-24 VDC incremental encoderServo
Motor rotating speed, per minute0-120 rpm
Operating ambient conditions
° C
+10 to +40 non-condensing, air pressure 1 bar (14.5 psi)
Medium temperature
° C
+10 to +40
Storage conditions/temp.
° C
dry and dust free, -10 to +40
Cable dimensionsO.D.: 9.423 mm (0.371”). Length: 250 mm (10”), extension cable available
Cable flexibilityHigh flex cable; flex cycles 5 million minimum. Bending radius -min: 5 x d, opt: 10 x d
Cable features
Max voltage 600V. Copper 22AWG. 6 cores of TPE-E. Black jacket of FHF, PUR. Connector at each end.
* Reference medium approx. 1.000 mPas at 20 ° C.
** Maximum dispensing pressure and self-sealing decrease with decreasing viscosity.
*** Depending on viscosity and primary pressure of medium. All pressure details are maximum values for low-to-medium viscosity media (20,000 mPas).
‡Higher viscosity may be possible based on nozzle size and flow rate.
PCD Pump User GuideSpecifications
Table 7: PCD6 Specifications
Specification
Also see Additional Dimensions
* Reference medium approx. 1.000 mPas at 20 ° C.
** Maximum dispensing pressure and self-sealing decrease with decreasing viscosity.
*** Depending on viscosity and primary pressure of medium. All pressure details are maximum values for low-to-medium viscosity media (20,000
mPas).
‡Higher viscosity may be possible based on nozzle size and flow rate.
Dimensions (height, SQ, dia.)
Dispensing volume
Theoretical flow rate per minute ***1.4-16.0*** ml/min
Minimum dispensing amount ml *0.015 ml
Precision ml ±, absolute *±1%
Minimum operating pressure0 bar (0 psi), with self-leveling liquid
Maximum operating pressure0-6 bar (0-87 psi)
Maximum dispensing pressure16-20 bar (232-290psi)
Maximum viscosity‡60,000 cps
Parts touched by mediumHD-POM, Stainless Steel, Anodized Aluminum
Motor rotating speed, per minute0-120 rpm
Operating ambient conditions
Medium temperature
Storage conditions/temp.
Cable dimensionsO.D.: 9.423 mm (0.371”). Length: 250 mm (10”), extension cable available
(pg 28)
Weight753 g (1.66 lb)approximately 753 g (1.66 lb)
Priming volume≈ 4 cc
Repeat accuracy>99%
Self-sealing **approx. 2 bar (29 psi)
SealingsHigh-molecular PE, VisChem
Sealings staticViton O-ring (medium), NBR (dust)
Motor18-24 VDC incremental encoder
(10.78”, SQ 1.338”, ø 1.57”)
° C
° C
° C
Cable flexibilityHigh flex cable; flex cycles 5 million minimum. Bending radius -min: 5 x d, opt: 10 x d
Cable features
Max voltage 600V. Copper 22AWG. 6 cores of TPE-E. Black jacket of FHF, PUR. Connector at each
PCD6
22293161-001
274, SQ 34, ø 40 mm
≈ 0.14 ml/rotation
+10 to +40 non-condensing, air pressure 1 bar (14.5 psi)
+10 to +40
dry and dust free, -10 to +40
end.
PCD6HB
22293161-003
255, SQ 34, ø 40 mm
(10.04”, SQ 1.338”, ø 1.57”)
2/20/19GPD Global
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26
PCD Pump User GuideSpecifications
Table 8: PCD7 Specifications
Specification
Also see Additional Dimensions
* Reference medium approx. 1.000 mPas at 20 ° C.
** Maximum dispensing pressure and self-sealing decrease with decreasing viscosity.
*** Depending on viscosity and primary pressure of medium. All pressure details are maximum values for low-to-medium viscosity media (20,000
mPas).
‡Higher viscosity may be possible based on nozzle size and flow rate.
Dimensions (height, SQ, dia.)
Dispensing volume
Theoretical flow rate per minute ***5.3-60.0*** ml/min
Minimum dispensing amount ml *0.06 ml
Precision ml ±, absolute *±1%
Minimum operating pressure0 bar (0 psi), with self-leveling liquid
Maximum operating pressure0-6 bar (0-87 psi)
Maximum dispensing pressure16-20 bar (232-290psi)
Maximum viscosity‡60,000 cps
Parts touched by mediumHD-POM, Stainless Steel, Anodized Aluminum
Motor rotating speed, per minute0-120 rpm
Operating ambient conditions
Medium temperature
Storage conditions/temp.
Cable dimensionsO.D.: 9.423 mm (0.371”). Length: 250 mm (10”), extension cable available
(pg 28)
Weight753 g (1.66 lb)
Priming volume≈ 4 cc
Repeat accuracy>99%
Self-sealing **approx. 2 bar (29 psi)
SealingsHigh-molecular PE, VisChem
Sealings staticViton O-ring (medium), NBR (dust)
Motor18-24 VDC incremental encoder
° C
+10 to +40 non-condensing, air pressure 1 bar (14.5 psi)
° C
° C
Cable flexibilityHigh flex cable; flex cycles 5 million minimum. Bending radius -min: 5 x d, opt: 10 x d
Cable features
Max voltage 600V. Copper 22AWG. 6 cores of TPE-E. Black jacket of FHF, PUR. Connector at each
PCD7H
22293306-003
274, SQ 34, ø 40 mm
(10.78”, SQ 1.338”, ø 1.57”)
≈ 0.53 ml/rotation
+10 to +40
dry and dust free, -10 to +40
end.
2/20/19GPD Global
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27
PCD Pump User GuideSpecifications
Additional Dimensions
PCD3 (PN 22293093-1004)
PCD3L (PN 22293093-1002)
PCD3H (PN 22293093-1003)
PCD3H legacy (PN 22293121)
2/20/19GPD Global
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28
PCD Pump User GuideSpecifications
PCD4 (PN 22293081)
PCD4L (PN 22293122)
PCD4H (PN 22293103)
PCD4HB (PN 22293240)
2/20/19GPD Global
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29
PCD Pump User GuideSpecifications
PCD6 (PN 22293161-001)
PCD6HB (PN 22293161-003)
PCD7H (PN 22293306-003)
2/20/19GPD Global
®
30
PCD Pump User GuideSpecifications
Threads & Materials
Table 9: Threads & Materials Specifications
Threads/Materials
Used
Medium input
Bleed hole
Threads
Nozzle Connection
PCD3
22293093-1004
1/8” cylindri-
cal Whit-
worth pipe
thread
Luer DIN
EN 20594-1
Luer Lock
DIN EN
1707 with
O-ring, pat-
PCD3H
22293093-1003
22293121
PCD3L
22293093-1002
Standard luer lock or 1/4-32
M5 x 0.8
Standard conical (6% taper)
luer lock
22293081
22293098-0002
1/8” cylin-
drical Whit-
worth pipe
M3 x 5.5
DIN 13
Luer Lock
DIN EN
1707 with
O-ring, pat-
ented
Dispenser housing,
end nozzles
Dispenser parts, motor
housing
Screws, washers, etc.
Stator elastomer, flexible shaft covering
Shaft sealing ringsZ80
Materials
O-ringsViton
Drive shaft, rotorA4Stainless steel*
HD-POMAnodized aluminumPM blackAnodized aluminumPOM black
Anodized aluminum
Stainless
steel A2
VisChem,
Chemrez
Stainless steel
Kalrez,
Chemrez
Stainless
steel A2
VisChem,
Chemrez
Stainless
1.4305
* Plating options available.
PCD4
thread
ented
steel
PCD4H
22293103
Standard luer lock or
1/4-32
PCD4L
22293122
PCD6
22293161-001
1/4” cylindrical Whitworth
pipe thread DIN/ISO 228
M5 x 0.8M4 x 8 DIN 13
Standard conical (6%
taper) luer lock
Luer Lock DIN EN 1707
with O-ring, patented
Stainless steelStainless steel A2
Kalrez,
Chemrez
VisChem,
Chemrez
Stainless steel*Stainless steel 1.4305
PCD7H
22293306-003
2/20/19GPD Global
®
31
PCD Pump User GuideReferences
References
•Disposal (pg 32)
•Connection Options
•Assembly Drawings
Disposal
The final disposal of the dispense pump is to be done in an environmentally-appropriate
manner. All the materials and packaging must be handled in accordance with the recycling
stipulations.
Do not dispose of electrical parts in the household garbage. They are to be taken to the appropriate collecting points. 2002/96/EU (WEEE) EU DIRECTIVE concerning used electrical and
electronic equipment.
Connection Options
Gravity Fed, Low Viscosity Medium
(pg 32)
(pg 34)
A = supply of medium from a cartridge (A).
B = supply of medium from a bottle (B).
D = Power supply drive unit
Select a size of hose such that the liquid flows out of the dispense pump by gravity without air bubbles.
Self-suction is possible.
2/20/19GPD Global
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32
PCD Pump User GuideReferences
Pressurized, Medium/High Viscosity Medium
A - supply of medium from a cartridge
C - compressed air, 0-7 bar regulated
C1 - compressed air, 0-6 bar regulated.
C2 - Compressed air, 7 bar, dry, clean, oil-free
D - supply of medium from a pressure tank.
E - Power supply drive unit
Compressed air supplies either the cartridge (A) or pressure tank (D).
1 - Cartridge (Item A) supplied with compressed air (C or C1), connected to the dispense pump.
2 - Medium supply from the pressure tank (Item D).
2/20/19GPD Global
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33
PCD Pump User GuideReferences
Assembly Drawings
PCD3 Models
•PCD3 - 10/4807 (pg 35)
•PCD3 - 22293093-1004
–22293091 replaced by 22293093-1004
•PCD3 - 22293093
•PCD3L - 22293093-1002
–22293120 replaced by 22293093-1002
•PCD3H - 22293093-1003
–22293228 replaced by 22293093-1003
DOWEL PIN 2mm X 4mmDAM02004111-9
SCR.A.CP.SST.MET.M2X.4_12MM LGSACSM020040012311-10
SCR.A.CP.SST.MET.M3X.5_40MM LGSACSM030050040
4
11-11
SET.A.CU.SST.MET_ 3MMX0.5 X 3MM LG SSTTACSM030050003111-12
END SECTION_PCD4H_W/6% TAPER22203447111-19
DOWEL PIN 3mm X 8mmDAM03008212
DOWEL PIN 5mm X 10mmDAM05010113
SCR.A.CP.SST.MET.M2X.4_10MM LGSACSM020040010214
SCR.A.CP.SST.MET.M3X.5_8MM LGSACSM030050008615
SCREW,FLATHEAD,4MM X 18LG ALLOYSAFANM040070018116
ELBOW_MALE_M5X4MM TUBE10/2017101
ADAPTER, THD, LUER, FEMALE, SST,1/4-3210/3171202
LUER CAP FITTING MALE LOCKING10/4836103
ORING,VITON_5mmID X 1mmW10/4912304
PURGE TUBE ASSY PCD VALVES
22110485105
COUPLER,6MM
22203421106
VALVE SECTION_PCD4H22203443107
END SECTION_PCD4H_W/6% TAPER22203447108
CLIP_PURGE VENT_PCD4H22203453109
SYRINGE TUBE/VENT BLOCK, PCD4H22203454110
SYRINGE SUPPORT_PCD 450_SNAP STYLE22203524111
BODY_AUGER_IN LINE CONNECTOR
22203730112
BODY ADAPTER_MICRO MOTOR ADAPTER
22203738113
MALE ADAPTER_PCD4H_EXTENDED REACH22203762114
DEVICE_PUMP MOTOR_INLINE CONNECTOR22293301115
VALVE PCD4 250MM CABLE_VER222293311-0003116
BEARING HOUSING W/ROTOR SET CPL10/4820116-01
COUPLING STAR SHAPED10/4673
116-02
SEAL SET W/HOUSING10/4821
116-03
O-RING FKM 15MM DIA X 1.510/4682116-04
ALLEN SCREW M3 X 2510/4687416-05
STATOR CPL_PCD410/4675116-06
THREADED SLEEVE LUER-LOCK10/4804116- 07
UNION RING PCD410/4803116-08
O-RING_FKM_.547ID X .051W
2575-0004116- 09
O-RING_FKM_.632 ID X .047 SECTION
2575-0005116- 10
SET SCREW M3 X 510/4678216-11
ASSEMBLY AID HAND DRIVER10/4674116 -12
WRENCH_HEX-KEY_1.5MM_L SHAPEM2003116- 13
WRENCH_HEX-KEY_2.5MM W/HANDLE10/4772116-14
DOWEL PIN 2mm X 4mm
COUPLING STAR SHAPED10/467312
STATOR CPL_PCD410/4675
13
SET SCREW M3 X 510/467824
ALLEN SCREW M3 X 2010/468045
O-RING FKM 15MM DIA X 1.510/468226
WASHER,FLAT,TEFLON_.37 ODX.19 IDX.031 W10_347017
SCR.A.CP.SST.MET.M5X.8_6MM LGSACSM05008000618
ALLEN SCREW M3 X 2510/468749
UNION RING PCD4 (REPLACEMENT PN 22203610)10/4803
110
BEARING HOUSING W/ROTOR SET CPL10/4820111
SEAL SECT._PCD4_SST W/TEFLON LIP SEALS
22293781112
ORING,VITON_5mmID X 1mmW10/4912113
FEED RESERVOIR_PCD
22203375114
VALVE_PCD4 HALF CLAMP22203385115
MALE ADAPTER_PCD4
22203389116
COUPLER,6MM22203421117
MALE NEEDLE HUB_PCD4
22203628118
SYRINGE SUPPORT_PCD_VER2_ST RAIGHT22203523119
BODY ADAPTER_MICRO MOTOR ADAPTER22203605120
---
21
O-RING_FKM_.632 ID X .047 SECTION2575-0005122
PUMP HOUSING_PCD4_SST_SIDE PURGE22 203773123
MOTOR_SERVO_24VDC_W/ENCODER_DIFFER ENTIAL3500-0094124
DOWEL PIN 2mm X 4mmDAM02004125
DOWEL PIN 3mm X 8mmDAM03008226
DOWEL PIN 3mm X 20mm
DAM03020227
SCR.A.CP.SST.MET.M2X.4_12MM LGSACSM020040012328
CAP SCREW 3MM X 0.5 X 10MM LGSACSM030050010
229
CAP SCREW, SST, 3MM X 0.5 20MM LGSACSM030050020230
SET SCREW 3MMX0.5 X 5MM LG ALLOYTACAM0030050005
231
NUT_WING_MALE NEEDLE HUB_PCD22203635132
KIT,NEEDLE_TAPER TIPS 18G-30G S TYPE10/4783
BODY ADAPTER_MICRO MOTOR ADAPTER2220363412
DOWEL PIN 2mm X 4mm
DAM0200413
COUPLER,6MM2220342114
SET SCREW 3MMX.5 X 3MM LG SSTTACSM03005000315
ALLEN SCREW M4 X 252650-010746
ADAPTER MOUNT_PCD3 VER22220343017
CAP SCREW 3MM X 0.5 - 6MM LGSACANM030050006
4
8
SCREW,FLATHEAD,4MM X 18LG ALLOYS AFANM04007001819
MALE ADAPTER_PCD6_NI PPLE
22203648110
DOWEL PIN 5mm X 8mmDAM05008111
ELBOW_MALE_M5X4MM TUBE10/2017
112
PURGE TUBE ASSY PCD VALVES22110495113
UNION RING PCD6
2650-0101114
END PIECE PCD6 W/LUER-LOCK_OEM265 0-0102115
END SECTION_PCD6
2650-0112115.1
THREADED SLEEVE LUER-LOCK10/46 90115.2
O-RING_FKM_.110 ID X .028 SECTION
2575-0006115.3
STATOR CPL_PCD62650-0373116
O-RING_NBR_16MM ID X 1.252575-0023117
ALLEN SCREW M4 X 40SACSM040070040418
DISPENSER HOUSING_PCD6_ALUMINUM22203633119
O-RING_FKM_.632 ID X .047 SECTION2575-0005120
SEAL SET W/HOUSING PCD62650-0111121
O-RING_FKM_.547ID X .051W2575-0004122
BEARING HOUSING PCD6 W/ROTOR SET CPL2650-0105123
SET SCREW M3 X 8 PCD6
2650-0106224
COUPLING STAR SHAPED10/4673125
SCR.A.CP.SST.MET.M2X.4_12MM LGSACSM020040012
SENSOR MOUNT
MOUNT_LEVEL_PCD_VER2
MOUNT_VERT ADJUST_PCD LEVEL DETECT
SENSOR CAPACITIVE
DOWEL PIN 3mm X 8mm
EXTENSION SPRING
SCREW,BUTTON HEAD,3MMX.5 X 8MM,SST
CAP SCREW 3MM X .05 4MM LG
CAP SCREW 3MM X .05 8MM LG, SST
SCREW,FLATHEAD,3MM X 12LG ALLOY
WASHER,FLAT,REGULAR,ALLOY,M3
SENSOR MOUNT
MOUNT_LEVEL_PCD_VER2
MOUNT_VERT ADJUST_PCD LEVEL DETECT
SENSOR CAPACITIVE
DOWEL PIN 3mm X 8mm
EXTENSION SPRING
SCREW,BUTTON HEAD,3MMX.5 X 8MM,SST
CAP SCREW 3MM X .05 6MM LG, SST
CAP SCREW 3MM X .05 8MM LG, SST
SCREW,FLATHEAD,3MM X 12LG ALLOY
WASHER,FLAT,REGULAR,ALLOY,M3