Lincoln 105 User manual

Owner Manual
Operating Instructions and Service Parts Lists
1001a95
2.1A-18002-A95
High-Pressure Multiline Pump model 105
Subject to change without notice
LINCOLN GmbH *Postfach 1263 *D-69183 Walldorf *Tel [phone] *Fax [phone] *Tx 466088

LINCOLN GmbH *Postfach 1263 *D-69183 Walldorf *Tel [phone] *Fax [phone] *Tx 466088
Owner Manual
High-Pressure Multiline Pump Model 105
2.1A-18002-A95
Subject to change without notice
Page 2 from 18
Preface / Table of Contents
Preface to the Owners Manual
This User Manual is intended to familiarize the user with the
pump/lubrication system and to enable him to use its various
features.
The Operating Instructions contain important information for
safe, correct and economic operation of the pump/lubrication
system. Their observance will help avoid hazards, reduce re-
pair costs and downtime, increase the reliability and prolong
the service life of the pump/lubrication system.
These Operating Instructions must be completed to include
the respective national regulations concerning the prevention
of accidents and protection of the environment.
The User Manual must always be available on the site where
the pump/lubrication system is in operation.
If persons who are charged with work with the pump/lubricati-
on system do not have a good command of the english lan-
guage, it is the user’s responsibility to take the necessary ac-
tion to make the User Manual, particularly the Operating In-
structions, understandable to these persons.
The User Manual must be read and used by all persons who
are charged with work with the pump/lubrication system, e.g.
• Operation, including adjustment, troubleshooting during
operation, elimination of production waste, maintenance,
disposal of process materials
• Maintenance (inspection, repairs)
• Transport
Table of Contents
Contents Page
1 Safety Instructions ......................................... 3
2 Description....................................................... 5
2.1 General .............................................................. 5
2.2 Appropriate Use ................................................ 5
2.3 Technical Data .................................................. 5
2.4 Structure ............................................................ 6
2.5 Electrical Equipment ......................................... 8
2.6 Mode of Operation ............................................ 8
3 Erection and Assembly.................................. 9
3.1 Erection of the Pump ........................................ 9
3.2 Electrical Connection........................................ 9
Contents Page
4 Operating Instructions ................................... 9
4.1 Commissioning.................................................. 9
4.2 Maintenance.................................................... 10
4.3 Troubleshooting .............................................. 11
5 Spare Parts List............................................. 12
6 Accessories ................................................... 15
6.1 Dimensional Drawings.................................... 15
6.2 Lubricant Output Diagram .............................. 16
6.3 Motor data sheet ............................................. 18
6 Declaration ..................................................... 18

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Owner Manual
High-Pressure Multiline Pump Model 105
2.1A-18002-A95
Page 3 from 18
The Operating Instructions include general instructions which
must be followed when a pump/pump unit is installed, opera-
ted or serviced. Therefore, it is absolutely necessary for the
fitter and the specialist/user to read the Operating Instructions
before a unit is installed and commissioned. The Operating
Instructions must always be available on the site where the
machine/system is erected.
All general safety instructions contained in this main chapter
on safety must be observed as well as all special safety in-
structions given in other main chapters.
Hazard markings in Operating Instructions
The notes referring to safety contained in the Operating In-
structions whose failure to observe them may result in perso-
nal injury are marked by the following symbol
Safety symbol acc. to DIN 4844-W9
The symbol
Safety symbol acc. to DIN 4844-W8
warns of an electrical hazard.
If ignoring the safety notes might result in machine damages
and malfunction, the word
CAUTION
is added.
Warnings directly fixed to the machine must always be obser-
ved and must be kept in completely legible condition.
Safety Notes
1 Safety Notes
Staff Qualification and Training
The staff responsible for operation, maintenance, inspection
and installation must be adequately qualified for these jobs.
The user must properly regulate the field of responsibility and
supervision of the personnel. If the personnel is not in com-
mand of the necessary expertise, they must receive the ap-
propriate training and instructions.
If necessary, this can be done by the manufacturer/supplier
on behalf of the machine user. Furthermore, the user must
ensure that the contents of the Operating Instructions are fully
understood by the personnel.
Hazards resulting from failure to observe the safety notes
Failure to heed the safety warnings may result in damage to
equipment and the environment and/or personal injury.
Failure to observe the safety notes may result in the loss of all
claim for damage.
As an example, in the following we list some dangers which
may result from failure to observe the warnings:
• failure of machine/system to fulfill important functions
• failure of specified methods for maintenance and repair
• personal injury due to electrical, mechanical and chemical
influences
• danger to the environment due to leakage of harmful mate-
rials
Safety-Conscious Working
The safety notes given in the Operating Instructions, the pre-
vailing national regulations for the prevention of accidents and
any internal working and shop regulations and accident pre-
vention measures of the user must be observed.
Safety Instructions for the User/Operator
• If warm or cold machine parts may involve hazards, the cu-
stomer must protect them against accidental contact.
• Do not remove protection devices for moving parts while the
machine is in operation
• Leakages of harmful materials must be disposed of so as to
jeopardize neither persons nor the environment. The requi-
rements of the law must be satisfied.
• Danger caused by electrical current must be excluded (for
details refer to the applicable specifications of VDE and the
local power supply companies).
10013a94
10014a94

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Owner Manual
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Safety Notes
Safety Instructions for Maintenance, Inspection and In-
stallation Services
The user must make sure that all maintenance, inspection and
installation work is executed by authorized and qualified ex-
perts who have throroughly read the Operating Instructions.
On no account may work be done on the machine while the
machine is in operation. Follow all instructions for shutting
down the machine as described in the Operating Instructions.
Decontaminate pumps and pump units delivering harmful
materials.
Reassemble all safety and protection devices immediately af-
ter completion of the cleaning procedure.
Dispose of material harmful to the environment in accordance
with the applicable official regulations.
Before putting the pump/pump unit into operation, ensure that
all points given in the chapter „Commissioning“ are fulfilled.
Unauthorized Modification and Spare Parts Production
Alteration and modifications of the machine are only allowed if
approved by the manufacturer. Original spare parts and ac-
cessories authorized by the manufacturer ensure safe opera-
tion. If other parts are used, the manufacturer may be re-
leased from its liability for the resulting consequences.
Inadmissible Operating Modes
The operational safety of the supplied product is only granted
if the product is operated according to the instructions given in
chapter 1 - General - of the Operating Instructions. The max.
ratings listed in the Technical Data sheet must never be ex-
ceeded.
Commissioning of the product (pump/pump unit) within the
European Union is forbidden until it has been decided that the
machine in question meets the requirements of the EU guide-
lines.

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Owner Manual
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2.1A-18002-A95
Page 5 from 18
2.3 Technical Data
Technical Data
Number of outlets: 1 to 5
Threaded connection: 1/4" BSPF
Max. operating pressure: 300 bar
Deliverable lubricants: greases up to NLGI grade 3
mineral oils having a viscosity of min. 20 mm²s
-1
Lubricant output
at continuous operation: 5 - 210 cm³/h
(see also chart on page 16+17)
Lubricant output/piston stroke:
for pump element piston DIA 5 mm: 0.11 cm³
for pump element piston DIA 6 mm: 0.16 cm³
for pump element piston DIA 7 mm: 0.23 cm³
Available reservoir sizes: 3, 5 or 10 dm³
(level controls optional)
Kinds of drive: with free shaft end
with worm gear and free
shaft end
with worm gear and three-
phase flanged motor
Drive motor
Nominal output 0,09 kW
Syncronous speed 1500 rpm
Protection class IP 54
Insulation class F
other versions on request
Sound level < 70 dB(A)
Description
2 Description
2.1 General
This User Manual only refers to the high-pressure multiline
pumps of the series 105. It is intented for the personnel char-
ged with the erection, operation and maintenance of the
pump.
If you require more information than given in this User Manu-
al, please contact
LINCOLN GMBH
Abt. Zentraler Kundendienst
Postfach 1263
D-69183 Walldorf
Tel. [phone]
Fax [phone]
2.2 Appropriate Use
The multiline pump model 105 is designed for use in centrali-
zed lubrication systems only. Take care that the maximum
ratings mentioned in the Technical Data sheet, particularly the
max. operating pressure of 300 bar, are not exceeded. Any
other use is not in accordance with the instructions and will
result in the loss of claims for guarantee and liability. The
multiline pump model 105 is a central lubrication pump with 1
to 5 pump elements, i.e. with 1 to 5 outlets. The high operating
pressure of 300 bar allows to use the pump as a multiline
pump and also as a central lubrication pump in large-sized
progressive systems.
The diversity of models allows a wide range of use of pump
105:
e.g
• for machines in the beverage industry
• for machines for materials handling (cranes, drive for con-
veyors, conveyor worms)
• for machines in the construction industry
• eccentric presses, forging machines
Any other use is not in accordance with the instructions and
will result in the loss of claims for guarantee and liability.
Output of motor driven pumps model 105-SM
model ratio output (cm³/h and outlet)
designation piston dia
567
105-SM 100 100:1 80 125 175
105-SM 200 200:1 40 60 85
105-SM 400 400:1 20 30 45
105-SM 1600 1600:1 5 8 10
Nominal speed n=1330 min
-1

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2.4 Structure
The pump consists of the following main components:
item description
1 housing
2 lubricant reservoir
3 stirring paddle with scraper
4 eccentric shaft
5 pump element
6 worm gear
The detailed pump structure and pump equipment are shown
on the following model designation.
The detailed model designation is mentioned on the namepla-
te.
3
2
4
5
16
1002a95
Description

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Owner Manual
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2.1A-18002-A95
Page 7 from 18
105 - SM 800 - 3 X L - 4 K7 - 000
105 - SF 1600 - 3 X N - 3 K7
105 - F 40 -5XB-4K7
105 SM 1600 - 5 Y B - 5 K6 - 400
Model Designation
The complete pump unit is defined by a model designation.
Examples of model designations:
105 = basic pump model for grease or oil, with 1 to 5 outlets
Kind of drive:
F = with free shaft end
SF = with worm gear and free shaft end
SM = with worm gear and three-phase flanged motor (1500
rpm)
Total ratio of the pump gears
Model Total ratio Pump ratio Gear ratio
10 10 10 -
40 40 40 -
100 100 10 10
200 200 10 20
400 400 10 40
1600 1600 40 40
Reservoir designs
5 = 5 l nominal capacity of the sheet metal reservoir
3 = 3 l nominal capacity of the sheet metal reservoir
X = grease reservoir
Y = oil reservoir
N = standard design
L = reservoir with low level control
B = reservoir with high and low level controls
Pump elements
1 to 5 = number of pump elements
K7, K6, K5 = piston diameter 7, 6 or 5
Motor voltages
000 = pump unit without motor
400 = 230/400V, 50 Hz
500 = 500 V, 50 Hz
440 = 440 V, 60 Hz
Other voltages on request
Description

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Owner Manual
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Fig. 2.6.1: Suction phase
Fig. 2.6.2: Delivery phase
1003a95
1004a95
2.5 Electrical Equipment
Flanged gear motor technical data on
enclosed data sheet
Accessories
(depend on the pump equipment)
Low level control and/or high level - “ -
control for grease (via follower
plate and contact pin)
Low level control and/or high level - “ -
control for oil (via floating switch)
2.6 Mode of Operation
The worm gear and a gear reducer, if any, reduce the speed
of the eccentric shaft down to the desired output.
The eccentric shaft causes the piston lodged in the pump ele-
ment to be moved back and forward, which results in the lub-
ricant being sucked in and supplied to the outlet via a check
valve.
The eccentric shaft simultaneously drives the stirring paddle.
The lubricant is homogenized by the rotating motion of the
stirring paddle and it is dispensed to the suction boreholes of
the pump element.
Description

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Erection and Assembly / Operating Instructions
3.1 Pump Erection
Requirements on the place of installation
• protected from dust and dirt
• safe against atmospheric influences (note the protection
type of the electric motor)
• enough space for opening the reservoir cover and execut-
ing the maintenance work (the required space depends on
the pump size)
• even, solid and vibration-free place of erection
Depending on the pump design, it may be necessary to con-
nect the drive. The sense of rotation of the pump and thus that
of the driving shaft is optional.
In the case of pumps with free shaft end, take care that the
max. admissible drive speed of the drive shaft mentioned on
the nameplate is not exceeded.
3.2 Electrical Connection
All electrical work should be underta-
ken only by qualified personnel.
Electrical connection of the drive motor
• Terminal diagram under the cover of the terminal box
• Fuse protection in conformity with the national regulations
in force; rated current consumption mentioned on enclosed
motor data sheet
Electrical connection of the level controls
• acc. to enclosed terminal diagram/circuit diagram
4.1 Commissioning
Before putting the pump into operation, fill the reservoir with
lubricant
• When filling the lubricant, take care
that no impurities or other particles
enter the reservoir
• Always refill the reservoir in due time
• Avoid dust/dirt in the pump area
Do not touch internal parts (stirring
paddle) of the reservoir while the
pump is in operation
Risk of injury
Operation with oil
Before filling the oil, remove the lubrication fitting on the pump
housing and replace it by a closure plug.
Only use mineral oils having a viscosity of min. 20 mm²/s.
Operation with grease
The pump model 105 is suitable for the delivery of greases
including NLGI grade 3 (depending on the ambient tempera-
ture).
The first pump filling must be made via the lubrication fitting
on the pump housing. Further filling may be made from the
top. It is however recommended to fill the reservoir from below
via the lubrication fitting.
Venting and connection of the tube lines
Switch on pump and let it run until the lubricant emerges from
the pump outlets without air bubbles. Then connect the tube
lines which must have been filled with grease before to the
pump elements.
If the lubricant has not been refilled in due time, it is necessa-
ry to vent the pump as follows:
• Disconnect tube line from pump outlet
• Fill pump via lubrication fitting on pump housing
• Switch pump on until lubricant emerges from all pump out-
lets
• Reconnect tube line
All system components on which the
pump hydraulic pressure acts (e.g. pro-
gressive metering devices, tube lines,
tube fittings, hoses) must be designed
for the maximum system pressure.
4 Operating Instructions3 Erection and Assembly
CAUTION

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1019a95
Fig. 4.2.1: Sectional drawing of High-Pressure Multiline Pump Model 105
item description
1 housing
2 pumpelement
3 closure plug
4 gasket
CAUTION
4.2 Maintenance and Repairs
The repairs should be executed only by qualified person-
nel using original spare parts. Before undertaking any re-
pair on the pump, follow the following instructions:
• Switch drive motor or mechanical
drive off and protect it from inadver-
tent restart.
Risk of injury by the stirring paddle
• Loosen the pressure connection fit-
tings on the pump element in order to
decrease the pressure in the pump
and system.
Risk of injury due to lubricant splashing under high pres-
sure
Under the condition that the pump only delivers clean lubri-
cant, it does not need any particular maintenance. Since the
drive shaft and pump elements lie in the lubricant which is fed
by the pump they are lubricated automatically.
They are subject to a natural wear which depends on the ope-
rating time and operating pressure and must therefore be re-
placed.
Installation of pump elements
• Switch pump off to remove the pump elements. They can
only be removed and replaced when the pump is out of ope-
ration
• Clean the pump outside to avoid dust entering the pump.
• If grease is still in the pump reservoir, it can remain in the
reservoir. In the case of oil pumps, let the oil flow.
When screwing in the pump elements,
take care that the scraper of the stirring
paddle is in front of the pump element to
be installed. Before installing the pump
element, replace the old gasket by a
new one.
Screw the pump element into the housing by hand and tighten
it by means of a wrench SW 27. Tightening torsion is 30 to 35
Nm
Operating Instructions

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Page 11 from 18
4.3 Troubleshooting
• Fault: pump does not supply
• Cause:
• Reservoire empty
• Air bubbles in the lubricant
• Suction hole of pump element clogged
• Check valve defective or clogged
• Pump piston worn
• Fault: blockage of downstream progressive system
• Cause:
• Bearing, lines or progressive metering device clogged
The fault is indicated by:
• grease leaking from the safety valve
• non-moving indicator pins on the metering device pistons
All repair work beyond the knowledge of the user’s personnel
must be undertaken by Lincoln qualified experts. For this,
send the defective pump to the Repair Department of Lincoln
or call a specialsit who will repair the pump on site.
Address of the Service Department:
LINCOLN GmbH
Service Department
Postfach 1263
D-69183 Walldorf
Tel.: [phone]
Fax: [phone]
• Remedy:
• Refill reservoir with lubricant and vent pump, if necessary.
Note: according to the ambient temperature and/or the sort
of lubricant, it may be that the pump elements need
about 10 min.to be fully operative.
• Disconnect the outlet tube fittings from the pump element
and let the pump run until the lubricant emerges without air
bubbles.
• Remove pump element and check whether foreign particles
are in the pump element. Remove them, if any.
• Replace check valve
• Replace pump element
• Remedy:
• Find out which is the cause of the blockage and rectify.
In the case of a progressive metering device, disconnect all
connection lines one after the other until the pump supplies
the lubricant. The blockage will be found in the tube line of
the connection fitting which has been disconnected last
Operating Instructions

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Owner Manual
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4 shaft DIA 10 x 98 1 400-22760-1
4.1 key A 3 x 3 x 25 1 214-12173-2
4.2 needle bearing without 1 250-14006-4
inner ring 22 x 35 x 16
4.3 eccentric DIA 26 x 44 1 400-22762-1
4.4 washer 22,5 x 35 x 0,5 2 209-12428-2
4.5 external retaining ring A 22 x 1,2 1 211-12472-5
4.6 external retaining ring A 10 x 1 3 211-12164-1
4.7 key A 3x 3 x 10 1 214-12173-3
4.8 grooved ball bearing 10 x 26 x 8 1 250-14009-7
5 bearing ring DIA 120 x 13 1 313-19085-1
5.1 grooved ball bearing 10 x 26 x 8 1 250-14009-7
5.2 internal retaining ring J 26 x 1,2 1 211-12448-2
6 worm shaft ratio = 10 - 1 or 1 309-19075-1
worm shaft ratio = 40 : 1 1 309-19073-1
6.1 external retaining ring A 20 x 1,2 1 211-12164-5
Item Designation Qty. Part Number
1 housing 1 313-19031-1
1.1 closure plug M 22x1,5 KF 0 - 4 303-19285-1
1.2 sealing washer 22,2 x 27 x 1,5 1 - 5 306-17813-1
1.3 grooved ball bearing 9 x 24 x 7 1 250-14009-6
1.4 grooved ball bearing 20 x 32 x 7 1 250-14009-6
1.5 radial seal 20 x 32 x7 1 220-13059-1
1.6 internal retaining ring J 32 x 1,2 1 211-12448-3
1.7 closure plug 1/4 „ BSP 1 303-17526-2
1.8 filler fitting 1/4 „ BSP 1 251-14045-9
1.9 pump element 105 K5 1 - 5 600-26875-2
pump element 105 K6 1 - 5 600-26876-2
pump element 105 K7 1 - 5 600-26877-2
2 o-ring 137 x 3 1 219-13084-1
3 worm wheel ratio = 10 : 1 or 1 309-19076-1
worm wheel ratio = 40 : 1 1 309-19071-1
5 Spare Parts Drawing
Spare Parts Drawing and Spare Parts List
Fig. 5.1: pump housing
Pos.. Bezeichnung Stck. Sach-Nr.
Item Designation Qty. Part Num-
ber
1010a95 - 1012a95
pump housing

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Page 13 from 18
reservoir
Item Designation Qty. Part Number
7 stirring paddle assembly 3XN or 1 500-30681-2
stirring paddle assembly 5XN 1 500-30682-2
8 fixed paddle for 3XN and 5XN 1 400-22983-1
9 reservoir 3XN with lid or 1 500-30641-2
reservoir 5XN with lid 1 500-30642-2
9.1 hexagon socket head screw 5 201-12019-9
M 6x 16
9.2 washer A 6,4 C 5 209-13649-1
10 air filter 1 253-14050-1
10.1 hexagon nut M 12 x 1,5 1 207-12138-5
10.2 copperwasher 12 x 16 x 1,5 1 209-12464-9
10.3 tooth lockwasher A 12,5 1 210-12162-7
1013a95
Item Designation Qty.Part Number
1014a95
Fig. 5.3: worm gear speed reducer
Fig. 5.2: reservoir
Spare Parts Drawing and Spare Parts List
worm gear speed reducer
Item Designation Qty. Part Number
11. housing 1 313-19041-1
11.1 cover 1313-19040-1
11.2 closure plug M 10 x 1 3 303-17499-2
11.3 copperwasher 10 x 14 x 1 3 209-12158-2
11.4 hexagon socket head screw 3 201-12546-4
M 5 x 16
11.5 washer A 5,3 3 209-13077-3
11.6 o-ring 46 x 3 1 219-13045-3
11.7 hexagon screw M 6 x 25 C 4 200-13022-1
11.8 tooth lock washer A 6,4 4 210-13649-1
11.9 hexagon nut M 6 4 207-12135-5
11.10 grooved ball bearing 10 x 26 x 8 1 250-14009-7
11.11 grooved ball bearing 17 x 35 x8 1 250-14009-8
11.12 radial seal 17 x 35 x 7 1 220-12229-6
11.13 internal retaining ring J 35 x 1,5 1 211-12166-6
11.14 sleeve bearing DIA 10/16 x 10 2 250-14004-9
11.15 radial seal 10 x 22 x 7 1 220-12231-3
12 worm wheel ratio = 10 : 1 or 1 309-19099-1
worm wheel ratio = 20 : 1 or 1 309-19038-1
worm wheel ratio = 40 : 1 1 309-19070-1
12.1 shaft DIA 10 x 124 1 430-22763-1
12.2 key A 3 x 3 x 14 1 214-12173-4
12.3 center-grooved pin 3 x 20 1 400-22854-1
12.4 shim ring 10 x 16 x 0,2 4 209-13047-2
13 worm shaft ratio = 10 : 1 or 1 309-19098-1
worm shaft ratio = 20 - 1 or 1 309-19039-1
worm shaft ratio = 40 : 1 1 309-19072-1
13.1 external retaining ring A 17 x 1 1 211-12472-8

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Owner Manual
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Page 14 from 18
bearing flange 105-F
Item Designation Qty. Part Number
15 bearing flange 1 400-22816-1
15.1 grooved ball bearing 12 x 28 x 8 2 250-14064-1
15.2 internal retaining ring J 28 x 1,2 4 211-12166-9
15.3 shaft DIA 12 x 100 1 400-22815-1
15.4 center-grooved pin 3 x 20 1 400-22854-1
15.5 external retaining ring A 12 x 1 2 211-12t64-2
15.6 key A 4 x 4 x 25 1 214-12173-5
15.7 hexagon head screw M 6 x 25 4 200-13022-1
15.8 tooth Iock washer J 6,4 4 210-12161-3
15.9 hexagon nut M 6 4 207-12135-5
drive with 3-phase flanged AC motor (not shown)
Item Designation Qty. Part Number
14 3-phase flanged AC motor 1 245-13504-5
220/380 V
50 Hz, 0,09 kW, 1500 rpm or
3-phase flanged AC motor 500 V 1 245-13510-2
50 Hz, 0,09 kW, 1500 rpm
14.1 hexagon head screw M 6 x 16 4 200-12019-9
14.2 tooth Iock washer A 5,3 4 210-12162-9
bearing flange 105-SF
Item Designation Qty. Part Number
16 bearing flange 80 x 32 1 400-22858-1
16.1 grooved ball bearing 12 x 28 x 2 2 250-14064-1
16.2 internal retaining ring J 28 x 1,2 4 211-12166-9
16.3 shaft DI A 12 x 82 1 400-22865-1
16.4 key A 3 x 3 x 10 1 214-12173-3
16.5 key A 4 x 4 x 25 1 214-12173-5
16.6 external retaining ring A 12 x 1 2 211-12164-2
16.7 hexagon head screw M 6 x 25 4 200-13022-1
16.8 tooth lock washer J 6,4 4 210-12161-3
16.9 hexagon nut M 6 4 207-12135-5
kit of seals 105-F 1 500-36864-3
kit of seals 105-SM/SF 1 500-36864-1
Fig. 5.5: bearing flange 105-SF, drive: free shaft end (only in connection with
worm gear speed reducer)
Fig 5.4:bearing flange 105-F, drive: free shaft end
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Spare Parts Drawing and Spare Parts List

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Page 15 from 18
1007a95
Fig. 6.1.2: Drive with worm gear and free shaft end
Fig. 6.1.1: Drive with free shaft end Fig. 6.1.3 Drive with worm gear and three-phase flanged motor
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6 Appendix
6.1 Dimensional Drawings
Appendix

LINCOLN GmbH *Postfach 1263 *D-69183 Walldorf *Tel [phone] *Fax [phone] *Tx 466088
Owner Manual
High-Pressure Multiline Pump Model 105
2.1A-18002-A95
Subject to change without notice
Page 16 from 18
6.2 Lubricant Output Diagram
Appendix
Fig. 6.2.1: Lubricant output per putlet of multiline pumps 105-F and 105-SF
For accurate data see following diagramm
1005a95a

Subject to change without notice
LINCOLN GmbH *Postfach 1263 *D-69183 Walldorf *Tel [phone] *Fax [phone] *Tx 466088
Owner Manual
High-Pressure Multiline Pump Model 105
2.1A-18002-A95
Page 17 from 18
Fig. 6.2.2: Lubricant output per putlet of multiline pumps 105-F and 105-SF
1006a95a
Appendix

LINCOLN GmbH *Postfach 1263 *D-69183 Walldorf *Tel [phone] *Fax [phone] *Tx 466088
Owner Manual
High-Pressure Multiline Pump Model 105
2.1A-18002-A95
Subject to change without notice
Page 18 from 18
Appendix
7 Declaration by the
manufacturer as defined by machinery
directive 89/392/EEC Annex II B
Herewith we declare that the supplied model of
Pump Typ 105...
is intended to be incorporated into machinery covered by this
directive and must not be put into service until the machinery
into which it is to be incorporated has been declared in confor-
mity with the provisions of the directive.
Applied harmonized standards in particular
EN 292 T1/T2
prEN 809
EN 563
29.12.1994
6.3 Motor data sheet
Manufacturer Halter
Model DI 56 B4
Nominal output P = 0.09 kW
Nominal speed n = 1330 min
-1
Nominal torque M = 0.6 Nm
Nominal current I
N
= 0.7 A at 220 V
0.66 A at 230 V
0.4 A at 380 V
0.38 A at 400 V
0.37 A at 415 V
0.35 A at 440 V
0.33 A at 460 V
0.30 A at 500 V
Starting current/
Nominal current I
A
/I
N
= 2.9
Frequency f = 50 Hz
Power factor cosj= 0.6
Efficiency h= 57 %
Frame size 56
Construction B14/V18
Protection class IP 54
Insulation class B
Weight 3.5 kg
Flange Ø 80