Groeneveld MultiLine SFi Manual

MSFI - F801306
Groeneveld-BEKA (North America)
MulLine SFi (MSFI) Manual
This print and the ideas and principles represented on the print are the property of Groeneveld-BEKA USA. This print is not to be copied or reproduced (even extracts) without prior
wrien consent of Groeneveld-BEKA. This manual is not intended to be a substute for the specic recommendaons of your equipment supplier. Every reasonable eort has been
made to ensure the accuracy of the informaon contained in this catalog, but no liability is accepted for errors, omissions or for any other reason.
Applicable Pumps: AC15XXL-2-A, AC25XXL-2-A, AX13XXL-A, AX23XXL-A
Applicable Kits: MSFI-XXXX-XXXX
Maximum Working Pressure: 1740 psi (120 bar, 12 MPa)
Maximum operang temperature: 140°F/60°C
*(Note that operang close to maximum temperature will eect life of the pump)*
Minimum operang temperature: -31°F/-35°C (with grade 000 grease), 10°F/-12°C (with grade 2 grease).
IP Rang: IP66
Voltage: 24 VDC, 110/220 VAC (50/60Hz)
Power Rang: 4VA
Fuse Rang: 1A
*Max Pumpability Distance: 35 (10.7m)
*Temperature & lubricant dependent

MSFI - F801306 2
WARNING
Installaon Warning
INSTALLATION
Only install the Groeneveld-Beka AXL System if you are suitably
qualied. Read installaon instrucons before commencing
installaon. If in doubt contact Groeneveld-BEKA at 937-276-4507.
PERSONAL PROTECTIVE CLOTHING
You must wear appropriate protecve equipment when operang
and servicing the equipment, this is to protect you from serious
injury.
This equipment includes but is not limited to:
• Protecve eyewear.
• Respirators, protecve clothing and gloves as recommended by
the Lubricant manufacturer.
PLASTIC PART CLEANING SOLVENT HAZARD
Many solvents can damage plasc parts and cause them to fail, which
could cause serious injury or property damage.
• Use only compable cleaning products.
ENVIRONMENT
Ensure that all Lubricants are responsibly disposed of in accordance
with the manufacturers MSDS sheets and local regulaons.
• Groeneveld-BEKA UK Ltd operate an equipment take back
scheme, please contact us for further details.
Please keep hold of this document for reference and future use.

MSFI - F801306
3
EC Declaraon of Conformity
In accordance with ISO/IEC 17050-1:2010
We Groeneveld-Beka UK Ltd
Of 85a St Modwen Rd, Parkway Industrial Estate,
Plymouth, Devon, United Kingdom, PL6 8LH.
I hereby declare that:
Equipment: MulLine SFi Automac Lubricaon Systems
In accordance with the following Direcve (s):
2004/108/EC The Electromagnec Compability Direcve
2006/42/EC Machinery Direcve
2011/65/EC Restricon of Certain Hazardous Substances
Has been designed and manufactured to the following specicaons:
BS EN 61000-6-2:2005, BS EN 61000-6-4:200, EN 60204-1
I hereby declare that the equipment named above has been designed to comply with
the relevant secons of the above referenced specicaons. The unit complies with
all essenal requirements of the Direcves.
Signed:
Name: Richard Butler Posion: Divisional Managing Director
Done at: Plymouth, UK Date: 04/01/2016
Document Ref: ISF 328 Issue 3

MSFI - F801306 4
Mounng and Clearance
Pump Clearance Requirements
Select a suitable mounng point for the pump on the machinery, preferably in a posion where it is protected from debris. Ensure adequate clear-
ance for the looming and re-lling is provided (see image below for clearance allowances). Do not mount the pump onto ancillary equipment.
Using the pump-mounted adhesive template (part number 31867-900), supplied, posion and drill the bracket holes (mounng posions and
bracket clearances detailed as per the above image). Use bolts, nuts and spring washers supplied to securely mount the pump in posion. If your
applicaon requires lling from the top-ll cap, be sure to allow at least 75mm clearance for access.
75mm (3”)
Filler Access
50mm (2”)
Loom Clearance
270mm (10.63”) 270mm (10.63”)
12 and 24 Port Brackets 248mm (9.76”)
36 Port Brackets 278mm (10.94”)

5MSFI - F801306
Pumping Elements and Looming
The MulLine SFi kits are pre-calibrated with MSFI-P-B040, blue, pumping elements (0.04cc output per stroke). The 110/220 VAC
pump’s integrally adjustable mer is preset to seng #3 (6min run and 30min delay). The 12/24 VDC pump’s externally adjustable mer
is preset to seng #4 (3min run and 27min delay). A selecon of pumping elements with varying outputs are available to suit almost
any need:
Overview:
The MulLine SFi kits are pre-loomed from the pumping element to the bulkhead connecons on the pump bracket. The push-t
connectors provide an easy installaon of the lines to the bulkhead connectors. The lubricaon line should be Groeneveld-BEKA ø4mm,
semi-rigid, nylon tubing. It is recommended that the tubing is pre-lled with grease to save on the need to prime the system once
installed.
From the pump posion establish the most convenient route for the lubricaon lines. It may be preferred to group the lines into looms
depending on pump locaon and quanty and posioning of the grease points. If grouping the lines into looms, allow sucient length
for connecon to the bulkhead outlet connectors and the bearings, making an allowance for movement on the machinery. In conjunc-
on with the ‘Installaon Record’ sheet (see page 18), t the number idencaon sleeves to the lines at the pump and bearing ends.
The loom should be protected along its length with the conduit/spiral binding/sleeving and/or tape (for part numbers see Accessories on
page 16).
Installaon:
Working from the furthest point from the pump, feed the lubricaon lines through the machine following exisng machine services
where possible. Ensure that the lubricaon lines are posioned to t the bearing ngs. Where a bearing is on a moving part, ensure
that the line is sucient to allow for full movement. To avoid rubbing or fricon with moving parts, grommets or protecve sleeving
should be used. Also, depending on the severity of movement, compression ngs may be preferred at the bearing points.
Connecng the lines:
Cut each lubricaon line to length ensuring a clean, square cut is achieved and connect to the bearing using push t or compression
connectors. Ensure tubing is pushed rmly into connector. Test the assembly by pulling rmly on the line aer installaon.
To connect to bulkhead ngs on the pump bracket follow steps 1-3 as shown above. Remove plug from bulkhead and push the line
rmly into the bulkhead. Again, ensure tubing is pushed rmly into connector. Test the assembly by pulling rmly on the line aer instal-
laon. Using the ‘Installaon Record’ sheet (see page 18) connect the lines to the corresponding numbered pumping elements.
Note: All damaged lubricaon lines should be replaced using genuine spare parts, failure to do so can cause system malfuncons and
major safety issues.
Output pressure
Maximum output pressure from each
pumping element 1740PSI/120 Bar
Standard pump elements for AXL pumps.
Part No. Output/stroke Color Size
MSF-P-R010 0.010 cc Red
Ø4mm
Push-Lock
MSF-P-G015 0.015 cc Green
MSF-P-Y025 0.025 cc Yellow
MSF-P-B040 0.040 cc Blue
MSF-P-G060 0.060 cc Grey
MSF-P-B100 0.10 cc Black
1
REMOVE
2
POSITION LUBRICATION
3
INSERT LUBRICATION
Making the Looms and Connecons

MSFI - F801306 6
Typical System Installaon Methods
Installaon
To connect the lubricant distribuon lines to the bearing, as detailed on the previous page, remove the exisng
zerk ng(s) (see images 1 and 2, below) and replace with the preferred push-t or compression ng(s) (see
images 3 and 4, below). A choice of ngs are available to suit all requirements (see page 16—Accessories).
1234
The MSFi systems are suitable for use with
most bearing types. Brushes are available
for chain lubricaon or sliding parts.
If a lubricaon distribuon line is not required, simply remove the line (securing loose end with a cable e around the rest of
the loom), remove the pumping unit and replace with a blanking plug (part number MSF-A-BP10). See steps A-D below:
D
B
A
C

7MSFI - F801306
MSFi 12/24VDC Pump: Wiring and Programming
Programming
Installaon of the AC range of pumps should ideally incorporate direct connecons to the vehicle ignion system. This provides automac lubricaon
whenever the ignion is switched on.
A memory, built into the pump’s printed circuit board, removes the possibility of over-lubricaon on a short trip/mul-drop operaon as the pump will
connue operaon of the programming from when the ignion was last switched o (i.e. if power was lost to the pump during the delay/dwell me,
the pump will connue with the remaining delay/dwell when power is resumed back to the pump).
SETTING RUN
TIME
DELAY
TIME
TOTAL
CYCLE TIME
0CONTINUOUS
13 MIN 6 MIN 9 MIN
23 MIN 9 MIN 12 MIN
33 MIN 12 MIN 15 MIN
43 MIN 27 MIN 30 MIN
53 MIN 42 MIN 45 MIN
63 MIN 57 MIN 60 MIN
The programmable AC15/AC25 has the following sengs available:
The AC15/AC25 can be programmed by pressing and holding the manual override
buon, located on the top of the pump.
If the buon is pressed for 10 seconds the programming mode will be selected and
the LED will either ash red or be connuously lit red (depending on the current
programming seng). The red illuminaon or ashing of the LED indicates that the
pump is in the programming mode and is showing the current programming
seng.
If the LED is connuously lit red this indicates seng ’0’ is selected (connuous run
mode). If the buon is not pressed again within 30 seconds the program will store
this seng and revert to operang mode and the pump will ‘Run’ or operate on
this seng.
However, if the buon is pressed and released within the 30 second window, the
next seng will be selected. See table above for seng details and mings.
For each seng, the number of ashes from the red LED indicates the seng se-
lected. For example, for seng 1 the LED ashes red once and delays for 3 sec-
onds, unl ashing once again. For seng 6 the LED will ash red six mes before a
3 second delay and it will connue doing this for 30 seconds. The seng will then
be stored and the pump starts to operate, or if the manual override buon is
pressed (within 30 seconds) the next seng will be selected.
Each me the manual override buon is pressed while in the programming mode,
the program will scroll through the selectable sengs (0-6). Aer seng ‘6’ the
program will loop back to seng ‘0’ (connuous run mode).

MSFI - F801306 8
MSFi 12/24 VDC Pump: Overview and Operaon
The lubricaon process starts aer either the ignion is switched on (if set to connuous run mode and the pump is only
powered when the ignion is on) or aer the alloed dwell me (of the already programmed pump) has elapsed. The pump
will run for 3 minutes and dwell for the alloed remaining me as programmed (6 minutes dwell, if 9-minute program, 9
minutes dwell if 12-minute program and 12 minutes dwell if 15-minute program).
If at any me the power drops out to the pump, the dwell counter will be stopped and will retain its value, thus remember-
ing its posion within the dwell cycle. The system will then connue from that point when the power/run signal resumes.
An indicator light is located on the top of the pump, within a viewing window (see below image ‘A’). The indicator light will
be lit when there is a connuous power supply to the circuit and pump. The indicator light will ash green when the motor is
in operaon and is lit red when in the programming mode.
Pressing the manual override buon (‘B’), for between 1 and 5 seconds, will operate the pump for one complete cycle (3
minutes).
Pressing the manual override buon (‘B’) for 10 seconds will enter the programming mode. See page 7 for more details.
The following inspecon procedures are recommended to help ensure proper operaon of the AC chassis lubricaon sys-
tem. Once the reservoir rell has been determined—every 3 days, once a week, once a month, etc.—make certain that the
interval is part of your scheduled maintenance.
A. Inspect all lubricaon points for signs of FRESH grease.
B. Check the condion of all ngs and connecons. Tighten or replace loose or damaged ngs.
C. Check all lubricaon lines; make certain that there are not any breaks. Check for wear or chang that may lead to
leakage.
D. Conrm pump operaon by pressing Manual Override buon (’B’) and checking the indicator light ashes (’A’).
A
B

9MSFI - F801306
MSFi 110/220 VAC Pump: Wiring and Timer Adjustment
SUFFIX
TOTAL
CYCLE
TIME
(mins.)
PCB SWITCH POSITION
1234Run
me
(mins.)
Delay
(mins.)
112 MINS ON - - - 66
221 MINS - ON - - 615
336 MINS - - ON - 630
466 MINS - - - ON 660
5126 MINS SPECIAL ORDER
To access the internal PCB and adjust the run sengs via the
dip switch:
1) Disconnect power to the pump.
2) Remove lid screws x3 (see ‘A’), (Torqued to 0.6Nm).
3) Remove lid (see ‘B’), making sure to retain the O-ring.
4) Remove motor housing screws x4 ( see ‘C’), (Torqued
to 1.2Nm). Make sure to retain the O-ring.
5) Access PCB (‘D’) and adjust dip switch as required (see
PCB 83344-426 image at the boom of this page for
the locaon of the dip switch).
6) Re-assemble, ensuring the drive adaptor locates on
the paddle and the O-rings are correctly ed.
A
C
B
D
Wiring Informaon
PCB SWITCH
AX-SP2
The pump cycle me can be changed from the factory set opon (#3) if required.
The above table shows the sengs available via seng of the dip switch on the PCB
(see le hand image).
• Switch posions ‘1-4’ cycle mes are based on the delay period. Pump runs for
6-minute cycles before the specied dwell me then repeats.
• Note that only 1 switch can be in ‘on’ posion at a me.
PCB Adjustments

MSFI - F801306 10
The SFi range has been designed to provide reliable and virtually maintenance free service in the most demanding applicaons.
The system is an electrically operated (110/220V) pump with integral controller and one or more lubricant distribuon lines which
connect each bearing directly to the respecve pumping element via a bulkhead ng situated on the sides of the mounng
bracket.
Each bearing is fed independently, meaning that the lubricaon amounts distributed to the respecve points can vary depending
on the specic pumping element selected. It also means that damage to one lubricant distribuon line does not aect the rest of
the system.
The motor drives the paddle blade, which pushes grease into the pumping chamber and provides a visual indicaon of the pump’s
operaon. The motor also drives the camsha which operates the individual pumping elements and feeds the grease into the lub-
ricant distribuon lines. Each lubricant injector is actuated by its cam once every 360° revoluon.
The lubricaon process starts aer the power to the pump is switched on and aer the alloed dwell me (of the already pro-
grammed pump) has elapsed. The pump will run for 6 minutes and dwell for the alloed me as programmed (6 minutes dwell if
6-minute program, 15 minutes dwell if 15-minute program, etcetera).
If at any me the power drops out to the pump, the counter will be stopped and the program will restart when the power re-
sumes.
An indicator light is located on the top of the pump (marked ’A’ below) within a viewing window. The indicator light will be lit when
there is a connuous supply to the circuit and pump.
The following inspecon procedures are recommended to help ensure proper operaon of the AXL industrial lubricaon system.
• Once the reservoir rell period has been determined (see page 11, Typical Rell Periods), make certain that the interval is
part of your scheduled maintenance.
• Inspect all lubricaon points for signs of FRESH grease.
• Check the condion of all ngs and connecons. Tighten or replace loose or damaged ngs.
• Check all lubricaon lines; make certain that there are not any breaks. Check for wear or chang that may lead to leakage.
If during these checks any issues are found, use the Lubricaon Troubleshoong Chart on page 17 to help resolve them.
MSFi 110/220 VAC Pump: Overview and Operaon
A

11 MSFI - F801306
Pump Rell: Periods and Procedure
1
Rell Periods
The SFi 1L and 2L rell periods range greatly, dependent on the number of pumping elements as well as output quanes and cycle mes. Due to
the accuracy of output quanes and the reliability of pump funconality, rell periods can be simply calculated to ensure that the pump and the
bearing points don’t run dry. Use the following to calculate rell periods:
Key:
N = Number of Pumping Elements (P.E.) 1-36.
O1= Red P.E. with Output 0.01cc
O2= Green P.E. with Output 0.015cc
O3= Yellow P.E. with Output 0.025cc
O4= Blue P.E. with Output 0.04cc
O5= Grey P.E. with Output 0.06cc
O6= Black P.E. with Output 0.10cc
A = Total Output Amount per 1 revoluon
E = Number of revoluons unl Empty
R1= 1250cc SFI 1-liter Reservoir
R2= 2000cc SFI 2-liter Reservoir
PVAC = Programmed cycle me (12, 21, 36 or 66 minutes).
PVDC = Programmed cycle me (9, 12, 15, 30, 45, 60
minutes).
NOTE: 12/24VDC pump motors run me
(unless in connuous mode is 3min for 1 revoluon.
Calculaon:
(NxO1) + (NxO2) + (NxO3) + (NxO4) + (NxO5) + (NxO6) = A
E=R1 or R2
A
E x P = Total Runme in minutes (T) unl empty
T / 60 = Total Runme in hours (H) unl empty
H/24 = Total Runme in days (D) unl empty
Example:
A VDC Pump (R1) calibrated with 2 Red P.E. (O1), 4 Yellow P.E. (O3) & 6
Grey P.E. (O5) programmed for a 15 minute cycle me.
(2x0.01)+(4x0.025)+(6x0.06)=0.48cc
1250cc/0.48cc = 2604.16 Revs
2604.16 x 15 = 39017.4 minutes unl empty
19531.25 / 60 = 650.3 hours unl empty
325.52/24 = 27 days between rells
NOTE: This calculaon is based on the pump having an
uninterrupted power supply and being used 24 hours a day,
seven days a week.
Pump Rell Procedure
All SFi kit pumps are ed with both a bulk ll cap (see image 1 below), which is suitable for oil and uid grease up to NGLI ‘000’ and a
boom ll, grease nipple, adaptor (see image 2 below, right) for lling with grease up to NGLI Grade 2. Using the grease nipple adaptor
for grease ll avoids the possibility of air entrapment and cavitaon.
Bulk ll adaptors (Part# MSF-A-QF) are also available on special request, which can be ed instead of the grease nipple as shown on the
examples below. DO NOT FILL FROM TOP FILL WITH NLGI 0, 1, 2 GRADE GREASE UNLESS INSTRUCTED BY GROENEVELD-BEKA.
IMPORTANT NOTES:
• If the reservoir is lled through the reservoir bulk ll cap, ensure that the cap is rmly secured to the reservoir lid when nished.
• If the reservoir is lled through the grease nipple, ensure that it is cleaned rst. Place the dust cap back on the nipple when nished.
• Do not overll the reservoir. Fill only to the MAX Level Label.
Select only one
2

MSFI - F801306 12
Pump Type
Recommended Lubricants
Oils SAE
80/90 NLGI# 000 NLGI# 00 NLGI# 0 NLGI# 1 NLGI# 2
MSFi -40°F (-40°C) -29°F (-34°C) -8°C (-23°C) 2°F (-17°C) 9°F (-13°C) 14°F (-10°C)
Upper Temp Limit +40°C (+104°F) for all pumps
Recommended Lubricants
Recommended Lubricants
The AX Pump has been developed specically to run with NLGI Grade 000, 1, 2 grease and FG3,0 uid grease. Oils to a minimum viscosity
of SAE80 are also acceptable. Do not use heavy, tackied greases, greases containing bentone/bentonite or greases containing molyb-
denum and/or graphite.
NOTE: To ensure proper operaon of the lubricaon system, only ll with clean lubricant that has been in a sealed container and correctly
stored. Failure to use clean lubricant can result in premature system or bearing failures.
Recommended Lubricants Operaonal Temperatures
(Based on maximum lubricant distribuon line length of 35/10.7m*)
*Maximum line length dependent upon environmental temperature and lubricant being used.
110/220 VAC Pump Output Combinaons*
Pump
Element
Timer Seng (Delay Cycle)
#1 -
6min
#2 -
15min
#3 -
30min
#4 -
60min
Red 0.05 0.03 0.018 0.01
Green 0.075 0.044 0.025 0.014
Yellow 0.125 0.073 0.042 0.023
Blue 0.200 0.116 0.067 0.036
Grey 0.300 0.174 0.100 0.055
Black 0.500 0.290 0.167 0.091
Output shown in cc’s (grams) per hour.
All AX pumps come standard with blue pumping elements
set at the #3 seng. All other pumping elements sold
separately.
12/24 VDC Pump Output Combinaons*
Pump
Element
Timer Seng (Delay Cycle)
#0 -
1.8rpm
#1 -
6min
#2 -
9min
#3 -
12min
#4 -
27min
#5 -
42min
#6 -
57min
Red 0.240 0.067 0.050 0.040 0.020 0.013 0.010
Green 0.360 0.101 0.075 0.060 0.030 0.020 0.015
Yellow 0.600 0.168 0.125 0.100 0.050 0.033 0.025
Blue 0.960 0.268 0.200 0.160 0.080 0.052 0.040
Grey 1.440 0.402 0.300 0.240 0.120 0.078 0.060
Black 2.400 0.670 0.500 0.400 0.200 0.130 0.100
Output shown in cc’s (grams) per hour.
All AC pumps come standard with blue pumping elements set at the #4 seng.
All other pumping elements sold separately.
System Output Combinaons
MulLine AXL Kits incorporate modular funconality which allows the user to increase or decrease system output by changing pumping
elements, adjusng mer sengs or both. Combinaons shown below.
AC Pumps
The preferred method to increase or decrease system output is through the use of the externally programmable PCB (see pages 7-8).
Alternavely, the blue pumping elements can be replaced with pumping elements of varying outputs (see page 5).
AX Pumps
The preferred method to increase or decrease system output is by replacing the blue pumping elements with pumping elements of
varying outputs (see page 5). Alternavely, the mer seng can be adjusted by accessing the switches on the PCB (see pages 9-10).
*All outputs above are approximate. The type of lubricant, line length, and environmental condions (temperature) may aect system output.

13 MSFI - F801306
Order Method
AX Pumps (110/220 VAC)
Part No. Reservoir Timer Voltage Points
AX1331L-A1.25 Liter 30min 110 VAC 12
AX2332L-A2 Liter 30min 110 VAC 24
AX2333L-A2 Liter 30min 110 VAC 36
AX1341L-A1.25 Liter 30min 220 VAC 12
AX2342L-A2 Liter 30min 220 VAC 24
AX2343L-A2 Liter 30min 220 VAC 36
AX Pump Spare Lids (110/220VAC)
Part No. Voltage
MSF-L-110V 110 VAC
MSF-L-220V 220 VAC
AC Pump Nomenclature
Pump Reservoir Timer (Delay) Voltage Lube Points Cong. -Top Fill
AC XXX X L - 2
11.25L 5Blink Code 112VDC 112-Port 2Yes
22.0L Programmable
0, 6, 9, 12, 27, 42,
57mins
224VDC 224-Port
336-Port
• All variants come with externally programmable blink code mer (connuous, 6, 9, 12, 27, 42, and 57min delay opons)
• All variants come with 5 pump wire (male AMP Superseal) and a matching 30 wire harness (female AMP Superseal)
• All variants come with zerk-ll coupling
AX Pump Nomenclature
Pump Reservoir Timer (Delay) Voltage Lube Points Cong. -A
AX XXX X L - A
11.25L 16min 3110VAC 112-Port
22.0L 215min 4220VAC 224-Port
330min 336-Port
460min
• All variants come pre-set to #3 - 30min delay mer seng, 23 (7m) wire lead, and top-ll cap.
• All variants come with zerk-ll coupling
AC Pumps (24 VDC)
Part No. Reservoir Voltage Lube
Points
AC1521L-2-A1.25 Liter 24VDC 12
AC2522L-2-A2 Liter 24VDC 24
AC2523L-2-A2 Liter 24VDC 12
AC Pump Spare Lids (12/24VDC)
Part No. Voltage
MSF-L-12DC 12VDC
MSF-L-24DC 24VDC

MSFI - F801306 14
AC and AX Pump Spares
Item No. Part No. Descripon Qty.
1
MSF-L-12DC
MSF-L-24DC
MSF-L-110V
MSF-L-220V
SPARE LID ASSEMBLY - 12 VDC
SPARE LID ASSEMBLY - 24 VDC
SPARE LID ASSEMBLY - 110 VAC
SPARE LID ASSEMBLY - 220 VAC
Includes motor, circuit boards, drive adapters and wire harnesses.
1
2AC-SP34
AX-SP2
CIRCUIT BOARD - 12/24 VDC
CIRCUIT BOARD - 110/220 VAC 1
3
AC-SP8-24VDC
AX-SP3-110VAC
AX-SP3-220VAC
MOTOR - 24 VDC
MOTOR - 110 VAC
MOTOR - 220 VAC
1
4
MSF-R-SFI1L
MSF-R-SFI2L
1.0-LITER RESERVOIR ASSEMBLY
2.0-LITER RESERVOIR ASSEMBLY
Includes product labels, O-rings, and necessary hardware.
1
583341-803 PUMP MOUNTING BRACKET 1
6a
6b
6c
AC-SP6
AC-SP7
AC2-SP10
DRIVE ADAPTER (1.25L)
PADDLE ASSEMBLY
PADDLE ASSEMBLY WITH DRIVE ADAPTER (2L)
1
7
32814-624
32814-763
32814-764
CAMSHAFT ASSEMBLY (12 PORT)
CAMSHAFT ASSEMBLY (24 PORT)
CAMSHAFT ASSEMBLY (36 PORT)
1
8
32478-312
32478-328
32478-336
MANIFOLD RING (12 OUTPUTS)
MANIFOLD RING (24 OUTPUTS)
MANIFOLD RING (36 OUTPUTS)
1
9
MSF-P-R010
MSF-P-G015
MSF-P-Y025
MSF-P-B040
MSF-P-G060
MSF-P-B100
RED PUMPING ELEMENT - 0.010cc (3-Pack)
GREEN PUMPING ELEMENT - 0.015cc (3-Pack)
YELLOW PUMPING ELEMENT - 0.025cc (3-Pack)
BLUE PUMPING ELEMENT - 0.040cc (3-Pack)
GREY PUMPING ELEMENT - 0.060cc (3-Pack)
BLACK PUMPING ELEMENT - 0.100cc (3-Pack)
1-36
10 MSF-A-BP10 BLANKING PLUG (10-Pack) 1-36
11 MSF-A-ZF ZERK FILL COUPLER G1/4 1
12 MSF-A-QF QUICK FILL ASSEMBLY 1
*LE 60525-PC BULKHEAD UNION (12-POINT KITS) 1-12
*25487-072 BULKHEAD UNION (24 & 36-POINT KITS) 13-36
*
83410-221
83409-038
FEMALE WIRE HARNESS ASSEMBLY - 30FT
FEMALE WIRE HARNESS ASSEMBLY - 55FT
For 12/24 VDC systems only.
1

MSFI - F801306
15
Note: Wiring/connecon may dier from that shown.
1
3
4
5
6b
7
8
9
10
12
2
11
6a
6c
Exploded View

MSFI - F801306 16
Accessories and Components
Ø4mm Elbow Fings Ø4mm Straight Fings Ø4mm - Unions
Part No. Thread Size Part No. Thread Size Part No. Type
PM90412 1/8NPT PM80412 1/8NPT 38497L1 Elbow Stem
PM90484 1/4-28UNF PM80484 1/4-28UNF 38497T1 T-Union
PM90485 5/16-24UNF PM80485 5/16-24UNF 38497Y2 Y-Union
PM90487 1/8BSPT PM80487 1/8BSPT LE 505-PCM Union
PM90489 M6x1 PM80489 M6x1 LE 60525-PC Bulkhead (C)
PM90490 M8x1 PM80490 M8x1 25487-072 Bulkhead (M)
PM90492 M10x1 PM80492 M10x 1
38497S1 1/8NPT Swivel LE 80512-PL 1/8NPT
38497S2 1/4-28UNF Swivel
Brushes and Fings Ø4mm Tubing
Part No. Descripon Part No. Descripon
A400 Oil Brush - Ø3/4” - G1/4 MSF-T-4N50E Ø4mm Nylon Tubing Un-Primed (15m/50)
A410 Oil Brush - L1.6” x W1.2” - G1/4 152057-164 Ø4mm Nylon Tubing Un-Primed (50m/164)
A411 Oil Brush - L2.4” x W1.2” - G1/4 MSF-T-4N50G Ø4mm Nylon Tubing Primed - Grease (15m/50)
A412 Oil Brush - L3.9” x W1.2” - G1/4 152823-164 Ø4mm Nylon Tubing Primed - Grease (50m/164)
0441366 Ø4mm x G1/4 Straight MSF-T-4N50F Ø4mm Nylon Tubing Primed - Food (15m/50)
0442050 Ø4mm x G1/4 Swivel Elbow 152823-164FG Ø4mm Nylon Tubing Primed - Food (50m/164)
38497Y4 Ø4mm 4-Way Inlet x G1/4
Contact Groeneveld-BEKA for quotaon.
Line Protecon Line Labels
Part No. Descripon () Part No. Descripon
20030 1/4” Spiral Wrap (Single tube) 39257-A1 For up to 12 point system
20034 3/8” Spiral Wrap (2-4 tubes) 39257-A2 For up to 24 point system
20031 1/2” Spiral Wrap (5-12 tubes) 39257-A3 For up to 36 point system
20035 1” Spiral Wrap (13-35 tubes)
39694A250 1/4” Split Convolute (Single tube)
39694A375 3/8” Spit Convolute (2-4 tubes)
39694A500 1/2” Split Convolute (5-7 tubes)
39694A625 5/8” Split Convolute (13-19 tubes)

MSFI - F801306
17
LUBRICATION TROUBLESHOOTING CHART
Problem Cause Soluon
1. Inoperave pumping
element
a) Inoperave pump a) Refer to “Problem A” in ‘Electrical
Troubleshoot’
b) No grease ow b) Replace pumping element
2. All lubricaon points
appear dry
a) Empty reservoir a) Rell the reservoir, using the correct
lubricant
b) Inoperave pump b) Refer to “Problem A”
c) Time between lube cycles is too long c) Adjust pump CYCLE TIME seng
d) Reservoir lled with an unsuitable
lubricant
d) Remove the lubricant and replace
with correct grade of lubricant
e) Inoperave pumping element e) Replace pumping element
f) Reservoir vent blocked from over lling f) Clear vent and only ll to max level
3. Pump is working,
but does not supply
lubricaon
a) Grease level dropped below minimum
level a) Bleed the pump & rell the reservoir
b) Defecve pumping element b) Replace the pumping element
4. No grease at all points
of lubricaon
a) Pump does not work a) Refer to “Problem A”
b) Dwell me is too long or b) Reduce the system dwell me.
c) Lubricaon quanty is too lile c) Change the pumping element with an
increased output
d) System is blocked d) Refer to “Problem A”
5. No grease at some
points of lubricaon
a) Some pipes are burst or leakage at
pumping element unions to pipework a) Renew the pipes
b) Blocked or broken pumping element b) Determine defecve pumping
element and replace
6. No grease at one point
of lubricaon
a) The lubricaon pipe is burst or leaking a) Renew the pipe
b) Leakage at union point b) Reghten or renew the screwed union
7. Lubricaon points are
over-lubricated a) Incorrect pumping element output a) Re-congure pumping element for
lower output quanty
8. Excessive pressure
of the system
a) Excessive pressure in the system caused
by blockage in the system a) Check the system
b) One or more lubricaon points are
blocked and will not accept grease
b) Remove pipe from ng and ush
bearing through with grease gun
9. All lubricaon points
are over lubricated
a) Incorrect seng of “on-me” or “Delay
Time”
a) Reduce “On Time” or increase “Delay
Time” or both

MSFI - F801306 18
INSTALLATION RECORD
Pump No____________________________________ Customer ________________________________________
Voltage _____________________________________ Timer Seng _____________________________________
Unit
No. Bearing Locaon Col. Code
Cal.
CC
Unit
No. Bearing Locaon Col. Code
Cal.
CC
119
220
321
422
523
624
725
826
927
10 28
11 29
12 30
13 31
14 32
15 33
16 34
17 35
18 36
ELECTRICAL TROUBLESHOOTING CHART
Problem Cause Soluon
A.) Pump does
not work
a) No input power a) Check for power to the pump and
controller
b) Fuse is blown b) Check in-line fuse, replace if
necessary
c) Loose/broken wire connecon
inside the pump.
c) Check all wires and connecons in
the pump
d) Defecve PLC d) Replace controller assembly
e) Defecve motor e) Replace motor
B.) Reduced pump
speed
a) High pressure in the system a) Check the system/bearing points
b) Low ambient temperature b) Not a defect (1 or 2 manual
override lubricaon cycles may
be required)
C.) Override switch
does not work
(AC pumps only)
a) Bad wiring a) Check all wires and connecons to
the switch
b) Pump does not work b) Refer to “Problem A”

MSFI - F801306
19
NOTES
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