Hansol Multitech Welding System Uromat 3000 User Manual

INSTALLATION INSTRUCTIONS Uromat 3000

________________________________________________________________________

English Version

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Adjustments

3.1

3.2

3.3

3.4

3.5

3.6

3.7

3.8

3.9

Installing the Tube Unit Support Arm

Central Beam to Center of Bucky

Central Beam to Center of I.I.

Tabletop, Longitudinal Movement Path Potentiometer

Tabletop, Transverse Movement Path Potentiometer

Bucky Movement Path Potentiometer

I.I. Carriage Movement Path Potentiometer

Table Tilt Movement Path Potentiometer 1

Table Tilt Movement Path Potentiometer 2

3.10 Table, Longitudinal Safety Switches

3.11 Tabletop, Transverse Safety Switches

3.12 Tabletop, Longitudinal Safety Switches

3.13 I.I. Carriage Movement PathSafety Switches

3.14 Table Tilt Up Movement Path Switch Strike Plate

3.15 Table Tilt Down Movement Path Switch Strike Plate

3.16 +88° Tilt Movement Safety Switches

3.17 -20° Tilt Movement Safety Switches

3.18 Spindle Nut Safety Switches

not configured

3.19 Accessory Sensor Switches

3.20 Longitudinal Tabletop Belt Tension

3.21 Raise - Lower Table Belt Tension

3.22 Cassette Carriage Drive Belt Tension

3.23 Operation in the Service Mode

3.24 Startup

3.25 Collimator Basic Setting

3.26 Collimation to Cassette and I.I. Formats

3.27 Saving the Parameters in the PC

3.28 Setting Parameters - Electronics

Technical Maintenance

4.1

4.2

4.3

4.4

Mechanical and Electrical Checks

Function Test

Spare Parts - Overall View

List of Spare Parts

Troubleshooting

Replacing Boards

Version Updates

Maintenance Verification

Location of Identification Labels

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TECHNICAL DATA

1.1

General Safety Information

Maintenance and repair may be performed only by an office that is authorized by the

manufacturer.

In the Federal Republic of Germany, electrical installation of medically used rooms must

conform to VDE Regulation 0107. In all other countries, the particular applicable national

regulations take precedence and must be observed. These can be found in the system

project plan.

During installation, it must be assured that all ground wire connections provided by the

manufacturer must be connected prior to starting up the unit.

The ground wire between the individual components and the power supply must be

connected as shown in the Wiring Diagram.

The regulations provided by the trade unions for occupational safety and prevention of

accidents must be observed.

No work may be performed on parts that are under power (above 42 V).

This condition applies for both measurement and adjustment work steps. However, special

care is required when performing these worksteps.

If the operating instructions call for voltage to be switched on for unit movements, the system

must be shut down immediately following such tests.

The radiation regulations must be observed while making settings and checks that must be

performed under X-radiation; radiation protective clothing must be worn.

1.2

Component Weights

Unit column

Table

Tube unit support arm

Footswitch

approx. 320 kg

approx. 230 kg

approx. 50 kg

approx. 5 kg

Total weight, incl. tube unit, collimator,

adjustable Bucky and I.I.:

approx. 730 kg

1.3 Component Dimensions

Unit column with table and tube unit support arm on the pallet.

2050 mm x 1015 x 1800 mm

1.4 Packaging Dimensions and Weights

Unit column with table, incl. accessories

2050 mm x 1015 mm x 1890 mm

approx. 900 kg

Transport carriage

1800 mm x 200 mm x 200 mm

approx. 85 kg

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1.5

Component Designations

(the illustration shows the right-handed version, the left-handed version is the mirror

image)

X-ray tube unit - collimator

Tube unit support arm, adjustable

Unit table with four-way table movement

Unit column

Manual control unit

Leg supports

Elbow supports

Flush bowl and rinse bag holder

Table extension

Footrest for table extension

Cassette shaft cover

Micturation seat

Emergency stop switch

Head cushion with holder

Paper roll with holder

Patient handgrips

Footswitch for exposure and fluoroscopy

Multi-function footswitch

Grip handle

Tilt angle display / position memory display / error display

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1.6

Dimensional Drawing, Right-handed Version

min.680 - max.1225

FFA 1150

113

Film

min2. 600

1335

920

760

662

min. ca4.95

max. ca.1340

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1.6.1 Dimensional Drawing, Left-handed Version

min.680 - max.1225

FFA 1150

113

Film

min2. 600

max. ca.1340

min. ca4.95

662

920

760

1335

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1.6.2 Dimensional Drawing for Floor Mounting, Right-handed Version

345

Fußauflagfläche

140

205

690

Kabelanschluß

mit Rillenschlauch

450 mm über dem Boden

* Cable intake through the floor

** End of flexible hose for wall connection of 2000 mm flexible hose length

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1.6.3 Dimensional Drawing for Floor Mounting, Left-handed Version

345

Fußauflagefläche

* *

205

140

690

Kabelanschluß

mit Rillenschlauch

450 mm über dem Boden

* Cable intake through the floor

** End of flexible hose for wall connection of 2000 mm flexible hose length

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1.7

Cable Lengths of the High Voltage, Collimator, Bucky and Image

Intensifier Cables

High voltage cables

A, C, D, E, F,

B, C, D, E, G,

A, K, L, M, P, S,

A, K, L, M, N,

700 cm

650 cm

490 cm

630 cm

Collimator cables

Bucky, measuring chamber

Image intensifier cables

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1.8 Power Line Connection Data

Power lead-in must be routed over a 30 mA fault current interrupter that is provided by the

customer. The room installation must comply with VDE 0107.

In all other countries outside the Federal Republic Germany, the legally specified country

regulations take precedence and must be maintained.

Prerequisite:

The unit is designed for single-phase DC current with a fixed installation and for a fixed

connection using an all-pole separator from the Network (IEC 601, Chapter 57.1).

During installation, it must be possible to adapt the power line voltage and frequency to

correspond to the order.

Power connection:

Frequency:

1 N 115 /200/208/ 230/240 V AC

50 / 60 Hz

Nominal current (fuse):

Nominal line power:

Heat dissipation:

13/7.5/7.2/6.5/6.25 A

1500 VA

240 W

1.9

Required Special Tools

Torque wrench

Masonry drill bit

Sista sanitary caulking

50 Nm (5 mkp)

12 mm dia.

F 101

Special grease - Tunap Tungrease BS

Pa. Nr.: 9026 0001

1.10 Required Test Equipment

PC or laptop with color display (black/white is also sufficient, but operation is made more difficult);

min. 486 processor; 16 MB RAM; with a 3 ½" diskette drive and hard drive.

Windows 3.x ; Win 95 operating system (Windows NT can cause difficulties with the Com interface).

Serial connection cable (9-pole, Sub-D connector to 9-pole Sub-D socket, 1-1 connection), length > 1m.

Spirit level

Tape measure

Multimeter test instrument

1.11 Conditions for Transport and Storage

Ambient temperature range

Relative humidity in the range

Air pressure in the range

-25 C to 70 C

5% to 95%

700 hPa to 1100 hPa

1.12 Operating Conditions

Ambient temperature range

Relative humidity in the range

Air pressure in the range

10 C to 40 C

20% to 80%

700 hPa to 1100 hPa

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1.13 Circuit Diagram, Page 1

1.13.1 Description of Circuit Diagram

....... Circuit Diagram, Page 2

= AX

Control unit

= system, designation

...... Circuit Diagram, Page 3

= AX

+ A2 Display unit

= system, + location, designation

1.13.2 Contents of Circuit Diagram

1.13

Circuit Diagram, Page 2

Circuit Diagram, Page 3

Circuit Diagram, Page 4

Circuit Diagram, Page 5

Circuit Diagram, Page 6

Circuit Diagram, Page 7

Circuit Diagram, Page 8

Circuit Diagram, Page 9

Circuit Diagram, Page 10

Circuit Diagram, Page 11

Circuit Diagram, Page 12

Circuit Diagram, Page 13

Circuit Diagram, Page 14

Circuit Diagram, Page 15

Page 13

Page 14

Page 15

Page 16

Page 17

Page 18

Page 19

Page 20

Page 21

Page 22

Page 23

Page 24

Page 25

Page 26

Collimator

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1.13 Circuit Diagram, Page 2

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1.13 Circuit Diagram, Page 3

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1.13 Circuit Diagram, Page 4

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1.13 Circuit Diagram, Page 5

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1.13 Circuit Diagram, Page 6

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1.13 Circuit Diagram, Page 7

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1.13 Circuit Diagram, Page 8

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1.13 Circuit Diagram, Page 9

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1.13 Circuit Diagram, Page 10

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1.13 Circuit Diagram, Page 11

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1.13 Circuit Diagram, Page 12

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1.13 Circuit Diagram, Page 13

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1.13 Circuit Diagram, Page 14

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1.13 Circuit Diagram, Page 15

Collimator connection

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1.14 Component Designations for the Circuit Diagram

System Location

Component Function

=AU

Uromat 3000

=AU

+A1

CPU board

-D9

LED, footswitch power supply

LED, display power supply

LED, control console power supply

LED, CPU power supply

LED, Analog power supply

LED, + 24 V power supply

LED, K19 relay activated

LED, CPU status

-D15

-D18

-D29

-D30

-D31

-D33

-D40

-D41

-D50

-D51

-D55

LED, 20VAC power supply

LED, +24V DC power supply

LED, +10V DC power s

LED, emergency stop

=AU

+A1

-F1

-F2

-F3

-F4

-F5

Fuse, CPU power supply

Fuse, analog power supply

Fuse, control console power supply

Fuse, footswitch power supply

Fuse, display power supply

=AU

+A1

-K8

Button fuse relay

-K19

-K20

-K23

-K24

Enable table transverse movement relay

Table, transverse, left, right movement relay

Emergency stop interface relay

=AU

+A1

-Q2

-S1

Transistor for K19 pull-in relay

Service switch

=AU

+A1

-X1

-X2

-X3

-X4

-X5

-X6

-X7

-X8

Power supply plug-in connector

Footswitch plug-in connector

Control console plug-in connector

Display connector strip

RS 485 plug-in connector

Service PC plug-in connector

Collimator plug-in connector

Interface plug-in connector

Tube unit system plug-in connector

Digital table plug-in connector

Collimator plug-in connector

Analog table plug-in connector

Analog column plug-in connector

Power supply terminal strip

-X9

-X10

-X11

-X12

-X13

-X14

-X15

-X17

-X19

Emergency stop plug-in connector

Display fiber-optic cable plug-in connector

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System Location

Component Function

Breaker board

=AU

+A2

-K1

-K2

-K3

-K4

-K5

Motor breaker for M1 motor

Motor breaker for M2 motor

Motor breaker for M3 motor

Motor breaker for M4 motor

Motor breaker for M5 motor

=AU

+A2

-LED1

-LED2

-LED3

-LED4

-LED5

-LED6

Motor breaker LED - K1 energized

Motor breaker LED - K2 energized

Motor breaker LED - K3 energized

Motor breaker LED - K4 energized

Motor breaker LED - K5 energized

+24V power supply LED

=AU

+A2

-Q1

-Q2

-Q3

-Q4

-Q5

Transistor for K1 breaker

Transistor for K2 breaker

Transistor for K3 breaker

Transistor for K4 breaker

Transistor for K5 breaker

=AU

+A2

-T1

-T2

-T3

-T4

-T5

M1 safety circuit override button

M2 safety circuit override button

M3 safety circuit override button

M4 safety circuit override button

M5 safety circuit override button

=AU

+A2

-X1a

-X1b

-X2a

-X2b

-X3a

-X3b

-X4a

-X4b

-X5a

-X5b

-X6

M1 power supply plug-in connector

M1 brake safety switch plug-in connector

M2 power supply plug-in connector

M2 brake safety switch plug-in connector

M3 power supply plug-in connector

M3 brake safety switch plug-in connector

M4 brake safety switch plug-in connector

M5 power supply plug-in connector

M5 brake safety switch plug-in connector

+U1 frequency converter plug-in connector

+U2 frequency converter plug-in connector

+24V DC power supply plug-in connector

CPU board plug-in connector

-X7

-X8

-X9

=AU

+A3

+A4

+A5

Control unit

Footswitch

Display

=AU

+A6

Digital table board

LED, K1 relay energized

LED, emergency stop not pressed and K1 energized

-V2

-V3

=AU

+A6

-X1

-X2

CPU board cable plug-in connector

Emergency stop switch plug-in connector

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System Location

Component Function

=AU

+A6

-X3

-X4

-X5

-X6

-X7

-X8

Terminal strip for Bucky

Plug-in connectors for accessories

Table, transverse motor plug-in connector

Bucky shaft cover plug-in connector

Support arm collision, I.I. collision terminal strip

Spare emergency stop plug-in connector

=AU

+A7

Bucky

-S1

-S2

-S3

-S4

-S5

Cassette inserted switch

24x43 cassette switch

30x43 cassette switch

24x30 cassette switch

18x43 cassette switch

=AU

+A8

Operating hours counter

=AU

+G1

Power supply

Trip breaker

-F1

-F2

-F3

-F4

-F5

-F6

-F7

-F8

+U1 frequency converter fuse

+U2 frequency converter fuse

Fuse for breaker, motor brake

Fuse for inputs/outputs

+24V power supply fuse

Table transverse power supply fuse

Collimator power supply fuse

=AU

+G1

-PE1

-T1

Main grounding stud

Isolation transformer

=AU

+G1

-X1

-X2

Frequency converter plug-in connector

Power supply terminal strip

=AU

+G1

-Z1

-Z2

-Z3

Power input filter

+U2 frequency converter filter

+U1 frequency converter filter

=AU

+U1

+U2

Frequency converter

=AU

-M1

-M2

-M3

-M4

-M5

-M6

Lift motor tilt A

Tube unit system motor

Lift motor tilt B

Table longitudinal motor

Cassette box motor

Table transverse motor

=AU

-R1

-R2

-R3

-R4

Lift motor tilt A potentiometer

Tube unit system motor potentiometer

Lift motor tilt B potentiometer

Table longitudinal motor potentiometer

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System Location

Component Function

=AU

-R5

-R6

Cassette box motor potentiometer

Table transverse motor potentiometer

=AU

-S1

-S2

-S3

-S4

-S5

-S6

-S7

-S8

-S10

-S11

-S12

-S14

-S15

-S16

- S17

- S18

M1 spindle nut safety switch

M3 spindle nut safety switch

M1 counterweight safety switch

M3 counterweight safety switch

Vertical movement safety switch

Tube unit system safety switch, foot end

Tube unit system safety switch, head end

Table longitudinal safety switch

Emergency switch

Bucky shaft cover switch

System cassette exposure position switch

Tube unit support arm exposure position switch

Tube unit support arm movement switch

Accessory switch

=AU

- S20

- S21

- S22

- S23

Support arm collision switch

Fluoroscopy switch

Exposure switch

=AU

- T1

- T2

- T3

- T4

- T5

- T6

Lift motor tilt A thermoswitch

Tube unit system motor thermoswitch

Lift motor tilt B thermoswitch

Table longitudinal motor thermoswitch

Tube unit system motor thermoswitch

Table transverse motor thermoswitch

=AU

- X1

- X2

- X3

- X4

- X5

- X6

- X7

- X8

- X9

- X10

- X11

- X12

Lift, tilt movement safety circuit connector strip

Tube unit system motor connector strip

Tube unit support arm connector strip

Control unit plug-in connector

Bucky shaft cover connector strip

Accessories connector strip

Operating hours counter connector strip

Footswitch plug-in connector

Fluoro plug-in connector (table)

Fluoro connector (electronics panel)

Support arm collision plug-in connector

Display plug-in connector

=AU

- Y1

- Y2

- Y3

- Y5

- Y7

M1 motor brake

M2 motor brake

M3 motor brake

M5 motor brake

Tube unit support arm lift magnet

=AU

- Z1

Table transverse motor filter

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1.15 Function Description of the Controller

a. System Overview

The electronic controller for the UROMAT 3000 is comprised of a max. of 5 units that are

connected to each other via a bus.

UNIT

FUNCTION

LOCATION

REMARK

Central unit for the

entire controller with panel, top.

all interfaces.

Behind the cover

All connectors on the

CPU board are

labeled.

CPU board

Board with 5 breakers Behind the cover

for the 5 AC motors. panel, below the CPU

board.

Breaker board

Footswitch

Operation using

Metal housing on the If there is a foot-

pedals, equivalent to floor, connected to

control unit, but does the CPU board via

not have all functions. cables.

switch, not absolutely

necessary for

operation.

Portable manual

control unit with all

functions.

External, connected

by a spiral cable to

the CPU.

If there is a foot-

switch, not absolutely

necessary for

Control unit

Display unit

operation.

Display of the tilt

Permanently mounted Not absolutely

angle and of various on the housing.

necessary for

operation.

statuses.

Connected to the

CPU by cable.

Additional peripheral equipment can be connected via the USS interface.

All interfaces are located on the CPU board:

INTERFACE

FUNCTION

MODE

REMARK

Serial, two-wire bit

bus via optocoupler

with full duplex

connection.

MOTRON bus

Connection of the

CPU in the star

configuration to the

display unit, control

unit and footswitch.

USS bus

Connection to the

Serial two-wire bit bus

frequency converters. via RS485 with

full duplex connection

with USS protocol.

Fiber optic

Connection to status Optical serial bus with

1 direction only:

write!

display (customer

request)

USS protocol.

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b. Boards

Emergency off

Digital Interface

Interface

to frequency

converter

Potentiometer

monitoring

Fiber optic

Service LED

Service switch

Connector to

Potentiometer

for adjustment of

the stopping

force of the DC-

PC motor

Eprom with

Software

URO connector

DC Motor

power supply

Plug-in

Processor

Module

Interface for

display

Interface for

multi-function

footswitch-

Interface for

manual controller

CPU Board

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5 buttons with

LED

to freely move

out of the limit

positions

5 Switch

breakers

for -

the 5

motors

Breaker Board

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Interface for CPU board

Key connections

Footswitch Board

Control Unit

Interface for CPU board

Display Board

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Installation

2.1

Preparations for Mounting

Prepare the unit location according to the dimensional drawing, Page 6 or 7 or Page 8 or 9.

Caution: The minimum distances listed in the dimensional drawings must be maintained to

assure that all movements of the system are possible.

The floor must be capable of bearing a load of 10,450 N on the front mounting points

according to Dimensional Drawing, Pages 8 and 9.

The P2 mounting points on the back of the unit must each be capable of assuming 1020 N

pull.

Example: Liebig S12/40 or S12/65 expansion bolts with an image quality of 2 with a

concrete quality of B 25, DIN 1045.

The minimum drill hole depth may be 80 or 105 mm.

With a vinyl tile floor, the floor covering must be cut out in the area of the unit base.

2.2

Unpacking the Unit

Open the crate and remove the protective film (Fig. 01 /Pos. 1). Only open the cartons (Pos.

2,3+4) and place them to one side until it is time to use them.

Check the items included in the shipment or the parts for completeness and for good

condition.

Unit on pallet

Fig. 01

Fig. 02

Remove the securing screws on the unit base cover panel (Fig. 02/Pos.1). The left cover

panel (Fig.03/Pos. 2) and right cover panel (Fig.02/Pos. 3) after removing the mounting

screws closest to the floor.

Remove the narrow left (Fig.03/Pos. 4) and narrow right cover panel (Fig.02/Pos. 5).

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Fig. 03

Fig. 04

Take off the back wall (Fig. 04/Pos. 7).

Notice:

The tube unit support arm (Fig. 05/Pos. 1) is hooked onto the opening of the base with the

mounting bracket (painted red) (Pos. 2) and secured on the floor plate. The tube unit support

arm is unhooked from its holder only after it is installed.

Fig. 05

Fig. 06

2.3 Removing the Unit from the Pallet

Remove the transport safety devices (Fig. 05/Pos. 6, 7 + 8 ).

Install the two support struts of the installation frame (Fig. 06/Pos. 1+2) on both sides of the

unit column and the connector piece (Pos. 3) between the two support struts.

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Install a spindle cross piece (Pos. 5+6) on each end of both support struts.

Remove the mounting screws (Fig. 07/Pos. 1+ Fig.06/Pos. 8) of the unit column from the

pallet and press it down onto the pallet.

Use the 4 lift spindles (Fig. 06/Pos. 7) to evenly raise the unit until the transport pallet

(Pos.9) is free and then slide it out from under the unit.

Install the 4 castors (Fig. 08/Pos. 3+4) (transport castors) for transport on the support studs

(Pos. 1+2). Use the 4 lift spindles to lower the unit (with narrow transport pathways, remove

the spindle cross pieces, Pos. 5+6) and move the unit to its installation location.

At the installation location, use the spindles to raise the unit until the castors are off the floor.

Remove the castors and evenly lower the unit.

Caution:

The two support struts on the installation frame (Fig. 06/Pos. 1+2) may be removed

only when the unit is secured to the floor.

Fig. 07

Fig. 08

2.4

Installing the Unit Column

Remove the lower transport bracket (Fig. 05/Pos. 2) on the tube unit support arm.

While observing the tensile strength data that is listed on them, use the 6 heavy-duty load

expansion bolts (for example, Liebig S12/40 or S12/65 expansion bolts) (Fig. 07/Pos. 1 and

Fig. 09/Pos. 2).

Remove the transport frame (Fig. 06/Pos. 1+2).

Disengage the tube unit support arm (Fig. 03/Pos. 3) towards the top out of the unit base

and carefully place it down on the floor next to the unit.

Disconnect the plug-in connector for the display.

Remove the cover panel on the unit base (Fig. 02/Pos. 1).

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Fig.09

Fig. 10

2.5

Aligning the Unit Column

Check the unit column (Fig. 10/Pos. 1) in both directions using a spirit level that has been

placed on the guide rail (Fig. 10/Pos. 3+4).

Compensate for the differences using shims (Fig. 11/Pos. 1+2) from the items included in

the shipment.

Caution: The unit column may not be under tension in any direction.

Fig. 11

Fig. 12

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2.6 Temporarily Connecting Line Power

Caution:

If the unit is connected to a different line power than that listed on the order, the setting must

be changed to the one that corresponds to the local line power as specified by the Wiring

Diagram to the power line transformer (Fig. 12/Pos. 1).

Provide the unit with power by connecting a temporary connection cable (plug-in cable) to

move the table for individual installation steps.

Connect the multi-function footswitch on the bottom of the table.

Fig. 13

Fig. 14

2.7 Installing the Tube Unit Support Arm

Tilt the tabletop all the way down into the horizontal position and move it towards the front,

transversely to the user, until it is in the end position. Move the tube unit carriage (system

carriage) max. to the head end.

Remove the drain panel (Fig. 13/Pos. 1) after loosening the 5 mounting screws (Pos. 2,3+4).

Place the tube unit support arm (Fig. 14/Pos. 1) on the longitudinal carriage (Pos. 2) and

secure it in place with the 6 screws (Pos. 3+4).

Remove the red transport bracket (Fig. 05/Pos. 1) (hooking device).

Reinstall the drain panel (Fig. 13/Pos. 1).

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2.8 Preinstalling the Tube Unit – Collimator Combination

Assemble the tube unit – Collimator combination according to the description in the

manufacturer's installation instructions. See Fig. 15

Fig. 15

Fig. 16

2.9 Installing the Tube Unit – Collimator on the Tube Unit Support Arm

Tilt the tabletop until it is vertical and move the tube unit carriage towards the foot-end.

Remove the cover (Fig. 18/Pos. 6) on the tube unit support arm. Remove the support studs

(Fig. 16/Pos. 1) from the tube unit support arm (Pos. 2). Place the preinstalled tube unit –

collimator combination (Fig. 17/Pos. 1) down on its side and move the command arm (Pos.

2) between the support studs (Pos. 3) and the tube unit housing (Pos. 1) and secure them in

place with the 4 screws (Pos. 5).

Fig. 17

Fig. 18

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Place the assembled tube unit – collimator combination (Fig. 17/Pos. 1) on the tube unit

support arm (Fig. 18/Pos. 2) using the support studs (Pos. 3), insert the shims (Fig. 16/ Pos.

5) and secure it in place using the 4 screws (Pos. 6).

2.10 Installing the Image Intensifier

Remove the I.I. adapter plate (Fig. 20/Pos. 1) from the I.I. carriage (Pos. 2). Secure the I.I.

adapter plate (Fig. 19/Pos. 1) in position on the I.I. housing (Pos. 2) with the screws. Install

the I.I. unit on the I.I. carriage (Fig. 20/Pos. 2) using the two strips (Pos. 4+5) the 8 washers

and the 8 nuts (Pos. 7). Max. torque: 20 Nm.

Fig. 19

Fig. 20

2.11 Laying the Collimator Cables

The cable for the collimator is laid in the unit base parallel to the high voltage cables. The

cable for the collimator is laid parallel from the unit controller in the unit base to the high

voltage cables.

Clamp, or plug in, the cable (Fig. 12/Pos. 2) on the unit controller (Pos. 3),at the connection

points provided.

Lay the cables later in Section 2.12, Section 2.12.

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Fig.21

Fig. 22

2.12 Laying the High Voltage Cables

Preparations:

Remove the cover (Fig. 18/Pos. 6), the flexible hose holder (Fig. 23/Pos. 1), the flexible hose

mount (Pos. 3) and the flexible hose holder (Pos. 5).

Remove the lift magnet (Fig. 22/Pos. 1), the latching stud (Pos. 2) and the cable deflector

(Pos. 3).

Take the two safety limit switches (Fig. 21/Pos. 1+2) out of the tube unit support arm after

removing the screws (Pos. 8).

Lay the high voltage cables and the stator cable coming from the generator up to the wall or

to the floor outlet.

To lay cables in the unit, 7 meters are required.

The high voltage cable coming from the wall and the stator cable must first be laid through

the flexible hose (Fig. 23/Pos. 9), through the back wall (Pos. 10), or if it is coming directly

from the floor, then lay it directly to the cable channel (Pos. 11) and up into the unit base.

Lay the cable for the collimator, the high voltage cable and the stator cable parallel to the

cables for the unit controller to the cable outlet (to the side of the unit table) (Fig. 23/Pos.

14).

Gather the cables together so that they are slightly staggered, pass them through the flexible

hose (Pos. 16) while being careful of the flexible hose mounting, and then pull them through

the hose mounting and through the support arm (Pos. 17), in the direction of the tube unit

(Pos. 20).

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Fig. 23

Lay the cables through the support arm towards the back, through the flexible hose (Pos. 22)

and through the carriage (Pos. 23) to the tube and to the collimator.

Guide the cable for the control handle (Pos. 24) to the connector strip (Pos. 25) in the

support arm and clamp it in place.

Secure the cables in place with the cable ties provided.

Reinstall the cable deflector (Fig. 22/Pos. 1) the latching studs (Pos. 2) and reinstall the lift

magnet (Pos. 3).

Reinstall the two safety switches (Fig. 21/Pos. 1+2) for the tube unit support arm and secure

them in place with the screws (Pos. 8).

Reinstall the flexible hose holder (Fig. 23/Pos. 1), the flexible hose mount (Pos. 3) and the

flexible hose holder (Pos. 5). Reinstall the cover panel (Fig. 18/Pos. 6).

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Fig.25

Fig. 26

2.13 Laying the I.I. Cable

First lay the I.I. cable coming from the wall through the flexible hose (Fig. 23/ Pos. 9),

through the back wall (Pos. 10) and then – if it is coming directly through the floor – to the

cable channel (Fig. 23/Pos. 11) and up into the unit base.

Lay the I.I. cable parallel to the cables for the unit controller to the cable outlet (on the side of

the unit base) (Fig. 25/Pos. 4).

Remove the flexible hose (Fig. 26/Pos. 1). Pull the I.I. cable through the flexible hose to the

table, place it in the flexible plastic link chain (Pos. 2) and lay it to the I.I. connector (Pos. 3).

2.14 Making the Power Connection through the Generator

Remove the temporary power connection and connect the power via the generator.

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Fig. 27

Fig. 28

2.15 Installing the Measuring Chamber

Lift up the tabletop (CFC panel) (Fig. 27/Pos. 1), it will be held by the gas spring.

Move the tabletop towards the back and remove the front Nirosta panel. Move the tabletop

towards the front and remove the rear Nirosta panel. Remove the left (Fig. 27/Pos. 3) and

right (Pos. 4) cover panels. Remove the screws for the spiral cable guide panel and remove

the cable guide panel. Move the tabletop longitudinally, remove the 6 mounting screws in the

polycarbonate panel (Pos. 2) and remove the polycarbonate panel towards the front.

Switch the unit into the service mode, the green LED on the controller goes on and stays on.

Press the Store and Reset buttons on the control unit simultaneously, the three memory

LED`s on the control unit will blink green and the LED on the controller will blink very rapidly.

The cassette Bucky can be moved slowly forward and backward using the Recall and Reset

buttons.

Move the Bucky into the exposure position using the Recall button. Remove the grid frame

(Fig. 28/Pos. 1) after removing the two screws (Pos. 3). Insert the measuring chamber into

the holder (take note of the measuring chamber orientation) and secure it in place.

First lay the measuring chamber cable coming out of the wall through the corrugated hose

(Fig. 23/ Pos. 9), through the back wall (Pos. 10), or the cable coming directly out of the

floor, to the cable channel (Pos. 11) up and into the unit base.

Lay the measuring chamber cable parallel to the cables for the unit controller to the cable

outlet (on the side of the unit base) (Fig. 25/Pos. 4).

Remove the corrugated hose holder (Fig. 26/Pos. 1). Pull the measuring chamber cable

through the corrugated hose to the table. Insert the measuring chamber cable through the

side frame box into the flexible plastic chain of the Bucky and bring it to the measuring

chamber connector.

Caution:

The cable must be laid so that the cassette drive belt does not touch the cable.

Then reinstall the grid frame. Reinstall the polycarbonate panel (Pos. 2).

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2.16 Installing the Grid – Replacing the Grid

Lift up the tabletop (CFC panel) (Fig. 27/Pos. 1), it will be held by the gas spring.

Move the tabletop towards the back and remove the front Nirosta panel. Move the tabletop

towards the front and remove the rear Nirosta panel. Remove the left (Fig. 27/Pos. 3) and

right (Pos. 4) cover panels. Remove the screws for the spiral cable guide panel and remove

the cable guide panel. Move the tabletop longitudinally, remove the 6 mounting screws in the

polycarbonate panel (Pos. 2) and remove the polycarbonate panel towards the front.

Switch the unit to the service mode, the green LED on the controller will go on and stay on.

Press the Store and Reset buttons on the controller simultaneously, the three memory LED’s

on the controller will blink green and the LED on the controller will blink very rapidly.

The cassette Bucky can now be moved slowly forward and backward using the Recall and

Reset buttons.

Move the Bucky into the exposure position using the Recall button. Remove the mounting

brackets (Fig. 28/ Pos. 2). Insert the grid with the focus mark facing up and secure it in place

with the mounting brackets. Reinstall the polycarbonate panel (Fig. 27Pos. 2).

2.17 Installing the Tilt Angle Display- Error Display

Place the unit base cover panel (Fig. 29/Pos. 1) on the unit base. Guide the cable (Pos. 2)

into the conduit (Pos. 3), install the tilt angle display (Pos. 4) and plug in the connector.

Secure the plug-in connector with cable ties.

Fig. 29

Fig. 30

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2. 18 Installing the Cover Panels

Caution: Before the cover panels are installed, it is best to carry out the adjustment as

described in Section 3.

Tube unit support arm:

Place the two halves of the cover panel (Fig. 30/Pos. 1) over the support arm (Pos. 2) while

paying attention to the two safety switches (Fig. 21/Pos. 1+2) and secure them in place with

the roll pins (Pos. 4).

Place the two head cover panels (Pos. 5) over the support arm and

secure them in place with the paneling screws (Pos. 6).

Unit base:

Reinstall the narrow left (Fig. 31/Pos. 4) and the narrow right cover panel (Pos. 5).

Reinstall the unit base cover panel (Fig. 29/Pos.1), the left (Pos. 2) and right cover panels

(Pos. 3).

Reinstall the cover panel bracket for the floor panel (Pos. 6) and the back wall (Pos. 7).

Monitor support arm

Fig. 31

Fig. 32

2.19 Installing the Monitor Support Arm (Option)

Insert the monitor support arm (Fig. 32/Pos. 1) into the tube (Pos. 3).

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Fig. 33

Fig. 34

2.20 Installing the Mount for the Flush Bowl

Lift up the tabletop (CFC panel) (Fig. 34/Pos. 1), it will be held in place by the gas spring.

Remove the two covers on the tube frame. Insert the left and right mounts (Fig. 33/ Pos.

2+3) into the opening of the tube frame and secure them with 2 screws for each.

2.21 Sealing the Table Frame Cover Panel

Seal the table frame cover panel (Fig. 34/Pos. 2) along the table frame using the Sista F 101

sanitary caulking.

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Adjustment

Caution: If changes are made to the movement paths, the software must

afterward be corrected.

3.1

Tube Unit Support Arm

Check the tube unit support arm (Fig. 51/Pos. 1) with the spirit level (Pos. 2) and loosen the

nuts (Fig. 51a/Pos. 5) and the mounting screws (Fig. 51b/Pos. 6). Correct any differences

with the screws (Pos. 8). Retighten the mounting screws and nuts.

Fig.51

Fig.51a

Fig.51b

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3.2

Central Beam - Center of Bucky

Determine the deviation of the central beam.

Transverse to the tabletop, for this:

Caution:

Risk of an accident exists here because the tube unit must be loosened.

Remove the cover panel (Fig. 52/Pos. 6). Remove the mounting screws (Fig. 52/Pos. 1),

remove the shims (Pos. 2) for the tube unit and insert them to compensate for any difference

in the central beam. Reinstall the mounting screws (Pos. 1).

Lengthwise to the tabletop, for this:

Remove the cover panel (Fig. 53/Pos. 1). Correct the exposure position of the system using

the software and the switch strike plate (Fig. 54/ Pos. 2) by the amount of the difference.

Reinstall the cover panel (Fig. 53/Pos. 1).

Fig.53

Fig.54

3.3 Central Beam – Center of I.I.

Determine the deviation of the central beam.

Loosen the screws (Fig. 54/Pos. 1), correct the connector brackets (Pos. 3) by the amount of

the difference and retighten the screws.

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Fig.55

Fig.56

3.4

Movement Path Potentiometer, Tabletop longitudinal

Lift up the tabletop (Fig. 55/Pos. 2) (it will be held in place by the gas spring) and

remove the cover panel (Fig. 55/Pos. 1). Move potentiometer =AU -R4 (Fig. 56/Pos.

1) away from the pinion rack, move the tabletop into the centered position. Turn the

potentiometer to the middle position, mesh it back into the pinion rack and align the

pinion on the rack. Check the function over the entire movement path and reinstall

the cover panel.

Fig.57

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3.5

Movement Path Potentiometer, Tabletop transverse

Remove the cover panel (Fig. 57/Pos. 1). Move the tabletop transversely into the

centered position, lift up potentiometer =AU -R6 (Fig. 58/Pos. 1) (the view in Fig. 58

is visible only when the cover is removed Fig. 55/Pos. 3, however, the potentiometer

can be reached from behind through the slot Pos.2) and set it to the middle position.

Mesh the pinion and align it to the rack. Move through the entire movement path and

while doing this, check the function.

Fig.59

Fig.60

3.6 Bucky - Cassette Tray Movement Path Potentiometer

Move the cassette carriage into the park position and turn the potentiometer =AU -R5

(Fig. 59/Pos. 1) until it is one half turn before the mechanical end position, while

doing this, take note of the direction of the turn. Adjust the potentiometer pinion (Pos.

2) to the opposing pinion (Pos. 3).

3.7 I.I. Carriage System Potentiometer

Move the support arm until it is at the mechanical end stop at the foot end. Turn the

potentiometer =AU -R2 (Fig. 60/Pos. 2) until it is half a turn in front of the mechanical

end position; while doing this, take note of the direction of the turn.

Move the system toward the head end until it is 7 mm in front of the stop and save

the software limit for the head-end limit position.

Move the system toward the head end until it is 7 mm in front of the stop and save

the software limit for the foot-end limit position.

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Fig.61

Fig.62

3.8 Potentiometer 1 – Table Tilt Movement Path

Take off the potentiometer belt (Fig. 61/Pos. 2). Move the vertical carriage into the

top position and tilt the tabletop so that the potentiometer moves into the highest

possible position, e.g. -20° position. Turn potentiometer =AU -R1 (Pos. 1) until it is

half a turn in front of the mechanical end position; while doing this, take note of the

direction of the turn. Place the potentiometer belt back on without turning the

potentiometer and secure it in position.

3.9

Potentiometer 2 – Table Tilt Movement Path

Take off the potentiometer belt (Fig. 62/Pos. 2). Move the vertical carriage into the

top position and tilt the tabletop so that potentiometer =AU -R3 (Pos. 1) moves into

the highest possible position, e.g. +88° position. Turn the potentiometer until it is half

a turn in front of the mechanical end position; while doing this, take note of the

direction of the turn. Place the potentiometer belt back on without turning the

potentiometer and secure it in position.

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Fig.63

Fig.64

3.10 Tabletop Longitudinal Safety Switch

Lift up the tabletop (it will be held in place by the gas spring) and remove the cover

panel (Fig. 63/Pos. 1). Set the software end positions to 240+/- 5 mm in each

direction. Adjust the limit switch (Fig. 64/Pos. 2) so that it switches off approx. 3 - 5

mm behind each end position. To do this, either the limit switch or the switch strike

place can be adjusted. Check the function over the entire movement path and

reinstall the cover panel.

3.11 Tabletop Transverse Safety Switch

not configured

Fig.65

Fig.66

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3.12 Bucky Movement Path Safety Switch

Move the Bucky to the foot end to the mechanical stop, move the system carriage

into the exposure position. Adjust the S12 switch (Fig. 66/Pos. 1) so that it positively

switches.

3.13 I.I. Carriage Movement Path Safety Switch

Remove the cover panel (Fig. 65/Pos. 1). Move the system carriage to the head end until

there is 3 mm distance and adjust the switch strike plate (Fig. 67/ Pos. 1) so that it just

actuates the S6 switch. Move the system carriage to the foot end until there is 3 mm

distance and adjust the switch strike plate (Fig. 67/Pos. 2) so that it just actuates the S7

switch.

Fig.67

Fig.68

3.14 Table Up Movement Path Switch Strike Plate

Raise the table to max. 1225+/-10 mm position.

When the software limit is set, the top switch strike plate (Fig. 68 / Pos. 1) can be

adjusted so that the limit switch (Pos. 3) actuates approx. 2 - 5 mm behind the

maximum height.

3.15 Table Down Movement Path Switch Strike Plate

Lower the table to the min. 680+/-10 mm position.

When the software limit is set, the bottom switch strike plate (Fig. 68/ Pos. 2) can be

adjusted so that the limit switch actuates approx. 2 - 5 mm behind the minimum

height.

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Fig.69

Fig.70

3.16 -20° Tilt Movement Safety Switch

Tilt the tabletop into the -20° end position.

The top of the two switches is the limit switch and the floating switch (bronze) is also

the switch strike plate, respectively.

The floating switch (Fig. 69/Pos. 1) should actuate the microswitch approx. 2 mm

after the end position (Pos. 2).

3.17 +88° Tilt Movement Safety Switch

Tilt the tabletop into the +88° end position.

The top o the two switches is the limit switch for tilt movement and the floating switch

(bronze) is also the switch strike plate, respectively.

The floating switch (Fig. 69/Pos. 1) should actuate the microswitch (not shown in Fig.

69) approx. 2 mm after the end position.

3.18 Spindle Nut Safety Limit Switch

The safety nut (Fig. 70/Pos. 1) must be installed centered in the bottom half between

the two steel plates (Pos. 2+3).

The switch strike plate in the microswitch with the roller must be up against the safety

nut and actuated; when the safety nut moves up, the microswitch responds and the

switch circuit is interrupted.

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Fig.71

Fig.72

3.19 Accessory Sensor Switches

Securely and audibly insert the table extension or the micturation seat into the

opening.

The corresponding microswitch is for sensing of the S17 table extension (Fig. 71/

Pos. 1) and S18 is for the micturation seat (Pos. 2). The switch strike plate must be

adjusted so that it is on the tip of the nib so that any play will trigger a positive

response of the S16 microswitch (Pos. 3).

3.20 Tabletop longitudinal Belt Tension

Belt tension should be determined as follows:

The spring balance should be placed centered between the belt return wheel (Fig. 72/Pos. 2)

and the belt tension roller (Pos. 3) to achieve a deflection of 1 cm when a force of 35 N is

applied. Adjustment can be made by means of the tension screw (Pos. 4) after loosening the

two mounting screws (Pos. 5+6).

3.21 Raise-Lower Tabletop Belt Tension

Belt tension should be determined as follows:

The spring balance should be placed centered between the drive wheel (on motor side) and

the belt wheel for the spindle (Fig. 73/Pos. 2) to achieve a deflection of 1 cm when a force of

80 N is applied. Adjustment can be made by means of the tension screw (Pos. 4) after

loosening the two mounting screws (Pos. 5+6).

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Fig.73

Fig. 74

3.22 Cassette Carriage Drive Belt Tension

Move the tabletop max. forward and take off the cover panel (Fig. 74/Pos. 1) after removing

the 5 mounting screws.

Belt tension should be determined as follows:

The spring balance should be placed centered between the motor-side drive pulley (Fig.

75/Pos. 3) and the belt return pulley (Pos. 2) to achieve a deflection of 1 cm when a force of

25 N is applied. Adjustment can be made by means of the tension screw (Pos. 4) after

loosening the 4 mounting screws (Pos. 5).

Fig.75

Fig. 76

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3.23 Operation in the Service Mode

a. Connection of a Laptop

To establish a connection with the URO controller, a PC/laptop is required.

Equipment:

Þ PC or laptop with color display (black/white is also sufficient, but makes operation more

difficult)

Þ 486 processor, 16 MB RAM

Þ Windows 3.x Win 95 operating system (Windows NT can cause difficulties with the Com

interface)

Þ Hard drive

Þ Serial connection cable (9-pole, Sub-D connector to a 9-pole, Sub-D socket, connected

1 - 1), length > 1m.

Þ Current version of the "hp-Service" software

b. Procedure

· Switch off the URO

· Connect the PC and the URO CPU board using the connection cable

· Switch on the URO

· After approx. 1 s, the service LED will begin to blink

· Switch on the PC

· Start the PC software

· Set the PC software to monitor. The terminal screen will appear

· Set the service switch on the CPU board to the up "Service" position

· After approx. 1 s, the service LED will switch to continuously on

· The start message of the service menu will appear on the screen.

U RRRR

U R

OOO

333

000

R O

3 0 00 0 00 0 00

U RRRR

U R R

33 0 0 0 0 0 0 0 0 0

3 00 0 00 0 00 0

333

UUU

000

Service mode

(1) Input test

(2) Analog test

(3) Handcontrol and footswitch test

(4) Axis calibration

(5) Versioncheck

Select testmode

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The service technician can now start the desired adjustment. The above-listed sequence

does not have to be followed when making the connection. However, it should be noted that

the cable connection may not be plugged in while power is switched on!

c. Setting Parameters

A critical and often-used routine is setting the table parameters to adapt speeds or limits.

Procedure:

Once the URO controller has been set to the service mode (see above), the PC software is

not switched to the monitor mode, but to the parameter mode after clicking on the

"Parameters" button. (We also refer you to the Online Help of the PC software, which can be

selected by pressing the F1 key).

A file window open with which the supplied adjustment file named "*.HPP" can be opened.

Using data from this file, a complete parameter table is described. Please enter your name.

Data can be viewed, changed or saved this way in the usual manner.

Changing the parameters in the URO controller is performed as follows:

Þ Read out the URO with "Read CPU".

Þ Save these data under a new name as xxx.HPP as a backup.

Þ Change the parameters as desired.

Þ Write them into the URO with "Write CPU".

Þ Test the new parameters.

Þ If ok, save these new parameters in the URO with "EEPROM"

d. Self Test

All boards in the controller, with the exception of the breaker board, have a software self test,

which is performed after switching on power. To the extent possible, this test can be viewed.

e. CPU Self Test

After switching on power, the CPU reads all inputs. This takes approx. 1 - 2 s. If this is

correct, the service LED does into the blink mode.

If this does not happen, there is a malfunction.

If a peripheral unit is not connected or the bus traffic is malfunctioning, this is signaled on the

display as an error code. If the display cannot be addressed, the error message can be read

on the service laptop.

If an error occurs in the footswitch or in the control unit, the URO can still be operated using

the other unit.

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f. Display Self Test

After switching on power, all segments in the tilt display and the large round LED’s are

tested individually. If this does not happen, there is a malfunction.

Seven-segment display: visible by a circular sequence of the active segments. All segments

must light up. If a segment does not go on, there is a malfunction.

LED’s: All three LED’s light up cyclically in the three colors: red, green and yellow. If one

color does not appear, there is a malfunction.

g. Footswitch Self Test

This test cannot be viewed. However, correct function is signaled via the bus.

h. Control Unit Self Test

After switching on power, all LED’s are individually tested by blinking, the multi-colored

LED’s also blink in the three colors. If this does not happen, there is a malfunction.

3.24 Startup

Adjusting the Axes

If a PC is not available, proceed as described below:

Switch the unit with the switch (Fig. 76/Pos. 1) into the service mode, the green LED (Pos. 2)

on the controller goes on and stays on.

Press the Store and Reset buttons on the control unit at the same time, the three memory

LED`s on the control unit blink green and the LED on the controller blinks very quickly.

Each axis can now be moved normally. Exception: the cassette can be moved slowly forward

and backward by pressing the Recall and Reset buttons.

To save a new software limit, Store must be pressed and held (M1 LED blinks red) and the

corresponding direction button for the desired movement must also be pressed.

If the controller has recognized this correctly, the M1 LED blinks red, and the position has

been accepted and the keys can be released again. The M1 LED then blinks green again.

To save a centered position, the Store button must again be pressed and held and then the

two buttons for the corresponding axis must either be pressed and held, or pressed in

sequence.

To move past an incorrectly set software limit, the ZOOM button must be held down and the

corresponding direction button must also be held. The software limit is now set to the

maximum AD value.

If an axis is completely adjusted, the new limits should be saved in the EEprom. To do this,

the Store and Reset buttons must be pressed at the same time. During the save routine

(approx. 5 sec) all three memory LED’s will blink red.

When the save routine is completed, the memory LED`s will again blink green.

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3.25 Collimator Basic Setting

Switch the unit into the service mode using the switch (Fig. 77/Pos. 1), the green LED (Pos.

2) on the controller will go on and stay on.

Simultaneously press the Store (Fig. 78/Pos. 54) and Reset (Pos. 56) buttons on the control

unit, the three memory LED`s (Pos. 51-53) on the control unit will blink green and the LED

on the control unit (Fig. 77/Pos. 2) will blink very rapidly.

Fig. 77

Fig. 78

The movement paths must be moved manually to the mechanical end stops using the

direction buttons (the collimator plate will not move any further because the motor has a slip

clutch).

Save the position that is established this way for each of the 6 end positions by holding the

Store button (Fig. 78/Pos. 54) (M1 LED (Pos. 52) blinks red) and pressing the

corresponding direction button for the movement at the same.

If the controller has correctly detected this position, the M1 LED (Pos. 52) goes on red. The

position has been accepted and buttons can be released again. The M1 LED (Pos. 52) then

blinks again green.

To move past an incorrectly set software limit, the Zoom (Pos. 54) must be pressed and

held and the corresponding direction button (Pos. 31, 32, 37, 35, 36, 38) must be pressed at

the same time. The software limit is now set to the maximum AD value and the axis can now

be moved to a new position and stored again by pressing the Store (Pos. 54) and directional

buttons (Pos. 31, 32, 37, 35, 36, 38) again.

To determine the tracking path of the motors, the collimator must be closed using the button

(Pos. 34) and auto tuning started. All three collimator motors will then be started

automatically 5 times and stopped again to save the tracking time that has been determined.

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3.26 Setting the Collimator to the Cassette and I.I. Format

Cassette Format:

To adjust the collimator to the 4 possible film formats, the corresponding cassette must be

inserted.

Use the button (Fig. 78/Pos. 33) to switch on the collimator light field and center the cassette

template included in the shipment so it is centered on the tabletop.

With the light field switched on, move the collimator plates using the buttons (Fig. 78/Pos.

31, 32, 35, 37) horizontal open, horizontal closed, vertical open, vertical closed to the

position of the cassette template and save the position with the Store (Pos. 54) and Light

(Pos. 33) buttons.

Then as a control, make a radiographic exposure and, if needed, correct the collimator plate

adjustment.

Caution:

During exposure, radiation protective measures must be observed.

Perform this routine with all 4 cassettes.

A format that has been saved previously can be overwritten by repeating the save routine.

I.I. Format:

The unit can store 3 Zoom steps.

LED`s Z-N (Pos. 41) = I.I. size, LED`s Z-1 (Pos. 42) = Zoom step 1, LED`s Z-2 (Pos. 43) =

Zoom step 2, LED`s Z-1 + Z-2 (Pos. 41 + 42) = Zoom step 3.

The Zoom step is changed by pressing the Zoom button (Pos. 44).

Use the button (Fig. 78/Pos. 33) to switch on the collimator light field and center the cassette

template included in the shipment on the tabletop.

Move the iris diaphragm to the desired position with the keys Iris open (Fig. 78/Pos. 38) or

Iris closed (Pos. 36).

To save the currently selected zoom step, press and hold the Store button (Pos. 54) on the

manual controller and then, both iris buttons (Pos. 36 and 38) should be pressed either

together or in sequence.

Then the adjustment should be checked, and if needed, corrected under fluoroscopy.

Caution:

During radiographic fluoroscopy, radiation safety regulations must be observed.

Since the position of the horizontal and vertical collimator plates also need to be saved for

improved radiation safety, they must be moved as exactly as possible to the limit of the iris

diaphragm without them being visible in the radiation field.

Save the position of the collimator plates with the Store (Fig. 78/Pos. 54) and Light (Pos. 33)

buttons.

Perform this routine for all zoom steps.

The values can be resaved as often as wished, the old settings will be overwritten when this

is done.

After completing adjustment work, all parameters must be saved in the EEprom by pressing

the Reset button (Pos. 56).

The switch the unit into the normal mode with the switch (Fig. 77/Pos. 1), the green LED

(Pos. 2) on the controller blinks.

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3.27 Saving the Parameters in the PC

Switch off the unit. Connect the PC and the unit using the connection cable included in the

shipment.

Switch the unit into the service mode with the switch (Fig. 77/Pos. 1), the green LED (Pos. 2)

controller goes on continuously.

Start the URO service tool. See 3.23

Open the parameter file included in the shipment and read the parameters from the Uromat

and save them (do not overwrite the original file).

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3.28 Electronic Adjustment Parameters

Setup Parameters

lf. Nr.:

Name

Tilt MAX

Tilt MIN

Tilt Null-Grad

Tilt V1 [Hz]

Tilt ACC V1 [s/10]

Tilt V2 [Hz]

Tilt ACC V2 [s/10]

Tilt DEC [s/10]

Tilt DNS

Vertical MAX

Vertical MIN

Vertical V1 [Hz]

Vertical ACC V1 [s/10]

Vertical V2 [Hz]

Vertical ACC V2 [s/10]

Vertical DEC [s/10]

Vertical DNS

System MAX

System MIN

Min

Max

1023

100

255

100

255

1023

Wert

255

1023

System X-ray position

System V1 [Hz]

System ACC V1 [s/10]

System V2 [Hz]

System ACC V2 [s/10]

System DEC [s/10]

System DNS

255

1023

Tabletop long. MAX

Tabletop long. MIN

Tabletop long. NULL

Tabletop long. V1 [Hz]

Tabletop long. ACC V1 [s/10]

Tabletop long. V2 [Hz]

Tabletop long. ACC V2 [s/10]

Tabletop long. DEC [s/10]

Tabletop long. DNS

Tabletop lateral MAX

Tabletop lateral MIN

Tabletop lateral NULL

Tabletop lateral V1 [PWM%]

Tabletop lateral ACC V1 [s/10]

Tabletop lateral V2 [PWM%]

Tabletop lateral ACC V2 [s/10]

Tabletop lateral DEC [s/10]

Tabletop lateral DNS

Cassette MAX

255

1023

150

255

1023

255

Cassette MIN

Cassette V1 [Hz]

Cassette V2 [Hz]

Cassette ACC V1 [s/10]

Cassette DEC [s/10]

Cassette DNS

Cassette V X-ray [Hz]

***** Colimator-Axisdata *****

Col horizontal MAX

Col horizontal MIN

Col horizontal Format 1

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Col horizontal Format 2

Col horizontal Format 3

Col horizontal Format 4

Col horizontal delay

Col vertical MAX

1023

255

1023

255

1023

255

1023

Col vertical MIN

Col vertical Format 1

Col vertical Format 2

Col vertical Format 3

Col vertical Format 4

Col vertical delay

Iris MAX

Iris MIN

Iris Zoom-normal

Iris Zoom-1

Iris Zoom-2

Iris Zoom-3

Iris delay

***** Colimator-Zoom *****

Col horizontal Zoom-normal

Col horizontal Zoom-1

Col horizontal Zoom-2

Col horizontal Zoom-3

Col vertical Zoom-normal

Col vertical Zoom-1

Col vertical Zoom-2

Col vertical Zoom-3

******** Colimator ********

Lightvisor timer [s]

II Magnification [1..4]

Colimator-Typ [0=none]

Iris shut analog/digital [1/0]

Film cassette Detector/yes/no [2/1/0]

***** Image Intensifier *****

II depth [mm]

255

1000

1023

II width-foot [mm]

II width-head [mm]

Distance II-center - footend [mm]

***** Axis Positionmemory *****

Vertical store yes/no [1/0]

Tilt store yes/no [1/0]

System store yes/no [1/0]

Tabletop long. Store yes/no [1/0]

Tabletop lateral store yes/no [1/0]

Col horizontal store yes/no [1/0]

Col vertical store yes/no [1/0]

Iris store yes/no [1/0]

***** Table configuration *****

Slow motion [s/10]

Isocentric yes/no [1/0]

V1 isocentric [Hz]

V2 isocentric [Hz]

Uro-type right/left [1/0]

Tableextension [mm]

Micturitionseat [mm]

Ellbowrests [mm]

Saftydistance first [mm]

Saftydistance end [mm]

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

255

1000

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4. Technical Maintenance

NOTE:

The maintenance described below must be performed every12 months.

If unit components need to be moved using the motor during maintenance, or if functions

need to be checked while the unit is under power, the unit must be switched off immediately

after reaching the new position or after completing the particular work step and the

immediately disconnected from power again.

Components that are removed may only be replaced with original parts that are listed in the

attached spare parts list. For maintenance, only acid-free grease may be used. Do not

grease or oil bearings with seals.

4.1 Mechanical and Electrical Checks

Preparations:

- Move table to the max. up position.

- Switch power off to the system (line power)

- Remove the unit base cover cap

- Remove the unit base cover panels

- Remove the system carriage cover panels

Floor mounting:

- Check the unit column in both directions with the spirit level. Compensate any

differences by using shims and retighten the mounting screws.

- Check the mounting screws for secure tightness. If needed, retighten.

Torque 25 Nm (2.5 kpm)

Manual control unit:

- Check cable lead-in for good condition and for secure connection.

- Check the function of all buttons

- Check the function of all LED’s.

Multi-function footswitch:

- Check the cables for good condition and for secure connection.

If necessary, replace damaged cables.

- Clean the spaces between the individual footswitches.

- Check all switch functions.

Fluoroscopy and exposure footswitch:

- Check the cables for good condition and for secure connection.

If necessary, replace damaged cables.

- Clean the spaces between the individual footswitches.

- Check the switch functions.

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Lift and tilt drive:

- Move through the entire lift and tilt range.

- Check for soft start and movement out of positions.

- Check automatic stop in the horizontal position.

- Check automatic stop in the vertical position (88°).

- Check automatic stop in the Trendelenburg position (-20°).

- Check stop with manual actuation of the limit switches.

- Clean the guide rails and the counterweight guides.

- Check for play in the bearings. If necessary, readjust them.

Tabletop drive:

- Move through the entire longitudinal and transverse movement range.

- Check for soft start and movement out of positions.

- Check automatic stop in head-end limit position.

- Check automatic stop in foot-end limit position.

- Check automatic stop in the left limit position.

- Check automatic stop in the right limit position.

- Check automatic stop in the center position.

- Lift up the tabletop and clean the space in between.

Tube unit carriage drive:

- Move through the entire movement range.

- Check soft start and movement out of positions.

- Check automatic stop in head-end limit position.

- Check automatic stop in foot-end limit position.

- Clean guide rails.

- Check for play in the bearings. If necessary, readjust them.

Bucky carriage drive:

Preparations:

Switch the unit to the service mode, the green LED on the controller goes on green

continuously. Press the Store and Reset buttons at the same time, the three memory LED’s

on the controller will blink green and the LED on the controller will blink very quickly. See

3.24

The cassette can now be moved forward and backward slowly by pressing the Recall and

Reset buttons.

- Move through the entire movement range.

- Check soft start and movement out of positions.

- Check automatic stop in head-end limit position.

- Check automatic stop in foot-end limit position.

- Clean the guide rails.

- Check for play in the bearings. If necessary, readjust.

I.I. carriage drive:

- Initiate movement through entire movement range.

- Check soft start and movement out of movements.

- Check automatic stop in head-end limit position.

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- Check automatic stop in foot-end limit position

- Clean the guide rails.

- Check for play in the bearings. If necessary, readjust.

Tube unit support arm, exposure position, park position:

- Press the buttons on the control handle and move through the entire movement

range.

- Check for even movement during the unit movements.

- Check for engagement into the end positions.

- Clean the guide rails.

- Check for play in the bearings. If necessary, readjust them.

- Check for fluoroscopy and exposure blocking when the tube unit support arm is

not in the exposure position.

Component Panel:

- Switch power off to the system.

- Check all cables laid for good condition and secure connection.

If necessary, replace any damaged cables.

- Retighten any cable connections.

- Retighten the mounting screws of all components.

- Check P/C boards for secure seating.

- Check strain-reliefs and ground connections for secure connection.

Electronics:

- Electronic adjustment parameters per section.3.28

Accessories:

- Check all accessories present at the customer’s location.

- Hook in the table extension, tilt the table and check the factory set safety

distance of 12 cm; if necessary, adjust it.

- Check engagement of the leg support on the profile rail.

- Check for secure mounting of the head cushion mount.

- Check the patient table pad for good condition.

- Check the flush bowl for damage and check the function.

General:

- Reinstall the unit base cover panel.

- Reinstall the unit base cover panels.

- Reinstall the base cover panels.

- Reinstall the system carriage cover panels.

- Clean the unit.

- Clean surfaces with one of the following tested disinfecting agents:

Tego 103, Kosolin, Misty Multi-Purpose Disinfectant Cleaner, Misty Multi-Purpose

Disinfectant Cleaner II, Misty Disinfectant and Deodorant RTU, Precise Hospital

Foam Cleaner Disinfectant.

- Switch power back on.

- Carry out a function check according to 4.2.

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4.2 Function Check

Switch on the system. Initiate movement through the entire movement path.

Vertical drive:

- Even movement?

- Automatic stop in the bottom and top positions?

- Soft start and smooth movement out?

- Movement initiated from footswitch?

- Movement initiated from manual control unit?

- Any uninitiated lowering with load applied?

Tilt drive:

- Even movement?

- Soft start and smooth movement out?

- Automatic stop in vertical limit position (88°) ?

- Automatic stop in horizontal limit position (0°) ?

- Automatic stop in Trendelenburg position (-20°) ?

- Movement initiated from footswitch?

- Movement initiated from manual control unit?

- Any uninitiated lowering with load applied?

System longitudinal movement:

- Even movement?

- Soft start and smooth movement out?

- Automatic stop in head-end limit position?

- Automatic stop in foot-end limit position?

- Movement initiated from footswitch?

- Movement initiated from manual control unit?

- Any movement with opened Bucky flap?

Tabletop longitudinal movement:

- Even movement?

- Soft bootup and soft outward movement?

- Automatic stop in the middle position?

- Automatic stop in the head-end limit position?

- Automatic stop in the foot-end limit position?

- Movement initiated from footswitch?

- Movement initiated from manual control unit?

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Tabletop transverse movement:

- Even movement?

- Soft startup and soft outward movement?

- Automatic stop in the centered position?

- Automatic stop in the limit position?

- Movement initiated from footswitch?

- Movement initiated from the manual control unit?

Movable Tube Unit Support Arm:

- Easy separation in the exposure position?

- Easy separation in the park position?

- Even movement?

- Positive engagement into the limit positions?

Table extension:

- Does the table extension engage in place in the opening at the foot end?

- Is the table extension blocked from sliding out?

- Does the controller when the table extension is controlled?

Footrest:

- Does the footrest securely and easily engage the footrest?

Micturation seat:

- Does the micturation seat engage in place in the opening?

- Is the micturation seat secured against falling out?

- Does the controller sense the micturation seat?

Accessories:

- Are all configured accessories functional?

General:

- Is the centering of the tube unit to the adjustable Bucky okay?

- Is the centering of the tube unit to the I.I. okay?

- Is radiation blocked when the tube unit support arm is in the park position?

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4.3 Spare Parts, Overview

168

169

174

173

170

174

209

176

162 / 163

179 188

158 -160

29 / 30

165

184

186

176

78 / 79

168 169

166

182

247

29 / 30

172

171

246

162 / 163

209

174

178

175

166

158 - 160

187

165

185

181

246

247

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4.3.1 Spare Parts, Unit Column (Right-handed, Left-handed Versions)

16 / 15

19 / 21

16 / 15

41/43

19 / 21

18 / 19

16 / 15

40/41 /10

16 / 15

51 / 52

19 / 21

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4.3.2 Spare Parts, Table Frame - Tabletop, Right-handed Version

100

220

214

219

100

216

218

145 146

215

143

142

143

139

142

143

140

141

108

56 / 96

104

72 / 96

126

185

123

127

187

128

100

118

129

136

116

125

122

119

120

121

114

130

151

135

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4.3.3 Spare Parts, Table Frame - Tabletop, Left-handed Version

100

220

214

219

100

216

218

146 145

215

143

142

143

139

142

143

141

140

56 / 96

108

104

72 / 96

126

185

123

118

127

187

128

100

129

136

116

125

122

119

120

121

114

130

151

135

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4.3.4 Spare Parts, Tube Unit Support - Right-handed Version

193 191 / 192

193 / 195

198 / 199

213

207 / 210 -212

209

201

202

203 - 205

191

192

191

192

197

191

194

198 / 199

207 / 210 -212

213

209

207 / 210 -212

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4.3.5 Spare Parts, Tube Unit Support - Left-handed Version

191 / 192193

193 / 195

213

207 / 210 -212

198 / 199

209

201

202

203 - 205

191

192

197

191

192

191

194

198 / 199

207 / 210 -212

213

209

207 / 210 -212

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4.3.6 Spare Parts, Accessories

241

221

223

228

224

225

(226)

230

(231)

222

242

236

243

237

(238)

239

240

243

235

234

248

249

252

233

253

250

251

249

155

156

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4.4 Spare Parts List

Note:

If there is a failure, components may only be replaced with the listed original parts. When

ordering spare parts, always list the complete production number of the unit, the designation

and the order number of the part.

Replacement of components or assemblies may only be done by us or by offices that have

express authorization from us to do this. See also the chapter "Safety-technical Remarks".

Pos.

Designation

Part No.:

Electronics panel, complete

CPU board

Breaker assembly

Power supply

0116 2000

0116 2020

0116 2025

0116 2030

0116 2021

0006 0774a

CPU

Frequency converter, three-phase

Back wall

Service door

Potentiometer, 10K, 10-turn

Microswitch

0116 0310

0116 0306

0006 0251b

0006 0184

Spindle unit, installed

0116 0150

Bearing stud, centered

Roller bearing

0116 0421

0005 0161i

Bearing stud, centered

Roller bearing

0116 0426

0005 0161a

Bearing stud, eccentric

Roller bearing

0116 0431

0005 0161a

Complete shaft

0005 0145f

0116 0303

Front cover panel

Roll bar

80 pcs.

4 pcs.

0116 0333a

0116 0333b

Front cover panel

0116 0304

Lift/tilt drive, compl.

HTD toothed belt

0116 0185a

0116 0185b

0005 0243l

2 pcs.

Microswitch, complete

0116 0170

Potentiometer, complete

Synchroflex toothed belt

0116 0171

0005 0170i

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Pos.

Designation

Part No.:

Clamp, potentiometer belt

0116 0174

Guide strip

0116 0135

Tilt shaft, installed

Counterweight

Spindle nut

0116 0140

0116 0164

0116 0156

0116 0157

0005 0151au

0116 0560

0116 0561

Locking nut

Compression spring

Movement rail

Switch mount

Pinion rack, installed

0116 0635

0116 0585

Bearing block, installed

0116 0592

System drive, cpl.

0116 0583b

0116 0583a

Spindle bearing

0116 0567

Worm gear drive motor, cpl.

Synchroflex toothed belt pulley

Synchroflex toothed belt

0116 0550b

0116 0550a

0005 0157ae

0005 0146h

Potentiometer mount, cpl.

0116 0613

Radiation curtain guide

Extension spring

0116 0615

0116 0616

0116 0621

EMERGENCY OFF switch latch

Switch element

0006 0752

0006 0751a

Digital table board, cpl.

0116 2280

0116 0945

Flexible plastic cable chain, cpl.

Paneling screw, M 4 x 8

Paneling screw, M 4 x 12

0005 0406d

0005 0406k

Reed switch

0006 0549b

Eccentric stud

Bearing stud

Eccentric stud with bearing

Bearing stud with roller bearing

Roller bearing

0116 1860b

0116 1862b

0115 0395

0115 0397

0005 0161b

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Pos.

Designation

Part No.:

Spring, extension

Potentiometer, cpl.

Microswitch

0005 0040ac

0116 0580

0006 0779a

0116 0589

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

Switch strip

Pinion rack

0116 0587

0116 0588

Worm gear drive motor

Spring, extension

0006 0767

0005 0040ac

Rocker switch, cpl.

Switch strike plate

Rocker switch, cpl.

Cassette Bucky

0116 0930

0116 0940

0116 0925

0116 1305

Cassette tray with sensor

0116 1335

Cassette slider, rear

Cassette slider, front

Latching lever

Format stop, cpl.

Roller bearing grabber

0116 1360

0116 1362

0116 1383

0116 1384

0116 1389

0005 0246

Grid handle, GN425

Unit base

Switch, installed

Connector piece

Bearing unit

Roller bearing

Sleeve

0005 0188b

0005 0388

0116 1410

0116 1107

0116 1125

0116 1110

0005 0161b

0116 1537

0116 1538

Roller bearing stud

Rocker switch

0116 0925

0116 0930

Spindle unit, installed

Toothed belt

Longitudinal drive, compl.

Threaded spindle

Spindle nut

0116 1540

0005 0164h

0116 1575

0116 1541

0116 1542

Potentiometer, complete

Microswitch

0116 1563

0006 0779a

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Pos.

Designation

Part No.:

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

Rubber-metal bumper

0005 0164b

Elbow support, cpl.

Outlet

0900 1752

0900 1754

Control unit, cpl.

Control unit

Mount

0116 2200

0116 2210

0116 2220

Display unit, cpl.

Display board

0116 2250

0116 2260

Mount for flush bowl

0900 1703a

0900 1703b

Housing cowl, left

Housing cowl, right

Cover panel

Cover

0116 3024

0116 3025

0116 3026

0116 3028

0116 3027

0116 3029

0116 3030

0116 3031b

0116 3031a

Side panel

0116 3032b

0116 3032a

Side panel

0116 3033b

0116 3033a

Cover panel

Eccentric stud

Bearing stud

Movement rail

Switch mount, cpl.

Stop rail

0116 3050

0116 3051a

0116 3051b

0116 3053b

0116 3053a

0116 3052b

0116 3052a

0116 1860a

0116 1862a

0116 1920

0116 1855

0116 1922

0116 1865

0115 0897c

0116 1988

0116 1990

Stop

Flexible corrugated hose

Stop unit

Stop magnet, installed

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Pos.

Designation

Part No.:

201

202

203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

Tube unit studs

0116 1930

0116 1935

0116 1936a

0116 1936b

0116 1936c

Adjustment plate 10 thick

Adjustment plate 1 thick

Adjustment plate 2 thick

Adjustment plate 3 thick

Switch unit, installed

0116 1995

Command arm, cpl.

Microswitch

Compression switch

Microswitch with roller lever

Button

0116 1950

0006 0480

0005 0151aw

0006 0616ba

0006 0761

Table rail

0116 1738a

0116 1738b

Gas spring

Hinge, installed

CFC tabletop

Monitor support arm

Monitor adjustment plate

Screw stud

Grip handle

Mount for head cushion, right

Mount for head cushion, left

0005 0394a

0116 1730

0116 1740

0900 1800

0900 1844

0900 1846

0005 0415d

0900 1732a

0900 1732b

Head cushion

0900 0085

Handgrip

0900 0551a

0900 0551b

Tension block

Block

Tension belt

Latch

Tabletop extension, 780 mm

Patient mat

Footrest for tabletop extension

Table insert

Paper roll holder, incl. 1 paper roll

Table insert

Mounting rail

0900 0701

0900 0702

0902 0022

0900 1530

0900 1500

0900 1720

0900 1580

0900 1525a

0900 1740

0900 1525b

0900 1518

Multi-function footswitch

Footswitch for fluoro / exposure

Seat cushion

Latch

Micturation seat, cpl. Including footrest

Insert

Footrest

0116 2320

0900 1780

0900 1131

0900 1625

0900 1600

0900 1620b

0900 1620a

0900 1680

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Troubleshooting

Error

Number

Cause

Corrective Measure

F 1

F 2

F 3

Frequency converter 0 for tilt/vertical,

system failed.

Frequency converter 1 for tilt/vertical, table Check connection cables, settings

longitudinal movement, cassette failed.

Frequency converters 0+1 failed.

Check connection cables, settings

(address, Baud rate).

Check connection cables, settings

(address, Baud rate).

F 10

F 11

Footswitch communication problem.

Manual control unit communication

problem.

Check fuse, cabling.

F 13

F 14

Incorrect footswitch software version.

Incorrect manual control unit software

version.

Replace footswitch.

Replace manual control unit.

F 20

F 21

Analog voltage failed.

M1 tilt/vertical potentiometer error.

Check fuse.

Check potentiometer cables and

potentiometer.

F 22

F 23

F 24

F 25

F26

System potentiometer error.

Check potentiometer cables and

potentiometer.

Check potentiometer cables and

potentiometer.

Check potentiometer cables and

potentiometer.

Check potentiometer cables and

potentiometer.

M3 tilt/vertical potentiometer error.

Table longitudinal potentiometer error.

Cassette potentiometer error.

Table transverse potentiometer error /

motor defective.

Check motor potentiometer cables

and potentiometer.

F 28

Collimator vertical potentiometer error.

Check potentiometer cables and

potentiometer.

F 30

F 31

F 32

F 33

F 34

Button fuse malfunction.

Footswitch button sticking.

Manual control unit button sticking.

Exposure switch active during system start. Check switches.

Fluoroscopy switch active during system

start.

Check buttons, cables.

Check buttons.

Check switches.

F 35

Exposure centering switch defective.

Check switches, cabling.

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F 40

F 41

F 42

F 43

F 44

F 45

F 46

F 47

Format switch cassette incorrect.

M1 motor breaker stuck/defective.

M2 motor breaker stuck /defective.

M3 motor breaker stuck /defective.

M4 motor breaker stuck /defective.

M5 motor breaker stuck /defective.

M6 motor relay stuck /defective.

FU0 N>0 active.

Check 4 format switches.

Check K1 breaker.

Check K2 breaker.

Check K3 breaker.

Check K4 breaker.

Check K5 breaker.

Check K19 relay (CPU board).

FU0 relay defective/ input

defective / check cabling.

FU1 relay defective / input

defective / check cabling.

Check cabling, potentiometers,

setup parameters.

F 48

F 50

FU1 N>0 active.

Collimator malfunction.

F 61

F 62

F 64

F 79

F 80

Limit switch, temperature, breaker

malfunction, M1 tilt /vertical drive or M3.

Limit switch, temperature, breaker

malfunction, M2 system drive.

Limit switch, temperature, breaker

malfunction, M4 table longitudinal drive.

Invalid parameter version

Free run (press button on breaker

board). Allow motor to cool down.

Free run (press button on breaker

board). Allow motor to cool down.

Free run (press button on breaker

board). Allow motor to cool down.

Initialize correct parameter

version.

Download new parameter file.

EEPROM memory error.

F 99

Unit is in the service mode.

Set the service switch to the RUN

mode.

F = Fatal Error

= System error = cannot be corrected

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6. Board Replacement

All boards are connected to each other by connectors and are replaceable. After they have

been replaced correctly, they should perform a self test after power is switched on and log

themselves into the CPU.

The CPU board and breaker board are accessible after opening the URO cover panel. They

are seated on several round snap-on mounts, each of which musts be pressed through.

The footswitch board is accessible only after opening the metal housing.

The control unit with spiral must be completely replaced.

The display with connection cable must be completely replaced.

Do not disconnect plug-in connections that are under voltage!

7. Version Update

Only the software of the CPU board can be updated to the latest version. The software in the

other board cannot be updated.

The update is performed by replacing the EPROM on the processor module.

EPROM's are CMOS components. Please observe the guidelines for EMI protection.

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MAINTENANCE VERIFICATION

Maintenance per the attached maintenance instructions has been performed. When

required, parts were replaced only with original replacement parts per the listing.

Parts Replaced (list only Pos. No.)

.............

Date

..................

Company (stamp)

.......................

Signature

Parts Replaced (list only Pos. No.)

.............

Date

..................

Company (stamp)

.......................

Signature

Parts Replaced (list only Pos. No.)

.............

Date

..................

Company (stamp)

.......................

Signature

Parts Replaced (list only Pos. No.)

.............

Date

..................

Company (stamp)

.......................

Signature

Parts replaced (list only Pos. No.)

.............

Date

..................

Company (stamp)

......................

Signature

Parts replaced (list only Pos. No.)

.............

Date

..................

Company (stamp)

......................

Signature

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Location of Identification Labels

Labeling: