Structural design
Stationary, without wheelbase separation
Sensor additional No. 4
no
Additional sensor No. 3
no
Additional sensor No. 2
no
Sensor additional No. 1
Armoured glass
Transesophageal sensor #2
no
Phased sector sensor No.2
no
Sector phased array sensor No.1
no
Microconvex sensor No.2
no
Transesophageal sensor #1
no
Phased sector sensor No. 3
no
Sensor Configuration (Only available when Sensor option #1 is selected - Yes)
Biplane intracavitary microconvex
Functions active on the sensor (Only available when Sensor option no. 1 is selected - Yes)
Fusion.
Image archiving to internal hard disc or solid state drive
Armoured glass
Image archiving to external media, via USB port
Armoured glass
Determination of parameters, variants of calculations
During research
Programme and calculation packages
Urology
Specialised imaging modes, software and calculation packages for ultrasonic navigation with sensor positioning (F
Combining ultrasound images with 2D and/or 3D images acquired in multiple modalities (including CT, MRI, PET, and ultrasound)
Technology to support combined imaging with CT or MRI data
Armoured glass
Service functions
Automatic B-image optimisation by tissue sound velocity or tissue acoustic properties
Functional keyboard
Armoured glass
Adjusting the control panel
In the horizontal plane
Power consumption from AC mains
Not more than 620VA
Supply voltage from AC mains with frequency 500,5 Hz, V
230
Echogram display modes
B-mode (2D mode)
Dynamic range of received signals, dB
From 36 to 102
Focusing
Transmission focusing with a maximum of eight zones
Operability with ultrasonic sensors
Biplane rectal ultrasound sensor (SAUN003002)
Convex radiator imaging frequency, MHz
4.5 to 9.0
Linear transmitter imaging frequency, MHz
6.0 to 11.0
Safety
GOST R MEC 60601-1
Overall dimensions, mm: - Console (with keyboard and monitor)
1300x610x800
Overall dimensions, mm: - Stapper
467x485x165
Overall dimensions, mm: - Stepper stands
630x540
Overall dimensions, mm: - Biplane rectal ultrasound sensor
370x32x21
Overall dimensions, mm: - Power cable
2020
Weight, kg: - Console
52,1
Weight, kg: - Stepper
4,06
Weight, kg: - Stepper stands
12,7
Weight, kg: - Biplane rectal ultrasound sensor
1,23
Weight, kg: - Power cable
0,4
Maximum mass of the system in transport container, kg
95
Monitor
Colour HD monitor has the following characteristics: - anti-reflective coating; - possibility of user adjustment of monitor parameters (brightness, contrast); - diagonal screen size not less than 21.5 inches; - resolution not less than 1920x1080 pixels; -
External signalling connections
HDMI port (input); USB ports: used to connect USB peripheral devices; Network connector: used to connect to a local area network (LAN). Patient data can be transferred to other servers via DICOM
Version of integrated software
Not less than 1.0 (release date: 01.09.2022)
Humidity
During operation: not more than 80% at 25C; During transport: 75%; During storage: up to 75%.
Temperature
At operation: 10 - 35C (biplane rectal ultrasonic sensor is manufactured in climatic version U6 and remains serviceable during operation at nominal temperature values from 32C to 42C in accordance with GOST R 50444-2020); During storage: -50 -
Atmospheric pressure
84.0 to 106.7 kPa (630 to 800 mmHg)
Stability of biplane rectal ultrasound sensor (only scanning surface/emitter area) to water penetration according to GOST
IPX7
Operating mode according to GOST R IEC 60601-1-2022
prolonged
Average MTBF of the apparatus, hour, not less
1500
Average service life, years
5
Operating parts of the system
The ultrasonic transducer and stepper shall be type BF
Number of piezo elements, pcs.
192
Scanning depth (depends on the sensor)
3...15 cm
Sound power level generated by the system
Does not exceed 55 dBA
Type of protection against electric shock
Class I
Software safety class according to GOST IEC 62304-2022
Class B