Table of Contents
Advertisement
GE Healthcare
Revision 1
Job Card TSG A015 - Lift Movement Troubleshooting
1-2
Lift Type Identification and Related FRU Compatibility Matrix
1-2-1
Identifying Lift Screw Assembly Types
Three Lift Screw Assembly types (in terms of brake functionality) exist in the install base as follows:
•
Type 1: No brake - (stationary systems only) - the oldest of the systems in the install base dating
back to January 2008 and earlier. At this stage of the product life cycle no brake was required
because the system was only available for stationary (hospital room) scenarios. A system containing
a Type 1 Lift Screw Assembly with "No brake" can be identified as follows:
-
the black L-bracket at the top of the Lift Screw Assembly
-
the motor at bottom of the Lift Screw Assembly only has power cables and does not have an
earth cable
•
Type 2: Top brake compatible- (stationary and mobile systems) - the middle age systems in the
install base dating between January 2008 and June 2011. At this stage of the product life cycle,
brake capability was required because the Senographe Essential system was made available for
mobile (van) scenarios. A "top brake" was designed to be installed at the top of the Lift Screw Assem-
bly. Forward production Gantries (from January 2008) were produced with a Type 2 Lift Screw
Assembly that had a silver L-bracket with threaded holes to support the installation of the "top brake",
and an earth cable leaving the Motor. The Senographe Essential Mobile Kit included the "top brake",
which was installed on Mobile Systems.
A system containing a Type 2 Lift Screw Assembly can be identified by:
-
the sliver L-bracket with threaded holes at the top of the Lift Screw Assembly, and the "top brake"
(if it is installed which is the case on Mobile systems)
-
in addition to the power cables, the motor at the bottom of the Lift Screw Assembly contains an
earth cable, but no brake cable
The Type 2 Top brake compatible Lift Screw Assembly is divided into two type 2s (2a and 2b):
-
Type 2a: Applies to a stationary system in hospital which has NO top brake installed.
-
Type 2b: Applies to a system that has the top brake mounted. It can either be a mobile system or
a stationary system that required the top brake to resolve lift motion errors
Type 2a
Chapter 9
Service Information and Procedures Class A 2385072-16-8EN
Page no. 1036
Senographe DS
Type 2b
JC-TSG-A-015.fm
- Quick Links:
- Err Sub A001 - Generator Error...
Hide quick links:
Advertisement
Table of Contents
Troubleshooting
Need help?
Do you have a question about the Senographe DS and is the answer not in the manual?
Questions and answers
G.E.Essential l have recently bought What is the full weight.of the mamo Full weight of the console and other İtem's also measurements of each item with the main machine please All this Shipping Company required
The GE Senographe DS mammography machine is shipped in three crates with the following dimensions and weights:
- Crate 1 (Gantry, Generator Cabinet, and ramp):
- Dimensions: 2066 mm (81.34 in) depth × 848 mm (33.39 in) width × 2292 mm (90.24 in) height
- Mass: 641 kg (1410.2 lbs)
- Crate 2 (Control Station):
- Dimensions: 1110 mm (43.70 in) depth × 770 mm (30.31 in) width × 1850 mm (72.83 in) height
- Mass: 210.5 kg (464.07 lbs) for truck transport (without side covers and lid)
- Mass: 223.5 kg (492.73 lbs) for plane/boat transport (with side covers and lid)
- Crate 3 (Detector):
- Dimensions: 872 mm (34.33 in) depth × 2270 mm (89.37 in) width × 260 mm (10.24 in) height
- Mass: 104.4 kg (229.68 lbs)
### Total Mass:
- For truck transport: 641 + 210.5 + 104.4 = 955.9 kg (2104.95 lbs)
- For plane/boat transport: 641 + 223.5 + 104.4 = 968.9 kg (2133.61 lbs)
These values include the gantry, generator cabinet, control station, detector, and all related components.
This answer is automatically generated