Introduction/Overview Overview 3D View of the Tube Stand

Transcription

1 Overview 3D View of the Tube Stand Tube Stand 3D V T VFT 01S / 432

2 No. Description (1) Tube Stand (2) Control panel with touchscreen (3) Collimator (supplementary equipment) (4) Transverse track (5) Longitudinal rails (6) Generator (optional) (7) Power Supply Unit (PSU) (optional) 28 / T VFT 01S 04 Technical Manual

3 Technical Specifications Dimensional Drawings Dimensions of the Tube Stand * Tube Stand 3D V T VFT 01S / 432

4 Dimensions with the 3m Transverse Carriage Warning Inappropriate distance of rail! Serious injury or death by falling ceiling stand. Use only the distances defined in the Installation Guide. No. Description A Operator 1 Longitudinal rail 2 Transverse carriage 3 Corrugated hose holder on the transverse carriage 4 Corrugated hose holder on the Tube Stand Note The 3 m transverse carriage can be shortened up to 690 mm on the operator's side and up to 450 mm on the back side. 30 / T VFT 01S 04 Technical Manual

5 Technical Specifications Dimensions with the 4m Transverse carriage Warning Inappropriate distance of rail! Serious injury or death by falling ceiling stand. Use only the distances defined in the Installation Guide. No. Description A Operator 1 Longitudinal rail 2 Transverse carriage 3 Corrugated hose holder on the transverse carriage 4 Corrugated hose holder on the Tube Stand Note The 4 m transverse carriage can be shortened up to 960 mm on the operator's side and up to 500 mm on the back side. Tube Stand 3D V T VFT 01S / 432

6 General Data Description Specification Horizontal travel range: Longitudinal [mm] 3460 Transverse 3 m carriage [mm] 2200 Transverse 4 m carriage [mm] 3550 Vertical travel range [mm] 1800 Longitudinal with maximum extension [mm] 5585 Minimum focus-ceiling distance [mm] 830 Dimensions (overall): Length (longitudinal rail) [mm] 4250 Width (transverse rail) [mm] ±10 Height of the room [mm] Height (max.) with telescope extension [mm] 3220 Tube support carriage dimensions L x W x H [mm] 690 x 610 x 494 Dimensions of a longitudinal rail; L x W x H [mm] 4250 x 79 x 81 Weight of tube support with transverse carriage, 3 m [kg] 300 kg * Weight of tube with transverse carriage, 4 m [kg] 320 kg * Weight of tube support [kg] 230 kg * Weight of a longitudinal rail [kg] ~ 26.5 Rotation range around the vertical axis [ ] 154 to +182 Rotation range around the horizontal axis [ ] ±120 Mechanical detents: Horizontal axis [ ] -90; 0; +90 Vertical axis [ ] -90; 0; +90; +180 Speed in z-axis (max.) [m/s] 0.11 Transport dimensions and weights: Transverse carriage, 3 m; L x W x H [mm] 3200 x 800 x 250 Transverse carriage, 4 m; L x W x H [mm] 4400 x 800 x 250 Tube support LxWxH [mm] 1700 x 1030 x 1350 Carriage of transverse track, 3 m [kg] 180 Carriage of transverse track, 4 m [kg] 222 Carriage of tube support [kg] 365 *Weights including collimator and tube. 32 / T VFT 01S 04 Technical Manual

7 Technical Specifications Tube Support Arm Tube Stand 3D V T VFT 01S / 432

8 Ray Tube Support Arm 34 / T VFT 01S 04 Technical Manual

9 Technical Specifications Minimum and Maximum Tube Unit Weight! The minimum weight of the tube unit with the collimator must be about 31 kg.! An additional weight of 46 kg is allowed for the tube unit with the collimator and other parts mounted on the interface tube support to trunnion rings including additional weights mounted to the support arm. (See chapter Installation - Adjusting the Tube Unit Weight ) Up to two counterbalance weights (2kg each) shall be mounted on the Tube support arm in case the weight is below 31 kg in order to reach the minimum weight of the tube unit. For installation instructions see chapter Installation - Adjusting the Tube Unit Weight. The tube and the collimator must weigh at least 27kg to reach the minimum weight of 31 kg (e.g., 27 kg + 2 x 2 kg = 31 kg or 29 kg +2 kg = 31 kg). Additional weights are not included in the scope of delivery and must be procured by the customer. Additional weights must be made of: Steel (S235JRG2C according to EN ), Surface Coating EN Fe/Zn8/B. The weights must be produced according to the following dimensions: Tube Stand 3D V T VFT 01S / 432

10 Cable Inlet Cable inlet for wall and ceiling. Power Supply The power supply unit (PSU) can be operated the following input voltage and frequency (nominal values): Description Min. Typ. Max. 400 V AC Power Supply U n - 15% /440 V AC /480 V AC **) + 10% Mains frequency f n *) 60 Hz *) *) 50 Hz *) *) The unit works with mains frequencies of 50 and 60 Hz electric conversion. The function is not influenced by fluctuations as specified in EN This means +4% / -6% and +/-15% for island operation. **) 480 V AC is the factory default. Note 380 V may also be used as power supply without any limitation, because of the 15% toleration: 400 V - 60 V = 340 V (min). 36 / T VFT 01S 04 Technical Manual

11 Technical Specifications Free Cable Length Free cable length is defined from the end of the transversal bridge to the connectors. Tube Stand 3 m transverse carriage Connection Destination Length [m] High voltage cable PU.H+ approx High voltage cable PU.H- approx Tube Rotating anode cable PU.X80.II/O/I approx Tube oil pressure switch PU.D800.X143 approx Protective earth PSU.PE approx Protected Earth Tube M16.PE approx DAP PU.D800.X18 approx Power/Signals PSU.D802.X1 approx CAN PSU.D802.X21 approx m transverse carriage Connection Destination Length [m] High voltage cable PU.H+ approx High voltage cable PU.H- approx Tube Rotating anode cable PU.X80.II/O/I approx Tube oil pressure switch PU.D800.X143 approx Protective earth PSU.PE approx Protected Earth Tube M16.PE approx DAP PU.D800.X18 approx Power/Signals PSU.D802.X1 approx CAN PSU.D802.X21 approx Tube Stand 3D V T VFT 01S / 432

12 Patient Table Free cable length is defined from the outlet at the table base to the connectors. Connection Destination Length [m] Power/Signals PSU.D802.X3 approx. 11.7* CAN PSU.D800.X23 approx. 11.4* CAN PSU.D23 approx. 11.4* PE PSU.PE approx. 11.3* Ionization chamber PU.D800.X27 approx. 13 Powersupply Motorcontroller (230V) PSU.T802.SEC approx Detector Supply** Detector Ethernet** * In the corrugated hose ** Only with Fixed Detector DSM-2.X822 (T.FD_Power) FL-C.X28 (T.FD_DA- TA) approx approx Bucky Wall Stand Free cable length is defined from the outlet at the column base to the connectors. Connection Destination Length [m] Power/Signals PSU.D802.X2 approx CAN PSU.D800.X24 approx PE PSU.PE approx Ionization chamber PU.D800.X28 approx. 13 Detector Supply * FD.Power DSM.X823 approx Detector Ethernet * FLC.DATA FD approx * for BWS model (mot) only 38 / T VFT 01S 04 Technical Manual

13 Technical Specifications Climatic Conditions Transportation and Storage Operation Admissible Ambient Temperature -20 C to +70 C +10 C to 35 C Admissible Relative Humidity not 10% to 95% 20% to 75% condensing Admissible Barometric Pressure 500 hpa to 1060 hpa 800 hpa to 1060 hpa! The product shall only be used below 2000 m (absolute altitude).! The Tube Stand should not be subjected to extreme and fast temperature changes (both in cold and hot environments), excessive dust or high humidity. For further precautions during transportation please refer to the sections installation, operation and maintenance in this manual. Room Planning Warning Inadequate ceiling of the room for the ceiling stand! Serious injury of death by falling ceiling stand. Define the requirements for the ceiling in the planning guide. Caution Check before installation/delivery, that the planned room is not part of explosionendangered areas! Tube Stand 3D V T VFT 01S / 432

14 Tube Support Warning The maximum ceiling loads have to be observed! The acceptable single load per ceiling rail (e.g. Unistrut) with a hanger spacing of 500 to 800 mm must be at least 7.0 kn. The acceptable load per hanger must be at least 5.0 kn.! Sub -construction must be designed so that the following listed holding forces of the longitudinal rails in the anchoring plane can be held and passed on to the building structure. In particular, the listed horizontal forces must be observed. For the design of the sub-construction, this means that they must be sufficiently hardened. Vertical as well as horizontal movements are inadmissible in the area of the sub-construction. 40 / T VFT 01S 04 Technical Manual

15 Technical Specifications (*1) Mounting point distances of mm are possible with a rail overhang of mm. The specified loads include the static and dynamic loads up to a movement speed of 0.6 m/s in the F y direction: Holding forces per mounting point [kn] With a rail overhang of 200 mm max. F x 2.7 F y 2.1 F z 5.0 Safety factors are not included Tube Stand 3D V T VFT 01S / 432

16 Room Dimensions Min. Room Size (L x W) [mm] with the 3 m Transverse carriage 4950 x 3650 with the 4 m Transverse carriage 4950 x 5000! Depending on the position of the individual components to one another, other room dimensions are possible.! The collision areas of the table and wall stand need to be observed! Room Height (*1) Horizontal exposures in lowest position onto the wall stand at 0 possible. (*2) Horizontal exposures in lowest position onto the wall stand at 0 not possible. (*3) Restricted table lift at an SID of 1150 mm. (*4) Table lift usable without restriction Small Rooms Usable table height with an SID of 1150 mm Minimum room height [mm] (*3) Max. room height without telescope extension [mm] Max. room height with telescope extension [mm] 2885 (*1) 3020 (*2) 3085 (*1) 3220 (*2) (*4) (*4)! It might be necessary to limit the movement range of the ceiling stand in some cases (e.g. when the spacing to the walls or the furnishing is too small). For this case (e.g. in small rooms) a kit of 2 stops Option for small rooms, material number , is available. The kit can be inserted at any location in the rails. A maximum of 4 kits is required (2x longitudinal rails and 2x transverse carriage). 42 / T VFT 01S 04 Technical Manual

17 Technical Specifications Examples for Different Room Layouts The following examples show the mandatory spacing between the Tube Stand and the walls or optional components as the wall stand or the patient table. Note The illustrations show the tube support with 3 m transverse carriage. The dimensions also apply for the 4 m transverse carriage. Wall Stand on the Left Side Note The wall stand can also be installed on the right side. No. Description *1 Required for the installation of the tabletop and for service. *2 Observe the 500 mm safety distance to permanent fixtures. *3 Required for lateral exposures from the back (min. 1000mm if tube support is positioned manually). *4 Minimum distance between center of Tube Stand cable input and wall. *5 Minimum wall distance due to the corrugated hose. *6 Minimum wall distance to be able to use the full travel range. *7 Ensure minimum left/right distance for grid change or service purpose. Tube Stand 3D V T VFT 01S / 432

18 No. Description *8 In case, a tiltable wall stand is used, provide enough distance to the wall to be able to use the wall stand tilted at 90 and perform vertical exposures. *9 For the minimum rail overhang, see chapters Usable Focus Range and Positioning of the Tube Stand above the Wall Stand. *10 With the 4 m transverse carriage, it is recommended to position the wall stand so that the center of gravity of the tube unit stand (with horizontal beam direction) is located max. 250 mm outside the longitudinal rails (also see chapter Usable Focus Range ). 44 / T VFT 01S 04 Technical Manual

19 Technical Specifications Wall Stand on the Left (in Longitudinal Axis of Table) No. Description *1 Required for the installation of the tabletop and for service. *2 Observe the 500 mm safety distance to permanent fixtures. *3 Required for lateral exposures from the back (min. 1000mm if tube support is positioned manually). *4 Minimum distance between center of Tube Stand cable input and wall. *5 Minimum wall distance due to the corrugated hose. *6 Minimum wall distance to be able to use the full travel range. *7 Ensure minimum left/right distance for grid change or service purpose. *8 If a tiltable wall stand is used, provide enough distance to the wall to be able to use the wall stand tilted at 90 and perform vertical exposures. *9 For the minimum rail overhang, see chapters Usable Focus Range and Positioning of the Tube Stand above the Wall Stand. *10 With an SID of 1150 mm (and tiltable BWS at 0 ). *11 With the 4 m transverse carriage, it is recommended to position the wall stand so that the center of gravity of the tube unit stand (with horizontal beam direction) is located max. 250 mm outside the longitudinal rails (also see chapter Usable Focus Range ). Tube Stand 3D V T VFT 01S / 432

20 Wall Stand on the Right (in Longitudinal Axis of Table) No. Description *1 Required for the installation of the tabletop and for service. *2 Observe the 500 mm safety distance to permanent fixtures. *3 Required for lateral exposures from the back (min. 1000mm if tube support is positioned manually). *4 Minimum distance between center of Tube Stand cable input and wall. *5 Minimum wall distance due to the corrugated hose. *6 Minimum wall distance to be able to use the full travel range. *7 Ensure minimum left/right distance for grid change or service purpose. *8 If a tiltable wall stand is used, provide enough distance to the wall to be able to use the wall stand tilted at 90 and perform vertical exposures. *9 For the minimum rail overhang, see chapters Usable Focus Range and Positioning of the Tube Stand above the Wall Stand. *10 With an SID of 1150 mm (and tiltable BWS at 0 ). *11 With the 4 m transverse carriage, it is recommended to position the wall stand so that the center of gravity of the tube unit stand (with horizontal beam direction) is located max. 250 mm outside the longitudinal rails (also see chapter Usable Focus Range ). 46 / T VFT 01S 04 Technical Manual

21 Technical Specifications Wall Stand Turned by 90 to the Table No. Description *1 Required for the installation of the tabletop and for service. *2 Observe the 500 mm safety distance to permanent fixtures. *3 Required for lateral exposures from the back (min. 1000mm if tube support is positioned manually). *4 Minimum distance between center of Tube Stand cable input and wall. *5 Minimum wall distance due to the corrugated hose. *6 Minimum wall distance to be able to use the full travel range. *7 Ensure minimum left/right distance for grid change or service purpose. *8 If a tiltable wall stand is used, provide enough distance to the wall to be able to use the wall stand tilted at 90 and perform vertical exposures. *9 For the minimum rail overhang, see chapters Usable Focus Range and Positioning of the Tube Stand above the Wall Stand. *10 Minimum distance for horizontal exposure on the BWS. *11 With the 4 m transverse carriage, it is recommended to position the wall stand so that the center of gravity of the tube unit stand (with horizontal beam direction) is located max. 250 mm outside the longitudinal rails (also see chapter Usable Focus Range ). Tube Stand 3D V T VFT 01S / 432

22 Wall Stand turned by 90 in Front of the Table Note Exposures with tilted detector are not possible with this configuration. No. Description *1 Required for the installation of the tabletop and for service. *2 Observe the 500 mm safety distance to permanent fixtures. *3 Required for lateral exposures from the back (min. 1000mm if tube support is positioned manually). *4 Minimum distance between center of Tube Stand cable input and wall. *5 Minimum wall distance due to the corrugated hose. *6 Minimum wall distance to be able to use the full travel range. *7 Ensure minimum left/right distance for grid change or service purpose. *8 With an SID of 1800 mm. *9 With the 4 m transverse carriage, it is recommended to position the wall stand so that the center of gravity of the tube unit stand (with horizontal beam direction) is located max. 250 mm outside the longitudinal rails (also see chapter Usable Focus Range ). 48 / T VFT 01S 04 Technical Manual

23 Technical Specifications With Wall Stand, without Table No. Description *1 Minimum distance between center of Tube Stand cable input and wall. *2 Minimum wall distance due to the corrugated hose. *3 Ensure minimum left/right distance for grid change or service purpose. *4 For the minimum rail overhang, see chapters Usable Focus Range and Positioning of the Tube Stand above the Wall Stand. *5 If a tiltable wall stand is used, provide enough distance to the wall to be able to use the wall stand tilted at 90 and perform vertical exposures. *6 Minimum wall distance to be able to use the full travel range. *7 With the 4 m transverse carriage, it is recommended to position the wall stand so that the center of gravity of the tube unit stand (with horizontal beam direction) is located max. 250 mm outside the longitudinal rails (also see chapter Usable Focus Range ). Tube Stand 3D V T VFT 01S / 432

24 Positioning the Tube Stand above the Wall Stand Without Spacing Box No. Description 1 Focus. 2 Longitudinal rails. 3 Transverse carriage. *1 Min. rail overhang of the ceiling rails. *2 Landscape format of the ceiling rails. *3 Difference between the portrait/landscape format.! For use of the Tube Stand with the tilted Bucky, the minimum rail overhang must be observed strictly. Note The Tube Stand can only be positioned in 0 and 180 position (User Interface to the side of the wall stand) above the tilted Bucky tray. 50 / T VFT 01S 04 Technical Manual