Hansol Multitech Uromat 3000 installation instructions Setting Parameters, Procedure

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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:

⇒Read out the URO with "Read CPU".

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

⇒Change the parameters as desired.

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

⇒Test the new parameters.

⇒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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Rev. 00 © 2000 Hans Pausch Röntgengerätebau Graf -Zeppelin-Str. 1 D-91056 Erlangen ALL RIGHTS RESERVED Ru

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Contents Installation Instructions Uromat Contents Adjustments Technical MaintenanceNot configured General Safety Information Component WeightsComponent Dimensions Packaging Dimensions and WeightsComponent Designations Dimensional Drawing, Right-handed Version FFADimensional Drawing, Left-handed Version FFA345 Drehachse Dimensional Drawing for Floor Mounting, Left-handed Version 0116 06/00 Power Line Connection Data Required Special ToolsRequired Test Equipment Conditions for Transport and StorageCircuit Diagram, Contents of Circuit Diagram06/00 0116 Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Circuit Diagram, Collimator connection Component Designations for the Circuit Diagram System Location Component FunctionUromat LED1 +A6 Terminal strip for Bucky Cassette box motor potentiometer Function Description of the Controller Boards CPU BoardBreaker Board Footswitch Board Control Unit Display BoardPreparations for Mounting Unpacking the UnitRemoving the Unit from the Pallet Installing the Unit Column Aligning the Unit Column Temporarily Connecting Line Power Installing the Tube Unit Support ArmPreinstalling the Tube Unit Collimator Combination Installing the Image Intensifier Laying the Collimator CablesLaying the High Voltage Cables To lay cables in the unit, 7 meters are requiredPage Making the Power Connection through the Generator Laying the I.I. CableInstalling the Measuring Chamber Installing the Grid Replacing the Grid Installing the Tilt Angle Display- Error DisplayInstalling the Cover Panels Installing the Monitor Support Arm OptionInstalling the Mount for the Flush Bowl Sealing the Table Frame Cover PanelAdjustment Tube Unit Support ArmCentral Beam Center of Bucky Central Beam CenterLengthwise to the tabletop, for this Movement Path Potentiometer, Tabletop longitudinal Movement Path Potentiometer, Tabletop transverse Bucky Cassette Tray Movement Path PotentiometerI.I. Carriage System Potentiometer Potentiometer 1 Table Tilt Movement Path Potentiometer 2 Table Tilt Movement PathTabletop Longitudinal Safety Switch Tabletop Transverse Safety Switch Not configuredBucky Movement Path Safety Switch 13 I.I. Carriage Movement Path Safety SwitchTable Up Movement Path Switch Strike Plate Table Down Movement Path Switch Strike Plate16 -20 Tilt Movement Safety Switch 17 +88 Tilt Movement Safety SwitchSpindle Nut Safety Limit Switch Accessory Sensor Switches Tabletop longitudinal Belt Tension Raise-Lower Tabletop Belt Tension Cassette Carriage Drive Belt Tension Operation in the Service Mode EquipmentSetting Parameters ProcedureAdjusting the Axes StartupCollimator Basic Setting Setting the Collimator to the Cassette and I.I. Format Cassette FormatFormat Saving the Parameters in the PC Electronic Adjustment Parameters Setup ParametersTabletop long. Store yes/no 1/0 Technical Maintenance Mechanical and Electrical ChecksPreparations Page Function Check Page 176 Spare Parts, Overview41/43 40/41 /10 Spare Parts, Unit Column Right-handed, Left-handed Versions122 125 11 119 120 121 151 Spare Parts, Table Frame Tabletop, Right-handed Version128 135 185 136 Spare Parts, Table Frame Tabletop, Left-handed VersionSpare Parts, Tube Unit Support Right-handed Version 193 191 213 209 202 203 191 192 197 194 193 198 201 207 / 210209 207 / 210 Spare Parts, Tube Unit Support Left-handed VersionSpare Parts, Accessories 249 155 156Spare Parts List Pos DesignationPos Designation Pos Designation Pos Designation Pos Designation Troubleshooting Error Cause Corrective Measure NumberPage Board Replacement Version UpdateMaintenance Verification Location of Identification Labels Labeling Max kg/ 66 lb Overview of Labels