Flexicon PD12IHS manual 

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 1 of 19
PD12 IHS / PD12 IDH
(example; exact model may vary)
This instruction handbook is for the daily users of the equipment.

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 2 of 19
Table of Contents
1Introduction................................................................................................................................3
1.1 The peristaltic principle..............................................................................................................3
1.2 Abbreviations in this manual .....................................................................................................3
1.3 Symbols on the machine...........................................................................................................4
1.4 Caution and employee safety....................................................................................................4
1.5 Essential training before daily use.............................................................................................4
1.6 References................................................................................................................................4
2General information...................................................................................................................5
2.1 Unpacking and inspection .........................................................................................................5
2.2 Technical specifications ............................................................................................................5
3Installation.................................................................................................................................6
3.1 Dip-switch settings: ...................................................................................................................7
4Daily Use...................................................................................................................................8
4.1 Starting-up and running.............................................................................................................8
4.2 Placing the product container....................................................................................................8
4.3 Choosing tubes, y-connectors and filling nozzles .....................................................................9
4.4 Assembly of tubes and Y-connectors......................................................................................10
4.5 Mounting of silicone tubes.......................................................................................................11
4.6 Dispensing...............................................................................................................................12
4.6.1 Nature of fill media ..................................................................................................................12
4.6.2 Prime tubes.............................................................................................................................12
4.6.3 Problems with drips.................................................................................................................12
4.6.4 Problems with hard feed..........................................................................................................12
4.6.5 Problems with different volumes from the 2 heads .................................................................12
5Choice of parameters..............................................................................................................13
5.1 Programming principle ............................................................................................................13
5.1.1 Description of PD12 specific functions/parameters.................................................................13
Function 1 –Volume............................................................................................................................13
Function 2 - Tube diameter..................................................................................................................13
Function 3 - Velocity ............................................................................................................................13
Function 4 - Acceleration/deceleration.................................................................................................14
Function 5 - Reversing (back suction) .................................................................................................14
6Cleaning..................................................................................................................................15
6.1 Cleaning Frequency ................................................................................................................15
6.2 Preparations for cleaning ........................................................................................................15
6.3 Cleaning Guidance..................................................................................................................15
6.4 Detergents or cleaning agents ................................................................................................15
7Maintenance & service............................................................................................................16
7.1 Daily maintenance...................................................................................................................16
7.2 Service ....................................................................................................................................16
7.3 Methods and frequency of inspections for safety functions.....................................................16
8Interface and change of voltage..............................................................................................17
8.1 PD12 interface.........................................................................................................................17
8.2 Connecting multiple PD12’s to flexnet.....................................................................................18
8.3 Change of voltage ...................................................................................................................18
9Declaration of conformity.........................................................................................................19

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 3 of 19
1 Introduction
This manual covers two models.
PD12 IHS (high speed).
This model fills one bottle at a time.
In the double head the tubes are mounted in pairs of 2 and via y-connectors these are joined into one
tube in order to fill one bottle at a time.
and
PD12 IDH (double head).
This model fills two bottles simultaneously.
In the double head the tubes are mounted in pairs of 2 and via y-connectors each set of tubes are
joined into one tube in order to fill two bottles simultaneously.
In general all sections of the manual cover both models; unless clearly specified.
1.1 The peristaltic principle
PD12 operates with a peristaltic dispenser head (tube pump), where the liquid only comes into
contact with the flexible tube, the tube connections and the filling nozzle. The tubes are usually made
of silicone, but other materials can also be used.
The dispenser head is designed in such a way that sterilized tubes can be mounted in the head
without affecting the sterility.
The dispenser head is self-priming, and the dispenser head itself can stand to be run dry (not
recommended for the sake of the tubes).
The dispenser head on PD12 works with four parallel tubes which are squeezed by rollers mounted
on ball bearings. The rollers in are offset in order to eliminate pulsation.
1.2 Abbreviations in this manual
e.g.
As example
Fig.
Figure
Hz
Hertz
i.d.
Internal diameter
IDH
Industrial Double Head
IHS
Industrial High Speed
MC12
Flexicon Master Controller
mA
milli Ampere
msec
milli secunds
o.d.
Outer diameter
PD12
Peristaltic Dispenser
VAC
Volt Alternating Current
VDC
Volts Direct Current

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 4 of 19
1.3 Symbols on the machine
Warning against touching
Warning against high voltage
Fig. 1 –Symbols
1.4 Caution and employee safety
This manual should be read before using the PD12.
It is strongly advised that
- Any kind of maintenance or cleaning of the machine not is carried out while power is
connected
- Unauthorised / non-trained personnel should not open the cover of the electrical parts
- The machine is placed in such a way that it is not exposed to high humidity, high temperatures
or other abnormal operating environment.
- The machine is not to be used in explosion hazardous environments.
- When operating the machine make sure that the dispenser heads are closed and that safety
cover is placed above.
- The machine should be used for dosing and filling of liquid fluids, only.
A peristaltic dispenser head is not suitable for viscous products; see section 4.6.1
1.5 Essential training before daily use
Read the section with Daily Use, thoroughly before using the machine.
Protective equipment and protective devices are installed:
The machine is equipped with a safety cover which protects the operator from hazards; the
machine will not run unless the safety cover is placed.
Always respect the symbols on the machine.
Cleaning must be performed as described in section 6.
1.6 References
- MC12 manual

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
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2 General information
2.1 Unpacking and inspection
Please check that all ordered items have been received and that no items are damaged during
transport. In case of any defects or omissions, please contact W-M Flexicon or your supplier
immediately.
2.2 Technical specifications
Dimensions:
Length: 525 mm
Width: 200 mm
Height: 208 mm (incl. Feet)
Fig. 2 –Dimensions
Buttons:
online
Lights when communicating with MC12.
power
Lights when the machine is on.
prime
Pushbutton for tube priming
Fig. 3 - Buttons on PD12
Other:
Weight: 13 kg
Motor: High Torque Step Motor MST341B02
PD12 Power consumption: max 150 Watt
Mains: 110/230 VAC earthed, 50/60 Hz

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 6 of 19
3 Installation
PD12 must be placed on a stable bedplate. All electrical connections are on its rear.
1
2
3
Fig. 4 - Connections
The cable with plug (1) is connected to an earthed switch.
The communication cable from MC12 (type 3) comes fitted with two 4-pin DIN plugs. One is
connected to the "net 1" socket (2) on the PD12, and the other plug is connected to the "net" socket
on MC12.
The terminator supplied with MC12 (4-pin blind DIN plug) is connected to the "net 2" (3) socket on
PD12.
Should the system be operating more than one PD12, the "net 2" socket (3) is to be connected to the
"net 1" socket (2) on the next PD12 by a communication cable (type 3). The terminator is connected
to the last PD12 on the line.
PD12 is now ready to be switched on and to be programmed from the MC12.
If the PD12 is one of several filling stations in a system, none of the stations may have the same
address and it must therefore be changed.

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
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3.1 Dip-switch settings:
Change of address is performed via a dip-switch
placed underneath the PD12. This change may
only be carried out when the machine is turned
off at the main isolator.
Addresses between 1 and 16 may be chosen,
and the table below shows the various
combinations.
Address "1" is the factory setting of PD12.
This can be changed –see below.
Address
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
SW1
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
SW2
1
1
0
0
1
1
0
0
1
1
0
0
1
1
0
0
SW3
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
SW4
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 8 of 19
4 Daily Use
4.1 Starting-up and running
Installation section must be carried out before this chapter can be performed.
4.2 Placing the product container
In order to build up adequate pressure, it is recommendable to place the product container at the
same level as dispenser head or preferably above the dispenser head level. Placing the container
higher than dispenser head level provides positive product support and may reduce the calibration
interval. It is also recommended to place the container as close as possible to the dispenser on
suction side.
Flexicon
Pump Head
Preferred Placement
of container
Normal Placement
of container
Suction side Pressure side
Fig. 5 - placing the product container
Dispenser head

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 9 of 19
4.3 Choosing tubes, Y-connectors and filling nozzles
The filling is carried out by the PD12 which is controlled by the MC12.
The capacity is based on the volume to be dispensed, however a lot of factors can influence on the
obtainable capacity; e.g. choice of tubes and type of product.
These aspects must be considered before choosing the filling settings.
Tubes must be selected according to the application and volume to be filled. Use the table shown
below for choice of tubes according to minimum volume to be filled.
PD12 can operate with different tube dimensions chosen according to the volume to be dispensed.
The tubes are designated by their internal diameters (i.d.) in millimetres. This value is always used as
designation for the individual tube, and this is also the value to be entered in function 2 at the MC12
master controller.
In order to obtain stable and good results, the choice of tubing can be made according to the following
guidelines:
PD12 IHS
Volume
ml
Nozzle
mm i.d.
Tubing
mm i.d.
Y-Connector
i.d.
< 1.00
0.6
0.5
1.2
1.00 –2.00
1.0
0.8
1.2
2.00 –3.40
1.0
1.2
1.8
3.40 –14.0
1.6
1.6
1.8
14.0–24.0
3.2
3.2
3.6
24.0 –44.0
4.5
4.8
4.8
44.0 –70.0
6.0
6.0
4.8
>70.0 ml
8.0*
8.0
7.5
* use non-return valve
PD12 IDH
Volume
ml
Nozzle
mm i.d.
Tubing
mm i.d.
Y-Connector
i.d.
< 0.50
0.6
0.5
1.2
0.50 –1.00
1.0
0.8
1.2
1.00 –1.70
1.0
1.2
1.8
1.70 –7.00
1.6
1.6
1.8
7.00 –12.0
3.2
3.2
3.6
12.0 –22.0
4.5
4.8
4.8
22.0 –35.0
6.0
6.0
4.8
>35.0 ml
8.0*
8.0
7.5
* use non-return valve
The filling time for a volume of 10.0 ml with a Ø3.2 ID tube is 0.8 seconds with dispenser running in
high speed i.e. 400 in rpm and 100 in acceleration.

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 10 of 19
The same volume can be obtained with Ø4.8 ID tube in 0.55 seconds for the same parameters.
The contrast here is outweighed by the fact that Ø3.2 ID tube will in this case yields better accuracy
than the option of using Ø4.8 ID. But as it is indicated the capacity will be higher with Ø4.8 tube since
filling time is shorter.
The above mentioned example should be considered as guidance only, and adjustments should be
done for the individual applications.
4.4 Assembly of tubes and Y-connectors
Before mounting the tubes in the dispenser head
the tubes must be assembled with a Y-connector.
When the Y-connector has been assembled, mount
the tubes in the dispenser head, as shown in 4.5
Each set of tubes and y-connector must be assembled
as this.
PD12 IHS
PD12 IHS (high speed).
This model fills one bottle at a time.
In the double head the tubes must be mounted
in pairs of 2 and via y-connectors these are
joined into one tube.
PD12 IDH
PD12 IDH (double head).
This model fills two bottles simultaneously.
In the double head the tubes must be mounted
in pairs of 2 and via y-connectors each set of
tubes are joined into one tube.
NOTE: To obtain best possible equality of
filling volumes from the 2 heads the tubing
must be of the same type, size, batch and
degree of wear.
(see also 4.6.5)

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
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4.5 Mounting of silicone tubes
PD12 is equipped with a clear tube bridge cover, tube bridges and tube locks.
The clear tube bridge cover secures the tube bridges from being removed while the pump is running.
The tube locks ensure that the mounted tubes do not slide through the dispenser head when running.
The tube bridge retains the tube and performs the necessary pressure on the tubes.
Open the dispenser head by tipping each of the two locking pins up and lift the tube bridge
Figure 4-1 Removing the tube bridge
1
2
3
Mount the correct tube lock (1) on its dowel pin and place the tubes.
It is important that the tubes are situated in the two notches (2+3).
The Y-connector must be situated at the opposite side of the tube lock.
Now mount the tube bridge in its tracks and engage the two locking pins.
Figure 4-2 Mounting of silicone tubes
Place the clear tube bridge cover
over the tube bridges before attempting to start the pump.
NB! Never leave the pump mounted with tubes overnight.
At least tip the locking pins up in order not to retain the tube in
pressure
Figure 4-3 Mounting of clear tube bridge cover

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PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
Page 12 of 19
4.6 Dispensing
4.6.1 Nature of fill media
The peristaltic dispensers are not suitable for viscous products. For viscous product another type of
dispenser from WM Flexicon can be used. In the case that the PD12 should be used and the product
is of viscous nature, then heating the product before dispensing with PD12 is recommended.
Another consideration is the surface tension of liquid. Product with high surface tension tends to
produce drip. Due to this fact it is difficult to have sufficient cut off after every individual dispense.
When filling with small volumes and high surface tension, present drips are often produced and
constitute inaccuracy.
4.6.2 Prime tubes
When the tubes and Y-connectors have been assembled and mounted in the dispenser head, the
tubes must be primed; priming tubes have the purpose of filling the tubes with the product.
First, place the product container.
Hold a collecting bowl under the filling nozzle(s) press the prime button.
Check that the tubes are free of bubbles and that the end of the tubes on the suction side, are under
the liquid surface. The suction tubes must not have contact with the container body.
4.6.3 Problems with drips
During filling drips can cause incorrect filling volumes and that the area underneath the filling nozzle
becomes contaminated. If drips occur the following can be tried:
choose a smaller filling nozzle
decrease speed
increase acceleration
use reversion
mount a non-return valve
4.6.4 Problems with hard feed
When dispensing with small tubes, counter pressure on the pressure side of dispenser head might
constitute inaccuracy and instability in filling (hard feed). In some cases the problem can be resolved
by using a larger tube on the pressure side (after Y-connector).
4.6.5 Problems with different volumes from the 2 heads
When running as an IDH, the two heads will each fill a separate bottle.
However, the PD12 IDH can only be calibrated as 1 common unit.
For this to work with the best possible accuracy, the tubing in the 2 heads must be as identical as
possible.
They must be of - not just same tube type, size and batch - but also of the same “runtime” age of the
section of tubing placed in the pump heads.
That means that the sections of tubing placed in pump head ‘1’ must have been used for just as long
as the section placed in pump head ‘2’.
If for instance the tubing has been running 50.000 fillings from fresh tubing in both heads and the
tubing in one of the heads is moved - so that fresh tubing is under the tube bridge –then the two
heads will not be producing the same volumes.
If it is impossible to calibrate the 2 pump heads to deliver filling volumes within the required accuracy:
Check the fluid path (tubing, Y-connectors and nozzles) for kinks and restrictions.
Try moving the tubing in both pump heads to fresh unused sections.
If this does not help, a new set of tubing must be installed –IN BOTH PUMP HEADS.

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
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5 Choice of parameters
5.1 Programming principle
The actual programming will be made on the MC12; however some parameters are PD12 specific.
5.1.1 Description of PD12 specific functions/parameters
The functions below affect filling and calibration.
If the value of the parameter is changed during filling or calibration, the new value will not be applied
until the start of the next filling or calibration.
Please note that if parameters are changed during filling a new calibration is recommended.
Function 1 –Volume
Value: ml
Function 1 informs the system of the volume to be filled.
Value
Option
Min
Max
0.01
9999.9
ml. or gram
The entered value must be between 0.01 and 9999.9.
PD12 IHS:
When entering a volume of e.g. 100 ml, this will be shared among the double heads into 2 x 50 ml.
PD12 IDH:
When entering a volume of e.g. 100 ml, this will trigger each head to fill 100 ml.
Function 2 - Tube diameter
Value: Inside diameter of the tube in mm.
Drive type
Tube inner diameter in mm
PD12
0.5
0.8
1.2
1.6
3.2
4.8
6.0
8.0
Function 3 - Velocity
Value: Revolutions per minute (rpm).
Velocity range depends on tube size applied.
Range:
Tube Sizes
Max. Velocity
Max. acceleration
0.5 - 0.8 –1.2 –1.6
400
100
3.2
400
100
4.8 - 6.0 –8.0
400
100
The fastest filling will be carried out at the highest velocity setting but the velocity should always be
adjusted to suit the characteristics of the product and to reduce splashing or foaming.

INSTRUCTION HANDBOOK
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PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
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Function 4 - Acceleration/deceleration
Value: An integral number.
This function offers a choice of values between 1 and 200 dependent on the tube size and drive;
1 = slowest, 200 = fastest.
Tube Sizes
Max. Velocity
Max. acceleration
0.5 - 0.8 –1.2 –1.6
400
100
3.2
400
100
4.8 - 6.0 –8.0
400
100
Function 5 - Reversing (back suction)
Value: An integral number.
After each filling the dispenser head can be set to perform a small back suction to prevent dripping.
The back suction can be set at values between 0 and 10.
0 = no back suction
10 = maximum back suction
The value has no relation to any other parameters and is solely a number of degrees of a rotor turn.
Consequently, the volume that is sucked back will depend on the tube diameter.
For other program possibilities; see the MC12 manual.

INSTRUCTION HANDBOOK
PD12IHS / PD12IDH
PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
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6 Cleaning
6.1 Cleaning Frequency
As PD12 is not in direct contact with the dispensed product, daily cleaning might not be necessary.
Cleaning might be determined by local sop’s and cleaning validations; but must never be with
detergents more potent than the ones below.
6.2 Preparations for cleaning
Before cleaning the machine:
Turn off the power
Remove the tubebridge
Remove the tubes
6.3 Cleaning Guidance
Correct cleaning of the PD12 is carried out by washing it off with water or detergents, using a lint-free
firmly wrung cloth or lint-free paper towel; subsequently the machine is wiped off with a dry cloth.
6.4 Detergents or cleaning agents
Normal cleaning agents such as tepid/medium hot water, ethyl alcohol (ethanol) 70% and may be
used all over the machine.
The PD12 consists of stainless steel and anodized aluminium, and can be cleaned in several ways:
Cleaning of parts made of:
May be
autoclaved
Can be cleaned with
ethyl alcohol 70%
Can be cleaned with
water and afterwards
wiped off with dry a cloth
Stainless steel
AISI304
X
X
X
Stainless steel
AISI316L
X
X
X
Anodized aluminium
X
X
X
Silicone tubes /
Y-connectors
X**
Max 10 times
X
X
Examples:
Flexicon silicone tubes can be autoclaved
MC12 has a membrane-type keypad. The keypad is sealed and flat and can be cleaned with
alcohol or water.
**Recommendation:
Keep a log of the cleaning, in order to keep track of the cleaning activities
and to know when tubing and Y-connectors need to be discarded .

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Version: 2.01
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7 Maintenance & service
7.1 Daily maintenance
PD12 does not require any special daily maintenance, such as lubrication or the like.
7.2 Service
Should service be needed, please contact W-M Flexicon or your local supplier.
7.3 Methods and frequency of inspections for safety functions
Safety functions should be tested once a year:
Tube Bridge
Remove the safety cover on the tube bridge and press PRIME.
The machine must not start if the safety cover is not present.
Keep a log and read the previous log recordings to present an overview of the machines state.
After testing the safety functions the results must be recorded in the log.

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Version: 2.01
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8 Interface and change of voltage
8.1 PD12 interface
1
2
3
4
1 = External 1:
PIN 1:
INPUT FOR START SIGNAL
+5 - 50 VDC, min. 100 msec. positive-edge-trigged.
PIN 2:
OUTPUT, +24 VDC, MAX. 500 MA.
PIN 3:
GROUND.
PIN 4:
STATUS OUTPUT, MAX. +24 VDC, 100 MA.
Pin 4 is grounded via an open collector during filling.
PIN 5:
STATUS OUTPUT, MAX. +24VDC, 100 mA Pin 5 is complementary to pin 4.
2 = External 2:
PIN 1:
INPUT FOR DISABLING.
+5 - 50 VDC. if this pin is activated, the drive will be disabled (no dispensing).
PIN 2:
OUTPUT, +24 VDC, MAX. 500 MA.
PIN 3:
GROUND.
PIN 4:
STATUS OUTPUT, MAX. +24 VDC, 100 MA.
Pin 4 is grounded via an open collector during filling.
PIN 5:
STATUS OUTPUT, MAX. + 24 VDC, 100 MA.
Pin 5 is complementary to pin 4.
3 = Net 1
This socket is reserved for (RS-485) network communication.
4 =Net 2
This socket is reserved for (RS-485) network communication.

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8.2 Connecting multiple PD12’s to flexnet
8.3 Change of voltage
The PD12 can be converted to accept another supply voltage.
The conversion can be made inside the machine by moving the cables of the transformer clamps.
BLUE
YEL/GR.
BROWN
WHITE BLACK
BROWN
NET plug on MC12/
MC12P
116 116
BLUE
YEL/GR.
BROWN
BLUE
YEL/GR.
BROWN
WHITE BLACK
BROWN
WHITE BLACK
BROWN
LINE
EARTH
NEUTRAL
116
4
3
1
2
Drive 1 Drive 2 Drive 3
Connection of PD12P'sin Flexnet

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PD12IHS_PD12IDH IH EN 74-115-181 v2.01
Version: 2.01
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9 Declaration of conformity
We Watson-Marlow Flexicon A/S
Frejasvej 2-6
DK-4100 Ringsted
Declare on our sole responsibility that the product:
Peristaltic dispenser type
Model
PF6
91-050-008
PF22
91-220-000
PD12I
91-150-014; 91-150-020
PD12IHS
91-150-300
PD12 DH OEM
91-153-030
PD12P
91-151-014
PD12PS
91-152-014; 91-152-020
PD22I
91-250-022
PD22P
91-251-022
PD22PS
91-252-022
To which this declaration relates is in conformity with the following standard(s):
DS EN/ISO 12100
Safety of machinery - Basic concepts, general
principles of design
DS/EN 60204
Safety of machinery –Electrical equipment of
machines
According to the provisions in the Directives:
2006/42/EC
On the approximation of the laws of the Member
States relating to machinery
2006/95/EC
On the harmonization of the laws of Member
States relating to electrical equipment designed
for use within certain voltage limits
2014/30/EC
On the approximation of the laws of the Member
States relating to electromagnetic compatibility
January 2017
Ringsted, Denmark
Signature:
Jørn Jeppesen, Design & Engineering Manager