COMPONENTS Linear Feeders - RNA AutomationLinear feeders from RNA for in line feeding of components and much more 3 3 ... The advantage of vibratory hoppers when compared to other

Rhein-Nadel Automation GmbH

Linear Feeders· Drive Units

· Feeding Profiles· Stands

· Accessories

COMPONENTS

Rhein-Nadel Automation GmbH is a traditional family-owned enterprise that has its head office in Aachen, Germany.With seven production locations and an international network of partners, we are there for you worldwide. For many decadesnow, our name has stood for top-class performance regarding technology, quality and reliability.

Our two business segments are the development and manufacture of complete custom-made feeding systemsand their corresponding components.

With many years experience in the automation and parts handling industry and nearly 2000 complete feeding systems suppliedannually, RNA has earned a reputation for the most robust and reliable equipment on the market. Our commitment to research and development maintains our position at the leading edge of feeding technology. We provide an extensive range of the most efficientdrive units, controllers and accessories for either standard or special requirements. All equipment is manufactured to the higheststandards of quality upon which we have built our reputation. We offer first class service and standard equipment, immediate deliveryfrom stock. Our product range is manufactured to meet the highest demands of the food and pharmaceutical industries and alsoincludes equipment manufactured to UL and CSA standards. Quality has always been of central importance to RNA, with eachemployee committed to make their own personal contribution to the achievement of quality standards and customer satisfaction.We know that long term success in business can only be achieved by providing high quality equipment, which fulfilsthe customer's requirements.

Welcome to RNA Germany – your market leader in the field of feeding technology!

page 02 Rhein-Nadel Automation GmbH

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2

COMPONENTS| Linear feeders page 03

Linear feeders from RNA

see page:Subject

Table of Contants

page 03

page 04

page 06

page 07

page 08

page 10

page 11

page 12

page 13

page 14

page 16

page 17

page 18

page 19

1

2

Special technical requirements are available on request.All measurements are in millimetres.

Conveyors

Linear feeders

Bowl feeders

Control boxes

Bulk hoppers

Step feeders (not shown to the right)

More product catalogues from theRNA range of equipment Colours of catalogues

· Characteristics and Patent of series SLL and SLF

RNA-Linear feeders

Selection diagram

Linear feeder

· Series GL

· Series SLS

· Series SLK

· Series SLA 175 and 400

· Series SLL 175

· Series SLL 400

· Series 800 and 804

· Series SLF 1000

SLL and SLF series feeding profiles

Stands

Accessories

Linear feeders from RNA enable a linear sorting (linear sorting track). They can also be used for the orientation of components and provide higher outputs with a mulit-track design. Misorientated components are returned to pre-feeders via a chute and vibration tray. In addition to horizontal conveying of components, linear feeders can be used to handle irregular supplies of parts from upstream equipment, creating a buffer store and smooth flow for further processes.

Linear feeders from RNA for in line feeding of components and much more

33

Another use of linear feeders is to provide the drive unit for hoppers to store and feed bulk components. The advantage of vibratory hoppers when compared to other methods is the smooth, gentle and trouble-free flow of components with high feeding weights. Further information can be found in our hopper catalogue. RNA linear feeders are renowned for their high feed performance and long tracks in reliability in demanding conditions.

706560555045403530252019181716151413121110

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100 200 300 400 500 600 700 800 900 100 1100 1200 1300 1400Usable track length in mm

GL-1GL-1GL-1

SLK-N6SLK-N6SLK-N6 (G)SLK-N6 (G)SLK-N6SLK-N6 (G)

GL-01GL-01GL-01 SLS 250SLS 250SLS 250

SLL 400SLL 400SLA 400SLA 400SLL 400SLA 400Special typesSpecial types

on inquiryon inquirySpecial typeson inquiry

SLL 175SLL 175SLA 175SLA 175SLL 175SLA 175

SLF 1000SLF 1000SLF 1000

SLL 800SLL 800SLL 800



Linear Feeder SelectionThe diagram indicates the most suitable linearfeeder type depending on the application.

Determine the required track length.

Determine the weight of the linear track and other tooling attachments (e.g. sorting chute).

Add the weight of components during feed to the weightof the track and attachments.

The appropriate RNA feeder is shown in the diagram accordingto the weight and track length.

SLA 175 | SLA 175 - page 10SLS 250 - page 07GL-01 - page 06GL-1 - page 06SLK-N6 | SLK-N6 (G) - page 08SLL 400 - Seite 11 | SLA 400 - page 14SLL 800 - pages 12/13SLL 804 | SLL 804 Z - pages12/13SLF 1000 - page 15Special types on enquiry

1.

2.

3.

4.

706560555045403530252019181716151413121110

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1600 1700 1800 1900 2000 2100 2300 2400 2500 2600 2700 2800 2900 3000Usable track length in mm

500


SLL 804SLL 804SLL 804 ZSLL 804 ZSLL 804SLL 804 Z

SLF 1000SLF 1000SLF 1000

page 05

1.

2.

3.

4.

Example

The requirement is for a feeding distanceof 1800 mm.

Assumption: the track weight for thislength is 5,8 kg.

The component weight on this distanceof track amounts to 3,2 kg. The total weight of componentsand track is therefore 9 kg.

The diagram suggests that the linearfor a track length of 1800 mmand a total weight of 9kgshould be: SLL 800

COMPONENTS| Linear feeders


The GL series of RNA linear feeders havehorizontally fitted springs instead of the traditionalvertical arrangement. Feeding resembles more ofa sliding motion as opposed to the “projecting”of parts commonly seen on other linear feeders.The smooth and gentle movement provided bythis linear means that it is highly recommendedwhen feeding and transferring thin components.

Colour table page 04

Series GL

Type

170

170

152

10

40

4 x M4

ca. 78

58

100 +/- 2

ca. 245

3,8 kg

3 kg

400

0,55 (A)

IP54

100 Hz

1400

UTL 1

GL-01 GL-1

320

320

285

12,5

70

4 x M6

117

105

100 +/- 2

ca. 410

8,5 kg

5 kg

600

0,87 (A)

IP54

100 Hz

1400

UTL 2

A = Vibrator top length

B = Length of counter mass

C = Fastening measure

C1 =

C2 =

C3 =

F = Total width

G = Vibrator top width

H = Total height

L = Total lengh

Weight of the linear feeder drive unit

Max. track length

Current input

Protection class

Vibrating frequency

Connection cable length (to control box)

Suitable stand type(see page18)

Max. load of the linear track(Including Components)

C1

A=B

C1 C

L

H

G

C2

FC3

3 x 100 = 300

8 x M6

10

70

9 x M6

35

2 x 75 = 15010

Voltage200V/50 Hz. Available with special voltages 110V/220V and frequencies 50Hz/60Hz. The difference between track lengthand vibrator top length should be mounted to a ratio of: 1/3 infeed side 2/3 discharge side.

GL-01

GL-1

page 07

The linear feeder particularly suitable for partswith a highly precise guidance at the change overto separation or vibratory bowl feeder. Owing to the counter vibration principle with thelinear feeder, the vibrating forces in the baseplate are almost balanced.


Series SLS

Type

150 -250

122

17

4,5

4,5

36

49

56

28

75

90

17,3

0,3

1,25

10

ESG 1000

SLS 250 SLS 400

200 - 400

58

17

4,5

7

36

79,7

10

52

128

140

-

0,65

2

15

ESG 1000

A = (mm)

B = (mm)

C = (mm)

D1 = (mm)

D2 = (mm)

E = (mm)

F = (mm)

G = (mm)

H = (mm)

K = (mm)

M = (mm)

N = (mm)

Max. weight of feeding track (kg)

Weight of basic unit (kg)

Max. power input (VA)

Control box*

300 - 600

85

24

5,5

9

50

111,7

30

88

177

200

-

1,8

4,85

25

ESG 1000

SLS 600 SLS 800

500 - 800

150

29

6,6

10

60

139,7

45

133

283

300

-

3,0

12,5

60

ESG 1000

Voltage 200V/50 Hz. Available with special voltages 110V/220V and frequencies 50Hz/60Hz.

* Further information you will find in the separate catalogue for RNA control boxes or at www.rnaautomation.com and www.rna.de

A

A/2

G

F

H

MK

Ø D1B

Ø D1

K

C/2

N

HI

AA/2

B

GMØ D2

F

EC C

C/2

SLS 250-400

SLS 600-800



247

247

200

45

70

4 x M4

123

123

104

305

305

7,8 kg

1,3 - 3,4 kg

400

0,2 (A)

IP54

50 Hz

2.000

ULJ2

SLK-1Type




C1 =

C2 =

C3 =

F = Total width

G = Vibrator top width

H = Total height

L = Total length

L1 = Total length


Max. track length

Current input

Protection class

Vibrating frequency

Connection cable (to control box)

Suitable stand type(see page 18)

Max. load of the linear track(including Components)

Series SLK

The SLK series of RNA linear feeders are suitablefor driving vibrating chutes, in which the workpieces are transported. These are used for the lineartransport and feeding of workpieces as well asthe controlled feeding of bulk components.


Voltage 200V/50 Hz. Available with special voltages 110V/220V and frequencies 50Hz/60Hz.The difference between track length and vibrator top length should be mounted to a ratio of: 1/3 infeed side 2/3 discharge side.

120

210

180

15

35

4 x M4

50

45

68

210

210

2,8 kg

1 kg

350

0,07 (A)

IP 54

50 Hz

1.500

ULJ2

SLK-05

340

340

270

66

100

4 x M6

162

162

143

426

min. 92, max. 172

22,3 kg

5 - 8,5 kg

800

1,25 (A)

IP 54

50 Hz

1.850

UTL 2

SLK-N6

SLK-N6 (G)

340

340

270

66

100

4 x M6

162

162

143

426

min. 92, max. 172

35 kg

5 - 8,5 kg

800

1,25 (A)

IP 54

50 Hz

1.850

UTL 2

SLK-12

415

415

345

70

140

4 x M6

203

203

164

515

515

33 kg

12-18 kg

1.000

2,2 (A)

IP 54

50 Hz

2.000

ULJ2

M6

17

A=B 15

C1 C

L

max. 172min. 92

L1

SLK-N6 SLK-N6 (G)

M8/15tief

10 2 x 155

140

172

page 09

In order to achieve the best performance, we recommend the fitting of counter weightswhere there is extended track on the discharge side. [SLK-N6 (G)]

F=G

60

H

C2C3


The RNA linear feeders series SLA, SLLand SLF are renowned for the followingthree characteristics:

1. A patented adjustment of the spring angle without altering the gap setting

2. Flexible fastening of tooling into a continuous channel.

3. Interchangeable vibrating profiles. Version B – large Version S - small

Series SLA, SLL and SLF

One of the main advantages of the SLA, SLL and SLF series (Pat-No. 4312711-DE) is the patented adjustmentof spring angles to maintain the magnet gap setting. The spring angles can be adjusted externally and separatelyto meet special requirements e.g. a higher projection angle for slightly oily components or a low angle for thin parts.The vibrating profile is designed to allow fixing at any position by way of a continuous channel and is alsointerchangeable for different mounting widths.


SLL 175 | SLL 400 | SLL 800 | SLF 1000

The linear feeder type SLA ensures a defined andprecise interface to bowl and linear feeders orseparations. Through a stiff fixation of the linearfeeder the SLA shows a steady running behaviourindependently from the connected mass of thesubstructure and therefore, takes no influencesfrom the environment. Lateral oscillation isavoided, resulting in a stable transition withsafe feeding, particularly with critical workpiecegeometries. The bolt-fixing is completely freeof resilient elements and adjusted drillingholes simplify the adjustment of the lineartrack junction for an accurate positioning.The spring angle can centralised adjustedwithout changing the magnet gap.


SLA 175 and SLA 400

Type

225 (3x65/M4)

178,5

155

6

58

M6/12 tief

75

37/55

25/44

97

268

2,3 kg

1,2-1,5 kg

350

70 mA

IP 54

100 Hz

1.800

SLA 175-225 SLA 400-600

600

482

400

10

82

M6/12 tief

102

66/84

30/64

168

662

13 kg

5,0-6,5 kg

850

600 mA

IP 54

100 Hz

1.400




C1 =

C2 =

C3 =

F = Total width (,,S"/,,L")

G = Vibrator top width (,,S"/,,L")

G1 = Mounting dimension ("S"/"L")

H = Total height

L = Total length

Weight of the linear feeder

Max. track length

Current consumption

Protection class

Vibrating frequency

Connection cable length

Weight of the linear feeder(including work-pieces)

H

CB

L

A

C1

Max. 100Max. 150

continuous channel

G1G

C2

F

C3

Track fasteningSmall “S“

Track fasteningLarge “L“

C3

G1GF

C2

A1515

C1 CB

L

H

Max. 100 Max. 25

continuous channel

G1GF

C2C3



G1GF

C2C3

SLA 175-225

SLA 400-600

page 11COMPONENTS| Linear feeders

Type

175 (3 x 50 / M4)

168

125

4

67

M4/4 tief

82

36/62

20/48

63

211

1,2 kg

1,3 kg

325

70 mA

IP 54

100 Hz

1.800

SLL 175-175 SLL 175-250

250 (3 x 75 / M4 )

218

175

4

67

M4/4 tief

82

36/62

20/48

63

286

1,4 kg

1,5 kg

400

70 mA

IP 54

100 Hz

1.800


The SLL 175 gives the operator the provedadvantages of the SLL series also for short tracks(from 175 – 400 mm). The linear feeder typeSLL 175 has two main features:

1. Patented adjustable spring angle while retaining the magnet gap2. Interchangeable vibrating profiles


SLL 175

C1 CBL

continuous channel

Max. 100 * A Max. 50*12,5 12,5

H

FGG1

C3 C2

C3 C2

FGG1



For adjustment additional spring assemblies are enclosed.





C1 =

C2 =

C3 =

F = Total width ("S"/"L")

G = Vibrator top width (,,S"/,,L")

G1 = Alternative fixing position

H = Total height

L = Total length


Max. track length

Current Input

Protection class

Vibrating frequency


Type

400

300

200

10

60

M4 / 4 tief

75/84

66/84

30/64

103

430

6,5 kg

5 kg

700

0,55 (A)

IP 54

100 Hz

1.400

UTL 2

SLL 400-400 SLL 400-600

600

440

300

50

60

M4 / 4 tief

75/84

66/84

30/64

103

630

8 kg

6 kg

900

0,55 (A)

IP 54

100 Hz

1.400

UTL 2(see page18)

800

640

450

100

60

M4 / 4 tief

75/84

66/84

30/64

103

830

10 kg

7 kg

1.100

0,55 (A)

IP 54

100 Hz

1.400

UTL 2

SLL 400-800 SLL 400-1000

1000

790

500

200

60

M4

75/84

66/84

30/64

103

1030

12,5 kg

8 kg

1.300

0,55 (A)

IP 54

100 Hz

1.400

UTL 2

In Addition to the advantages of the adjustablespring angles, the flexible fastening and the inter-changeable tracks (see page 17) the seriesSLL 400 and SLL 800 feature an increased tracklength which ranges from 400 – 3000 mm.Extra spring packs and / or magnets are alsoavailable for special applications.


SLL 400

GG1

F

continuous channel

Max. 200 A Max. 100* *

BL

H

C1 C

GG1

C2C3



Voltage 200V/50 Hz. Available with special voltages 110V/220V and frequencies 50Hz/60Hz.*Difference between track length and vibrator top length should be mounted to a ratio of: 1/3 infeed side 2/3 discharge side.For a more stable position when using vibratory superstructures on the linear track, the SLL 400 can also be deliveredwith a mounted wider setting.

For adjustment additional spring assemblies are enclosed. For track mounting every 100 mm two sliding blocks M5 are made available.




C = Fixing measure

C1 =

C2 =

C3 =

F = Total width (“S“/“L“)

G = Vibrator top width (“S“/“L“)

G1= Alternate fixing position

H = Total height

L = Total length

Weight of the linear feeder

Max. track length

Current input

Protection class

Vibrating frequency

Connection cable length

Suitable stand type

Max. load of the linear track(Including work-pieces)

Type

800

600

300

120

83

87

M6/8

M8

120

127

70/120

40/90

162

172

850

18,5 kg

21,5 kg

ca. 11 kg

ca. 21 kg

1.100

1,25(A)

IP 54

50 Hz

1.750

UTL 2

SLL 800-800SLL 804-800




C1 =

C2 =

C3 =

F = Total width

G = Vibrator top width ("S"/"L")


H = Total height

L = Total length



Max. track length

Current Input

Protection class

Vibrating frequency


Suitable stand typ(see page18)

SLL 800-1000SLL 804-1000

SLL 800-1200SLL 804-1200

SLL 800-1400SLL 804-1400

SLL 800-1600SLL 804-1600

1000

752

450

122

83

87

M6/8

M8

120

127

70/120

40/90

162

172

1050

20,5 kg

24,5 kg

ca. 13 kg

ca. 25 kg

1.300

1,25(A)

IP 54

50 Hz

1.750

UTL 2

1200

904

600

124

83

87

M6/8

M8

120

127

70/120

40/90

162

172

1250

23 kg

27,5 kg

ca. 15 kg

ca. 28 kg

1.500

1,25(A)

IP 54

50 Hz

1.750

UTL 2

1400

1056

750

126

83

87

M6/8

M8

120

127

70/120

40/90

162

172

1450

24 kg

29,5 kg

ca. 17 kg

ca. 32 kg

1.700

1,25(A)

IP 54

50 Hz

1.750

UTL 2

1600

1210

900

120

130

83

87

M6/8

M8

120

127

70/120

40/90

162

172

1650

31,5 kg

39,5 kg

ca. 19 kg

ca. 36 kg

1.900

1,25(A)

2,5 (A)

IP 54

50 Hz

1.750

UTL 2

The SLL 800 and 804 have the samecharacteristics as the SLL series. The advantagesof the SLL 400 series (see page 13), are the samefor the SLL 800. However, higher track weightscan be achieved by using a heavier countermass and higher performance magnets.The SLL 800 is available with vibration freemounting for use in special applications.


SLL 800 and SLL 804



Voltage 200V/50 Hz. Available with special voltages 110V/220V and frequencies 50Hz/60Hz.* Difference between track length and vibrator top length should be mounted to a ratio of: 1/3 infeed side 2/3 discharge side.

1800

1360

1050

130

83

87

M6/8

M8

120

127

70/120

40/90

162

172

1850

34 kg

43 kg

ca. 21 kg

ca. 40 kg

2.100

1,25(A)

2,5 (A)

IP 54

50 Hz

1.750

UTL 2

SLL 800-1800SLL 804-1800

SLL 800-2000SLL 804-2000 SLL 804-2400 SLL 804-2800

2000

1550

1200

170

83

87

M6/8

M8

120

127

70/120

40/90

162

172

2050

39,5 kg

49,5 kg

ca. 23 kg

ca. 44 kg

2.300

1,25(A)

2,5 (A)

IP 54

50 Hz

1.750

UTL 2

2400

1950

1500

270

87

M8

127

70/120

40/90

172

2450

63 kg

ca. 51 kg

2.700

2,5 (A)

IP 54

50 Hz

1.750

UTL 2

2800

2350

1900

270

87

M8

127

70/120

40/90

172

2850

76 kg

ca. 62 kg

3.000

2,5 (A)

IP 54

50 Hz

1.750

UTL 2

continuous channel

max. 200 A max. 100* *

H

C1 C

B

L

GG1

F

C2C3

GG1




RNA linear feeders, series SLF 1000 are suitable fortrack weights up to 50 kg. When using these driveunits for bulk hoppers, load weights up to 200 kgare possible. The high magnet performance of theSLF 1000-1500 is especially suitable for thesehopper applications (e.g. multi-track feeding).


Series SLF 1000

Type

1000

800

370

170

130

M10/10 tief

208

204/244

140/204

178

1100

62 kg

ca. 40 kg

2000

2,5 (A)

IP 54

50 Hz

1.750

UTL 2

SLF 1000-1000 SLF 1000-1500

1500

1300

870

170

130

M10/10 tief

208

204/244

140/204

178

1600

80 kg

ca. 70 kg

2500

5 (A)

IP 54

50 Hz

1.750

UTL 2




C1 =

C2 =

C3 =

F = Total width ("S"/"L")

G = Vibrator top width ("S"/"L")


H = Total height

L = Total length


Max. track length

Current Input

Protection class

Vibrating frequency


Suitable stand type(see page17)




continuous channel

max. 650 * A max. 350*

C1 CBL

H

GG1

F

C2C3

GG1

Voltage 200V/50 Hz. Available with special voltages 110V/220V and frequencies 50Hz/60Hz.* Difference between track length and vibrator top length should be mounted to a ratio of: 1/3 infeed side 2/3 discharge side.


Seite 10 Rhein-Nadel Automation GmbH page 16 Rhein-Nadel Automation GmbH

SLA, SLL and SLF series Feeding ProfilesThe adjustable vibrating profile of the SLA, SLLand SLF series allows either a narrow or wide feedon the linear track. The continuous channel on thevibrating profile allows the track to be fastenedwherever required. This flexibility allows thelinear feeder to be easily tuned for smoothand continuous feeding.

SLL 400 and SLA 400

SLL 800 and 804

SLF 1000


Stands for RNA linear feedersUTL stands allow easy assembly of RNA linearfeeders to a base plate.They consist of:· Pedestal stand· Column· Top plate

These units are modified to suit the linearfeeders and supplied with drill holes andthreads for easy assembly.

Stand UTL 1The stand UTL 1 is suitable for the assembly of SLK-05 andGL-01linear feeders. The column length is 300 mm and can be alteredas required. Height adjustment is by means of a set-screw.Adjustment on the pedestal stand is +15 mm.

Stand ULJThe stand ULJ is suitable for the assembly of GL-1, SLK-N6, SLL andSLF linear feeders. The column length is 300 mm and can be altered as required.The height adjustment of the linear feeder takes place with a combination of aclamping plate and adjustment screw in the column.Adjustment on the pedestal stand is +10 mm. By taking off the clamping plate,the linear feeder can be moved to the side. A full lift-out is not necessary.

Wider setting for added stability UTL 3If disproportionately large vibratory superstructures (e.g. multiple linear tracks)are fitted on the linear feeder Type SLL 400, the stability of the linear feedercan be considerably increased by mounting the installation extension Type UTL 3.Critical transitions from or to the linear feeder are also stabilised.

UTL 1

ULJ

UTL 3

Please state the installed linear feeder type when ordering.

Seite 10 Rhein-Nadel Automation GmbH page 18 Rhein-Nadel Automation GmbH

Mounting Plate:The mounting plate allows an easy absorption of RNA linear feeders incl. accessories, such as sensors or wider settings. All bore holes necessary for mounting are already present. In addition, two notches are incorporatedfor the accessibility to the spring packages.

Wider Setting:With the help of a wider setting including the mounted shock absorbersthe stability of large vibrating structures is remarkably increased.They are designed for the different types of RNA linear feeders and are readyto be fixed at the mounting pate.

Lateral vibration limit:The lateral vibration limit is applied during long or elevated vibrating structuresas well as for critical transitions to other components. It consists of a holder andan adjustment for limiting the lateral vibration of the RNA linear feederand is ready for mounting on the mounting plate.

Stand:The stand serves as a holding fixture for the column on which the mounting plateis attached. With a clamping screw the column can be adjusted with an adjustment range of 15mm, in order to enable an impeccable level transition onRNA linear feeders.

Mounting column:The mounting column has a length of 300 mm and can be adjusted if needed.It can be mounted at the bottom with an adjustable stand. On the column the mounting plate is mounted, which is already provided with fixing holes andthat serves for installing the RNA linear feeder.

Sensor holder:The sensor holder is designed to hold sensors of a buffer control on a linear track.It is already prepared for mounting on the mounting plate and can be optimally adjusted by a large adjustment range to the local conditions of theRNA linear feeder.

Accessories

Stand adjustable in height

page19

Besides the complete product range forlinear feeders available on stock for the seriesGL, SLK, SLS, SLA, SLL and SLF,special models and accessoriesare available upon request.


RNA GroupHeadquarterProduction and Sales

Rhein-Nadel Automation GmbHReichsweg 19-23D-52068 Aachen

Tel. Vertrieb:+49 (0) 241-5109-0Fax Vertrieb:+49 (0) 241-5109-219Email:[email protected]

Production and Sales Focus: pharmaceutical industryPSA Zuführtechnik GmbHDr.-Jakob-Berlinger-Weg 1D-74523 Schwäbisch HallTel.: +49 (0) 791 9460098-0Fax: +49 (0) 791 9460098-29Email: [email protected]

RNA Automation Ltd.Hayward Industrial Park Tameside Drive,Castle Bromwich, Birmingham, B35 7AGGroßbritannienTel.: +44 (0) 121 749-2566Fax: +44 (0) 121 749-6217Email: [email protected]

HSH Handling Systems AGWangenstr. 96CH-3360 HerzogenbuchseeSchweizTel.: +41 (0) 62 956 10-00Fax: +41 (0) 62 956 10-10Email: [email protected]

Pol. Ind. Famades C./Energia 23E-08940 Cornella de Llobregat (Barcelona)SpanienTel: +34 (0)93 377-7300Fax.:+34 (0)93 377-6752Email: [email protected]

VibrantVibrant S.A.

PSAPSA Zuführtechnik GmbH

HSHHSH Handling Systems AG

Production and Sales



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Unit C Castle Bromwich Business Park Tameside Drive, Birmingham B35 7AG United Kingdom Tel: +44 (0)121 749 2566 Fax: +44 (0)121 749 6217 Email: [email protected] Web: www.rnaautomation.com

Documents

COMPONENTS Linear Feeders - RNA AutomationLinear feeders from RNA for in line feeding of components and much more 3 3 ... The advantage of vibratory hoppers when compared to other