Bard Site~Rite Vision Technical Manual

Site~Rite Vision* Ultrasound System

Technical Manual

9770057

2

BF Type Equipment

Attention, see instructions for use

Site~Rite Vision* Ultrasound System

IPX1

Rx Only

Drip Proof Equipment

Federal (U.S.A.) law restricts this device
to sale by or on the order of a physician.

Medical Electrical Equipment
Classified by CSA with respect to Electric Shock,
Fire, and Mechanical Hazards only in accordance
with UL60601-1 and CAN/CSA C22.2 No. 601.1

Symbol Reference

Technical Manual

Table of Contents

Section

Statement and Purpose1

System Overview2

2.1

2.1.1

2.1.2

2.1.3

2.2

2.2.1

2.2.2

2.3

3.1

3.2

3.3

3.3.1

3.3.2

3.4

Controls and Connections
Front Panel
Back Panel
Probe Attachment
Hardware
Component Overview
Power System
Software

Roll Stand Adjustments3

Keyboard Adjustment
Handle Adjustment
Display Adjustment
Display Rotation
Display Tilt
Locking the Casters

3

4.1

4.1.1

4.1.2

4.1.3

4.2

4.3

Technical Specications 4

General Specifications
Operating and Storage Conditions
A/C Adapter Specifications
System Battery Specifications
EMC Tables
Leakage Current

Repair and Troubleshooting5

Table of Contents

4

Site~Rite Vision* Ultrasound System

Statement of Purpose1

This Site~Rite Vision* Ultrasound System Technical Manual is intended to provide technical specifications for the Site~Rite Vision* Ultrasound
System. The system is not field serviceable. For service requests, please call Bard Access Systems’ Technical/Clinical Support at [phone].

Warnings and Precautions

Refer to Site~Rite Vision* Ultrasound System Hardware & Operating Instructions for Use (IFU) for a list of warnings and precautions.

System Overview2

Controls and Connections2.1

The Site~Rite Vision* Ultrasound System has user accessible features on the front and back panels, and an ultrasound probe connection on
the side of the unit.

Front Panel 2.1.1

Power Button

Power LED

Figure 2.1.1 Front Panel

Press and hold the power button on the display for three seconds to turn the system on or off. The power LED indicates that the system is on.
Note: In standby mode the system remains powered and battery life will be depleted. Standby mode allows the system to power up into the

most recent state more quickly than returning from a full shutdown.

Note: Holding the power button down for 8 seconds can be used to power the system down via a “hard” shutdown. Repeatedly powering the

system down in this manner may damage the operating system and should only be used when other appropriate shutdown methods
are unavailable.

Statement of Purpose / System Overview

Technical Manual

Back Panel2.1.2

5

Battery LEDVGA Port

Ethernet Port

USB Ports

The printer MUST be

connected to the

lowest USB port

VESA
Mount

Figure 2.1.2 Back Panel

Insert cords for keyboard, printer, and A/C power adapter into designated ports on the ultrasound display as shown in Figure 2.1.2.

Note: The VGA and Ethernet connections are consistent with VGA and Ethernet standards.
Note: The printer power cable is identical on both ends. Both ends are compatible with both the printer and Site~Rite Vision* Ultrasound System.
Note: The AC adapter cable must be inserted with the flat side of the connector toward VESA mount and the rounded side toward the USB ports.

Printer

Power Port

A/C Adapter

Power Port

To ward VESA Mount

System Overview

6

Table 2.1.2 Battery LED status

Site~Rite Vision* Ultrasound System

Powered A/C

Adapter

Detached

Detached

Attached

Attached

Probe Attachment2.1.3

To connect the probe to the display:

System Power

OFF

ON

OFF

ON

Battery

Not in use

In use

Charging

Charging

Battery LED Status

OFF

ON

BLINK

ON

Step 1. Insert Probe Connector Step 2. Twist to Lock

System Overview

Lock

Technical Manual

Hardware2.2

Component Overview2.2.1

Sherlock* II /

Sherlock 3CG*

Sensor

Keyboard

USB Memory

Device

Printer

Data

Power

VISION UNIT

USB Module

Data /
Power

Power

Display and

Computing Platform

Data /
Power

Power Control

Module

Power

Data

Power Data

Data /
Power

Beamformer

Module

Battery

7

Ultrasound

Probe

Cooling Fan

Figure 2.2.1 Component Overview

A/C Adapter

Power Supply

The Site~Rite Vision* Ultrasound System is composed of several major components as depicted in Figure 2.2.1. See Table 2.2.1 for a functional
description of each component.

Table 2.2.1 Major Components of the Site~Rite Vision* Ultrasound System

Plastic Housing/ Handle

(Cycoloy Resin)

Sheet Metal Housing

Power Control Module

Beamformer Module

USB Module

Lithium Ion Battery

Functional DescriptionComponent

Contain parts, mechanical

support, aesthetics

EMC protection,

Component mounting

Power management and distribution,

battery charging and communication, cooling

Signal Processing and

Ultrasound Probe connection

6 USB ports each with 5V

and 0.5 amps available

Power storage,

charge status

Within sheet metal housing

Within sheet metal housing

Within sheet metal housing

Within sheet metal housing

Location

Exterior

Within plastic housing

Fan

Display and

Computing Platform

Cooling

Processing, display data, provide user

interface, application management

Within sheet metal housing

Within plastic housing

System Overview

8

Site~Rite Vision* Ultrasound System

Power System2.2.2

Ethernet

Connection (cable)

VGA

Connection (cable)

AC Adapter

(24V, 6.25A Output)

AC Power

Computing

Platform

Lithium Ion

Battery

Printer

Fan

Beamformer

20V, 3.25 A

Power Supply

Smart Battery

Charge Controller

9.3V 4.0A

Fused Power Supply

12V Power Supply

3.3V Power Supply

Power Control Module

3.3V Power
Supply

(Microcontroller)

Microcontroller

USB Ports

System Overview

USB Hub

5V Power Supply

Power Connections are shown in blue
Data/Control Connections are shown in black

Figure 2.2.2 Power System

Technical Manual

Table 2.2.2 Functional Description of Power System

A/C adapter 24 VDC Functional Description

9

A/C Adapter 24 VDC

Microcontroller

Smart Battery

Charge Controller

20V Power Supply

3.3V Supply

9.3V Supply

12V Supply

5V Supply

Provides power to the Site~Rite Vision* Ultrasound System and turns the
microcontroller on.

Turns power supply subsystems on and off depending on system inputs and
changes of state.

Controls charge and discharge of the battery and communicates with the battery
and microcontroller. The battery charges when wall A/C is connected.

Power for the computing and display platform for function and internal
battery charging.

Power for the microcontroller

Power for the printer

Power for the fan and the ultrasound module

Power for each USB port. Power provided only when the system is on.

USB Hub

Data control for USB ports. This is functional only when the system is on.

System Overview

10

Voltage Inputs:

Connection

Power Specifications

Input Voltage (V

DC

Input Current (A)

)

Site~Rite Vision* Ultrasound System

Main Power

Voltage Outputs:

Connection

USB

Printer Power

A/C Adapter Power Supply Specifications:

)

Voltage Input (V

100 - 240

AC

Input Frequency (V

Diagram

2

24 ± 5%

Input Voltage (V

5 ± 5%

9.3 ± 5%

47 - 63

1

DC

6.25

)

Input Current (A)

.5 per port

4 (fuse limited)

)

Input Current (A) Output (W)

AC

1.63 – 0.7 150
Pin

1, 3

Function

Return

Fusing:

The Site~Rite Vision* Ultrasound System has several fuses which are not serviceable. These include fusing
for the A/C adapter, the 24V input to the power control module, the 20V supply to the computing and display
platform and the 9.3 volt supply to the printer. For power system failure contact Bard Access Systems’
technical/clinical support at [phone].

System Overview

4

3

2, 4

Power

Technical Manual

Software:2.3

Site~Rite Vision* Ultrasound System runs on a Microsoft Windows* based operating system. Figure 2.3 depicts the software ap­plication interactions of the Site~Rite Vision* Ultrasound System. The application toolbar located in the bottom left corner of the
screen acts as the central control point of the Site~Rite Vision* Ultrasound System. It launches and closes applications and offers
configuration options. The operating instructions for each application are described in their respective instructions for use.

Sherlock* II/

Site~Rite Vision*

Software

Sherlock 3CG*

Software

11

Battery Monitor

DICOM Software

Calibration Tool

Skin Selection Tool

Date and Time

Properties

Application Toolbar

AC Power Icon

Configuration

Application

Power Control

Application

Figure 2.3 Site~Rite Vision* Ultrasound System Application Interactions

System Overview

12

Site~Rite Vision* Ultrasound System

Roll Stand Adjustments3

Keyboard Adjustment3.1

Rotation of the keyboard arm can be adjusted by tightening or loosening two fasteners on the bottom side of the keyboard arm with
a ½ inch socket wrench. After the arm has been positioned, the fasteners can be tightened to lock the arm in position.

Note: Tightening the keyboard arm fasteners too much will prevent the user from adjusting the arm during use. Loosening the
keyboard arm fasteners too much may cause the arm to disassemble.

Keyboard Adjustment

Fasteners

Figure 3.1 Keyboard Adjustment

Roll Stand Adjustments

Technical Manual

Handle Adjustment3.2

The roll stand handle is designed to fold down for storage and fold up for transport.
The hinge will function after the handle has been lifted up.

To fold handle down:

13

Step 1: Lift up the handle

Step 2: Fold handle down

The handle can be put in the transport position by reversing the steps.

Roll Stand Adjustments

14

Site~Rite Vision* Ultrasound System

Display Adjustment3.3

Display Rotation3.3.1

The roll stand is designed to allow the user to rotate the display 160° in the horizontal plane, 80° to the right and 80° to the left.
To adjust the position of the display in the horizontal plane, turn the display to the desired position.

Note: Extending the rotation of the display more than 80° in either direction could result in the system tipping, causing injury and/or
damage to the system.

Display Tilt3.3.2

Figure 3.3 Display Tilt Clamp

The display can be tilted by rotating the display on its vertical pivot. If the tilt is too tight or too loose, this can be adjusted.
Adjusting tilt movement:

• Loosen the display tilt by rotating the clamp lever counter-clockwise.

• Tighten the display tilt by rotating the clamp lever clockwise.

• Reposition the display tilt clamp lever by lifting up and rotating.

Roll Stand Adjustments

Technical Manual

Locking the Casters3.4

There are three caster locks on the roll stand. Two are dark gray in color; one is light gray in color. The dark gray caster locks fix the
position of the casters, but still allow the casters to roll. The light gray caster lock is a brake and fixes the position of the caster and
prevents the castor and stand from rolling.

Brake

15

Figure 3.4 Caster Locks

Fixed Position

Roll Stand Adjustments

16

Site~Rite Vision* Ultrasound System

Technical Specifications 4

4.1

4.1.1

General Specications

Operating and Storage Conditions

Operating Temperature:

Storage Temperature:

Operating Humidity:

Storage Humidity:

Dimensions:

Weight:

Power Sources:

Power Consumption:

Monitor Size:

IEC 60601-1:

59ºF to 104ºF (10ºC to 40ºC)

0ºF to 104ºF (-18ºC to 40ºC)

5% to 85% Relative Humidity (non-condensing)

5% to 95% Relative Humidity (non-condensing)

14”W x 12”H x 5”D

14 lbs

Internal battery, AC adapter

60-180W

1280 x 800 Widescreen format

Class II, Continuous Operation, Internally Powered Equipment, Not Category
AP or APG Equipment, Not protected against ingress of water.

4.1.2

4.1.3

A/C Adapter Specications

Manufacturer:

Model Number:

Input Voltage:

Input Current (Max):

Output Voltage:

Output Current (Max):

XP Power

AMM150PS24

100-240 VAC, 50/60 Hz

1.6 A at 115 VAC, 0.8 A at 230 VAC

24 VDC

6.25 Amps

System Battery Specications

Battery Chemistry:

System Run Time
on Full Charge:

Charge Time (Full):

Lithium Ion

3.0 Hours

8.0 Hours

Technical Specifications

Technical Manual

17

4.2

EMC Tables

Warning: The use of accessories other than those specified in Section 2.3 of the Site~Rite Vision* Ultrasound System Hardware
and Operating System instructions for use may result in increased emissions or decreased immunity of the Site~Rite
Vision* Ultrasound System.

Site~Rite Vision* Ultrasound System EMC Tables

GUIDANCE AND MANUFACTURER’S DECLARATION - EMISSIONS

The Site~Rite Vision* Ultrasound System is intended for use in the electromagnetic environment specified below.
The customer or user of the Site~Rite Vision* Ultrasound System should ensure that it is used in such an environment.

Emissions Test Compliance

RF Emissions CISPR 11

RF Emissions CISPR 11

Harmonics IEC 61000-3-2

Group 1

Class A

Class A

Electromagnetic Environment – Guidance

The Site~Rite Vision* Ultrasound System uses RF
energy only for its internal function. Therefore, its RF
emissions are very low and are not likely to cause any
interference in nearby electronic equipment.

The Site~Rite Vision* Ultrasound System is suitable
for use in all establishments, other than domestic,
and those directly connected to the public low-voltage
power supply network that supplies buildings used for
domestic purposes.

Flicker IEC 61000-3-3

Note: While the Site~Rite Vision* Ultrasound System is not classified to be used in a domestic environment, there may be a need
for the health care professional to use the system for a limited duration.

Warning: This system, with its applicable accessories, is intended for use by healthcare professionals only. If used in a domestic
environment, this system may cause radio interference or may disrupt the operation of nearby equipment. It may be
necessary to take mitigation measures such as re-orienting or relocating the Site~Rite Vision* Ultrasound System or
shielding the location.

Complies

Technical Specifications

18

Site~Rite Vision* Ultrasound System

Guidance and Manufacturer’s Declaration – Immunity

The Site~Rite Vision* Ultrasound System is intended for use in the electromagnetic environment specified below.
The customer or user of the Site~Rite Vision* Ultrasound System should ensure that it is used in such an environment.

Immunity Test

ESD

EN/IEC 61000-4-2

EFT

EN/IEC 61000-4-4

Surge

EN/IEC 61000-4-5

Voltage

Dips/Dropout

EN/IEC 61000-4-11

±6kV Contact

±8kV Air

±2kV Mains

±1kV Input/Output Lines

±1kV Differential

±2kV Common

>95% Dip for 0.5 Cycle

60% Dip for 5 Cycles

30% Dip for 25 Cycles

>95% Dip for 5 Seconds

Compliance LevelEN/IEC 60601 Test Level

±6kV Contact

±8kV Air

±2kV Mains

±1kV Input/Output Lines

±1kV Differential

±2kV Common

>95% Dip for 0.5 Cycle

60% Dip for 5 Cycles

30% Dip for 25 Cycles

>95% Dip for 5 Seconds

Electromagnetic Environment

Guidance

Floors should be wood, concrete or
ceramic tile. If floors are synthetic,
the relative humidity should be at
least 30%.

Mains power quality should be that
of a typical commercial or hospital
environment.

Mains power quality should be that
of a typical commercial or hospital
environment.

Mains power quality should be
that of a typical commercial or
hospital environment. If the user
of the Site~Rite Vision* Ultrasound
System requires continued
operation during power mains
interruptions, it is recommended
that the Site~Rite Vision* Ultrasound
System be powered from an uninter­ruptible power supply or battery.

Power Frequency

50/60 Hz

Magnetic Field

EN/IEC 61000-4-8

Technical Specifications

3 A/m

3 A/m

Power frequency magnetic fields
should be that of a typical commer­cial or hospital environment.

Technical Manual

Guidance and Manufacturer’s Declaration – Emissions

The Site~Rite Vision* Ultrasound System is intended for use in the electromagnetic environment specified below. The
customer or user of the Site~Rite Vision* Ultrasound System should ensure that it is used in such an environment.

19

Immunity Test

Conducted RF

EN/IEC 61000-4-6

Radiated RF

EN/IEC 61000-4-3

Recommended Separation Distances between portable and mobile RF Communications

Compliance LevelEN/IEC 60601 Test Level

3 Vrms

150 kHz to 80 MHz

3 V/m

80 MHz to 2.5 GHz

equipment and the Site~Rite Vision* Ultrasound System

3 Vrms

3 V/m

Electromagnetic Environment

Guidance

Portable and mobile communications
equipment should be separated from
the Site~Rite Vision* Ultrasound
System by no less than the distances
calculated/listed below:

D = 1.2 (√ P)
D = 1.2 ( √ P) 80 to 800 MHz
D = 2.3 ( √ P) 800 MHz to 2.5 GHz

where P is the max power in watts
and D is the recommended separa­tion distance in meters.

Field strengths from fixed transmit­ters, as determined by an electro­magnetic site survey, should be less
than the compliance levels.

Interference may occur in the
vicinity of equipment containing a
transmitter.

The Site~Rite Vision* Ultrasound System is intended for use in the electromagnetic environment in which radiated
disturbances are controlled. The customer or user of the Site~Rite Vision* Ultrasound System can help prevent electro­magnetic interference by maintaining a minimum distance between portable and mobile RF Communications Equipment
and the Site~Rite Vision* Ultrasound System as recommended below, according to the maximum output power of the
communications equipment.

Max Output Power

(Watts)

0.01

0.1

1

10

100

Separation (m)

150 kHz to 80 MHz

D = 1.2( √ P)

.1166

.3689

1.1666

3.6893

11.6666

Separation (m)

80 to 800 MHz

D = 1.2 ( √ P)

.1166

.3689

1.1666

3.6893

11.6666

Separation (m)

800 MHz to 2.5 GHz

D =2.3( √ P)

.2333

.7378

2.3333

7.3786

23.3333

Technical Specifications

20

Site~Rite Vision* Ultrasound System

Leakage Current4.3

Leakage current does not exceed allowable limits according to IEC60601-1:1988, Medical Electrical Equipment, Part 1: General
Requirements for Safety, including Amendment 1 and Amendment 2. Measured leakage currents are provided in the table below.

Type of leakage current and test condition

(including single faults)

EN (N.C.) 264Vrms 63Hz

EN (S.F.C.) 264Vrms 63Hz

P (N.C.) 264Vrms 63Hz

P (S.F.C.) 264Vrms 63Hz

PM 264Vrms 63Hz

PA (N.C.) 264Vrms 63Hz

PA (S.F.C.) 264Vrms 63Hz

EN (Internally powered) 24Vdc N/A

P (Internally powered) 24Vdc N/A

PM (Internally powered) 24Vdc N/A

PA (Internally powered) 24Vdc N/A

Supply Voltage

Supply

Frequency

Measured Max Remarks

18μA (B)
25μA (A)

29μA (B)
40μA (A)

5μA (B)
7μA (A)

7μA (B)

124μA (A)

9μA (B)

24μA (A)

6μA (B)
5μA (A)

7μA (B)
5μA (A)

4μA (B)
4μA (A)

3μA (B)
3μA (A)

22μA (B)
18μA (A)

3μA (B)
3μA (A)

Ultrasound

probe

Ultrasound

probe

Ultrasound

probe

Ultrasound

probe

Ultrasound

probe

Technical Specifications

Technical Manual

Repair and Troubleshooting5

The Site~Rite Vision* Ultrasound System does not require calibration or preventative maintenance and is not field serviceable.
There are several simple troubleshooting steps that can be performed before the system should be returned for service.

Call Bard Access Systems’ technical/clinical support at [phone] for any other problems that arise.

Table 5.1 System Troubleshooting

21

Power Problem

A/C adapter indicator

does not change states

SymptomSympton

Battery Error

Low Battery

System will not turn
on or powers on but

immediately turns off

Connection error

Solution

Contact the Bard Access Systems’ technical/clinical support at [phone].

Connect system to an A/C outlet for operation and battery recharge.

• Press and hold the power button for at least 3 seconds to power on.

• Connect system to an A/C outlet for operation and battery recharge

Note: If error persists, contact the Bard Access Systems’ technical/clinical
support at [phone]

1. Shutdown the system

2. Unplug the A/C adapter and plug back in

3. Turn the system on
Note: If error persists, contact the Bard Access Systems’ technical/clinical

support at [phone].

1. Press the configuration button

Touch screen
misalignment

2. Open the General tab

Touch screen

needs calibration

3. Press the Touch Screen calibrate button

4. Follow the onscreen prompts to complete calibration.

Continued on next page

Repair and Tr oubleshooting

22

Continued from previous page

Printer problems

Printer error

Site~Rite Vision* Ultrasound System

1. Check to ensure printer is on.

2. Check to ensure printer has paper.

3. Check printer power and USB connections. Ensure that the printer is
connected to the lowest USB port.

4. Note: If error persists, contact the Bard Access Systems’ technical/clinical
support at [phone].

Forgot System

Password

Note: Check that all cables are in good repair with no fraying or exposed copper. Ensure that connectors are in good repair with

pins and housings straight and free of damage.

Error

Files fail to transfer.

Message “Error Trasferring File” or “Status:

Contact Bard Access Systems technical/clinical support at [phone].

Table 5.2 DICOM Troubleshooting

Solutions

1. Check Ethernet cable connection.

2. DICOM not configured properly. Call your PACS
administrator. Configure the DICOM Application.

3. Contact Bard Access Systems’ technical/clinical
support at [phone].

1. Ensure that all fields for Name, ID, etc. are complete.

Processing Failure”

Message “Attempt to connect timed out without

establishing a connection”

Repair and Tr oubleshooting

1. Check that the system is connected to a working
network connection

2. Check that the IP address/port in the DICOM applica­tion matches the server’s IP address/port.

3. Check that the server is running.

Technical Manual

23

Table 5.3 Site~Rite Vision* Ultrasound System Troubleshooting

Error Code Symptom

EC1: Beamformer Problem

EC 2: Voltage Levels Out of Range

No ultrasound
image

No ultrasound
image

Solutions

1. Battery is low. Plug the display into A/C Power.

2. Check A/C adapter.

3. Reboot System.
Contact Bard Access Systems’ technical/clinical

support at [phone].

EC 3: System Initialization Error

No ultrasound
image

Poor Image QualityUltrasound Image

• Follow the recommended image optimization

in Table 5.4 and 5.5. See the Site~Rite Vision*
Ultrasound System Instructions for Use for
additional information.

• If the image issue cannot be resolved, contact

Bard Access Systems’ technical/clinical support
at [phone].

Repair and Tr oubleshooting

24

Site~Rite Vision* Ultrasound System

Table 5.4 Recommended Image Optimization Sequence

STEP

Select the appropriate procedural

setting from the procedural toolbar.

Select the depth required to

see the target structure.

Adjust focus to align with

the target structure.

Adjust frequency according

to the target depth.

Adjust Gain and/or TGC

to user preference.

Adjust Contrast to user preference

and procedural need.

Adjust power.

Save as user preset.

Start from a known optimized image.

Visualize target depth/structure to start optimizing image.

The focal point on the image has the best image resolution.

Higher frequency has the best resolution and should be used for shallow imaging.
Lower frequency has the best penetration and should be used for deep imaging.

Gain adjusts overall image brightness.
TGC adjusts brightness in sections of the image.

High contrast is black and white.
Low contrast is many shades of gray.

Higher power makes the image brighter.

Once the image is adjusted, the clinician may want to save these custom
settings for future use.

Note: All steps may not be required to optimize the image.
Note: Depth, Focus, Frequency, and Power affect the acoustic output and the MI (Mechanical Index) and TI (Thermal Index) values.

The MI and TI values should be monitored as these parameters are adjusted so that the lowest values of MI and TI are used that
achieve the desired image. See the Site~Rite Vision* Ultrasound System instructions for use for further information regarding MI, TI
and prudent use.

Repair and Tr oubleshooting

Technical Manual

STEP

25

Table 5.5 Recommended Doppler (CFM mode) Optimization Sequence

Select or adjust to an optimized
image for the targeted structure

Place the Doppler window over

the structure of interest

Adjust Doppler window size

Angle the probe relative to

the structure of interest

Adjust Flow Range

Adjust Gain

Adjust power

Save as user preset

Start from a known optimized image. See Table 5.4.

Flow information will only appear in the Doppler window.

Flow information will only appear in the Doppler window.

Angle of the probe relative to the structure has a significant affect on the Doppler data.
Consistent Doppler data is obtained if the probe is not perpendicular to the flow.

Start at a low flow range and adjust upward until flow information is consistent and
visible in the target structure. Black indicates flow information is outside the flow range.

Increasing gain will enhance the Doppler data, but may add noise
(red/blue speckles) in non targeted areas.

Increasing power will enhance the Doppler data, but may add noise
(red/blue speckles) in non targeted areas

Once the image is adjusted, the clinician may want to save these custom
settings for future use.

Note: Blue denotes flow away from the probe. Red denotes flow towards the probe.
Note: All steps may not be required to optimize the image.
Note: Doppler power, Doppler Window Depth and Doppler Window Size affect the acoustic output and the MI (Mechanical Index)

and TI (Thermal Index) values. The MI and TI values should be monitored as these parameters are adjusted so that the
lowest values of MI and TI are used that achieve the desired image. See the Site~Rite Vision* Ultrasound System
instructions for use for further information regarding MI, TI and prudent use.

Repair and Tr oubleshooting

26

An issued or revision date for this document is included for the user's information. In the event two years have elapsed between this
date and product use, the user should contact Bard Access Systems, Inc. to see if additional product information is available.

Revision date: September 2010
Site~Rite Vision* Ultrasound System

Manufactured for:

Bard Access Systems, Inc.

605 North 5600 West
Salt Lake City, UT 84116 U.S.A.
1-(801)-522-5000
Customer Service: 1-(800)-545-0890
Technical/Clinical Support: 1-(800)-443-3385
Fax: [phone]
www.bardaccess.com

* Bard, Sherlock, Sherlock 3CG and Site~Rite Vision are trademarks and/or registered trademarks of C. R. Bard, Inc.
All other trademarks are the property of their respective owners.

Site~Rite* Vision Ultrasound System

© 2010 C. R. Bard, Inc. All rights reserved.
0725009 1009R

Contact Information