Feeding systems for stationary use
Efficient and intelligent feeding with eacy feed,
the new generation vibratory bowl feeder.
 Approx. 80 % energy savings
 Smart factory/Industry 4.0-capable Efficiency and worldwide application - one design for all markets
Feed systems are essential for productivity and efficiency in automatic assembly machines. Originally developed for shaft-heavy
screws, today’s DEPRAG feeding systems are capable of processing screws of all types with or without washers, threaded bolts,
pins, rivets, nuts, washers, o-rings and diverse other small components.
Over 40 years of experience in the development and manufacture of feeding technologies and the high standards of our production site guarantee products of consistent outstanding quality.

Feeding Technology

intelligent
efficient

New generation

feedingvibratorybowl
feeder

D3830E 08.2019

2

feeding systems for stationary use
100% reliability  productivity
and system uptime!
Our feeding systems have been designed
for the reliable supply of fasteners to enable
outstanding accuracy and productivity ofyour assembly system. Integration into yourcontrol system is particularly convenient andstraightforward. Our feeder line includes
vibratory bowl feeders, sword (segment)
feeders, linear conveyors, storage systems,
tape-on-reel feeders and screw presenters.

Outstanding reliability and efficiency• High feed rate
• Even complex components are correctly
oriented• Option for two screwdrivers or
multi-spindles on one device• Storage systems, such as hoppers, increaserefill intervals

specially hardened, wear-resistant materials
such as specific coating methods, ensure
the outstanding quality and reliability of our
products.

Ready for immediate use
Before delivery, your feeder undergoes acontinuous test in a simulation of series production, replicating your production cycle.
Production and choice of materials
Each device endures comprehensive testing
The high level of vertical integration, the use of – 100%.

vibratory bowl feeder - EACY FEEDThe vibratory feeder is our most utilized feeding device. The eacy feed system combines the ideal fundamentals for sustainable production of the future: energy, efficiency and intelligent communication.
eacy feed is available in four fill sizes: 0.15 l, 0.75 l, 1.2 l and 2.5 l in single and double spiral design.

e for efficiency
eacy feed – new generation vibratory bowl
feeder with approx. 80 % reduction in power
consumption due to efficient “low energy
technology”!

a for assembly
eacy feed – new generation vibratory bowl
feeder with ergonomic handling by means ofan optimised module.

eacy

Approx. 80 % Energy savings
The revolutionary controller and the newdrive allow for the extraordinary energy
efficiency of eacy feed
• a significant reduction in power
consumption is attained due to the 24 V
oscillating magnets, thereby realisingenergy savings of around 80 %Smart Technology• the revolutionary controller enables remotecontrol and communication• the eacy feed can be accessed fromanywhere in the world via TCP/IP• all settings can be displayed and adjusted
at any time
• eacy feed is particularly suitable for smart
factory/Industry 4.0-systems
Low Consumption and top Flexibility• revolutionary controller enables around
80 % less power consumption• new controller and vibratory drive based on
24 V/DC voltage• universal power unit (115 V – 230 V)• independent from the local alternating
current frequency• one design for all markets

c for communicationeacy feed – new generation vibratory bowl
feeder with intelligent communication
capabilities for application in a smart factory/
Industry 4.0 environment.

y for yieldeacy feed – new generation vibratory bowl
feeder with optimised, technical efficiency due
to robust design and tried and tested modular
components.

Perfect Vibration Intensity
For monitoring and regulation of the vibration
intensity an acceleration sensor is mounted on
the vibratory drive.
• ensures stable output, independent
from fill-level• no need for readjustments• supports ideal vibration behaviour
and minimises material wear
• simplified reloading procedure• accommodates all bowl sizes

The operator can for example, alter the frequency and amplitude settings via their smartphone so that function of the feeder can be
guaranteed from any location.

Flexible Use
Used in assembly systems within complex
automated production lines – eacy feed precisely and reliably supplies connection elements. If eacy feed is used in conjunction withthe control and operating unit DPU (DEPRAG
Processing Unit) an additional industrial
demand is fulfilled: Communication capabilities
for Industry 4.0 and Smart Factory.
The use of TCP/IP network protocols allows
access to the EACY Feed controller’s networkfrom anywhere in the world. All settings canbe displayed or adjusted once a connection isestablished with the smart eacy feed using asmartphone, tablet or computer.

Simpler for the Fitter and Operator
The corresponding software PFCi100 has
been developed alongside the control unit
DPU for maximum user friendliness. The parameters required for the device can be simply
and easily adjusted using the slide bars on thetouch screen – there is no need to access thefeeder’s sequence controller.
If several operators are using the same feeder
at the same time, the efficiency of the process
can often be compromised by the varying working speeds of each individual. DEPRAG feeders cleverly adapt to the individual working
speeds of each operator. Once entered via thesimple display, the specific operating parameters of each person are saved (storage of up toten data sets) and can be recalled when there
is a shift change. No one feels held back andno one feels overstretched.

vibratory bowl feeder - EACY FEED
Precision and Timing
The fill volume influences the feed rate instandard vibratory spiral feeders. If the feedbowl is full, the system works at a slower rateand if it is emptier the rate speeds up. As withthe previous generation, the eacy feed is also
fitted with a measurement transducer which
records the oscillation amplitude in the feed
bowl. This thereby adaptively regulates thefeeder depending on the fill volume – ensuring reliability as the screws are continuously inreadiness for processing.
The feed rate is adjustable using twelve different waveforms. The amplitude or frequency
can be set in an instant. Individual settings
can be used for example, to optimise the feed
volume or reduce the noise level of the feeder.
The adjustments can be carried out quickly
and without mechanical intervention. Whenusing eacy feed the required settings can simply be selected on the DPU.

Smart factory/ Industry 4.0 can be foundin all branches of industrial production.
Intelligent, integrated smart components are
in demand throughout the entire value chain.
With the development of the innovative
controller PFCi100 we are realising smart
factory/ Industry 4.0, the fourth industrial
revolution. PFCi100 enables remote control,
documentation and interaction with eacy
feed, enabling the device to be monitored
and controlled from anywhere in the world.
Integrated functions of the PFCi100» external master IPC (e.g. DPU100)
operational platform» enables remote control andcommunication» bus interface» adjustable via IPC (DPU100)

sword feeder
Sword feeders or segment feeders are particularly suitable for use in cleanroom environments. One advantage of the sword feeder is the very gentle, low abrasion part
feeding.
Sword feeders are available in two fill sizes:
0.15 l or 1.5 l
Correctly oriented sorting
The feed parts in the supply bin are scooped
up into a segmented rail by a tilting motion. The
parts slide along this rail through mechanicaland directional components and arrive correctly sorted in the storage rail.

Low noise level
The production operators favor the low
noise-level of the sword feeder. Due to thespecially designed separator and the adapted controller sequence, the sword feeders
are especially quiet.
Efficient production
The high level of vertical integration, the useof specially hardened, wear-resistant materials, as well as specific coating methods, ensure the outstanding quality, reliability, andefficiency of the sword feeder.

Self-regulated feed intensity
A sensor in the storage rail regulates thenumber of stroke movements required. The
required fasteners are perfectly timed andpositioned ready for assembly.

Customized design
If you need to integrate a feeding system into
an application with challenging dimensional
conditions, we can adapt our standard devices to fit your operating environment.

3» communication via TCP/IP» programmable via integrated
web browser
Operator platform DPU
The DPU (DEPRAG Processing Unit)
provides exceptional user-friendliness.
Settings can be simply adjusted via the slidebars on the touch screen.
DPU setting options» frequency» amplitude» acceleration ramp
» soft start» waveform4

our range on feeding systems
	One Single SourceYour end-to-end solution: application consultancy, operator training, fully developed
system components, screwdrivers, feeders, controllers and process monitoring. Allcomponents are designed to be compatible with each other and have been tried andtested over many years. In-house developed and manufactured!
The perfect solution for your application:• Vibratory bowl feeder• Sword feeders• Linear conveyors• Pick-and-Place devices• Tape-on-Reel feeders• Screw presenters• Storage devices

Stationary feed systems for the processingof small components of all kinds, such as
screws, pins, bolts, rivets, nuts, washers ando-rings. Vibratory feeders feature a high output rate in comparison to other feed systems.
We offer stationary screwfeeders with vibratory drive for screws < M1 to M20. Screws
with a shaft length from 5 mm up to 130 mm
can be processed.
Even countersunk screws can be fed easily
by our vibratory feeders.

Design Sizes:
0.05 l Feed volume
6.0 l Feed volume12.0 l Feed volume

Sword feeders or segment feeders are used
when the requirement calls for gentle, almost
noiseless feeding of sensitive fasteners. Our
sword feeder systems can process screw
sizes from M2 to M6. They are ideal forscrews up to 25 mm in length. Sword (segment) feeders are also well-suited for the processing of balls and pins.

Design Sizes:
0.15 l Feed volume Page 16
1.50 l Feed volume Page 16

Our linear conveyors are part of a sophisticated feeding system, which can, for example, in combination with vibratory feeder or
Pick-and-Place systems, be coordinated toyour application.
Linear conveyors can be used to transportparts over larger distances within your assembly system, to allow for a parts buffer or toallow for the constant and consistent flow ofparts.

Our robust linear conveyors enable correct
sorting in the feedbowl, thereby preventing
jams or parts becoming wedged or backed
up to the feedbowl.

Vibratory Feeder
Page 11
Page 15
Page 15

Design Sizes eacy feed:
0.15 l Feed volume
Page 120.75 l Feed volume
Page 12/17
1.2 l Feed volume
Page 132.50 l Feed volume
Page 14/17

Sword (Segment) Feeder	Linear Conveyors

our range on feeding systems

5
Pick-and-Place Method

Pick-and-Place method - the alternative
to feeding through a hose - independent
from the part’s geometry!
If the screw dimensions do not allow feeding through a feedhose, for example where
there is an unfavorable relation between screw
head diameter and overall length, we can offer
special solutions, such as the pick-and-place
procedure with vacuum suction or removal bygripper.

This process can also be used for screw locations which are difficult to access.

DEPRAG tape-on-reel feeders are used toprocess components that are loaded on
single- and/or double- sided adhesive tapereels.
Tape-on-reel feeding technology uses a tapereel inserted in a rolling receptacle. The unwinder pulls the tape until the next component
is in the detached position. Once the sensor
detects that the piece has reached the detached position, a downholder secures andholds the tape. Once the pick-up tooling (e.g., avacuum gripper) is ready to proceed (i.e., vacu-

um suction ON), the slide carriage moves back,and the tape is pulled past the carriage blade.

Screw presenters are particularly suitable for the
automated supply of screws, both in preparation for manual pick-up and for stationary integrated screwdrivers. Are you looking to automate your assembly? Screw presenters are afast, cost-effective solution for assembly of small
production batches.
• Screw feeding via two lift segments in thescrew bin, enabling gentle, quiet feeding.
Screws fall onto a vibrating guide rail and arethen brushed into the correct position andtransported onwards.
• The integrated controller in the device enables
stand-alone operation.

• Screw supply is accurate and reliable due tothe regulated sequence controller using lightbarrier and microswitch.
• If required, several DEPRAG screw presentercan be arranged even into confined work
spaces due to its compact design.
• Special solutions on request.
• User-friendly
Secure, fast pick-up of supplied screws using
magnetic bit or vacuum.

Significantly decrease the number of refills byadding a storage system to your feeder.

feeders; they are specifically designed for use
together with a hopper.

Flexible - no need for costly modifications
when using a variety of feeders.
The hopper outlet is adjustable to the size ofthe component. Additional regulating possibilities allow the hopper to be adjustable into two
different directions.

Simple operation and easy set-up - the
DEPRAG hoppers come with a 24-volt gear
motor. They can be operated merely via an
output on the higher-level PLC.

For stationary applications, either vacuum
technology or grippers are predominately
used on Pick & Place devices. The releaseand reload procedure, is controlled by a PLC
using sensor monitoring.

Tape-on-Reel Feeding

The components are loosened from the tapeand are now ready for processing. Once thepick-up tooling has moved away from thepick-up position, the holder retracts, the slide
carriage runs forward again, and the winder
moves the next component on the tape reel
into the pick-up position.
 Catalogue D3870E

Screw Presenters

 Catalogue D3840E

Storage Systems

Low noise and wear-resistant - the outflowchute is enclosed, resulting into a substantial
reduction in noise. Noise-barriers are available as a special accessory for all vibratory

Gentle component handling minimizes thewaiting time of feed parts in the vibratory system.
 Catalogue D3850E

6

accessories
Distributor
If more than two positions (i.e. screwdriverspindles) have to be supplied out of one
feeder, then so called pre-separation hose
nozzles can be used. These distributors can
supply 2, 3, 4, 5 or even 6 channels.

Distributor with hose nozzles thatconnect to an additional air-blast

Distributor with standard hose nozzles

To increase the feed rate the distributors canbe operated by pre-separators (version “V“).
With such a system, the feed parts separator can be operated parallel to the processing time. The feeding of the hardware will
be done simultaneously for all channels.
This type of feed system is also used when
feeding has to be done against gravity (i.e.
underfloor assembly).

Slide separator
Screw Separator
The screws exit the feed bowl in a wellordered line ready to be separated at theend of a retaining rail. Different types of separators can be provided depending on thegeometry of the material (e.g. screws).

Blade separator

Control

Control Units

The standard version (version “0”) of our feedsystem does not include pneumatic valves ora sequence controller. The vibratory feeder
bowl includes the integrated control unit. The
necessary pneumatics, as well as sequencecontroller are the essential components of acomplete assembly unit. If components areordered, the corresponding pneumatic andfunction diagrams are made available.

We offer different control units to control
our vibratory drives.
• Piezo controller
is used for bowl sizes of
0.05 l (0.01 gal.)• Feeder controller PFCi100 / PFC100
for eacy feed feeding systems
is used for bowl sizes of 0.15 l (0.04 gal.),0.75 l (0.2 gal.), 1.2 l (0.32 gal.) and overTo keep design costs to a minimum and to
2.5 l (0.66 gal.) capacity
simplify installation, all devices can be supplied with pneumatic valves. There is wiring
up to the terminal block (version “P”). Again, These units conform to the protection typeif components are delivered we will provide no. IP54. A soft start feature is integrated
into the control unit of the vibratory drive.
an terminal plan.

PFCi100 Controller

PFC100 Controller

The version “P” includes all necessary NEW: PFC18L Controller
valves for the operation of the screwfeeding (IP30 protection class) to control our 1.5
liter sword feeders.
machine.
The third available version with the designation “EP” offers screwfeeding machines with
1 to 4 outlets, and includes pneumatic andelectronic sequence control. To feed the next
screw, only a 24 V signal is necessary. Thismeans the customer can use a smaller PLC
and no programming is necessary for thescrew feeding. Therefore, the series “EP” isan especially economical and reliable solution and should be given preference.

• operational voltage 24 V/DC
• little power consumption• 10 different menu languages• illuminated display• power unit with extended voltage range(115 V – 230 V)• independent from the respective local
A/C voltage• one design for all markets

PFC18L Controlleraccessories

7

Additional Accessories
To complete the automatic assembly station, we provide additional components, such as:– Standard mouthpiece– Tiltable mouthpiece– Nosepiece ball type, single– Nosepiece ball type, double– Nosepiece ball type with extension– Nosepiece split type
– Nosepiece with attachment piece– Ring proximity switch
for screw presence sensors– Fill level indicator– Feeder stand– Base for feeder stand– Storage devices(Catalogue D3850E)

Installation
plate
Feederstand

Nosepiece

Special nosepiece with mouthpiece

software solutions
PFC100 Manager – the parameterization software for PFC100 controllers

The PFC100 Manager facilitates the reading and saving of parameters as text
files for every PFC100 controller. Saved parameters can be transferred to
any PFC100 controller quickly and simply using the PFC100 Manager.
The PFC100 Manager software is supplied on CD. The connection cable
385520B required to connect PC and PFC100 controller is also supplied.
Available languages: German and English
Part number:
Software PFC100 Manager, including connection cable – part no. 121759
Activation key for the software – part no. 122000
Further information can be found in our catalog D3900E or on our website
www.deprag.com.

Base forfeederstand

8material to be conveyed
Screws or o-rings, nuts or threaded pins, rivets or balls: Different components and fasteners require different feeding methods. Special provisions
come into play for applications requiring technical cleanliness and for sensitive parts requiring particularly gentle handling.

ScrewsPins

For the processing of pins, werecommend a vibratory feeder.
For standard applications we canoffer handheld feeding systems.
An adapted separator is often
used for stationary applications.

A vibratory feeder or a sword
feeder can be used for the processing of screws, depending onscrew size. Our screw presenter
is ideal for the first step in screw
supply automation.

Nuts

O-Rings

A vibratory feeder is well-suitedfor the processing of nuts.
There are handheld and stationary solutions for the presentationof nuts.

Different Components

A vibratory feeder is the bestsuited device for the processing of O-rings into an assembly
solution. In a stationary application: The O-ring is supplied to apick-up position, stretched andassembled.

Smallparts auf
Kleinteileonbacking
film
Trägerfolie

Wide-ranging component designs can be processed using avibratory feeder in combination
with a linear-conveyor system.
We can utilize sensors so thatthe most varied of component
geometries can be processed,
particularly in stationary feeding
systems.

Labels, etc.

Small parts attached to a backing
film on a tape-reel needing to bepicked-up by vacuum or gripper,
can be processed by a DEPRAG
tape-on-reel feeder. It is evenpossible to process components
on both single- and double-sided
adhesive tapes.

Press-insertion
components

The DEPRAG tape-on-reel feeder predominately retrieves labels,
stickers, and a protective film arriving on a tape-reel, by utilizing
vacuum assistance.

We supply standardized pressinsertion systems, consisting of apress-in device that is combinedwith a vibratory or sword feeder,
to process rivets, pins, sleeves,and balls.

material to be conveyed

9Part assembly incleanrooms

Components requiring
gentle handling
Sword (segment) feeders are especially suited for gentle feeding procedures. Vibratory Feeders can also be coated with afibre coating or soft PUR-coating
which protects the surface quality of your components. A storage
device can be set to keep the filllevel of the feeding-system to an
absolute minimum which again
serves to protect the surface quality of your components. If your components need even gentler
handling then we can palletise them and process them by agripper or vacuum handling system. Please contact us for additional information.

A vibratory feeder in connection
with a suction device can be used
to process components in cleanrooms class D. If your cleanroom
requirement is even higher, then apalletised solution with gripper or
vacuum handling can be used.

STRUCTURE OF STATIONARY SCREW FEEDING SYSTEMSDEPRAG screw feeders consist of the supply system itself, an air connection, a power switch and an electronic controller including
feedhose, in standard length 4m.
With either vibratory bowl feeder or sword feeder
screw separator
with single or
doublespiral bowl
can be combinedwith any screwdrivermodelwith hopper
andsort segment

If feeding with a hose system is not possible,
we offer special solutions, such as the pickand-place proceduredefined pick position with integrated
screw pick control
optionsword feeder
with aseparator
systemDistributor system see page 6

10

GUIDELINE FOR THE SELECTION OF A SUITABLE SCREWFEEDER
STEP 1:

STEP 3:

STEP 5:

Feeding criteria		Which feeding principle is best
suited to your application?

Space available on the component

Basically all “shaft heavy“ screws withheads which fulfil the following criteria aresuitable for processing with our feed systems:

A vibratory spiral bowl is particularly suited
to screws with awkward dimensions or
those with special feed rate requirements.
The sword feeder is used when extremely
gentle handling of the parts is required orwhen very low noise level is a must. If feeding with a hose system is not possible wealso offer pick-and-place procedure.

The available space around the screw
head on the assembled components
is very important for effective use of thehandheld screw feeders.
Both the nosepiece split type and ball
type have space requirements.

STEP 6:

Single or multiple feeding/screwdrivers
STEP 4:

Determine the screw receiver		

Feedability criteria:a > 30 o

d ~ D + 0.5 mm

Single and double spiral bowls are available for vibratory bowl feeders. You canalso get more out of each feeder with only
At the end of the mouthpiece there is one outlet using a distributor to furthera nosepiece ball type (1 or 2 rows) or a divide the feed parts into several hose
nosepiece split type, mounted to receive outlets.
In this way up to twelve outlets can be
and position the screw.
created from just one feeder by using a
Nosepiece
Nosepiece
double spiral bowl and 2 six-fold distribusplit typeball typetors. The selection of the correct feeder
depends in particular on the cycle timerequired.
Please ask your local representative forfurther information.

Approximation formula:

STEP 7:

Specifications

L > D + 2 mm

In order to design your feeder we need
the following information from you:d = Feed hose ID
D = Screw head-Ø
L = Shaft length

STEP 2:Screw Quality
		
DIN quality standard fasteners (allowable
3% bad parts) is not always sufficient for
reliable feeding machines.
Higher levels of screw/fastener quality
improve the feeder‘s reliability.
The goal should be a quality grade of
10 ppm (“parts per million”). This means
every 100,000 screws there can be 1 bad
part.

D = Head-Ød = Shaft-Øn = Space required to open
A = D + 2.5 mm
B = A + D - d/2

B = 3D - 2d + 5 mm

n=AxB

n=øB

• Number of screwdriving spindles to be
used• Cycle time (described in detail if possible)• Feeding design (vibratory bowl feeder
or sword feeder) if you have a preference• Controller design (without valves as version „0“, with valves as version „P“ orwith valves and sequence controller asversion „EP“)• Details of feed part geometry (e.g.
dimension sheet of the screw with tolerances)• Details of required length of feedhose(s)Details of the geometry of the screw-in
position (3D model in format STEP or
IGES)•  Voltage/mains frequency
To process your order we will also requireapprox. 1 sample load of parts to fill thecapacity of your feeding system.

TECHNICAL DATA FEEDING MACHINES VIBRATORY BOWL FEEDERS
Filling capacity 0.05 liter – for screws with max. shaft length 8 mm
Filling capacity
0.05 liter / 0.01 gal.

Type

Amount of connectable drivers
Feed rateparts/min
Filling capacity
liter/gal.
Max. head diameter
mm / in.
Max. shaft length
mm / in.
Range of shaft diameter
mm / in.
Voltage
V/Hz
Power consumption
W
Air pressure requirement
bar / PSI
Air hose dia.
mm / in.
Dimensions (W x D x H)
mm / in.
Weightkg / lbs
Feedhose length standard - max.
m / ft.
Number of in-/outputs needed for PLC Version ”O” and ”P”
Control Unit
Type
Dimensions (L x W x H)
mm / in.

0611-P/0.05-x
0611-O/0.05-x
150
0.05/0.01
3 / 7/64
8 / 5/16
0.6 - 2.0 / 0.024-0.079
230 / 50
50
6 / 854 / 5/32
220 x 200 x 180 / 85/8 x 77/8 x 71/16
10 / 224 / 13.1 - 10 / 32.8
2/4
Piezo Controller, part no. 806652
106 x 100 x150 / 411/64 x 37/8 x 57/8*) The controller can be positioned either next to the feeder in the work area or in the control cabinet.
We recommend integration into the control cabinet. Additionally the height of the cable connections (approx 50mm) must be taken into account.

Filling capacity 0.15 liter – for screws with max. shaft length 8 mm
01011-2
01011-3
01011-4––-EP/0.15 -EP/0.15 -EP/0.15
PFC100 controller (insulation IP54)
Type
01011
01022
01011
01011
01011
01011
01011
-0/0.15-0/0.15-2-0/0.15 -3-0/0.15 -4-0/0.15 -5-0/0.15 -6-0/0.15
Filling capacity 0.15 l / 0.04 gal.
-P/0.15-P/0.15-2-P/0.15 -3-P/0.15 -4-P/0.15 -5-P/0.15 -6-P/0.15
without PLC-0/0.15V -0/0.15V -2-0/0.15V -3-0/0.15V -4-0/0.15V -5-0/0.15V -6-0/0.15V-P/0.15V -P/0.15V-2-P/0.15V -3-P/0.15V -4-P/0.15V -5-P/0.15V -6-P/0.15V
Control unit
PFC100 controller (insulation IP54)
01011i
01022i
01011i
01011i
01011i
01011i
01011i
Filling capacity 0.15 l / 0.04 gal.
Type-0/0.15-0/0.15-2-0/0.15 -3-0/0.15 -4-0/0.15 -5-0/0.15 -6-0/0.15
without PLC-P/0.15-P/0.15-2-P/0.15 -3-P/0.15 -4-P/0.15 -5-P/0.15 -6-P/0.15(integrated version with regulation of the-0/0.15V -0/0.15V -2-0/0.15V -3-0/0.15V -4-0/0.15V -5-0/0.15V -6-0/0.15V
feeder controller directly via DEPRAG - PLC)
-P/0.15V -P/0.15V -2-P/0.15V -3-P/0.15V -4-P/0.15V -5-P/0.15V -6-P/0.15V
Control unit
PFCi100 controller (insulation IP54)
Amount of connectable drivers
1
2
2
3
4
5
6
Feed rateparts/min
60
2x60
2x25
3x17
4x13
5x10
6x8
0.15 / 0.04 0.15 / 0.04 0.15 / 0.04 0.15 / 0.04 0.15 / 0.04 0.15 / 0.04 0.15 / 0.04
Filling capacity
liter / gal.
Max. head diameter
mm / in.
5 / 13/64
4 / 5/32
5 / 13/64
5 / 13/64
5 / 13/64
5 / 13/64
5 / 13/64
Max. shaft length
mm / in.
8 / 5/16
8 / 5/16
8 / 5/16
8 / 5/16
8 / 5/16
8 / 5/16
8 / 5/16
Range of shaft diameter
mm / in.
1.2 - 2.5 / 0.046 - 0.1
VoltageV
24 Volt DC
Max. power consumption
VA
50
Air pressure requirement
bar / PSI
6 / 85.2
Air hose dia.
mm / in.
10 / 3/8
Weight approx.
kg / lbs.
26 / 57.2 28 / 61.6 28 / 61.6 29 / 63.8 30 / 66
31 / 68.2 32 / 70.4
Dimensions (WxDxH) approx.
mm / in.
296 x 352 x 258 / 11.54 x 13.73 x 10.06
m / ft.
4 / 13.1
Feedhose length standardmax.
8 / 26.2
m / ft.
3/5
6/8
6/7
8/9
10/9
12/11
13/11
Number of in-/outputs needed for PLC
version „0“ and „P“
2/1
3/2
3/1
4/1
5/1
–
–
version „EP“
8/10
8/9
11/12
14/13
17/16
19/17
additional version „V“ 4/6Filling capacity 0.15 l / 0.04 gal.
with PLC
Control unit

Type

01011
-EP/0.1501022-EP/0.15

Included in delivery

Power unit 105535A

Required accessories

Power cable 812587 (EU) / 812295 (US)Optional accessories

see page 18

11

12

TECHNICAL DATA FEEDING MACHINES VIBRATORY BOWL FEEDERS
Filling capacity 0.75 liter – for screws with max. shaft length 35 mm– for small components

Filling capacity 0.75 l / 0.2 gal. Typewith PLC
Control unit
Type
Filling capacity 0.75 l / 0.2 gal.
without PLC

01011-EP/0.7501022-EP/0.75–

01011-0/0.75-P/0.75-0/0.75V-P/0.75V

01022-0/0.75-P/0.75-0/0.75V-P/0.75V

01012-0/0.75-P/0.75-0/0.75V-P/0.75V

01011i-0/0.75-P/0.75-0/0.75V-P/0.75V

01022i-0/0.75-P/0.75-0/0.75V-P/0.75V

01012i-0/0.75-P/0.75-0/0.75V-P/0.75V

140
0.75 / 0.2
12 / 15/32
35 / 13/822x400.75 / 0.2
8 / 5/16
25 / 31/32

22x20
0.75 / 0.2
12 / 15/32
35 / 13/8

36 / 79.2

38 / 83.6

3/5
2/1
4/6

6/8
3/2
8/10

Control unit
Filling capacity 0.75 l / 0.2 gal. Typewithout PLC(integrated version with regulationof the feeder controller directly via
DEPRAG - PLC)
Control unit
Amount of connectable drivers
Feed rateparts/min
Filling capacity
liter / gal.
Max. head diameter
mm / in.
Max. shaft length
mm / in.
Range of shaft diameter
mm / in.
VoltageV
Max. power consumption
VA
Air pressure requirement
bar / PSI
Air hose dia.
mm / in.
Weight approx.
kg / lbs.
Dimensions (WxDxH) approx. mm / in.
m / ft.
Feedhose length standardmax.
m / ft.
Number of in-/outputs needed for PLC
Version „0“ and „P“
Version „EP“
Additional version „V“–

01011-2
01011-3-EP/0.75 -EP/0.75
PFC100 controller (insulation IP54)
01024
01011
01011
-0/0.75-2-0/0.75 -3-0/0.75-P/0.75-2-P/0.75 -3-P/0.75-0/0.75V-2-0/0.75V -3-0/0.75V-P/0.75V-2-P/0.75V -3-P/0.75V
PFC100 controller (insulation IP54)
01024i
01011i
01011i-0/0.75-2-0/0.75 -3-0/0.75-P/0.75-2-P/0.75 -3-P/0.75-0/0.75V-2-0/0.75V -3-0/0.75V-P/0.75V-2-P/0.75V -3-P/0.75V

01011-4-EP/0.75

–

–

01011
-4-0/0.75-4-P/0.75-4-0/0.75V-4-P/0.75V

01011-5-0/0.75-5-P/0.75-5-0/0.75V-5-P/0.75V

01011-6-0/0.75-6-P/0.75-6-0/0.75V-6-P/0.75V

01011i-4-0/0.75-4-P/0.75-4-0/0.75V-4-P/0.75V

01011i-5-0/0.75-5-P/0.75-5-0/0.75V-5-P/0.75V

01011i-6-0/0.75-6-P/0.75-6-0/0.75V-6-P/0.75V

55x8
0.75 / 0.2
12 / 15/32
35 /13/8

6
6x6
0.75 / 0.2
12 / 5/32
35 / 13/8

44 / 96.8

44 / 96.8

12/11
–
17/16

13/11
–
19/17

PFCi100 controller (insulation IP54)
4
2
3
4
4x20
2x20
3x13
4x10
0.75 / 0.2 0.75 / 0.2 0.75 / 0.2 0.75 / 0.2
8 / 15/32
12 / 15/32
12 / 15/32
12 /15/32
25 / 31/32
35 / 13/8
35 / 13/8
35 / 13/8
1.5 - 7 / 0.06 - 0.27
24 Volt DC50
6 / 85.2
10 / 3/8
36 / 79.2 38 / 83.6 42 / 92.4 42 / 92.4 42 / 92.4
360 x 414 x 368 / 14.04 x 16.15 x 14.35
4 / 13.1
8 / 26.2

8/10
–
10/12

16/18
–
20/22

6/7
3/1
8/9

8/9
4/1
11/12

10/9
5/1
14/13

Also suitable for the feeding of: – rotation symmetric parts, such as rivets, bolts, pins, washers, sleeves, etc.
– small components– balls and much more
The choice of feeding machine for small components will be determined after testing. Therefore, we require a sufficient quantity(approximately 1 liter/0.26 gal.) of the components to be fed.
Included in delivery

Power unit 105535A

Required accessories
Power cable

Optional accessories

iPart no.

812587 (EU) / 812295 (US)see page 18

Our software solutions undergo continuous improvements. We recommend that you regularly update your software. In this way you will always receive the most up-todate security updates, upgraded features and drivers. With the most current version of the software you can be sure that your device is optimally prepared for Industry 4.0.

TECHNICAL DATA FEEDING MACHINES VIBRATORY BOWL FEEDERS

13

Filling capacity 1.2 liter – for screws with max. shaft length 50 mm

Filling capacity 1.2 l / 0.32 gal.
with PLC
Control unit

Type

01011
-EP/1.2

01011-2-EP/1.2

Type

01011
-0/1.2-P/1.2-0/1.2V-P/1.2V

01011-2-0/1.2-2-P/1.2-2-0/1.2V-2-P/1.2V

01011i-0/1.2-P/1.2-0/1.2V-P/1.2V

01011i-2-0/1.2-2-P/1.2-2-0/1.2V-2-P/1.2V

125
1.2 / 0.32

2
2x12
1.2 / 0.32

40 / 88

46 / 101.2

3/5
2/1
4/6

6/7
3/1
8/9

Filling capacity 1.2 l / 0.32 gal.
without PLC
Control unit
Filling capacity 1.2 l / 0.32 gal.
without PLC
integrated version with regulationof the feeder controller directly via
DEPRAG - PLC)

Type

Control unit
Amount of connectable drivers
Feed rateparts/min
Filling capacity
liter / gal.
Max. head diameter
mm / in.
Max. shaft length
mm / in.
Range of shaft diameter
mm / in.
VoltageV
Max. power consumption
VA
Air pressure requirement
bar / PSI
Air hose dia.
mm / in.
Weight approx.
kg / lbs.
Dimensions (WxDxH) approx.
mm / in.
m / ft.
Feedhose length standardmax.
m / ft.
Number of in-/outputs needed for PLC
Version „0“ and „P“
Version „EP“
Additional version „V“
Included in delivery

01011-3
01011-4–-EP/1.2-EP/1.2
PFC100 controller (insulation IP54)
01011
01011
01011
-3-0/1.2-4-0/1.2-5-0/1.2-3-P/1.2-4-P/1.2-5-P/1.2-3-0/1.2V-4-0/1.2V-5-0/1.2V-3-P/1.2V-4-P/1.2V-5-P/1.2V
PFC100 controller (insulation IP54)
01011i
01011i
01011i-3-0/1.2-4-0/1.2-5-0/1.2-3-P/1.2-4-P/1.2-5-P/1.2-3-0/1.2V-4-0/1.2V-5-0/1.2V-3-P/1.2V-4-P/1.2V-5-P/1.2V
PFCi100 controller (insulation IP54)
3
4
5
3x8
4x6
5x5
1.2 / 0.32
1.2 / 0.32
1.2 / 0.32
16 / 5/8
50 / 115/16
3 - 7 / 0.118 - 0.276
24 Volt DC
150
6 / 85.2
10 / 3/8
46 / 101.2
46 / 101.2
48 / 105.6
360 x 414 x 368 / 14.04 x 16.15 x 14.35
4 / 13.1
8 / 26.2
8/9
4/1
11/12

10/9
5/1
14/13

12/11
–
17/16

–

01011
-6-0/1.2-6-P/1.2-6-0/1.2V-6-P/1.2V
01011i-6-0/1.2-6-P/1.2-6-0/1.2V-6-P/1.2V

66x4
1.2 / 0.32

48 / 105.6

13/11
–
19/17

Power unit 2041061

Required accessories
Power cable

Optional accessories

iPart no.

812587 (EU) / 812295 (US)see page 18

Our software solutions undergo continuous improvements. We recommend that you regularly update your software. In this way you will always receive the most up-todate security updates, upgraded features and drivers. With the most current version of the software you can be sure that your device is optimally prepared for Industry 4.0.

14

TECHNICAL DATA FEEDING MACHINES VIBRATORY BOWL FEEDERS
Filling capacity 2.5 liter – for screws with max. shaft length 60 mm    – for small components

Filling capacity 2.5 l / 0.66 gal. Typewith PLC
Control unit
Type
Filling capacity 2.5 l / 0.66 gal.
without PLC

01011-EP/2.501022-EP/2.5–01011-0/2.5-P/2.5-0/2.5V-P/2.5V

01022-0/2.5-P/2.5-0/2.5V-P/2.5V01012-0/2.5-P/2.5-0/2.5V-P/2.5V

01011i-0/2.5-P/2.5-0/2.5V-P/2.5V

01022i-0/2.5-P/2.5-0/2.5V-P/2.5V

01012i-0/2.5-P/2.5-0/2.5V-P/2.5V

Control unit
Filling capacity 2.5 l / 0.66 gal. Typewithout PLC(integrated version with regulationof the feeder controller directly via
DEPRAG - PLC)
Control unit
Amount of connectable drivers
Feed rateparts/min
Filling capacity
liter / gal.
Max. head diameter
mm / in.
Max. shaft length
mm / in.
Range of shaft diameter
mm / in.
VoltageV
Max. power consumption
VA
Air pressure requirement
bar / PSI
Air hose dia.
mm / in.
Weight approx.
kg / lbs.
Dimensions (WxDxH) approx. mm / in.
m / ft.
Feedhose length standardmax.
m / ft.
Number of in-/outputs needed for PLC
Version „0“ and „P“
Version „EP“
Additional version „V“–

01011-2
01011-3-EP/2.5-EP/2.5
PFC100 controller (insulation IP54)
01024
01011
01011
-0/2.5-2-0/2.5-3-0/2.5-P/2.5-2-P/2.5-3-P/2.5-0/2.5V-2-0/2.5V -3-0/2.5V-P/2.5V-2-P/2.5V -3-P/2.5V
PFC100 controller (insulation IP54)
01024i
01011i
01011i-0/2.5-2-0/2.5-3-0/2.5-P/2.5-2-P/2.5-3-P/2.5-0/2.5V-2-0/2.5V -3-0/2.5V-P/2.5V-2-P/2.5V -3-P/2.5V

01011-4-EP/2.5

–

–

01011
-4-0/2.5-4-P/2.5-4-0/2.5V-4-P/2.5V

01011-5-0/2.5-5-P/2.5-5-0/2.5V-5-P/2.5V

01011-6-0/2.5-6-P/2.5-6-0/2.5V-6-P/2.5V

01011i-4-0/2.5-4-P/2.5-4-0/2.5V-4-P/2.5V

01011i-5-0/2.5-5-P/2.5-5-0/2.5V-5-P/2.5V

01011i-6-0/2.5-6-P/2.5-6-0/2.5V-6-P/2.5V

PFCi100 controller (insulation IP54)
1
2
2
4
2
3
4
5
6
40
2x40
2x20
4x20
2x20
3x13
4x10
5x8
6x6
2.5 / 0.66 2.5 / 0.66 2.5 / 0.66 2.5 / 0.66 2.5 / 0.66 2.5 / 0.66 2.5 / 0.66 2.5 / 0.66 2.5 / 0.66
14 / 35/64
16 / 5/8
14 / 35/64 16 / 5/8
16 / 5/8
16 / 5/8
15 / 19/32
16 / 5/8
16 / 5/8
60 / 2 23/64 45 / 1 49/64 60 / 2 23/64 45 / 1 49/64 60 / 2 23/64 60 / 2 23/64 60 / 2 23/64 60 / 2 23/64 60 / 2 23/64
4 - 8 / 5/32 - 5/16
24 Volt DC
150
6 / 85.2
10 / 3/8
60 / 132
547 x 600 x 294 / 21.33 x 23.4 x 11.5
4 / 13.1
8 / 26.2
3/5
2/1
4/6

6/8
3/2
8/10

8/10
–
10/12

16/18
–
20/22

6/7
3/1
8/9

8/9
4/1
11/12

10/9
5/1
14/13

12/11
–
17/16

13/11
–
19/17

Also suitable for the feeding of: – rotation symmetric parts, such as rivets, bolts, pins, washers, sleeves, etc.
– small components– balls and much more
The choice of feeding machine for small components will be determined after testing. Therefore, we require a sufficient quantity(approximately 1 liter/0.26 gal.) of the components to be fed.
Included in delivery

Power unit 2041061

Required accessories
Power cable

Optional accessories

iPart no.

812587 (EU) / 812295 (US)see page 18

Our software solutions undergo continuous improvements. We recommend that you regularly update your software. In this way you will always receive the most up-todate security updates, upgraded features and drivers. With the most current version of the software you can be sure that your device is optimally prepared for Industry 4.0.

TECHNICAL DATA FEEDING MACHINES VIBRATORY BOWL FEEDERS

15

Filling capacity 6.0 liter – for screws with max. shaft length 100 mm
Filling capacity
6 liter /1.6 gal.

Type

Amount of connectable drivers
Feed rateparts/min
Filling capacity
liter / gal.
Max. head diameter
mm / in.
Max. shaft length
mm / in.
Range of shaft diameter
mm / in.
Air pressure requirement
bar / PSI
Air hose dia.
mm / in.
Weight (design ”O”)
kg / lbs.
m / ft.
Feedhose length standardmax
m / ft.
Number of in-/outputs needed for PLC
Version ”O” and ”P”
min.
Version ”V”
min.
Control unit

0511-O/6.0
0511-P/6.0

1250511-2-O/6.0
0511-2-P/6.0
0511-2-O/6.0V
0511-2-P/6.0V
2
2 x 120511-3-O/6.0
0511-3-P/6.0
0511-3-O/6.0V
0511-3-P/6.0V
3
3x8

0511-4-O/6.0
0511-4-P/6.0
0511-4-O/6.0V
0511-4-P/6.0V
4
4x6
6 / 1.6
30 / 13/16
100 / 48 - 16 / 0.315 - 0.63
6.3 / 90
10 / 3/8
250 / 550
4 / 13.1
8 / 26.2

0511-5-O/6.0
0511-5-P/6.0
0511-5-O/6.0V
0511-5-P/6.0V
5
5x5

2/6
–

5/8
7/10

7/10
9/10
11/12
10/13
13/14
16/17
SZG controller 5-SL (insulation IP54)

0511-6-O/6.0
0511-6-P/6.0
0511-6-O/6.0V
0511-6-P/6.0V
6
6x4

12/12
18/18

Filling capacity 12.0 liter – for screws with max. shaft length 130 mm
Filling capacity
12 liter /3.2 gal

Type

0511
-O/12
-P/12

0511
-2-O/12-2-P/12-2-O/12 V

0512
-O/12
-P/12
-O/12 V

-2-P/12 V-P/12 V

0522
-O/12
-P/12

0511
-3-O/12-3-P/12-3-O/12 V

0511-4-O/12-4-P/12-4-O/12 V-3-P/12 V-4-P/12 V

Amount of connectable drivers
1
2
2
2
3
4
Preferred type for identical amount of spindles

Feed rateparts/min 20
2 x 102 x 112 x 203x7
4x5
Filling capacity
liter / gal. 12 / 3.2
12 / 3.2
12 / 3.2
12 / 3.2
12 / 3.2
12 / 3.2
40 / 137/64
40 / 137/64
30 / 13/16
40 / 137/64
40 / 137/64
Max. head diameter
mm / in. 40 / 137 / 64
Max. shaft length
mm / in. 130 / 51/8
130 / 51/8
130 / 51/8
120 / 423/32
130 / 51/8
130 / 51/8
Range of shaft diameter
mm / in. 14-20 / 35/64-25/32 14-20 / 35/64-25/32 14-20 / 35/64-25/32 12-18 / 15/32-45/64 14-20 / 35/64-25/32 14-20 / 35/64-25/32
Air pressure requirement
bar / PSI 6.3 / 90
6.3 / 90
6.3 / 90
6.3 / 90
6.3 / 90
6.3 / 90
10 / 3/8
10 / 3/8
10 / 3/8
10 / 3/8
10 / 3/8
Air hose dia.
mm / in. 10 / 3/8
Weightkg / lbs
as per customer’s specification approx. 500
m / ft.
4 / 13.1
4 / 13.1
4 / 13.1
4 / 13.1
4 / 13.1
4 / 13.1
Feedhose length standardmax
m / ft.
8 / 26.2
8 / 26.2
8 / 26.2
8 / 26.2
8 / 26.2
8 / 26.2
Number of in-/outputs needed for PLC
Version ”O” and ”P”
min.
5/6
8/8
6/7
9/9
11/10
12/10
Version ”V”
min.
–
10/10
8/9
–
14/13
16/14
Control unit for vibratory conveyor
Special controller
Control unit for linear conveyor
Special controller

16

TECHNICAL DATA FEEDING MACHINES SWORD FEEDERS
Filling capacity 0.15 liter – for screws with max. shaft length 8 mm
Filling capacity
0.15 liter / 0.04 gal
Amount of connectable drivers
Feed rate
Filling capacity
Max. head diameterMax. shaft length
Range of shaft diameterAir pressure requirement
Air hose dia.
WeightFeedhose length standard
max

Type

0811-O/0.15
0811-P/0.15
130
0.15 / 0.04
5 / 13/64
8 / 5/16
1.0 - 2.5 / 3/64 - 3/32
6.3 / 90
10 / 25/64
6 / 13.2
4 / 13.1
5 / 16.4

parts/minliter / gal.
mm / in.
mm / in.
mm / in.
bar / PSI
mm / in.
kg / lbs
m / ft.
m / ft.
Number of in-/outputs needed for PLC
Version ”O” and ”P”
min.

4/5

Filling capacity 1.5 liter – for screws with max. shaft length 25 mm
Filling capacity

1.5 liter / 0.4 gal

with PLC,
control unit PFC18L Controller (insulation IP30)

Type01811-EP/1.5

–

–

–

–

–

without PLC, without
control unit (control via
external PLC)

Type

01811-O/1.5
01811-P/1.5

01811-2-O/1.5
01811-2-P/1.5
01811-2-O/1.5V
01811-2-P/1.5V

01811-3-O/1.5
01811-3-P/1.5
01811-3-O/1.5V
01811-3-P/1.5V

01811-4-O/1.5
01811-4-P/1.5
01811-4-O/1.5V
01811-4-P/1.5V

01811-5-O/1.5
01811-5-P/1.5
01811-5-O/1.5V
01811-5-P/1.5V

01811-6-O/1.5
01811-6-P/1.5
01811-6-O/1.5V
01811-6-P/1.5V

130

2
2 x 153
3 x 10

4
4x8

5
5x6

6
6x5

Amount of connectable drivers
Feed rate
Filling capacity
Max. head diameterMax. shaft length
Range of shaft diameter
VoltageMax. power consumption
Air pressure requirement
Air hose dia.
Dimensions (WxDxH) approx.
Weight (design ”O”)
Feedhose length standard
max

parts/minliter / gal.
mm / in.
mm / in.
mm / in.
V
VA
bar / PSI
mm / inmm / in.
kg / lbs
m / ft.
m / ft.
Number of in-/outputs needed for PLC
Version ”O” and ”P”
min.
Version ”V”
min.
Version ”EP”
min.

35/77
4/13.1
8/26.2

38/84
4/13.1
8/26.2

40/88
4/13.1
8/26.2

40/88
4/13.1
8/26.2

42/92
4/13.1
8/26.2

42/92
4/13.1
8/26.2

8/6
–
3/1

11/9
11/9
–

13/12
13/12
–

15/13
15/13
–

17/16
17/16
–

18/17
18/17
–

Included in delivery (only for type01811-EP/1.5)

Power unit
105535A–

812587 (EU)812295 (US)–

Required accessories (only for type01811-EP/1.5)
Power cable
Part no.

Optional accessories

1.5 / 0.4
12 / 15/32
25 / 63/64
2 - 6.3 / 0.08 - 0.25
24 Volt DC50
6 / 85.2
10 / 3/8
408 x 666 x 1223 / 15.9 x 25.97 x 47.7

see page 18

TECHNICAL DATA NUT FEEDERS (VIBRATORY BOWL FEEDERS)

17

Filling capacity 0.75 / 2.5 liter – maximum permissible nut height 5 mm / 8 mm

Filling capacitywith PLC

0.75 liter / 0.2 gal.
Type

01011M-EP/0.75–

Type01011M-0/0.75-P/0.75-0/0.75V-P/0.75V

01012M-0/0.75-P/0.75-0/0.75V-P/0.75V

01011iM-0/0.75-P/0.75-0/0.75V-P/0.75V

01012iM-0/0.75-P/0.75-0/0.75V-P/0.75V

Control unit

without PLC
Control unit
without PLC

Type(integrated version with regulationof the feeder controller directly via
external PLC)
Control unit
Amount of connectable drivers
Feed rateparts/min
Filling capacity
liter / gal.
Across flats
mm / in.
Female thread
mm / in.
Max. possible nut heightmm / in.
VoltageV
Max. power consumption
VA
Air pressure requirement
bar / PSI
Air hose dia.
mm / in.
Dimensions (WxDxH) approx. mm / in.
Number of in-/outputs needed for PLC
Version „0“ and „P“
Version „EP“
Additional version „V“
Included in delivery

1400.75 / 0.2
4-8 / 5/32-5/16
3-5 / 1/8- 3/16
5 / 3/16

2.5 liter / 0.66 gal.
01011M-EP/2.5
PFC100 controller (insulation IP54)
01024M
01011M-0/0.75-0/2.5-P/0.75-P/2.5-0/0.75V-0/2.5V-P/0.75V-P/2.5V
PFC100 controller (insulation IP54)
01024iM
01011iM-0/0.75-0/2.5-P/0.75-P/2.5-0/0.75V-0/2.5V-P/0.75V-P/2.5V
PFCi100 controller (insulation IP54)
4
1
4x25
40
0.75 / 0.2
2.5 / 0.66
4-8 / 5/32-5/16
5.5-17 / 5/32-43/64
3-5 / 1/8- 3/16
3-8 / 1/8- 5/16
3
5 / /168 / 5/16–

22x25
0.75 / 0.2
4-8 / 5/32-5/16
3-5 / 1/8- 3/16
5 / 3/16
24 Volt DC50
6 / 85.2
10 / 3/8
360 x 414 x 368 / 14.04 x 16.15 x 14.35

3/5
2/1
4/6

4/6
–
6/8

8/10
–
10/12

–

–

01012M-0/2.5-P/2.5-0/2.5V-P/2.5V

01024M-0/2.5-P/2.5-0/2.5V-P/2.5V

01012iM-0/2.5-P/2.5-0/2.5V-P/2.5V

01024iM-0/2.5-P/2.5-0/2.5V-P/2.5V

2
4
2x25
4x25
2.5 / 0.66
2.5 / 0.66
5.5-13 / 5/32-1/2
5.5-13 / 5/32-1/2
3-8 / 1/8- 5/16
3-8 / 1/8- 5/16
58 / /168 / 5/16
24 Volt DC
150
6 / 85.2
10 / 3/8
547 x 600 x 294 / 21.33 x 23.4 x 11.5

3/5
2/1
4/6

4/6
–
6/8

7/14
–
11/18

Power unit 105535A

Power unit 2041061

812587 (EU) / 812295 (US)812587 (EU) / 812295 (US)

Required accessories
Power cable

Optional accessories

iPart no.

see page 18

Our software solutions undergo continuous improvements. We recommend that you regularly update your software. In this way you will always receive the most up-todate security updates, upgraded features and drivers. With the most current version of the software you can be sure that your device is optimally prepared for Industry 4.0.

18

POWER USAGE
The design of the feeding systems can be made for either 230 volts or for 115 volts of power-connection.
For the corresponding maximum usage (in W) please refer to the listing below.
Unit

Type

010xx-x/0.15010xx-x/0.75

VoltagePower consumption

VW

24 Volt DC
50

24 Volt DC
50

Unit

Type

0811-O/0.15

0811-P/0.15

Power supplyV

not applicable24

Power consumption

W

0

10

010xx-x/1.2

010xx-x/2.5
24 Volt DC
150

05xx-x/6.0

018xx-x/1.5

115 or 230
550

24 Volt DC
50

OPTIONAL EQUIPMENT
for feeding systems
Stationary mouthpiece (standard)
Tiltable mouthpiece
Nosepiece ball type (single)
Nosepiece ball type (double)
Nosepiece split type
Ring proximity switch with impulse extension 100 ms, with connector, cable and connector plug for screw presence control installed and wired
Feeder bowl, coated with polyurethane
Hopper (Catalog D3850E)
Downholder (for screws with washers)”Semi-pick and place-system”
Set of wheels for standSet of wheels for stand in ESD-capable version

for feeding systems with feed bowl volume0.15 liter

0.75 liter

1.2 liter

1.5 liter

2.5 liter

Fill level indicatorPart no.
Stand   Part no.
Retaining plate (holder for power supply) Part no.

414965J
9944499198574414965A
9944499198574414965A
9944499198573420494B
9944499198574414965D
999309-NOMENCLATURE OF feedersi. e.

0 10 1 1 - 3 - P /2.5

approx. 675

approx. 600

Vibratory Bowl Feeder
with Belt-Driven HopperType 0511-xx / 6.0

294

14

500

360

Type 010xx 0.15
Typ 010xx/0,15

Type 010xx 0.75
Typ 010xx/0,75
Type 010xx
1.2
Typ 010xx/1,2

666
268

für Maschinen

ZEN16_003120

EN16_003120 ASSEM

Dateiname des 3D-Modells

Z106761B

106761B ASSEM

approx.

1.0+

408

Copyright reserved

für Maschinengez.

Teile-Typ01811-EP/1,5

geä.

26
268
8

296

4088
40

368

258

2
35

550
550

design.

The reproduction, distribution and utilization of this document as well as thecommunication of its contents to others without express authorization isprohibited. Offenders will be held liable for the payment of damages.
All rights reserved in the event of the grant of a patent, utility model or design.

Vibratory Bowl Feeder

1223
1223

1223

The reproduction, distribution and utilization of this document as well as thecommunication of its contents to others without express authorization isprohibited. Offenders will be held liable for the payment of damages.
All rights reserved in the event of the grant of a patent, utility model orSword Feeder

Weitergabe sowie Vervielfaeltigung dieses Dokuments, Verwertung und Mitteilung seines
Inhalts sind verboten, soweit nicht ausdruecklich gestattet. Zuwiderhandlungenverpflichten
zu Schadenersatz. Alle Rechte fuer den Fall der Patent-, Gebrauchsmuster- oderGeschmacksmustereintragung vorbehalten.

Weitergabe sowie Vervielfaeltigung dieses Dokuments, Verwertung und Mitteilung seines
Inhalts sind verboten, soweit nicht ausdruecklich gestattet. Zuwiderhandlungen verpflichten
zu Schadenersatz. Alle Rechte fuer den Fall der Patent-, Gebrauchsmuster- oderGeschmacksmustereintragung vorbehalten.

DIMENSIONS

19

59
9
547

4

Installation plate

Type 010xx 2.5
Typ 010xx/2,5

66
6666

Oberflächenbehandlung

Copyright reserved
Alle Maße in "mm"Nacharbeit vongez.

Teile-Typgepr.

010XX/0,15/0,75/2,5geä.

Vibratory Bowl Feeder
Datum

22.12.2016
MEYER

gepr.

1.1+

900

Type 0511-xx / 12.0

29.06.2016

Datum

5000
50

Oberflächenbehandlung
Alle Maße in "mm"Name
Maßstab

Gewicht

Dateiname der Zeichnung

0+Dateiname des 3D-Modells

x
ro
pp

a

Maßstab

Gewicht

11.04.2017106761B

Ersatz für

.1

30

0

1:10

MEYER

Name

138.531 kg

30.06.2016

MASSBLA

Dateiname der Zeichnung
1.0+

Ersatz für

ersetzt duType 0811 x/0.15

Nacharbeit vonType 01811-x/1.5
3:20

HUBSCHIENENFÖRDERER
81.954 kg

SWORD FEEDER

ersetzt durch
asm Freigegeben
drw

Cutside-dia. of the
feedbowl 700 mm
1

Blatt

1
A3

Bl.

P.O. Box 1352, D-92203 Amberg, Germany
Carl-Schulz-Platz 1, D-92224 Amberg
Phone (+49) 9621 371-0, Fax (+49) 9621 371-120
www.deprag.com
info@deprag.de© DEPRAG. All rights and technical alterations reserved – Fri

DEPRAG SCHULZ GMBH u. CO.