PA-25 V.43 MAINTENANCE MANUAL - SIGMA Equipment€¦ · · 2016-05-07PA-25-V.43 Maintenance Manual PA-43 -11 2. MACHINE DESCRIPTION The PA-25 model is made up of two units. The

PA-25-V.43 Maintenance Manual

PA-43 -1

PA-25 V.43

MAINTENANCE MANUAL


PA-43 -2

Index

0. INTRODUCTION ....................................................................................................................... 3

0.1. GENERAL INFORMATION....................................................................................................... 3

0.2. SAFETY STANDARDS ............................................................................................................ 4

0.2.1. Signs present on the machine .............................................................................. 5

0.2.2. General precautions to prevent danger ............................................................... 5

0.3. PERSONNEL TRAINING ......................................................................................................... 6

0.3.1. Maintenance............................................................................................................ 7

0.4. DANGEROUS AREAS IN THE MACHINE .................................................................................... 7

0.4.1. Moving conveyor belts .......................................................................................... 8

0.4.2. Troughs ................................................................................................................... 8

1. GENERAL CHARACTERISTICS ....................................................................................................... 9

2. MACHINE DESCRIPTION.............................................................................................................. 11

2.1. AUTOMATIC WEIGHING MACHINE......................................................................................... 11

2.1.1. Bedplate ................................................................................................................ 11

2.1.2. Feeder conveyor................................................................................................... 11

2.1.3. Loading sensor cell and troughs........................................................................ 11

2.1.4. Exit conveyor........................................................................................................ 11

2.1.5. Controls and electric unit .................................................................................... 11

2.1.6. Elevator conveyor ................................................................................................ 12

3. INSTALLATION AND COMMISSIONING ........................................................................................... 13

3.1. LEVELLING ........................................................................................................................ 13

3.2. CONNECTING PRODUCT ELEVATOR TO WEIGHING MACHINE................................................ 13

3.3. CONNECTION TO THE MAINS ............................................................................................... 14

3.3.1. Verifying motor rotation direction ...................................................................... 15

3.4. CHANGING THE VOLTAGE................................................................................................... 16

3.5. CONTROLS........................................................................................................................ 17

4. CONNECTION TO PACKING MACHINES AND FEEDERS .................................................................... 19

4.1. CONNECTION AND LEVELLING VIS-À-VIS THE PACKING MACHINE............................................ 19

4.2. INTERCONNECTING CONTROL SIGNALS BETWEEN MACHINES ................................................ 20

4.3. CONNECTION TO THE POWER SUPPLY ................................................................................. 21

4.3.1. Connection to return or distributor belt............................................................. 22

4.3.2. Connection to feeding tank................................................................................. 23

4.4. ADJUSTING THE ELEVATOR CONVEYOR HOPPER .................................................................. 24

4.5. BLOCKING TORQUE LIMITING ADJUSTMENT .......................................................................... 25

4.6. TIGHTENING AND CENTRING THE BELTS............................................................................... 26

5. ELECTRICAL WIRING................................................................................................................... 27


PA-43 -3

0. INTRODUCTION

0.1. GENERAL INFORMATION

This manual is an integral part of the machine, and contains information that is necessary for ensuring that the machine is used correctly.

This manual is intended for qualified technical personnel. It is recommended that all extraordinary operations concerning installation, commissioning, maintenance and where applicable, repair and parts replacement, are to be carried out by the Technical Service at DAUMAR, SA., or the authorised distributor.

The operators working on the machine must consult this manual before carrying out any ordinary or extraordinary operation.

DAUMAR, SA. is not responsible for any damage to people, objects or the environment, arising from an improper use of the machine, inexpertness, imprudence or negligence with respect to the indications contained in this manual.

DAUMAR, SA. is not responsible for any damage to people, objects or the environment, if non-original spare parts are used.

Any modification must be agreed beforehand with the manufacturer.

The drawings used as examples in this manual may be different from those parts of the machine that are represented. Nevertheless, the information contained herein, and machine safety, are guaranteed.

Following its policy of continual research and development, without prior notification, DAUMAR,S.A. can introduce modifications to update its products.

Information property

This manual contains information that is the property of DAUMAR, SA.


PA-43 -4

0.2. SAFETY STANDARDS

The following symbols have been used to highlight the important aspects of the machine’s operation:

This symbol indicates that care should be taken to not cause a series of consequences that could lead to possible operator injuries, health problems or even death.

This symbol indicates that a situation could be created that shortens the life cycle of the product, system or installation, causing damage to property and consequent economic losses.

This symbol indicates that care should be taken to not cause a series of consequences that could lead to damages to material goods, such as resources and the product.

This symbol indicates aspects that are particularly important.


PA-43 -5

0.2.1. Signs present on the machine

It is important to pay attention to the adhesive labels appearing on the machine. Also, if they become illegible, they are to be replaced.

ATTENTION 380 VOLTS

This label indicates the voltage and appears on all the machine’s motor reducers.

This label indicates voltage

It is forbidden to perform any task on electrical equipment when voltage is indicated. Beforehand, the machine must be disconnected from the mains.

In particularly dangerous conditions, another operator should be present apart from the person who is performing the task.

Work is only to begin in accordance with the safety meansures as specified in this manual.

0.2.2. General precautions to prevent danger

Respect all the danger and care signs, consult the manual and pay attention to the adhesive labels on the machine.

Only specialised electrical technicians should work on the electrical installation and with the electric unit.

Work safety rules, governed by the official bodies in each country, should be strictly observed.

If the machine stops while in operation, the head of maintenance should be notified of the problem and the relevant circumstances.

The working space around the machine must be kept free of obstacles, clean and well-lit.

Operators must wear suitable clothing according to work safety standards. Hair must not be worn loose.

Cleaning operations should not be performed while machine parts are moving.

Do not remove safety or machine protective devices.

Only trained personnel are to use the machine.


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0.3. PERSONNEL TRAINING

The operators using this machine must be duly qualified and trained in the machine’s ordinary operation and use. Operators should be trained by qualified technicians once the machine is installed in its final location, or on the manufacturer/distributor’s premises.

If machine operators do not receive sufficient information or training, the machine may be used inappropriately, causing accidents and machine faults.


PA-43 -7

0.3.1. Maintenance

The setting, lubricatin and conservation points are located outside the dangerous areas, so that these operations can be carried out when the machine is stopped.

All cleaning operations inside and outside the machine can be carried out safely when the machine is stopped.

Extraordinary maintenance operations are to be carried out by specialist technicians, who have the necessary equipment and have been trained beforehand in the machine’s operation equipado and the safety devices.

A T T E N T I O N

THESE OPERATIONS ARE ALWAYS TO BE CARRIED OUT WHEN THE MACHINE IS STOPPED AND THE ELECTRICAL AND PNEUMATIC ENERGY SOURCES ARE DISCONNECTED. ALSO ONLY ONE PERSON IS TO PERFORM THESE OPERATIONS.

0.4. DANGEROUS AREAS IN THE MACHINE

A dangerous area is any space inside and/or around a machine where somebody is exposed to a health risk.

In the PA-25 automatic weighing machine, all the safety measures have been adopted with respect to providing protective devices to all moving and accessible mechanisms.

According to this PA-25 weighing machine’s operation, the “exposed person” refers only to the “operator” responsible for starting and stopping the machine.

Under normal operating conditions, the operator must not be exposed to the dangerous areas in the machine, because the machine normally operates automatically from the time the product is loaded until it reaches the packing machines.

Under normal, expected operation conditions, i.e.: with a continual weighing process, the PA-25 weighing machine does not expose operators to any kind of risk. Any machine risks have been eliminated or reduced owing to the machine’s safety-orientated design, placing guards and protective devices, where appropriate, in the risk areas during maintenance and setting.

However, generally speaking, there are some areas in the machine that represent a residual danger which, owing to their nature, cannot be provided with any protective device. These areas may cause injuries by dragging, trapping or catching the operator’s limbs. Therefore, the operators using the machine must be


PA-43 -8

trained in the various danger situations, which may cause injuries owing to the mechanical action of the various machine elements. When the machine is on, do not touch, place hands inside, handle or rest on these areas, which are indicated below:

- Moving conveyor belts

- Troughs

0.4.1. Moving conveyor belts

These are located at the bottom of the machine, for the product exit (exit conveyor), and at the top, for the product inlet (feeder conveyor).

The product elevator also has a conveyor belt which lifts the product on to the product conveyor belt for entering the weighing machine.

The conveyor belts are protected on the sides to prevent gashes caused in the vicinity of the driving rollers.

The belts can cause injury by dragging, trapping or catching the operator’s limbs. The operators using the machine must be trained in the various danger situations, which may cause injuries owing to the mechanical action of the various machine elements. Do not place hands or rest on these areas.

0.4.2. Troughs

The troughs are located around a plate at the top of the machine. They are used to hold the product that is to be weighed, and move in a circular motion around the plate that supports them. It is difficult for operators to access the troughs because, apart from the protective devices provided, the only part that is not protected, for operating requirements, is the top and owing to its height it is difficult to access.

The troughs can cause injury by dragging, trapping and catching the operator’s limbs. The operators using the machine must be trained in the various danger situations, which may cause injuries owing to the mechanical action of the various machine elements. When the machine is on, it is strictly forbidden to handle or place hands in this area.


PA-43 -9

1. GENERAL CHARACTERISTICS

Production Maximum, 45 weighing actions per minute

Capacity Weight ranging between 0.25 kg and 25 kg

Product size Maximum product calibre - 130 mm

Loading height Loading hopper between 1 m and 1.2 m high

General dimensions See table below and dimension diagram Figure (X)

Weight See weight table below

Motors Carrousel motor reducer 0.36 kW Feeder conveyor motor reducer 0.18 kW Elevator conveyor motor reducer 0.55 kW Exit conveyor motor 0.18 kW

Mains electricity Voltage 220 / 380 / 415 V Frequency 50 / 60 Hz Power 0.9 kW + 0,37 kW (elevator)


PA-43 -10

Weight (kg) Length (mm) Width (mm) Height (mm)

PA-25 555 1.900 1.500 2.400

Short elevator 259 1.650 804 2.815

Standard elevator 210 2.800 780 3.100

Long elevator 259 3.900 1.000 3.100

Figure 1


PA-43 -11

2. MACHINE DESCRIPTION

The PA-25 model is made up of two units. The automatic weighing machine and the elevator conveyor.

2.1. AUTOMATIC WEIGHING MACHINE

This is an automatic, rotary machine for weighing all kinds of hortofruit products irrespective of their size, (citrus fruits, garlic, dried fruit and nuts, etc.).

It comprises the following parts:

• Bedplate

• Feeder conveyor

• Loading cell and troughs

• Exit conveyor

• Controls and electric unit.

• Elevator conveyor

2.1.1. Bedplate

This is a completely welded, solid metallic structure that supports all the other machine units or parts.

2.1.2. Feeder conveyor

This is located at the top of the machine, where it receives the product supplied by the elevator feeder. It has only one feed direction, and a variable speed that is controlled automatically by the machine’s microprocessor.

2.1.3. Loading sensor cell and troughs

The loading cell is a sensor installed in the machine bedplate, which is intended to perform the weighing operation corresponding to the product placed in the troughs.

The troughs consist of a total of 15 containers arranged in a circle at the top of the machine, and they are used to transport the product. They only move in one direction (clockwise).

2.1.4. Exit conveyor

This is found in the middle of the machine, and is used to take the product to the packing machine, once it has been weighed. It has two feed directions and a constant speed.

2.1.5. Controls and electric unit

The control panel is on the front of the machine, next to the electric unit. It has a general switch for connecting and disconnecting to the mains, and a tactile screen for programming the various machine functions.


PA-43 -12

2.1.6. Elevator conveyor

This is an auxiliary unit to the weighing machine and the two machine parts are electrically connected. It is used to lift the product onto the feeder conveyor, and has only one feed direction. Its speed is constant but intermittent, since it observes the signals given by the weighing machine.


PA-43 -13

3. INSTALLATION AND COMMISSIONING

3.1. LEVELLING

First of all, assemble the bedplate to the bottom of the machine, according to the following instructions. See Figure (2)

First mount the four levelling screws (A), with their corresponding nuts, in the threaded drill holes on the bottom of the machine (B), making sure that the heads of said screws fit into the grooves provided for this purpose on the supplements (C). Once this part of the machine is set up, raise the weighing machine until the four screws (D) and their washers (E) can be mounted in the upper threaded drill holes at the bottom of the machine (B). Then tighten the screws. The screws can be levelled using a 30 mm wrench on the screw heads (A) and attaching the corresponding nuts.

Figure 2

3.2. CONNECTING PRODUCT ELEVATOR TO WEIGHING MACHINE


PA-43 -14

Before connecting the weighing machine to the mains, the product elevator must be connected to the PA-25 weighing machine.

This connection is made as follows:

• Remove the cover from the electric cabinet (A), pass the cable (B) through the packing glands (C) and connect it to the output from the magneto-thermal breaker (RST) in the elevator contact unit (D). See Figure (4) and wiring diagram (Appendix I)

• Place the photocell (E) in its corresponding support (F) provided opposite the elevator motor reducer. This photocell (E) is connected to an electric control box, attached to the rear of the machine, and therefore it includes a signal selector that connects or disconnects the elevator from the weighing machine control. This signal selector can be used as an emergency stop for the elevator, but the elevator can only be started-up from the control panel. See Figure (3)

Figure 3 D – (Elevator)

Figure 4

3.3. CONNECTION TO THE MAINS


PA-43 -15

The PA-25 machine is designed to work at a three-phase voltage of 250 / 380 V at 50 Hz or 60 Hz. Before connecting to the mains, make sure the mains voltage is the same as that indicated on label (A) [See Figure (5)], which is the machine’s ex-works voltage. If the mains voltage is different, change the machine voltage as indicated in the following section (3.4)

Once the machine and mains voltage is the same, connect the machine by pressing the general switch (B)

Figure 5

3.3.1. Verifying motor rotation direction

After pressing the general switch (B) on the machine, make sure that the motors are rotating correctly, as detailed below.

Carrousel motor: must rotate in the clockwise direction.

Inlet conveyor belt motor: This motor only rotates in one direction, which moves the conveyor belt inside the machine.

Exit conveyor belt motor: This motor has two feed directions; right and left.

Product elevator band motor: This motor also rotates in just one direction, which moves the conveyor belt upwards.


PA-43 -16

3.4. CHANGING THE VOLTAGE

The weighing machine’s control box voltage is 220 V, and therefore to change the voltage, only the following elements have to be handled:

� Mains connection cable

� Carrousel motor

� Exit conveyor motor

� Product elevator motor

Mains connection cable: This is a 5-pole cable, including neutral and earth. It must be connected as shown in Figure (6)

Motors: In the above-mentioned motors, the jumpers on the terminal boxes must be changed to a supply voltage of 220 V, as indicated in Figure (6).

[Brown] [Blue]

Figure 6


PA-43 -17

3.5. CONTROLS

The machine is controlled using a tactile screen, stop and start-up buttons and an emergency button or push-button.

A.- Tactile screen

B.- ON button with green pilot light

C.- OFF button with red pilot light

D.- Emergency push-button (OFF), which is red when locked.

E.- General switch

Figure 7

The machine is commissioned from the general switchboard, by pressing button (B) that has been designed for this purpose and which leaves the machine on standby. Then use the tactile screen (A) on the actual machine, to control and start-up the machine.

An emergency button (D) is provided, and when this is pressed the machine stops. When the emergency switch is unblocked, the machine will not start-up again until the the controls are reset. After an emergency stop, the machine can be started-up easily from the general switchboard.

Use button (C) to stop the machine safely.


PA-43 -18

If the power supply is interrupted, the machine will stop and, when the power is restored, machine operation will not release, even though the indicators are working, until a new order is given.

A fault in the control circuit cannot cause the machine to start-up unexpectedly or prevent a manually controlled emergency stop.


PA-43 -19

4. CONNECTION TO PACKING MACHINES AND FEEDERS

4.1. CONNECTION AND LEVELLING VIS-À-VIS THE PACKING MACHINE

The PA-25 weighing machine and any packing machines we manufacture, are not attached.

To level the packing machine, the packing hopper (A) must be centred perfectly with respect to the weighing machine exit conveyor (B) and, the hopper must be placed at a distance of approximately 5 mm, making sure that the hopper inlet mouth is also centred vertically with the conveyor belt rotary shaft, using the corresponding leveling screws (C). See Figure (8).

Figure 8


PA-43 -20

4.2. INTERCONNECTING CONTROL SIGNALS BETWEEN MACHINES

The PA-25 weighing machine exit conveyor belt has two feed directions and so a packing machine can be attached at each side.

To electrically connect the weighing and packing machines, remove the protective cover (A) [Figure 8] to access the connection terminal gauge (B). Pass the electric cables through the packing glands (C). Consult the wiring diagram (III).

When the packing machine is prepared for packing, it sends a signal to the weighing machine and the weighing machine saves this signal in its memory until a product has been correctly weighed. Then it unloads the product into the packing machine and at the same time sends the packing machine a signal to start its packing cycle.

If the weighing machine does not receive the signal from the packing machine, the trough carrousel will remain full and keep rotating. Also on the exit conveyor belt, the last product will remain stationery until the relevant signal is received from the corresponding packing machine.

Figure 9


PA-43 -21

4.3. CONNECTION TO THE POWER SUPPLY

As mentioned in the sections concerning characteristics and the description of the machine, the PA-25 weighing machine has an independent auxiliary unit which is the elevator conveyor, and any feeding system can be connected to this unit’s hopper, such as return belts, distribution belts, feeding tanks, direct feeders, etc.

To facilitate all these connections, the height of the elevator conveyor hopper is adjustable. Also, optional accessories are provided, which are detailed below:


PA-43 -22

4.3.1. Connection to return or distributor belt

For this type of connection, a pallet-shaped device (A) is provided that conveys the product from the belt to the elevator conveyor hopper as required. This pallet is driven by a pneumatic cylinder and is controlled by a photoelectric sensor cell (B) located in the actual hopper, and mounted on a support (C) that can be adjusted to supply a larger or smaller quantity of the product. See Figure (10).

Figure 10


PA-43 -23

4.3.2. Connection to feeding tank

In this system, the photocell is only used with its adjustable support, which will either start-up or stop the feeding tank. See Figure (11).

Figure 11


PA-43 -24

4.4. ADJUSTING THE ELEVATOR CONVEYOR HOPPER

When altering the height of said hopper, proceed as follows:

1. Using the means provided when the machine was installed, use the rear of the hopper to rest the conveyor and prevent it from falling. See Figure (12).

2. Remove the screws (A) to vary their position in the drill holes on the handrails (B).

3. Move the hopper up or down to find the desired position, re-mount the screws (A) in the drill hole nearest the handrail (B) to approximately maintain the selected position and tighten the screws.

4. Remove the support from under the conveyor.

Figure 12


PA-43 -25

4.5. BLOCKING TORQUE LIMITING ADJUSTMENT

The machine carrousel motor transmits its power via a limiting torque, mounted on the reducer shaft. See Figure (13). This limiter must be correctly adjusted so that the machine stops, giving off an alarm, when a product is placed incorrectly in the troughs as it is conveyed inside the machine.

This torque limiter has a pulling hub (A), on which the transmission gear (B) is mounted between two friction rings (C) and attached by the pressure they apply to the nuts (D) by means of the springs (E), housed in the disks (F).

To make a correct adjustment, tighten the nut (D) in a series of half turns until it no longer slipsand then give it one more half turn for safety.

Figure 13


PA-43 -26

4.6. TIGHTENING AND CENTRING THE BELTS

The PA-25 weighing machine uses three conveyors to transfer the product. The process for tightening and centring the corresponding belts is the same in all three cases:

� Elevator conveyor, see Figure (14)

� Inlet conveyor, see Figure (15)

� Exit conveyor, see Figure (16)

The driven roller (A) on the three conveyors is mounted on tightening devices (B) that enable the belt to be centred and tightened so that it operates correctly. The belts must be tightened sufficiently, but not excessively, so that the belt does not slip on the rollers. The belts are centred always by tightening the tightening screw on the side on which the belt tends to slip, or, by loosening the belt on the other side.

The product exit conveyor belt, as it as two feeding directions, is fitted with a double centring system, although only the tightening devices on the left side of the conveyor are adjusted. See Figure (16).

Figure 14

Figure 15

Figure 16


PA-43 -27

5. ELECTRICAL WIRING

List of all the electrical diagrams in each version of the PA-25-v.43 machine that are attached as appendices with the following manual:

PA-25-v.43 Normal

PA-25D-v.43

PA-25S-v.43

PA-25V-v.43

PA-25JD-v.43

Electric switchboard

E-43-08-0100E E-43-09-0100E E-43-10-0100E E-43-11-0100E E-43-13-0100E

Exit belt power E-43-08-0200E E-43-09-0200E E-43-10-0200E E-43-11-0200E E-43-13-0200E

Inlet belts and packing machines

E-43-08-0300E E-43-09-0300E E-43-10-0300E E-43-11-0300E E-43-13-0300E

Exit belts E-43-08-0400E E-43-09-0400E E-43-10-0400E E-43-11-0400E E-43-13-0400E

Hose electros E-43-08-0500E E-43-09-0500E E-43-10-0500E E-43-11-0500E E-43-13-0500E

Auxiliary box connections

E-43-08-0600E E-43-09-0600E E-43-10-0600E E-43-11-0600E E-43-13-0600E

Block diagrams E-43-08-0700E E-43-09-0700E E-43-10-0700E E-43-11-0700E E-43-13-0700E

Control panel E-43-08-0800E E-43-09-0800E E-43-10-0800E E-43-11-0800E E-43-13-0800E

Electronic switchboard-electric switchboard interconnection

E-43-08-0900E E-43-09-0900E E-43-10-0900E E-43-11-0900E E-43-13-0900E

Connector situations

E-43-08-1000E E-43-09-1000E E-43-10-1000E E-43-11-1000E E-43-13-1000E

PA-43 NORMAL

RC

380

X 3

1-3 380V LINEA

RC

380

X 3

TO-2-8293-E+SVB

A TOMA DE REDELECTRICA

2-3 230V LINEA

MA

NG

UE

RA

DE

5x2.

5

N

BORNASREGLETERO

TRIFAS. 380V

5

L3

3

VALIDA

1

L1

230V A CUADROELECTRONICO

MOTOR ELEVADOR0,75 C.V. 0,55 KW

4

L2

2

MOTOR CINTAALIMENTADOR0,25 C.V. 0,18KW

PUENTE

MOTOR CARRUOSEL0,5 C.V. 0,36 KW

LR 2K 0306 a380V y 220V LR 2K 0308 a 380V

N

L1

L2

L3

LR2K0310 a 220V

CIMR-J7AZB0P2

FILTRO REDFA-6Z

Monday, August 01, 2005PESADORA ASOCIATIVA

Thursday, March 16, 2000

PA-43

E-43-08-0100E

Ramón

Oscar

CUADRO ELECTRICO 1/2

91

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

N

TIERRA

L2 L3L1

L2

L3

TIERRA

L1

LR 2K.030X

13

14

C2

LP1K

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1 3 5

2T1

4T2

6T3

LR 2K.030X

13

14

C1

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061

0BD

1 3 5

2T1

4T2

6T3

M M

F2

5A

F1

5A

LP1K0910C0

1

3

5

2

4

6

M

S1

1

3

5

2

4

6

7 8

U45

VARIADOR YASKAWA

L1 L2 L3

T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

AC

AB

LES

LIN

EA

S F

AS

ES

PA

SA

DO

S C

ON

UN

A V

UE

LTA

CA

BLE

S L

INE

AS

FA

SE

SP

AS

AD

OS

CO

N U

NA

VU

ELT

A

KIT

AG

AW

A

0 (230V)

230V

TIERRA

MOTOR 0,25 C.V.CINTA SAL.1 (DERECHA EIZQUIERDA)

R

T

S

LR2K0306 a 380V

MOTOR 0,25 C.V.CINTA EXTERIORDERECHA

MOTOR 0,25 C.V.CINTA EXTERIORIZQUIERDA

BORNAS REGLETERO

RC 380 X 3RC 380 X 3

C4

RC

380

X 3

LR2K0306 a 380V LR2K0306 a 380VLR2K0307 a 220V LR2K0307 a 220V

LR2K0307 a 220V



PA-43

E-43-08-0200E

Ramón

Oscar

POTENCIAS CINTAS DE SALIDA

92

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

L1

L2

L3

M

21

22

LP1K06011 3 5

2 4 6

M

LR2K030X

21

22

C5 LP1K06011 3 5

2T1

4T2

6T3

M

LR2K030X

21

22

C6 LP1K06011 3 5

2T1

4T2

6T3

L1T

1

L2T

2

L3T

3

21

22

LP1K06011 3 5

2 4 6

S. DE ENVASADORA

S. A ENVASADORA

EMERGENCIA

MARCHA

PARO

P1

P2

P3

ENVASADORADERECHA

R-C380V

S. DE ENVASADORA

S. A ENVASADORA

R-C380V

ENVASADORAIZQUIERDA

26

27

70

25

36

37

70

35

28

38

70

70

64

64

SINCRONISMO

ORIGEN

A DELGA SOPORTE DETECTORESMONTADO ENPLATOCARROUSEL

IA12DSN04NO

IA12DSN04NO

17

18

A3

Monday, August 01, 2005

ENTRADAS Y ENVASADORAS

Monday, February 19, 2001

PA-43

E-43-08-0300E

Ramón

OscarPESADORA ASOCIATIVA

93

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

19 X6

20 X6

21 X6

27 X6

5 X4

1 X

6

6 X4

28 X6

15 X623 X627 X6

22 X6

15 X516 X5

14 X513 X5

B-70

B-70

B-70

B-64

BLANCO

B-70

BLANCO-ROSA

GRIS-MARRON

B-64

14

1419

1918

17

19

1418

17

12D3

1N4007

+

-S E5

+

-S E4

R2RELE SCHRACK (ZT5700024)

R2

1314 11

3 7

S1

1314

S2

1314

S3

1314


R1

1314 11

3 7

MARCHA

PARO

"VALIDA"

MOTORCARROUSEL

PIL. MARCHA

P3

PIL. ALARMA

P2

COMPUERTA

64

21

MOTORELEVADORPRODUCTO

CINTA SAL.1DERECHA

CINTA SAL. 2IZQUIERDA

24V 3W

CINTAEXTERIORDERECHA

CINTAEXTERIORIZQUIERDA

MOTOR CINTAALIMENTACION

64

P1EMERGENCIA

80

24V 3W

70

C4 C3

C3 C4

C4C3

(CORTAR PATACONTACTOSAUXILIARES DERELE TERMICO)

CIMR-J7AZB0P2

A4


SALIDAS

Tuesday, February 20, 2001

PA-43

E-43-08-0400E

Ramón


94

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

12 X4

26 X4

9 X4

25 X4

27 X4

28 X4

31 X

4

13 X

4

1 X4

2 X4

20X421X422X423X4

3X4

4X4

16 x6

14 X

415

X4

16 X

4

13 X6

24 v

S3

2122

C0

A1

A2

S2

1314

1 2

S1

2122

C0

1314

1 2

A2

96

C2

A1

95

EV1

A2

96

C1

A1

95

V1

VARIADOR YASKAWAL1 L2 L3

T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

A

S5

1314

A2

96

C5

A1

95

A2

96

C6

A1

95

2122

2122

9596

A1

A2

A1

A2

(COMUN 70V)

MANGUERA ELECTROIMANES

A4


MANGUERA ELECTROS

Thursday, October 11, 2001

PA-43

E-43-08-0500E

Ramón


95

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

13 X

5

14 X

5

15 X

5

16 X

51 X5

2 X5

3 X5

4 X5

5 X5

6 X5

7 X5

8 X5

9 X5

10 X5

6

1

5

8

3

4

7

2

10

9

E1

A1

A2

E2

A1

A2

E3

A1

A2

E5

A1

A2

E6

A1

A2

E7

A1

A2

E4

A1

A2

E10

A1

A2

E8

A1

A2

E9

A1

A2

PRODUCTO ENCINTAALIMENTACION

CUBETA ABIERTA

PRODUCTO ENELEVADOR

70

1

2

3

7080

80

7

95 C2

COMPUERTA

SELECTORELEVADORON/OFF

CAJA ELECTRICAEN BANCADA

PA18CSD04NASA

PA18CSD04NASA

1

2

3

64

8

94X4

3X4

EV 1

A4


CONEXIONES CAJA AUXILIAR

Tuesday, September 07, 2004

PA-43

E-43-08-0600E

Ramón


96

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

26 X6

25 X6

24 X6

18 X6

16 X6

27 X4

9 X4

5

8

9

1

4

3

2

10

11

1314

D1

51V 4W

+

-S E6 IA30DSN15NO

FOT14

SL

+

-

E7

FOT14

SL

+

-

E8

PANTALLA TACTIL

BASE( 230 V AC)

ALIMENTACIONPANTALLA TACTIL

A FUSIBLES ENCUADROPOTENCIA

COM 2DB25

+ 24GND

TIERRA

A3


ESQUEMA BLOQUES


PA-43

E-43-08-0700E

Ramón


97

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

verde 7amarillo 3

gris 2

ROJO-ROSA

AZUL-NEGRO

45

CELULA DE CARGA

azul+verdenegro+amarillo

blancorojo

malla

v+v-s-s+blindaje

CA

BLE

S LIN

EA

S FA

SE

SP

AS

AD

OS

CO

N U

NA

VU

ELTA

KITAGAWA

X2BUS I/O

X11CELULA DE CARGA

X1 TRANSFORMADOR

X7TECLADO

X6 DISPLAY

CI-9024C

CARTA MICROPROCESADOR

X9COM 1

DIP 34

POSTE 10

DIP 20

X10COM 2

WEID 5

WEID 5

WEID 8

X8BUCLE CORR.

CI-9030A

x6.1x6.2x6.3x6.4x6.5x6.6x6.7x6.8x6.9

x6.10x6.11x6.12x6.13x6.14

x2.1x2.2x2.3x2.4x2.5x2.6x2.7x2.8x2.9x2.10x2.11x2.12x2.13x2.14x2.15x2.16x2.17x2.18x2.19x2.20x2.21x2.22x2.23x2.24x2.25x2.26x2.27x2.28x2.29x2.30x2.31x2.32x2.33x2.34

x6.15x6.16x6.17x6.18x6.19x6.20

x7.1x7.2x7.3x7.4x7.5x7.6x7.7x7.8x7.9

x7.10x7.11x7.12x7.13x7.14x7.15

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8

X11

.1X

11.2

X11

.3X

11.4

X11

.5

X9.

2X

9.3

X9.

5X

9.7

X9.

8

x10.

2X

10.3

X10

.5X

10.7

X10

.8

X8.1X8.2X8.3X8.4X8.5

vccvccncncncd0d1d2d3d4d5d6d7ba1

VccVccba8ba7ba6ba5ba4ba3ba2ba1int3int2

s1s2s3s4

vmas5s6e

basdtackwatch

r/wd7d6d5d4d3d2d1d0

gndgnd

r/wecsrstgndgnd

in1in2in3in4q1q2q3q4q5q6q7q8ncgndvcc

11a0a11a20h0h11rs0rsnc

0V S-

S+

-V +V

RX

TX

GN

DR

TS

CT

S

RX

TX

GN

DR

TS

CT

S

+B0 BRxTx

N.C.

CONECTOR X1BUS I/O

CONECTOR X3TRANSFORMADOR

DIP 34

WEID 2 X 16

WEID 2 X 16

WEID 1 X 8WEID 1 X 16

CI-9092

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8x1.9

x1.10x1.11x1.12x1.13x1.14x1.15x1.16x1.17x1.18x1.19x1.20x1.21x1.22x1.23x1.24x1.25x1.26x1.27x1.28x1.29x1.30x1.31x1.32x1.33x1.34

X3.1X3.2X3.3X3.4X3.5X3.6X3.7X3.8

X4[1..32]

X6[1..32]

X5[1..16]

VccVccba8ba7ba6ba5ba4ba3ba2ba1int3int2s1s2s3s4vmas5s6ebasdtackwatchr/wd7d6d5d4d3d2d1d0gndgnd

24 P0 P19 SA036 SA024 OP0 OP

SALIDAS[1..32]

ENTRADAS[1..32]

SAL. OVER POWER[1..12]

FE

RR

ITA

KIT

AG

AW

A

��

��

��

��

��

��

��

��

T-511

0

230

11

0

11

245

0

20

28

0

20

0

0

11

200

0

36

0

19

FA-6Z

S8VS-03024

OMRON

NL GN

D-++ -

24 O

P0

OP

19 S

A0

SA

36 S

A1

0 36

SA

1

24 P

0 P

24 OP

0 OP

19 SA

0 SA

36 SA1

0 SA1

24 P

0 P

0 (230V)

230V

TIERRA

CABLEADO ACUADROELECTRONICO

EMERGENCIA

PULSADORTIPO SETA

PARO

EAO DIFUSORVERDE

PILOTO ( MARCHA )LAM. 24V

MARCHA

EAO DIFUSORROJO

FICHADB25M

a (X9) U1

PILOTO (ALARMA)LAM. 24V

FICHADB9 H

CABLEADO ACUADROELECTRICO

A4


CUADRO DE MANDO

Thursday, July 27, 2000

PA-43

E-43-08-0800E

Ramón


98

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

GRIS2

31 X4

21X6

19X6

19x6

28X4

60

17X6

21x6

VERDE5

B-21 21

28x4

16 X4

21 646470

12X420X6

12x4

20x6

(A1 C0)

RX

GN

D

AMARILLO3

TX

24V PANTALLAGND PANTALLA

16 X6

16x6

70 70

21222122

P1

1314

P2

1314

P4

1314

1314

��

DB9 DB25

FUJI UG-22-HI-CS

12

2 3 85 7 2 3 4 5 76 20

+24VGND

Rx

Tx

CT

S

GN

DR

TS

Tx

Rx

RT

SC

TS

GN

DD

SR

DT

R

MANGUERA INTERCONEXIONCUADRO ELECTRICO A CUADRO ELECTRONICO a CUADRO

ELECTRONICOA CUADROELECTRICO

A4


Interconexion C.electronico - C. electrico


PA-43

E-43-08-0900E

Ramón


99

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

1 6 x4

9 27X610 13 X6

14 4 X4

8 5X4

15 20 X4

11 1 X412 2 X4

4 64 (14X4)

13 3 X4

3

7 26X4

5 70 (1X6)6 25X4

2 28 X61A2 RELE 2

9BORNA 25 (ENVASADORA)10B-80

14A2 C6

8A2 RELE 1

15S1 V1

11A2 C312A2 C4

4B-64

13A2 C5

3

7A2 C1 (95 TERMICO)

5B-706A2 C0

2B-35

16 21 X417 22 X418 23 X4

16S3 V117S4 V118S5 V1

X4

X6

X3

X1

SALIDAS

EN

TR

AD

AS

TRAFO

BUS I/O

117

1632

171

1632

1

8

X 2

X 8

X11

X 1

TRAFO

RS-232COM 1

CEL.CARGA

CEL.CARGA

BUS I/O1

5

1

8

1 5

CI-9030-A CI-9092

X5 SALIDAS

161

X 9

1

9

X 10

1

9

X12

1 5

X13

1 5

CEL.CARGA

RS-232COM 2

( SIN USO ) ( SIN USO )

TR

AF

OT

-511

BA

SE

SC

HU

KO

BUCLECORRIENTE

(MACHO)

(MACHO)

(MACHO)

FU

EN

TE

ALI

ME

NT

AC

ION

S8V

S-0

3024

A3


SITUACION CONECTORES

Friday, May 28, 1999

PA-43

E-43-08-1000E

Ramón

Oscar

CARTAS ELECTRONICAS

11

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

PA-43D

RC

380

X 3

1-3 380V LINEA

RC

380

X 3

TO-2-8293-E+SVB


2-3 230V LINEA

MA

NG

UE

RA

DE

5x2.

5

N

BORNASREGLETERO

TRIFAS. 380V

5

L3

3

VALIDA

1

L1



4

L2

2


PUENTE


LR2K0306a220V y380V

LR2K0308 a 380V

N

L1

L2

L3

LR2K0310 a 220V

CIMR-J7AZB0P2

FILTRO REDFA-6Z



PA-43 D

E-43-09-0100E

Ramón

Guillem


91

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

N

TIERRA

L2 L3L1

L2

L3

TIERRA

L1

LR 2K.030X

13

14

C2

LP1K

091

0BD

1 3 5

2T1

4T2

6T3

LR 2K.030X

13

14

C1

LP1K

061

0BD

1 3 5

2T1

4T2

6T3

M M

F2

5A

F1

5A

LP1K0910C0

1

3

5

2

4

6

M

S1

1

3

5

2

4

6

7 8

U45

VARIADOR YASKAWA

L1 L2 L3

T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

AC

AB

LES

LIN

EA

S F

AS

ES

PA

SA

DO

S C

ON

UN

A V

UE

LTA

CA

BLE

S L

INE

AS

FA

SE

SP

AS

AD

OS

CO

N U

NA

VU

ELT

A

KIT

AG

AW

A

0 (230V)

230V

TIERRA

MOTOR 0,25 C.V.CINTA SAL.1 ( DERECHA )

MOTOR 0,25 C.V.CINTA SAL. 2 ( IZQUIERDA )

R

T

S

RC 380 X 3RC 380 X 3

LR2K0306 a 380V LR2K0306 a 380V



BORNAS REGLETERO

RC 380 X 3RC 380 X 3

LR2K0306 a 380V LR2K0306 a 380VLR2K0307 a 220VLR2K0307 a 220V LR2K0307 a 220V LR2K0307 a 220V



PA-43 D

E-43-09-0200E

Ramón

Oscar


92

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

L1

L2

L3

M M M

LR2K030X

21

22

C5 LP1K06011 3 5

2T1

4T2

6T3

M

LR2K030X

21

22

C6 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C3 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C4 LP1K06011 3 5

2T1

4T2

6T3

S. DE ENVASADORA

S. A ENVASADORA

EMERGENCIA

MARCHA

PARO

P1

P2

P3

ENVASADORADERECHA

R-C380V

S. DE ENVASADORA

S. A ENVASADORA

R-C380V

ENVASADORAIZQUIERDA

26

27

70

25

36

37

70

35

28

38

70

70

64

64

SINCRONISMO

ORIGEN


IA12DSN04NO

IA12DSN04NO

17

18

A3




PA-43D

E-43-09-0300E

Ramón


93

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

19 X6

20 X6

21 X6

27 X6

5 X4

1 X

6

6 X4

28 X6

15 X623 X627 X6

22 X6

15 X516 X5

14 X513 X5

B-70

B-70

B-70

B-64

BLANCO

B-70

BLANCO-ROSA

GRIS-MARRON

B-64

14

1419

1918

17

19

1418

17

12


R1

1314 11

3 7

S3

1314

+

-S E5

D3

1N4007

+

-S E4


R2

1314 11

3 7

S2

1314

S1

1314

MARCHA

PARO

"VALIDA"

MOTORCARROUSEL

PIL. MARCHA

P3

PIL. ALARMA

P2

COMPUERTA

64

21


CINTA SAL.1DERECHA


24V 3W




64

P1EMERGENCIA

80

24V 3W

70

CIMR-J7AZB0P2

A4


SALIDAS


PA-43 D

E-43-09-0400E

Ramón


94

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

12 X4

26 X4

9 X4

25 X4

27 X4

28 X4

31 X

4

13 X

4

1 X4

2 X4

20X421X422X423X4

3X4

4X4

16 x6

14 X

415

X4

16 X

4

13 X6

24 v

C0

A1

A2

S3

2122

C0

1314

S1

2122

1 2

S2

1314

A2

96

C2

A1

95

1 2

A2

96

C1

A1

95

EV1

V1


T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

A

S5

1314

A2

96

C5

A1

95

A2

96

C6

A1

95

A2

96

C3

A1

95

A2

96

C4

A1

95

(COMUN 70V)


A4


MANGUERA ELECTROS


PA-43 D

E-43-09-0500E

Ramón


95

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

13 X

5

14 X

5

15 X

5

16 X

51 X5

2 X5

3 X5

4 X5

5 X5

6 X5

7 X5

8 X5

9 X5

10 X5

6

1

5

8

3

4

7

2

10

9

E3

A1

A2

E2

A1

A2

E1

A1

A2

E4

A1

A2

E7

A1

A2

E6

A1

A2

E5

A1

A2

E9

A1

A2

E8

A1

A2

E10

A1

A2


CUBETA ABIERTA

PRODUCTO ENELEVADOR

70

1

2

3

7080

80

7

95 C2

COMPUERTA



PA18CSD04NASA

PA18CSD04NASA

1

2

3

64

8

94X4

3X4

EV 1

A4




PA-43D

E-43-09-0600E

Ramón


96

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

26 X6

25 X6

24 X6

18 X6

16 X6

27 X4

9 X4

5

8

9

1

4

3

2

10

11

1314

D1

51V 4W

FOT14

SL

+

-

E8

FOT14

SL

+

-

E7

+

-S E6 IA30DSN15NO

PANTALLA TACTIL

BASE( 230 V AC)



COM 2DB25

+ 24GND

TIERRA

A3


ESQUEMA BLOQUES


PA-43 D

E-43-09-0700E

Ramón


97

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

verde 7amarillo 3

gris 2

ROJO-ROSA

AZUL-NEGRO

45

CELULA DE CARGA


blancorojo

malla

v+v-s-s+blindaje

CA

BLE

S LIN

EA

S FA

SE

SP

AS

AD

OS

CO

N U

NA

VU

ELTA

KITAGAWA

X2BUS I/O

X11CELULA DE CARGA

X1 TRANSFORMADOR

X7TECLADO

X6 DISPLAY

CI-9024C


X9COM 1

DIP 34

POSTE 10

DIP 20

X10COM 2

WEID 5

WEID 5

WEID 8

X8BUCLE CORR.

CI-9030A

x6.1x6.2x6.3x6.4x6.5x6.6x6.7x6.8x6.9

x6.10x6.11x6.12x6.13x6.14


x6.15x6.16x6.17x6.18x6.19x6.20

x7.1x7.2x7.3x7.4x7.5x7.6x7.7x7.8x7.9

x7.10x7.11x7.12x7.13x7.14x7.15

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8

X11

.1X

11.2

X11

.3X

11.4

X11

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X9.

2X

9.3

X9.

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9.7

X9.

8

x10.

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10.3

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CONECTOR X1BUS I/O


DIP 34

WEID 2 X 16

WEID 2 X 16


CI-9092

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8x1.9


X3.1X3.2X3.3X3.4X3.5X3.6X3.7X3.8

X4[1..32]

X6[1..32]

X5[1..16]


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24 P

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230V

TIERRA


EMERGENCIA

PULSADORTIPO SETA

PARO

EAO DIFUSORVERDE


MARCHA

EAO DIFUSORROJO

FICHADB25M

a (X9) U1


FICHADB9 H


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CUADRO DE MANDO


PA-43 D

E-43-09-0800E

Ramón


98

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

GRIS2

31 X4

21X6

19X6

19x6

28X4

60

17X6

21x6

VERDE5

B-21 21

28x4

16 X4

21 646470

12X420X6

12x4

20x6

(A1 C0)

RX

GN

D

AMARILLO3

TX


16 X6

16x6

70 70

P1

1314

P2

1314

21222122

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DB9 DB25

FUJI UG-22-HI-CS

12

2 3 85 7 2 3 4 5 76 20

+24VGND

Rx

Tx

CT

S

GN

DR

TS

Tx

Rx

RT

SC

TS

GN

DD

SR

DT

R

P4

1314

1314



A4




PA-43 D

E-43-09-0900E

Ramón


99

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

1 6 x4

9 27X610 13 X6

14 4 X4

8 5X4

15 20 X4

11 1 X412 2 X4

4 64 (14X4)

13 3 X4

3

7 26X4

5 70 (1X6)6 25X4

2 28 X61A2 RELE 2


14A2 C6

8A2 RELE 1

15S1 V1

11A2 C312A2 C4

4B-64

13A2 C5

3

7A2 C1 (95 TERMICO)

5B-706A2 C0

2B-35

16 21 X417 22 X418 23 X4

16S3 V117S4 V118S5 V1

X4

X6

X3

X1

SALIDAS

EN

TR

AD

AS

TRAFO

BUS I/O

117

1632

171

1632

1

8

X 2

X 8

X11

X 1

TRAFO

RS-232COM 1

CEL.CARGA

CEL.CARGA

BUS I/O1

5

1

8

1 5

CI-9030-A CI-9092

X5 SALIDAS

161

X 9

1

9

X 10

1

9

X12

1 5

X13

1 5

CEL.CARGA

RS-232COM 2


TR

AF

OT

-511

FU

EN

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ALI

ME

NT

AC

ION

S8V

S-0

3024

BA

SE

SC

HU

KO

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(MACHO)

(MACHO)

(MACHO)

A3




PA-43 D

E-43-09-1000E

Ramón

Oscar

CARTAS ELECTRONICAS

11

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

PA-43JD

TO-2-8293-E+SVB


MA

NG

UE

RA

DE

5x2.

5

N

TRIFAS. 200V

L3L1


L2

N

R1

T1

T

2-3 230V LINEA

2

LR 2K 0310

51

LR 2K 0307

1-3 380V LINEA

RC

380

X 3

VALIDA

43

MOTOR CARRUOSEL1,08 C.V. 0.18 KW1,08 A

MOTOR ELEVADOR1 C.V. 0,75 KW 3,8A

MOTOR CEPILLO0,08C.V. 0,06KW 0,55 A

PUENTE

MOTOR CINTAALIMENTADOR0,25 C.V. 0,18KW 1.08 A

RC

380

X 3

S1

R

S

TN

TRAFO D09001

CIMR-J7AZB0P2

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PA-43 JD

E-43-13-0100E

Ramón

Oscar

CUADRO ELECTRICO PA-43 JD

91

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

TIERRA

L1 NL2 L3

L1

L3

L2

TIERRA

M

220V200V

2 KVA POWER

8.5A

200V

200V

220V

220V

T1

L3

L2

L1

L3'

L2'

L1'

TIE

RR

A

LR 2K.030X

13

14

C1

LP1K

061

0BD

1 3 5

2T1

4T2

6T3

LR 2K.030X

13

14

C2

LP1K

091

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1 3 5

2T1

4T2

6T3

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F1

5A

F2

5A

LP1K0910C0

1

3

5

2

4

6

MM

S1

1

3

5

2

4

6

7 8

U45

VARIADOR YASKAWA

L1 L2 L3

T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

AC

AB

LES

LIN

EA

S F

AS

ES

PA

SA

DO

S C

ON

UN

A V

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CA

BLE

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INE

AS

FA

SE

SP

AS

AD

OS

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N U

NA

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0 (230V)

TIERRA

230V

T T



R

T

S

T T



BORNAS REGLETERO

RC 380 X 3RC 380 X 3

LR 2K 0306 LR 2K 0306

N

CIMR-J7AZB0P2CIMR-J7AZB0P2

SALIDA DE VALIDA


Tuesday, April 12, 2005

PA-43 JD

E-43-13-0200E

Ramón

RAMON

POTENCIAS CINTAS DE SALIDA PA-43 JD

92

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

R1

S1

T1

N

CA

BLE

S L

INE

AS

FA

SE

SP

AS

AD

OS

CO

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NA

VU

ELT

A

CA

BLE

S L

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AS

FA

SE

SP

AS

AD

OS

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N U

NA

VU

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A

KIT

AG

AW

A

V2

VARIADOR YASKAWA

L1 L2 L3

T1

T2

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TIE

RR

A

S2S3S4S5SC

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RR

A

U48

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CA

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AS

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SE

SP

AS

AD

OS

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N U

NA

VU

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A

V3

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A

S2S3S4S5SC

S1 TIE

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A

M

LR2K030X

21

22

C5 LP1K06011 3 5

2T1

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6T3

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LR2K030X

21

22

C6 LP1K06011 3 5

2T1

4T2

6T3CA

BLE

S L

INE

AS

FA

SE

SP

AS

AD

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N U

NA

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A

KIT

AG

AW

A

S. DE ENVASADORA

S. A ENVASADORA

EMERGENCIA

MARCHA

PARO

P1

P2

P3

ENVASADORADERECHA

R-C380V

S. DE ENVASADORA

S. A ENVASADORA

R-C380V

ENVASADORAIZQUIERDA

26

27

70

25

36

37

70

35

28

38

70

70

64

64

SINCRONISMO

ORIGEN


IA12DSN04NO

IA12DSN04NO

17

18

A3




PA-43 JD

E-43-13-0300E

Ramón


93

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

19 X6

20 X6

21 X6

27 X6

5 X4

1 X

6

6 X4

28 X6

15 X623 X627 X6

22 X6

15 X516 X5

14 X513 X5

B-70

B-70

B-70

B-64

BLANCO

B-70

BLANCO-ROSA

GRIS-MARRON

B-64

14

1419

1918

17

19

1418

17

12


R1

1314 11

3 7

S3

1314

D3

1N4007

+

-S E5

+

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3 7

S1

1314

S2

1314

MARCHA

PARO

"VALIDA"

MOTORCARROUSEL

PIL. MARCHA

P3

PIL. ALARMA

P2

COMPUERTA

64

21


CINTA SAL.1DERECHA


24V 3W



CINTA ALIMENTACION

64

P1EMERGENCIA

80

24V 3W

70 70 70

CIMR-J7AZB0P2 CIMR-J7AZB0P2 CIMR-J7AZB0P2

VARIADOR YASKAWA VARIADOR YASKAWA VARIADOR YASKAWA

A4


SALIDAS PA-43 JD

Tuesday, April 12, 2005

PA-43 JD

E-43-13-0400E

Ramón


94

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

12 X4

26 X4

9 X4

25 X4

27 X4

28 X4

31 X

4

13 X

4

1 X4

2 X4

20X421X422X423X4

3X4

4X4

16 x6

14 X

415

X4

16 X

4

13 X6

24 v

A2

96

C1

A1

95

A2

96

C2

A1

95

C0

1314

C0

A1

A2

S1

2122

A2

96

C5

A1

95

1 2

V1

L1 L2 L3

T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

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A

S5

1314

S3

2122

EV1

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96

C6

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95

S2

1314

1 2

V3

L1 L2 L3

T1

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T3

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RR

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S2S3S4S5SC

S1 TIE

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A

V2

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T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

A

(COMUN 70V)


A4


MANGUERA ELECTROS


PA-43 JD

E-43-13-0500E

Ramón


95

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

13 X

5

14 X

5

15 X

5

16 X

51 X5

2 X5

3 X5

4 X5

5 X5

6 X5

7 X5

8 X5

9 X5

10 X5

6

1

5

8

3

4

7

2

10

9

E1

A1

A2

E2

A1

A2

E3

A1

A2

E6

A1

A2

E7

A1

A2

E4

A1

A2

E8

A1

A2

E9

A1

A2

E5

A1

A2

E10

A1

A2


CUBETA ABIERTA

PRODUCTO ENELEVADOR

70

1

2

3

7080

80

7

95 C2

COMPUERTA



PA18CSD04NASA

PA18CSD04NASA

1

2

3

64

8

94X4

3X4

EV 1

A4




PA-43 JD

E-43-13-0600E

Ramón


96

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

26 X6

25 X6

24 X6

18 X6

16 X6

27 X4

9 X4

5

8

9

1

4

3

2

10

11

1314

D1

51V 4W

FOT14

SL

+

-

E8

FOT14

SL

+

-

E7

+

-S E6 IA30DSN15NO

PANTALLA TACTIL

BASE( 230 V AC)



COM 2DB25

+ 24GND

TIERRA

A3


ESQUEMA BLOQUES


PA-43 JD

E-43-13-0700E

Ramón


97

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

73245

CA

BLE

S LIN

EA

S FA

SE

SP

AS

AD

OS

CO

N U

NA

VU

ELTA

KITAGAWA

CELULA DE CARGA


blancorojo

malla

v+v-s-s+blindaje

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11

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0

20

0

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200

0

36

0

19

FE

RR

ITA

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AG

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CONECTOR X1BUS I/O


DIP 34

WEID 2 X 16

WEID 2 X 16


CI-9092

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8x1.9


X3.1X3.2X3.3X3.4X3.5X3.6X3.7X3.8

X4[1..32]

X6[1..32]

X5[1..16]


24 P0 P19 SA036 SA024 OP0 OP

SALIDAS[1..32]

ENTRADAS[1..32]


X2BUS I/O

X11CELULA DE CARGA

X1 TRANSFORMADOR

X7TECLADO

X6 DISPLAY

CI-9024C


X9COM 1

DIP 34

POSTE 10

DIP 20

X10COM 2

WEID 5

WEID 5

WEID 8

X8BUCLE CORR.

CI-9030A

x6.1x6.2x6.3x6.4x6.5x6.6x6.7x6.8x6.9

x6.10x6.11x6.12x6.13x6.14


x6.15x6.16x6.17x6.18x6.19x6.20

x7.1x7.2x7.3x7.4x7.5x7.6x7.7x7.8x7.9

x7.10x7.11x7.12x7.13x7.14x7.15

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8

X11

.1X

11.2

X11

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11.4

X11

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X9.

2X

9.3

X9.

5X

9.7

X9.

8

x10.

2X

10.3

X10

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10.7

X10

.8

X8.1X8.2X8.3X8.4X8.5



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1

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0 SA1

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0 (230V)

230V

TIERRA


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FICHADB25M

a (X9) U1


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A4


CUADRO DE MANDO PA-43JD


PA-43 JD

E-43-13-0800E

Ramón


98

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

2

31 X4

21X6

19X6

19x6

28X4

60

17X6

21x6

5

B-21 21

28x4

16 X4

21 646470

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20x6

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3

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16x6

70 70

21222122

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1314

1314

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12

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GN

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A4


Interconexion C.electronico - C. electrico PA-43JD


PA-43 JD

E-43-13-0900E

Ramón


99

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

1 6 x4

9 27X610 13 X6

14 4 X4

8 5X4

15 20 X4

11 1 X412 2 X4

4 64 (14X4)

13 3 X4

3

7 26X4

5 70 (1X6)6 25X4

2 28 X61A2 RELE 2


14A2 C6

8A2 RELE 1

15S1 V1

11A2 C312A2 C4

4B-64

13A2 C5

3

7A2 C1 (95 TERMICO)

5B-706A2 C0

2B-35

16 21 X417 22 X418 23 X4

16S3 V117S4 V118S5 V1

X4

X6

X3

X1

SALIDAS

EN

TR

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AS

TRAFO

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117

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171

1632

1

8

X 2

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X11

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BUS I/O1

5

1

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1 5

CI-9030-A CI-9092

X5 SALIDAS

161

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1

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1

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PA-43 JD

E-43-13-1000E

Ramón

Oscar

CARTAS ELECTRONICAS

11

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

PA-43S

RC

380

X 3

1-3 380V LINEA

RC

380

X 3

TO-2-8293-E+SVB


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MA

NG

UE

RA

DE

5x2.

5

N

BORNASREGLETERO

TRIFAS. 380V

5

L3

3

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1

L1



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2


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N

L1

L2

L3

FILTRO REDFA-6Z

CIMR-J7AZB0P2



PA-43 S

E-43-10-0100

Ramón

Oscar


91

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

N

TIERRA

L2 L3L1

L2

L3

TIERRA

L1

LR 2K.030X

13

14

C2

LP1K

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6T3

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14

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LP1K

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0BD

1 3 5

2T1

4T2

6T3

M M

F1

5A

F2

5A

M

LP1K0910C0

1

3

5

2

4

6

S1

1

3

5

2

4

6

7 8

U45

VARIADOR YASKAWA

L1 L2 L3

T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

AC

AB

LES

LIN

EA

S F

AS

ES

PA

SA

DO

S C

ON

UN

A V

UE

LTA

KIT

AG

AW

A

CA

BLE

S L

INE

AS

FA

SE

SP

AS

AD

OS

CO

N U

NA

VU

ELT

A

0 (230V)

230V

TIERRA



R

T

S

RC

380

X 3

RC

380

X 3

LR 2K 0306 LR 2K 0306



RC

380

X 3

RC

380

X 3

LR 2K 0306 LR 2K 0306

RC

380

X 3

LR 2K 0306

RC

380

X 3

LR 2K 0306

MOTOR 0,25 C.V.CINTA CAIDAPRODUCTO 1

MOTOR 0,25 C.V.CINTA CAIDAPRODUCTO 2



PA-43 S

E43-10-0200E

Ramón

Oscar


92

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

L1

L2

L3

M MM M M M

LR2K030X

21

22

C5 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C6 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C3 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C4 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C8 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C7 LP1K06011 3 5

2T1

4T2

6T3

S. DE ENVASADORA

S. A ENVASADORA

EMERGENCIA

MARCHA

PARO

P1

P2

P3

ENVASADORADERECHA

R-C380V

S. DE ENVASADORA

S. A ENVASADORA

R-C380V

ENVASADORAIZQUIERDA

26

27

70

25

36

37

70

35

28

38

70

70

64

64

SINCRONISMO

ORIGEN


IA12DSN04NO

IA12DSN04NO

17

18

A3




PA-43S

E-43-10-0300E

Ramón


93

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

19 X6

20 X6

21 X6

27 X6

5 X4

1 X

6

6 X4

28 X6

15 X623 X627 X6

22 X6

15 X516 X5

14 X513 X5

B-70

B-70

B-70

B-64

BLANCO

B-70

BLANCO-ROSA

GRIS-MARRON

B-64

14

1419

1918

17

19

1418

17

12

S3

1314


R1

1314 11

3 7

D3

1N4007

+

-S E5

+

-S E4


R2

1314 11

3 7

S1

1314

S2

1314

MARCHA

PARO

"VALIDA"

MOTORCARROUSEL

PIL. MARCHA

P3

PIL. ALARMA

P2

COMPUERTA

64

21


CINTASAL.1DERECHA

CINTA SAL.2IZQUIERDA

24V 3W




64

P1EMERGENCIA

80

24V 3W

70

MOTOR CINTA CAIDAPRODUCTO 1

MOTOR CINTA CAIDAPRODUCTO 2

CIMR-J7AZB0P2

A4


SALIDAS


PA-43 S

E-432-10-0400E

Ramón


94

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

12 X4

26 X4

9 X4

25 X4

27 X4

28 X4

31 X

4

13 X

4

1 X4

2 X4

20X421X422X423X4

3X4

4X4

16 x6

14 X

415

X4

16 X

4

13 X6

24 v

S3

2122

C0

A1

A2

S1

2122

S2

1314

1 2

C0

1314

1 2

A2

96

C2

A1

95

EV1

A2

96

C1

A1

95

V1


T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

A

A2

96

C7

A1

95

A2

96

C8

A1

95

S5

1314

A2

96

C5

A1

95

A2

96

C6

A1

95

A2

96

C3

A1

95

A2

96

C4

A1

95

(COMUN 70V)


A4


MANGUERA ELECTROS


PA-43 S

E-43-10-0500E

Ramón


95

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

13 X

5

14 X

5

15 X

5

16 X

51 X5

2 X5

3 X5

4 X5

5 X5

6 X5

7 X5

8 X5

9 X5

10 X5

6

1

5

8

3

4

7

2

10

9

E2

A1

A2

E3

A1

A2

E7

A1

A2

E4

A1

A2

E1

A1

A2

E5

A1

A2

E6

A1

A2

E10

A1

A2

E8

A1

A2

E9

A1

A2


CUBETA ABIERTA

PRODUCTO ENELEVADOR

70

1

2

3

7080

80

7

95 C2

COMPUERTA



PA18CSD04NASA

PA18CSD04NASA

1

2

3

64

8

94X4

3X4

EV 1

A4




PA-43 S

E-43-10-0600E

Ramón


96

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

26 X6

25 X6

24 X6

18 X6

16 X6

27 X4

9 X4

5

8

9

1

4

3

2

10

11

1314

D1

51V 4W

FOT14

SL

+

-

E8

FOT14

SL

+

-

E7

+

-S E6 IA30DSN15NO

PANTALLA TACTIL

BASE( 230 V AC)



COM 2DB25

+ 24GND

TIERRA

A3


ESQUEMA BLOQUES


PA-43 S

E-43-10-0700E

Ramón


97

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

verde 7amarillo 3

gris 2

ROJO-ROSA

AZUL-NEGRO

45

X2BUS I/O

X11CELULA DE CARGA

X1 TRANSFORMADOR

X7TECLADO

X6 DISPLAY

CI-9024C


X9COM 1

DIP 34

POSTE 10

DIP 20

X10COM 2

WEID 5

WEID 5

WEID 8

X8BUCLE CORR.

CI-9030A

x6.1x6.2x6.3x6.4x6.5x6.6x6.7x6.8x6.9

x6.10x6.11x6.12x6.13x6.14


x6.15x6.16x6.17x6.18x6.19x6.20

x7.1x7.2x7.3x7.4x7.5x7.6x7.7x7.8x7.9

x7.10x7.11x7.12x7.13x7.14x7.15

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8

X11

.1X

11.2

X11

.3X

11.4

X11

.5

X9.

2X

9.3

X9.

5X

9.7

X9.

8

x10.

2X

10.3

X10

.5X

10.7

X10

.8

X8.1X8.2X8.3X8.4X8.5



s1s2s3s4

vmas5s6e

basdtackwatch

r/wd7d6d5d4d3d2d1d0

gndgnd

r/wecsrstgndgnd



0V S-

S+

-V +V

RX

TX

GN

DR

TS

CT

S

RX

TX

GN

DR

TS

CT

S

+B0 BRxTx

N.C.

CA

BLE

S LIN

EA

S FA

SE

SP

AS

AD

OS

CO

N U

NA

VU

ELTA

KITAGAWA

CELULA DE CARGA


blancorojo

malla

v+v-s-s+blindaje

FA-6Z

��

��

��

��

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T-511

0

230

11

0

11

245

0

20

28

0

20

0

0

11

200

0

36

0

19

FE

RR

ITA

KIT

AG

AW

A

CONECTOR X1BUS I/O


DIP 34

WEID 2 X 16

WEID 2 X 16


CI-9092

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8x1.9


X3.1X3.2X3.3X3.4X3.5X3.6X3.7X3.8

X4[1..32]

X6[1..32]

X5[1..16]


24 P0 P19 SA036 SA024 OP0 OP

SALIDAS[1..32]

ENTRADAS[1..32]


S8VS-03024

OMRON

NL GN

D-++ -

24 O

P0

OP

19 S

A0

SA

36 S

A1

0 36

SA

1

24 P

0 P

24 OP

0 OP

19 SA

0 SA

36 SA1

0 SA1

24 P

0 P

0 (230V)

230V

TIERRA


EMERGENCIA

PULSADORTIPO SETA

PARO

EAO DIFUSORVERDE


MARCHA

EAO DIFUSORROJO

FICHADB25M

a (X9) U1


FICHADB9 H


A4


CUADRO DE MANDO


PA-43 S

E-43-10-0800E

Ramón


98

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

2

31 X4

21X6

19X6

19x6

28X4

60

17X6

21x6

5

B-21 21

28x4

16 X4

21 646470

12X420X6

12x4

20x6

(A1 C0)

RX

GN

D

3

TX


16 X6

16x6

70 70

P2

1314

P1

1314

2122 21221314

P4

1314

��

DB9 DB25

FUJI UG-22-HI-CS

12

2 3 85 7 2 3 4 5 76 20

+24VGND

Rx

Tx

CT

S

GN

DR

TS

Tx

Rx

RT

SC

TS

GN

DD

SR

DT

R



A4




PA-43 S

E-43-10-0900E

Ramón


99

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

1 6 x4

9 27X610 13 X6

14 4 X4

8 5X4

15 20 X4

11 1 X412 2 X4

4 64 (14X4)

13 3 X4

3

7 26X4

5 70 (1X6)6 25X4

2 28 X61A2 RELE 2


14A2 C6

8A2 RELE 1

15S1 V1

11A2 C312A2 C4

4B-64

13A2 C5

3

7A2 C1 (95 TERMICO)

5B-706A2 C0

2B-35

16 21 X417 22 X418 23 X4

16S3 V117S4 V118S5 V1

X4

X6

X3

X1

SALIDAS

EN

TR

AD

AS

TRAFO

BUS I/O

117

1632

171

1632

1

8

X 2

X 8

X11

X 1

TRAFO

RS-232COM 1

CEL.CARGA

CEL.CARGA

BUS I/O1

5

1

8

1 5

CI-9030-A CI-9092

X5 SALIDAS

161

X 9

1

9

X 10

1

9

X12

1 5

X13

1 5

CEL.CARGA

RS-232COM 2


TR

AF

OT

-511

FU

EN

TE

ALI

ME

NT

AC

ION

S8V

S-0

3024

BA

SE

SC

HU

KO

BUCLECORRIENTE

(MACHO)

(MACHO)

(MACHO)

A3




PA-43 S

E-43-10-1000E

Ramón

Oscar

CARTAS ELECTRONICAS

11

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

PA-43V

RC

380

X 3

1-3 380V LINEA

RC

380

X 3

TO-2-8293-E+SVB


2-3 230V LINEA

MA

NG

UE

RA

DE

5x2.

5

N

BORNASREGLETERO

TRIFAS. 380V

5

L3

3

VALIDA

1

L1



4

L2

2


PUENTE


LR 2K 0306 LR 2K 0308

N

L1

L2

L3

FILTRO REDFA-6Z

CIMR-J7AZB0P2



PA-43 V

E-43-11-0100E

Ramón

Oscar


91

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

N

TIERRA

L2 L3L1

L2

L3

TIERRA

L1

LR 2K.030X

13

14

C2

LP1K

091

0BD

1 3 5

2T1

4T2

6T3

LR 2K.030X

13

14

C1

LP1K

061

0BD

1 3 5

2T1

4T2

6T3

M M

F1

5A

F2

5A

M

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1

3

5

2

4

6

S1

1

3

5

2

4

6

7 8

U45

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T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

AC

AB

LES

LIN

EA

S F

AS

ES

PA

SA

DO

S C

ON

UN

A V

UE

LTA

KIT

AG

AW

A

CA

BLE

S L

INE

AS

FA

SE

SP

AS

AD

OS

CO

N U

NA

VU

ELT

A

0 (230V)

230V

TIERRA



R

T

S

RC 380 X 3RC 380 X 3

LR 2K 0306 LR 2K 0306



BORNAS REGLETERO

RC 380 X 3RC 380 X 3

LR 2K 0306 LR 2K 0306



PA-43 V

E-43-11-0200E

Ramón

Oscar


92

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

L1

L2

L3

M M M M

LR2K030X

21

22

C5 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C6 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C3 LP1K06011 3 5

2T1

4T2

6T3

LR2K030X

21

22

C4 LP1K06011 3 5

2T1

4T2

6T3

S. DE ENVASADORA

S. A ENVASADORA

EMERGENCIA

MARCHA

PARO

P1

P2

P3

ENVASADORADERECHA

R-C380V

S. DE ENVASADORA

S. A ENVASADORA

R-C380V

ENVASADORAIZQUIERDA

26

27

70

25

36

37

70

35

28

38

70

70

64

64

SINCRONISMO

ORIGEN


IA12DSN04NO

IA12DSN04NO

17

18

A3




PA-43 V

E-43-11-0300E

Ramón


93

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

19 X6

20 X6

21 X6

27 X6

5 X4

1 X

6

6 X4

28 X6

15 X623 X6

27 X6

22 X6

15 X516 X5

14 X513 X5

B-70

B-70

B-70

B-64

BLANCO

B-70

BLANCO-ROSA

GRIS-MARRON

B-64

14

1419

1918

17

19

1418

17

12

S3

1314


R1

1314 11

3 7

D3

1N4007

+

-S E5

+

-S E4


R2

1314 11

3 7

S1

1314

S2

1314

MARCHA

PARO

"VALIDA"

MOTORCARROUSEL

PIL. MARCHA

P3

PIL. ALARMA

P2

COMPUERTA

64

21


CINTA SAL.1DERECHA


24V 3W




64

P1EMERGENCIA

80

24V 3W

70

CIMR-J7AZB0P2

A4


SALIDAS


PA-43 V

E-43-11-0400E

Ramón


94

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

12 X4

26 X4

9 X4

25 X4

27 X4

28 X4

31 X

4

13 X

4

1 X4

2 X4

20X421X422X423X4

3X4

4X4

16 x6

14 X

415

X4

16 X

4

13 X6

24 v

S3

2122

C0

A1

A2

S2

1314

1 2

S1

2122

C0

1314

1 2

A2

96

C2

A1

95

EV1

A2

96

C1

A1

95

V1


T1

T2

T3

TIE

RR

A

S2S3S4S5SC

S1 TIE

RR

A

S5

1314

A2

96

C5

A1

95

A2

96

C6

A1

95

A2

96

C3

A1

95

A2

96

C4

A1

95

(COMUN 70V)


A4


MANGUERA ELECTROS


PA-43 V

E-43-11-0500E

Ramón


95

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

13 X

5

14 X

5

15 X

5

16 X

51 X5

2 X5

3 X5

4 X5

5 X5

6 X5

7 X5

8 X5

9 X5

10 X5

6

1

5

8

3

4

7

2

10

9

E3

A1

A2

E2

A1

A2

E1

A1

A2

E4

A1

A2

E7

A1

A2

E6

A1

A2

E5

A1

A2

E9

A1

A2

E8

A1

A2

E10

A1

A2


CUBETA ABIERTA

PRODUCTO ENELEVADOR

70

1

2

3

7080

80

7

95 C2

COMPUERTA



PA18CSD04NASA

PA18CSD04NASA

1

2

3

64

8

94X4

3X4

EV 1

A4




PA-43 V

E-43-11-0600E

Ramón


96

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

CI-9092

26 X6

25 X6

24 X6

18 X6

16 X6

27 X4

9 X4

5

8

9

1

4

3

2

10

11

1314

FOT14

SL

+

-

E7

FOT14

SL

+

-

E8

D1

51V 4W

+

-S E6 IA30DSN15NO

PANTALLA TACTIL

BASE( 230 V AC)



COM 2DB25

+ 24GND

TIERRA

A3


ESQUEMA BLOQUES


PA-43 V

E-43-11-0700E

Ramón


97

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

verde 7amarillo 3

gris 2

ROJO-ROSA

AZUL-NEGRO

45

X2BUS I/O

X11CELULA DE CARGA

X1 TRANSFORMADOR

X7TECLADO

X6 DISPLAY

CI-9024C


X9COM 1

DIP 34

POSTE 10

DIP 20

X10COM 2

WEID 5

WEID 5

WEID 8

X8BUCLE CORR.

CI-9030A

x6.1x6.2x6.3x6.4x6.5x6.6x6.7x6.8x6.9

x6.10x6.11x6.12x6.13x6.14


x6.15x6.16x6.17x6.18x6.19x6.20

x7.1x7.2x7.3x7.4x7.5x7.6x7.7x7.8x7.9

x7.10x7.11x7.12x7.13x7.14x7.15

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8

X11

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11.2

X11

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11.4

X11

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9.3

X9.

5X

9.7

X9.

8

x10.

2X

10.3

X10

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10.7

X10

.8

X8.1X8.2X8.3X8.4X8.5



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vmas5s6e

basdtackwatch

r/wd7d6d5d4d3d2d1d0

gndgnd

r/wecsrstgndgnd



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RX

TX

GN

DR

TS

CT

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RX

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BLE

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CELULA DE CARGA


blancorojo

malla

v+v-s-s+blindaje

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230

11

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0

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0

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11

200

0

36

0

19

FE

RR

ITA

KIT

AG

AW

A

CONECTOR X1BUS I/O


DIP 34

WEID 2 X 16

WEID 2 X 16


CI-9092

x1.1x1.2x1.3x1.4x1.5x1.6x1.7x1.8x1.9


X3.1X3.2X3.3X3.4X3.5X3.6X3.7X3.8

X4[1..32]

X6[1..32]

X5[1..16]


24 P0 P19 SA036 SA024 OP0 OP

SALIDAS[1..32]

ENTRADAS[1..32]


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D-++ -

24 O

P0

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19 S

A0

SA

36 S

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CUADRO DE MANDO


PA-43 V

E-43-11-0800E

Ramón


98

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

GRIS2

31 X4

21X6

19X6

19x6

28X4

60

17X6

21x6

VERDE5

B-21 21

28x4

16 X4

21 646470

12X420X6

12x4

20x6

(A1 C0)

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GN

D

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16 X6

16x6

70 70

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P1

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2122 21221314

P4

1314

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FUJI UG-22-HI-CS

12

2 3 85 7 2 3 4 5 76 20

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Tx

CT

S

GN

DR

TS

Tx

Rx

RT

SC

TS

GN

DD

SR

DT

R



A4




PA-43 V

E-43-11-0900E

Ramón


99

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

1 6 x4

9 27X610 13 X6

14 4 X4

8 5X4

15 20 X4

11 1 X412 2 X4

4 64 (14X4)

13 3 X4

3

7 26X4

5 70 (1X6)6 25X4

2 28 X61A2 RELE 2


14A2 C6

8A2 RELE 1

15S1 V1

11A2 C312A2 C4

4B-64

13A2 C5

3

7A2 C1 (95 TERMICO)

5B-706A2 C0

2B-35

16 21 X417 22 X418 23 X4

16S3 V117S4 V118S5 V1

X4

X6

X3

X1

SALIDAS

EN

TR

AD

AS

TRAFO

BUS I/O

117

1632

171

1632

1

8

X 2

X 8

X11

X 1

TRAFO

RS-232COM 1

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CEL.CARGA

BUS I/O1

5

1

8

1 5

CI-9030-A CI-9092

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161

X 9

1

9

X 10

1

9

X12

1 5

X13

1 5

CEL.CARGA

RS-232COM 2


TR

AF

OT

-511

BA

SE

SC

HU

KO

BUCLECORRIENTE

(MACHO)

(MACHO)

(MACHO)

FU

EN

TE

ALI

ME

NT

AC

ION

S8V

S-0

3024

A3




PA-43 V

E-43-11-1000E

Ramón

Oscar

CARTAS ELECTRONICAS

11

Escala

Plano deDibujado

Calcado

Revisado

Fecha Nombre

Modelo

Sustituido

Sustituye

Tratamiento

Peso Clave

1 2 3 4

Cantidad

Modificaciones

Numero de plano

Documents

PA-25 V.43 MAINTENANCE MANUAL - SIGMA Equipment€¦ · · 2016-05-07PA-25-V.43 Maintenance Manual PA-43 -11 2. MACHINE DESCRIPTION The PA-25 model is made up of two units. The