Operating Manual Hopper loader

Hopper loader 

METRO 0.5 to 1.5 

Operating Manual 

CE 

11/2005 096/05 

279A-00.0.EN V1.1

3 Technical specifications 

Specifications METRO 0.5 to 1.5 

3.3 Specifications 

3.3.1 Dimensions of the hopper loaders 

Fig. 3.2 – Dimensions of the hopper loaders 

Size METRO H** 0.5 METRO H** 1.5 METRO M** 0.5 METRO M** 1.5 

A 

456 mm 

549 mm 

450 mm 

543 mm 

(17.8 inch) 

(21.4 inch) 

(17.5 inch) 

(21.1 inch) 

B 

302 mm 

395 mm 

296 mm 

389 mm 

(11.8 inch) 

(15.4 inch) 

(11.5 inch) 

(15.1 inch) 

12 Edition: November 2005


Technical specifications 3 

Specifications 

3.3.2 Dimensions of the hopper loaders 


Size METRO HC/J* METRO HP* METRO MC/J* METRO MP* 

C 

102 mm 

(4.0 inch) 

D 

253 mm 

232 mm 

242 mm 

221 mm 

(9.8 inch) 

(9.0 inch) 

(9.4 inch) 

(8.6 inch) 

E 

317 mm 

317 mm 

295 mm 

306 mm 

(12.4 inch) 

(12.4 inch) 

(11.5 inch) 

(11.9 inch) 

Edition: November 2005 13

3 Technical specifications 

Specifications METRO 0.5 to 1.5 

3.3.3 Dimensions (connections) - hopper loaders 


[F] Ø material inlet 

[G] Ø vacuum pipe 

Option Size METRO 0.5 METRO 1.5 

1 

2 

F 

G 

F 

G 

38 mm (1.5 inch) 

45 mm (1.7 inch) 

45 mm (1.7 inch) 

45 mm (1.7 inch) 

3.3.4 Dimensions of flange METRO H/M** 

METRO H** 

METRO M** 

Fig. 3.5 – Dimensions of flange METRO H/M** 

Size METRO H** 0.5 METRO H** 1.5 METRO M** 0.5 METRO M** 1.5 

A 215 mm (8.3 inch) 100 mm (3.9 inch) 

B 7mm (0.3inch 9mm (3.5inch) 

C 171 mm (6.7 inch) 47 mm (1.8 inch) 

D 195 mm (7.6 inch) 75 mm (2.9 inch) 



Technical specifications 3 

Specifications 

3.3.5 Weight and other data 

METRO H** 0.5 METRO H** 1.5 METRO M** 0.5 METRO M** 1.5 

Weight 

4.5 kg 

(9.9 lbs) 

5.0 kg 

(11.0 lbs) 

2.9 kg 

(6.4 lbs) 

Capacity 

0.5 l 

1.5 l 

0.5 l 

(0.02 cft) (0.05 cft) (0.02 cft) 

Mesh size of filter 500µ 

3.4 kg 

(7.5 lbs) 

1.5 l 

(0.05 cft) 

3.3.6 Electrics and pneumatics 

METRO 0.5 METRO 1.5 

Control voltage 

P-loader/C-loader 

Control voltage 

J-loader 

Compressed air 

connection 

24 V DC 

120 V AC 

4–6 bar (60–90 psi) 



Transport and setup 4 

Mounting hopper loader 

4 Transport and setup 

4.1 Mounting hopper loader 

Discharge module 

Machine module 

Fig. 4.1 – Attaching hopper loader 

[1] Hexagon-headed screw 

[2] Washer 

[3] Flange seal 

[4] Hexagon nut self-locking 

[5] Spring washer 

[6] Hexagonal nut 

Position the flange seal [3] on the machine or drying bin. 

Position the hopper loader on the machine or drying bin. 

Connect the hopper loader tightly to the machine or drying bin as shown above. Note the different 

design of discharge and machine module. 



Connections METRO 0.5 to 1.5 

4.2 Connections 

4.2.1 Compressed air connection 

Connect the air hose (PU tube Ø 4x1 mm (Ø 0.16x0.04")) to the compressed air connection on the 

unit [1]. 

The operating pressure must be 0.4–0.6 MPa (4–6 bar (60–90 psi)). 

Fig. 4.2 – Connecting compressed air METRO *C/J* 

[1] Compressed air connection 

Fig. 4.3 – Connecting compressed air METRO *P* 

[1] Compressed air connection 

The operating pressure must not fall below 0.4 MPa (4 bar (60 psi)). 

Note 



Transport and setup 4 

Connections 

4.2.2 Fastening material/vacuum hose 

MATERIAL DAMAGE! 

CAUTION! 

Incorrectly attached material tubes cause transport problems and damage to the hopper 

loader. 

Lay out material/vacuum hose to the hopper loader with a sufficiently wide curve. 

Ground the hose. 

Fig. 4.4 – Flow direction 

[1] Flow direction with PU tubes 

Note the flow direction (PU tubes only, optional), (see figure 4.4). Incorrect installation direction 

may influence the transport output. 

Fig. 4.5 – Grounding material/vacuum hose 

[1] Wire spiral 

Remove the wire spiral [1] from the tube and bend it inwards to make it contact the hopper loader. 

Slide the material/vacuum hose on to the connection on the hopper loader and fasten the hose 

with a suitable hose band clip (see Figure 4.5). 



Connections METRO 0.5 to 1.5 

4.2.3 Electrical connection 

Connecting the control cable 

CAUTION! 

MATERIAL DAMAGE! 

Radiant heat and hot surfaces may damage the controller cable. 

Lay out the controller cable so it will not be damaged by the heat of downstream 

units (hot surfaces or radiant heat)! 

Fig. 4.6 – Connecting control cable METRO *C/J* 

[1] Control cable connection 

Fig. 4.7 – Connecting control cable METRO *P* 

[1] Control cable connection 

The electrical power is supplied from the controller via the controller cable (see figure 4.64.7). 



Structure and function 5 

Function 

5 Structure and function 

Fig. 5.1 – Layout of the hopper loaders 

[1] Unit cover 

[2] Implosion module 

[3] Material inlet module 

[4] Multifunction panel METRO *C/J* 

[5] Glass/stainless steel 

[6] Material discharge module (bin loader) 

[7] Proximity switch (METRO H** only) 

[8] Multifunction panel METRO *P* 

[9] Material discharge module (machine hopper 

loader) 

[10] Demand probe (METRO M** only) 

5.1 Function 

In a hopper loader system with METRO H** and/or METRO M** hopper loaders one central Motan 

controller controls all units in the system. 

The different hopper loaders report a material requirement to the relevant controller and are then 

processed in succession. 

METRO H**: Material required via the Proximity switch if the discharge flap is closed 

METRO M**: Material required via the demand probe if the granulate no longer covers the demand 

probe. 

If material is required by one or more hopper loaders, the blower station starts and generates 

underpressure in the vacuum line. The bypass valve on the filter closes and simultaneously open the 

vacuum valve in the hopper loader. An underpressure forms in the vacuum line and continues 

through the hopper loader to the material line through to the suction point. 


5 Structure and function 

Function METRO 0.5 to 1.5 

Fig. 5.2 – Functional diagram of the METRO H 0.5/1.5 hopper loader 

[1] Vacuum line 

[2] Implosion valve open 

[3] Material tube 

[4] Discharge flap 

[5] Inlet flap open 

[6] Vacuum valve open 

[7] Inlet flap closed 

[8] Vacuum valve closed 

[9] Proximity switch 

The aspirated air forms a mixture of air and granulate in the material line. The granulate falls down 

by gravity when it enters the hopper loader. The dust particles in the granulate pass through the 

screen filter and are removed by the central filter. This removes dust from the granulate at the same 

time. 

Depending on the specified conveying time the vacuum valve closes to form an airtight seal. Because 

of the underpressure in the hopper loader the implosion valve now opens suddenly for a short time. 

The implosion cleans the screen filter after every loading cycle. 

METRO H**: as a result of the implosion the underpressure in the hopper loader collapses and the 

weight of the granulate opens the discharge flap. The material flows into the machine bin. 

The vacuum valve in the hopper loader opens at the next demand. The loading cycle starts. 

Only one hopper loader at a time can be filled on a blower line. 

If all hopper loaders are full and no material required is pending at the controller, the bypass valve on 

the filter opens, the blower aspirates fresh air and switches off after a specified run-on time. This 

reduces the load on the blower station. 

If a hopper loader reports material required again to the controller, the blower station is switched on 

and a new loading cycle starts. 


9 Maintenance and repair 

Maintenance and cleaning METRO 0.5 to 1.5 

Fig. 9.2 – Screen filter 

[1] Screen filter 

[2] Filter fastener rod 

Prepare the hopper loader for maintenance (see "Maintenance and repair" on Page 32). 

Open the spring clips on the top of the unit. 

Open the cover. 

Remove the screen filter. 

Tap the screen filter to clean it and clean the screen filter with a vacuum cleaner. 

Check its condition and if necessary replace the screen filter. 

Structure 

Fig. 9.3 – Replace screen filter 

[1] Screen filter 

[2] Fastener ring 

Insert the screen filter so the screen filter seal contacts the fastener ring [2]. 

Check that the screen filter [1] is correctly positioned, i.e. the rods of the filter fastener (see figure 

9.2) are not in the vicinity of the vacuum valve. 

MALFUNCTION! 

CAUTION! 

The required vacuum may not be generated if the rods of the filter fastener project 

above the hopper housing. 

Never force the cover closed. 

Make sure that the screen filter is precisely positioned and that the rods do not 

project above the hopper housing. 

Close the cover and lock it with the spring clips. 



Maintenance and repair 9 

Maintenance and cleaning 

Note 

The screen filter clogs up faster when regrind material is transported. 

Reduce cleaning intervals appropriately. 

9.4.2 Check inlet flap 

Fig. 9.4 – Check inlet flap 

[1] Check inlet flap 

Prepare the hopper loader for maintenance (see "Before starting work" on Page 32). 

Remove the screen filter (see "Clean screen filter." on Page 33). 

Check the inlet flap [1] for wear (see arrows in the magnified view). 



Repair work METRO 0.5 to 1.5 

9.5 Repair work 

9.5.1 Disassemble METRO 0.5-1 to 1.5-1 hopper loader into its modules 

6 

A 

B 

Fig. 9.5 – METRO H** hopper loaders 

[A] METRO HC/J* 

[B] METRO HP* 

[1] Profile clamp 

[2] Ground terminal 

[3] Seal 

[4] Screw 

[5] Multifunction panel 

[6] Ground (glass units only) 

Separating modules 

Material damage! 

Parts which fall into the unit may cause operational faults. 

CAUTION! 

Make sure that no parts fall into the unit. 

Cover the opening of the machine and bin. 


To separate the module, slacken the screw [4] and remove the profile clamp [1] (also the ground 

for glass units [6]). 

Disengage the module. 

Remove the seal [3]. 

Remove the ground clamp [2]. 




Repair work 

Assembling modules 

Attach the ground clamp [2]. 

Place the seal [3] on the contact surface of the bottom module. 

Position the module. 

Position the profile clamp [1] and fasten the clamp with screw [4] (also the ground for glass units 

[6]). 

9.5.2 Replacing vacuum valve 

Material damage! 

Parts which fall into the unit may cause operational faults. 

CAUTION! 



Fig. 9.6 – Vacuum valve 

[1] Hexagonal nut 

[2] Implosion valve 

[3] Spacer rod 

[4] Contact surface of the spacer rod 

[5] Sealing disk 

[6] Vacuum seal 

[7] Hexagon-headed screw M6 

[8] Spring 

[9] Piston rod 

[10] Contact surface of the piston rod 

[11] Pneumatic cylinder 

Removal 




Adjusting proximity switch (METRO H** only) METRO 0.5 to 1.5 

Note 



Unscrew the M6 hexagon-headed screw [7]. Using a forked wrench (WAF 9), push against the 

contact surface of the piston rod [4]. 

Press the spacer rod [3] back manually and pull the sealing disk [5] out. 

Remove the spring [8]. 

Slacken the hexagon nut [1] on the pneumatic cylinder [11]. 

Unscrew the pneumatic cylinder [11] and remove the implosion valve [2]. 

Loosen the spacer rod with forked wrench (WAF 9). Using a forked wrench (WAF 9), push against 

the contact surface of the piston rod [10]. 

Unscrew the spacer rod [3]. 

Installation 

Assemble in reverse order. 

Make sure that the sealing disk [5] contacts the seal [6] after assembly. 

Lock the thread of the piston rod [9] with Loctite 270 and the hexagon-headed screw [7] with Loctite 

242. 

9.6 Adjusting proximity switch (METRO H** only) 

2 

1 

Fig. 9.7 – Adjusting proximity switch 

[1] Proximity switch 

[2] Hexagon nuts 


Close the discharge flap. 

Set the clearance as shown in the diagram 9.7. 

Lock the proximity switch [1] with the hexagon nuts [2]. 




Adjusting discharge flap (METRO H** only) 

9.7 Adjusting discharge flap (METRO H** only) 

Fig. 9.8 – Positioning weight 

[1] Weight 

Slide the weight on to the tension pin and fix the weight. 

Installation position: see diagram 9.8. 

Tighten the set screw and lock it with Loctite 242. 

Fig. 9.9 – Adjusting discharge flap 

[1] Spring-loaded thrust pad 

[2] Discharge flap 

[3] Discharge 

Screw the spring-loaded thrust pad [1] (see figure 9.9) up until the gap between the discharge [3] 

and the discharge flap [2] is 

5-8 mm. 

Note 

The air gap at the discharge flap ensures that particles of granulate on the discharge 

flap are sucked in by the vacuum at the start of transport. 

The discharge flap is pulled up by the vacuum and forms an airtight seal. 



Option 11 

Implosion filter option 

11 Option 

11.1 Implosion filter option 

The implosion filter prevents the entry of dust into the unit and prevents the release of dust into the 

environment. 

11.1.1 Intervals for inspections, maintenance and cleaning work 

Monthly 

Component Activity Target value/Meaning Qualification 

Implosion filter for damage and clean See "Maintenance work" on 

Page 43 

Seal for damage See "Maintenance work" on 

Page 43 

Operator 

Operator 

11.1.2 Maintenance work 

Fig. 11.1 – Implosion filter 

[1] Nut 

[2] Sealing ring 

[3] Cover plate of implosion filter 

[4] Implosion filter 

[5] Spacer 

[6] Seal 

[7] Cable passage 

[8] Plug connector 


Check the implosion filter (visual check) for damage. 

Check the cable passage gland for damage. 

Check the seal for damage. 


11 Option 

Implosion filter option METRO 0.5 to 1.5 

11.1.3 Maintenance 

Fig. 11.2 – Implosion filter 

[1] Nut 

[2] Sealing ring 

[3] Cover plate of implosion filter 

[4] Implosion filter 

[5] Spacer 

[6] Seal 

[7] Cable passage 

[8] Plug connector 

Removing implosion filter 


Label the PU tubes to the implosion filter and undo the PU tubes. 

Remove the plug connector [8]. 

Slacken the nut [1] and remove the sealing ring [2]. 

Remove the cover plate of the implosion filter [3] and pull the implosion filter [4] off. 

Remove the spacer [5] and the seal [6]. 

Installing implosion filter 

Assemble in reverse order. 

Make sure that the PU tubes are correctly installed. 



Option 11 

Implosion filter option 

11.1.4 Spare parts 

Spare parts list 

Item Unit Designation Article no. Remarks 

1 1 Bend 4119050 

2 2 Screw-plug connector straight M5 4110160 

3 rm PU tube Ø 4x1 mm (Ø 0.16x0.04") 4037050 Calibrated 

4 1 Pressure connection for implosion filter 4119040 

5 1 Implosion filter seal 4119060 

6 1 Implosion filter spacer 4119070 

7 1 Implosion filter 4119100 

8 1 Cover plate of implosion filter 4119110 

9 1 Sealing ring 4044270 

10 1 Nut 4072970 

11 1 Plug connector 4070220 

12 1 Cable passage 1168150 



Appendix 12 


12 Appendix 

12.1 METRO 0.5 to 1.5 



1 1 Implosion module complete 5084700 

2 1 Inlet flap 4114910 

3 1 Glass module 4117020 available for 1.5 l 

1 Steel module 4118000 

only 

4 1 Proximity switch 24 V 4038130 

1 Proximity switch 120 V 25008512 

5 1 Discharge module complete 5084650 

6 1 Ground terminal 4117720 METRO 0.5 

2 METRO 1.5 

7 1 U-profile seal 4115040 METRO 0.5 

2 METRO 1.5 

8 1 Profile clamp 4114930 METRO 0.5 

2 METRO 1.5 

9 1 Machine module 4115030 

10 1 Demand probe 24 V 4102410 for material 

1 Demand probe 120 V 

up to 80 °C 


12 Appendix 

METRO 0.5 to 1.5 METRO 0.5 to 1.5 



11 1 Screen filter 500 µ 4115370 

1 Screen filter 1200 µ 4158730 

12 1 Filter fastener 4115380 

13 2 Cap 4158590 



Appendix 12 


12.1.1 Implosion module METRO 0.5 to 1.5 



1 1 Cover 4115450 

2 1 Warning sign 4103380 

3 2 Countersunk screw M4 1237810 

4 1 Edge protector 1192960 

5 1 Implosion module 4115720 

7 2 O-ring 1110660 

6 1 Axis at cover 4115470 

8 4 Hexagon nut M4 1238200 

9 1 Vacuum seal i 

4158100 

10 1 Hexagon-headed screw M6 ii 

1228900 

11 1 Vacuum sealing disk 4114870 

12 1 Spring 4115580 

13 1 Spacer rod to implosion iii 

4114430 

14 1 Implosion mechanical components complete 4158400 

15 1 Pneumatic cylinder 4158440 

16 2 L-connector screw retainer 4158630 

17 2 Spring clip 4158310 

18 1 Seal for cover 4115460 

i Secured with Loctite 406 

ii Secured with Loctite 242 

iii Secured with Loctite 270 


12 Appendix 

METRO 0.5 to 1.5 METRO 0.5 to 1.5 

12.1.2 Discharge module METRO 0.5 to 1.5 



1 1 Discharge module welded 4117730 

2 2 Silencer 4063970 

3 2 Sealing ring 4044670 

4 1 Flap shaft 4116960 

5 1 Bearing plate 4083770 

6 1 Weight 4070150 

7 1 Thread pin M5 i 

4063030 

8 1 Thrust pad M8 spring-loaded 4069230 

9 2 Hexagon nut M8 3034630 

10 2 Philips-head screw M4 4050900 

11 2 Spring washer A4 1210880 

12 1 Screw M6 i 4083720 Verbus Ripp 

13 1 Fastener t= 1.5 4117310 

14 2 Hexagon nut M6 with clamp section i 1902350 ISO 7042 

15 2 Lens flange flat-head screw M6 4073190 

16 1 Flap t=0.5 4117330 

17 1 O-ring 4078360 

i Secured with Loctite 242 



Appendix 12 

Multifunction panel METRO *C/J/P* 

12.2 Multifunction panel METRO *C/J/P* 



A 1 Multifunction panel METRO C basic 5062440 See page 12-52 

B 1 Multifunction panel METRO J 5069500 See page 12-53 

C 1 Multifunction panel METRO P 5086070 See page 12-54 


12 Appendix 

Multifunction panel METRO *C/J/P* METRO 0.5 to 1.5 

12.2.1 Multifunction panel METRO C basic 



A 1 Multifunction panel METRO C basic 5062440 complete 

1 1 Controller METRO C 4158010 

2 1 Valve cable 4158600 

3 1 MFP component carrier 4118010 



6 1 Silencer 4063970 


8 1 4/2 directional control valve 4158580 


12 Appendix 

Multifunction panel METRO *C/J/P* METRO 0.5 to 1.5 

12.2.3 Multifunction panel METRO P 



C 1 Multifunction panel METRO P 5086070 complete 


2 1 Control plug 5074240 

3 1 Valve cable 4158600 

4 1 Fastener P-loader 4118010 



7 1 Silencer 4063970 


9 1 4/2 directional control valve 4158580 



Appendix 12 

Pneumatics diagram 

12.3 Pneumatics diagram 

12.3.1 METRO 0.5 to 1.5 

[1] Vacuum valve 


A 

B 

C 

D 

E 

2 

A1 

+ZSW 

PE + 24V M VACV 

PE 

1 

2 

3 

W5F1 

PVC Steuerleitung 

12x1mmý 

GNYE 1 2 3 

-XS PE 1 2 3 

+KK 

-X41 3PE 

2 

1 

W5Y1 

H05VV-F/F 

3x0,75 

BU 

BN 

1 

2 

-5Y1 

F 2 1 

Vakuum Ventil 

Vacuum Valve 

Datum 

18.10.2005 

Bearb. 

EKA 

Gepr. 

nderung Datum Name 

Norm 

1 

2 

3 

GNYE 

1 

1 

PE 

2 

2 

-5H1 -5H2 

+F16 

Vakuum 

Vacuum 

Niveau 

Level 

Projekt: 

METRO C basic 

SPS (PLC)/SELVAC 

27.11.2001 

3 

4 

5 

6 

7 

ANFO 

ONLP ONTS 

NIBE 

ZWVV 

RES RES 

6 

5 

7 

4 

8 

9 

10 

6 

5 7 

4 

8 

9 10 

6 

5 

7 

4 

8 

9 

10 

6 4 5 

7PE 

10 8 9 

12 11 

14 13 15PE 

W5B1 

SENSOR 

3x0,34 

BK BN 

W5B2 

SENSOR 

4x0,34 

BU 

W5Y2 

H05VV-F/F 

3x0,75 

BK BN BU 

BU BN 

GNYE 

BN 

BU 

+F 

H-LOADER 

-5B1 

1 

2 

3 

4 

BN 

BU 

-5B2 

1 

2 

BK 

BK 

* 

** 

BN BU 

+F 

Ï 

-5Y2 

-5H3 -5S1 

** 

WH 

+F 

M-LOADER 

-5B1 

+F16 

* Option 1 

** Option 2 

Anforderung Material 

Demand Material 

Ein Aus Alarm Niveau Beh„lter 

Zwangsverschluss 

On Off Alarm Level Hopper 

Operated flap 

Vers. 

Motan GmbH 

Max-Eyth-Weg 42 

+ F1 

Kommission: Zeichng.Nr.: 

Urspr. Ers. f. Ers. d. 

88316 Isny Steuerung 

Control (unit) 

= 

F1 

REG 

Convey 280A-90.0.00 

4 

5 

6 

7 

8 

RES 

11 

11 

11 

16PE 

+KAUE/1 

1.0 

Blatt 

Gr.: 

8 

5 

A 

B 

C 

D 

E 

F

A 

B 

1 

C 

F 2 

D 

E 


1 

Datum 

Bearb. 

Gepr. 

Norm 

2 

10.05.2005 

EKA 

2 

3 

4 

5 

6 

7 

8 

=ZSW 

F”rdersteuerung 

Conveying control 

L+ M 

PE 

VAKUUM 

ANFO 

WF1 


5x1mmý 

1 2 

GNYE 3 

4 

-11XS1.1 

1 2 

Ï 

3 

4 

-11XS1 

1 

2 

Ï 

3 

4 

1,0 mmý 

GNYE 

H05V-K 

+EX 

-PE 

Ï 

WY1 


1m 

3x1mmý 

2 GNYE 1 

+F 

H-LOADER 

-11B1 

BN 

BU 

Ï 

-11Y1 

1 

2 

BK 

5 VA 

BN 

BU 

+F 

M-LOADER 

-11B1 

WH 

Anforderung 

Demand 

Vakuumventil 

Vaccum valve 

+KAUE/1 

Projekt: 

Vers. 

METRO P-LOADER 

Motan GmbH Steuerung 

= F1 

Max-Eyth-Weg 42 Control (unit) 

+ F1 


Blatt 

88316 Isny 

Urspr. Ers. f. Ers. d. 

29.10.2002 

REG 

Convey 280G-90.0.00 

Gr.: 

3 

4 

5 

6 

7 

8 

11 

A 

B 

C 

D 

E 

F

A 

B 

C 

D 

E 

2 

3 

4 

5 

6 

7 

8 

A1 

+ZSW 

PE 

Sensor Ein VACV 

sensor on 

120VAC 

ANFO 

ZWV 

DUOM 

N 

PE 

5 

1 

4 

6 

2 

3 

W5F1 


7xAWG20 

GNYE 5 

1 4 

6 

2 

3 

GN 

+KK13 

-XS1 PE 

BN 

5 

RD 

1 

WH 

4 

BU 

6 

OG 

2 

BK 

3 

+KK 

W5XS1 

JZ-603 

0,2m 

7xAWG18 

GNYE 

+KK13 

-5S1 

5 

1 

1a 

1 

4 

6 

2 

3 

AWG16 

BK 

H07-V2K 

-X01 1 

11 1PE 

2 3 2PE 

4 

12 2PE 

5 

13 3PE 

3PE 

F 2 1 

W5Y1 


3xAWG20 

1 

RD 

2 

WH 

GNYE 

GN 

W5B1 


3xAWG20 

1 

BN 

2 

BU 

GNYE 

GN 

W5Y2 


3xAWG20 

1 

RD 

2 

WH 

GNYE 

GN 

W5Y3 


3xAWG20 

+KK13 

-XS2 1 1 

RD 

2 

2 

WH 

PE 

GNYE 

GN 

3 

AWG16 

0,25m 

GNYE 

-5Y1 

1 

2 

PE 

+F 

-5B1 

1 

2 

PE 

-5Y2 

1 

2 

PE 

-5Y3 

1 

2 

PE 

H07-V2K 

* 

Alle Litzen sind 

als Multinorm Einzeladern 

UL-CSA-HAR auszufhren! 

+F 

Ï 

Ringkabelschuh M5 

Vakuum Ventil 

Vacuum Valve 

Anforderung Material 

Demand Material 

Zwangsverschluss 

operated flap 

DUOMIXVENTIL 

Proportioning Valve 

* Option 

+KAUE/1 


Datum 

Bearb. 

Gepr. 

Norm 

03.11.2005 

EKA 

Projekt: 

Vers. 

METRO J LOADER 

Motan GmbH Steuerung 

= F1 

Max-Eyth-Weg 42 Control (unit) 

+ F1 


Blatt 

88316 Isny 

Urspr. 27.11.2001 Ers. f. Ers. d. REG 

Convey 280F-90.0.00 

Gr.: 

1.0 

1 

2 

3 

4 

5 

6 

7 

8 

5 

A 

B 

C 

D 

E 

F

Operating Manual Hopper loader

Create successful ePaper yourself

Delete template?

Save as template?