Boston Scientific Maestro 4000 Instruction Manual

CONNECTIONS GUIDE
EP-305104-AA MAR2015

CONNECTIONS GUIDE
1Cheat Sheet Connections
2 Blazer™II/Blazer Prime™4mm
2.1 Maestro 4000™
2.2 Maestro 3000™
3 Blazer™II / Prime™XP 8/10 mm
3.1 Maestro 4000™
3.2 Maestro 3000™
4 Chilli II™
4.1 Maestro 4000™
4.2 Maestro 3000™
5Blazer™Open-Irrigated
5.1 Maestro 4000™
5.2 Stockert
5.3 IBI
6IntellaTip MiFi™XP
6.1 Maestro 3000™set up
6.2 Maestro 4000™set up
6.3 Maestro 3000™/4000™with EnSite™Velocity™
6.3.1 Basic EnSite™Velocity™
6.3.2 Advanced EnSite™Velocity™
6.4 Connection Guide & IBI 18
6.5 Connection Guide & Stockert
1
3
4
4
6
6
6
5
5
7
9
10
12
13
17
15
18

CONNECTIONS GUIDE
8 Maestro 3000™ guide
9 CircuCool™ Instructions
10 Maestro 4000™
10.1 Controller Setup
10.2 Troubleshooting Guide
10.3 Diagnostic Messages Card
10.4 Operational Messages Card
11 MetriQ™
11.1 Set up
11.2 Messages Card
21
27
33
35
37
39
41
43
CONNECTIONS GUIDE
8Maestro 3000™guide
9 CircuCool™Instructions
10 Maestro 4000™
10.1 Controller Setup
10.2 Troubleshooting Guide
10.3 Diagnostic Messages Card
10.4 Operational Messages Card
11 MetriQ™
11.1 Set up
11.2 Messages Card
2
20
26
32
34
36
38
40
42

CATHETER GENERATOR CONNECTOR
MAX
POWER
GROUND PAD
UNITS
GROUND PAD CABLE
ADAPTER PUMP TUBING SET
FLUID INFUSION SPEED (ml/min)
no RF/< 30 W/30-50 W
FLUID FOR
INFUSION
MAESTRO 3K 651/613 100 1 Valley lab directly to gen - - - -
MAESTRO 4K 651/613 100 1 Valley lab directly to gen - - - -
STOCKERT 115^^ 100 1 39D82X0** - - - -
IBI1500T 1684TH*+613/651 100 1 Valley lab directly to gen - - - -
MAESTRO 3K 651/613 150 2 Valley lab directly to gen - - - -
MAESTRO 4K 651/613 150 2 Valley lab directly to gen - - - -
STOCKERT 115^^ 100 2 39D82X0**+ E0507B^ - - - -
IBI1500T 1684TH*+613/651 150 2 Valley lab directly to gen - - - -
MAESTRO 3K 620 150 2 Valley lab directly to gen - - - -
MAESTRO 4K 620 150 2 Valley lab directly to gen - - - -
STOCKERT 620+115^^ 100 2 39D82X0**+ E0507B^ - - - -
IBI1500T 1684TH*+620 150 2 Valley lab directly to gen - - - -
MAESTRO 3K 681 50 1 Valley lab directly to gen CIRCUCOOL 352104 36 (fixed) 5% Dextrose
MAESTRO 4K 681 50 1 Valley lab directly to gen CIRCUCOOL 352104 36 (fixed) 5% Dextrose
STOCKERT - - - - - - -
MAESTRO 3K - - - - - - -
MAESTRO 4K 671 50 1 Valley lab directly to gen METRIQ 117 2/17/30 saline
STOCKERT 691 50 1 39D82X0** COOLFLOW 116 or BW tubing set 2/17/30 saline
IBI 1500T 100-339 ADAPTOR + 691 50 1 Valley lab directly to gen COOL POINT SJ tubing set 2/17/30 saline
*Provided by SJM
**Provided by BW
^Provided by Covidien
^^115 is BSC reference, also provided by BW with their own reference (16384)
BLAZER II/PRIME
4 mm
BLAZER II/PRIME XP
8/10 mm
MIFI XP
CHILLI II
BLAZER OI
3
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order of a
physician. Indications, contraindications, warnings and instructions for use can be found in the product labelling supplied with each device.
Information for the use only in countries with applicable health authority product registrations.
3

Maestro 4000™ Cardiac Ablation System
Connection Guide
Maestro 4000™Controller to:
Blazer™II XP Catheter
Blazer Prime™XP Catheter
Maestro 4000™Controller to:
Blazer™II Temperature Ablation Catheter
Blazer™II Temperature Ablation Catheter
Blazer Prime™Temperature Ablation Catheter
Power
Power
Temp
Average Maximum Clear
Control
Panel
Power Temp Impedance
Impedance Time
Counter
TotalTime
Mem
Mem
Mem
Mem
Mem
12345
View
Settings
Temperature
RF Power Control
Generator Ren
RPM
TM
Indifferent
Electrode
Indifferent
Electrode
STD/XP
Ground Pad
M004 354 0
Ground Pad
M004 354 0
Cable: Pod to Recorder
M004 653S 0
Cable: Pod to Catheter
M004 651 0 or M004 613 0
Power
Power
Temp
Average Maximum Clear
Control
Panel
Power Temp Impedance
Impedance Time
Counter
Total
Time
Mem
Mem
Mem
Mem
Mem
12345
View
Settings
Temperature
RF Power Control
Generator Ren
RPM
TM
Indifferent
Electrode
Indifferent
Electrode
STD/XP
Cable: Pod to Recorder
M004 653S 0
Ground Pad
M004 354 0
Cable: Pod to Catheter
M004 651 0 or M004 613 0
4
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
Maestro 4000™
Cardiac Ablation System
Connection Guide
4

Maestro 4000™Controller to:
Chilli II™Cooled Ablation Catheter
Cable: Pod to Recorder
M004 653S 0
Cable: Pod to Catheter M004 681 0
Ground Pad
M004 354 0
Tubing Kit
M004 352104 0
Power
Power
Temp
Average Maximum Clear
Control
Panel
Power Temp Impedance
Impedance Time
Counter
Total
Time
Mem
Mem
Mem
Mem
Mem
12345
Vie
w
Settings
Temperature
RF P
ower Control
Generator Ren
RPM
TM
Indifferent
Electrode
Indifferent
Electrode
TP
Sterile, normal (0.9%), heparinized
(1 u heparin/ml) saline
MetriQ™ Irrigation Pump
Tubing Set
M004 117 0
Blazer Open Irrigated
Ablation Catheter
Blazer OI Pod to Catheter
Cable M004 671 0
Ground Pad
M004 354 0
Communication Cable
M004 661 0
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sales by or on the
order of a physician. Indications, contraindications, warnings and instructions for use can be found in the product labeling
supplied with each device. Information for the use only in countries with applicable health authority product registrations.
EP-252704-AA JUN2014 Printed in Germany by medicalvision.
www.bostonscientific.com
© 2014 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2215EA
Maestro 4000™ Controller to:
Blazer™Open-Irrigated Ablation Catheter
5
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
5

Maestro 3000 Controller to:
Blazer™ II Temperature Ablation Catheter
Blazer™ II HTD Temperature Ablation Catheter
Blazer Prime™ HTD Temperature Ablation Catheter
Maestro 3000 Controller to:
Blazer™ II XP Temperature Ablation Catheter
Blazer Prime™ XP Temperature Ablation Catheter
Ground Pad
M004 354 1
Cable: Pod to Catheter
M004 651 0 or M004 613 0
Cable: Pod to Recorder
M004 653S 0
Cable: Pod to Recorder
M004 653S 0
Ground Pad
M004 354 1
Ground Pad
M004 354 1
Cable: Pod to Catheter
M004 651 0 or M004 613 0
Maestro 3000 Controller to:
Chilli II™ Cooled Ablation Catheter
Cable: Pod to Recorder
M004 653S 0
Ground Pad
M004 354 1
Cable: Pod to Catheter M004 681 0
Tubing Kit
M004 352104 0
Maestro 3000™ Cardiac Ablation System
EP Cat 2013_inners_blueband_EP INNERS2012.qxd 11/04/2013 11:39 Page 4
6
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
Maestro 3000™
Cardiac Ablation System
6

Blazer™Open-Irrigated Ablation Catheter with
Compatible Generator and Pump
Product illustrations designed by Boston Scientific, not actual photos.
The Blazer Open-Irrigated Ablation Catheter has been tested and verified to operate safely with the
Stockert Radiofrequency Generator and Biosense Webster CoolFlow®Irrigation Pump. Data on file.
Sterile, normal (0.9%),
heparinized (1 u heparin/ml) saline
Stockert
Radiofrequency
Generator
Global Port Digital
ECG Connection Cable
Stockert
Global Port
Serial Computer
Interface Cable D-type
Biosense Webster
CoolFlow Irrigation Pump
Biosense Webster
CoolFlow Irrigation
Tubing Set
Blazer™Open-Irrigated
Ablation Catheter
Model 691 Cable
EGM Connection
Cable
Dispersive Indifferent Patch
Biosense Webster
Stockert CoolFlow
Pump Interface Cable
CoolFlow is a trademark of Cordis Corporation.
The Blazer™Open-Irrigated Ablation Catheter requires a generator, pump and tubing system
able to deliver 1W to 50W of power and irrigation flow to the catheter cooling lumen of
2ml/min during standby and 17-30 ml/min during RF delivery.
8
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
Blazer™Open-Irrigated
Ablation Catheter
with Compatible Generator and Pump
7

Irrigation Flow Recommendations
The Stockert Radiofrequency Generator Operation:
•Select Catheter Type ‘THERMO-COOL’
•Confirm the ‘CoolFlow Cut-Off’ is set to 50° C (generator default)
•Set the initial power level to 15-20W
•Maximum power of 50W
•Power may be increased by 5-10W increments as needed
Power (W) Irrigation Flow Rate (ml/min)
Mapping/
Standby 0 2
Ablation ≤30 17
31-50 30
The Blazer™Open-Irrigated Ablation Catheter requires a generator, pump and tubing system
able to deliver 1W to 50W of power and irrigation flow to the catheter cooling lumen of
2ml/min during standby and 17-30 ml/min during RF delivery.
Blazer™Open-Irrigated Ablation Catheter with
Compatible Generator and Pump
•Initiate a higher flow rate (17ml/min) up to 5 seconds prior to start of RF delivery. Maintain high
flow 2-5 seconds after RF delivery terminates and then adjust accordingly.
•The application of RF energy must not be initiated until the increase in irrigation flow rate is
confirmed by at least a 2º C decrease.
© 2010 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2156EA
www.bostonscientific-international.com
Valleylab is a trademark of Covidien AG Corporation.
CoolFlow is a trademark of Cordis Corporation.
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order of a
physician. Indications, contraindications, warnings and instructions for use can be found in the product labelling supplied with each device.
Information for the use only in countries with applicable health authority product registrations.
PSST IC 6390 Printed in Germany by medicalvision.
9
Irrigation Flow Recommendations
The Stockert Radiofrequency Generator Operation:
•Select Catheter Type ‘THERMO-COOL’
•Confirm the ‘CoolFlow Cut-Off’ is set to 50° C (generator default)
•Set the initial power level to 15-20W
•Maximum power of 50W
•Power may be increased by 5-10W increments as needed
Power (W) Irrigation Flow Rate (ml/min)
Mapping/
Standby 0 2
Ablation ≤30 17
31-50 30
The Blazer™Open-Irrigated Ablation Catheter requires a generator, pump and tubing system
able to deliver 1W to 50W of power and irrigation flow to the catheter cooling lumen of
2ml/min during standby and 17-30 ml/min during RF delivery.
Blazer™Open-Irrigated Ablation Catheter with
Compatible Generator and Pump
•Initiate a higher flow rate (17ml/min) up to 5 seconds prior to start of RF delivery. Maintain high
flow 2-5 seconds after RF delivery terminates and then adjust accordingly.
•The application of RF energy must not be initiated until the increase in irrigation flow rate is
confirmed by at least a 2º C decrease.
© 2010 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2156EA
www.bostonscientific-international.com
Valleylab is a trademark of Covidien AG Corporation.
CoolFlow is a trademark of Cordis Corporation.
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order of a
physician. Indications, contraindications, warnings and instructions for use can be found in the product labelling supplied with each device.
Information for the use only in countries with applicable health authority product registrations.
PSST IC 6390 Printed in Germany by medicalvision.
9
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
Blazer™Open-Irrigated
Ablation Catheter
with Compatible Generator and Pump
8

BlazerTM Open-Irrigated
Ablation Catheter - Connectivity to IBI generator
MedFact Connect
Adapter Cable
Blazer OI
Connector cable
Blazer OI
Catheter Model
IBI Generator Model
Catalog Number 100-339 M0046910 EPT9620K2 (Large)
EPT9620 (Standard)
EPT9620N4 (Asymmetric)
1500T11
Adaptor List Price € 300 per box (€ 150 each), 2 nonsterile units per box, minimum order 1 box
© 2013 Boston Scientic Corporation
or its afliates. All rights reserved.
DINEP2201EB
www.bostonscientific-international.com
All cited trademarks are the property of their respective owners.
CAUTION: The law restricts these devices to sales by or on the order
of a physician. Indications, contrain-dications, warnings and instructions
for use can be found in the product labeling supplied with each device.
Information for the use only in countries with applicable health
authority product registrations.
EP-197002-AB OCT 2013 Printed in Germany by medicalvision.
Contact Information:
Phone: [phone]
Email: of[email protected]
10
BlazerTM Open-Irrigated
Ablation Catheter - Connectivity to IBI generator
MedFact Connect
Adapter Cable
Blazer OI
Connector cable
Blazer OI
Catheter Model
IBI Generator Model
Catalog Number 100-339 M0046910 EPT9620K2 (Large)
EPT9620 (Standard)
EPT9620N4 (Asymmetric)
1500T11
Adaptor List Price € 300 per box (€ 150 each), 2 nonsterile units per box, minimum order 1 box
© 2013 Boston Scientic Corporation
or its afliates. All rights reserved.
DINEP2201EB
www.bostonscientific-international.com
All cited trademarks are the property of their respective owners.
CAUTION: The law restricts these devices to sales by or on the order
of a physician. Indications, contrain-dications, warnings and instructions
for use can be found in the product labeling supplied with each device.
Information for the use only in countries with applicable health
authority product registrations.
EP-197002-AB OCT 2013 Printed in Germany by medicalvision.
Contact Information:
Phone: [phone]
Email: of[email protected]
10
Blazer™Open-Irrigated
Ablation Catheter
Connectivity to IBI generator
9

IntellaTip MiFi™XP
System Set Up
Step 1. Connecting the Catheter to the Filter Module and Pod with the M0046200 Cable
a. Connect yellow cable plug into the port marked “Catheter Cable” on the Filter Module
b. Connect the red cable plug into the center port marked “STD/XP on the Pod
c. Connect the black cable plug into the IntellaTip MiFi XP Catheter
Step 2. Connecting the Filter Module to the Recording System with the M004 653S 0 Cable
a. Connect the M004 653S 0 Cable cable plug into the green port marked “Recording
System” on the Filter Module. Connect the second M004 653S 0 Cable to Pod
b. Connect the 3 Mini Electrodes (ME’s) via the three pins D, 2, and 3 to the Catheter
Pin Connection Box. Pin 4 is not used.
Step 3. Connecting the Pod to the Recording System with the M004 653S 0 Cable
a. Connect the M004 653S 0 Cable plug to the Pod
b. Connect the conventional bipoles via the pins 1, 2, 3 and 4 to the Catheter Pin
Connection Box
Step 4. Connecting the Pod to the Filter Module
a. Connect the shrouded pin-end (2mm shrouded pin) of Reference Cable to the port marked “Reference Cable” on the Filter Module
b. Connect the 2 prong plug end of the Reference Cable to the Dispersive Indifferent Patch (DIP) port on the Pod
c. Connect the DIP to the 2-prong socket end of the Reference Cable
d. Connect 1 additional DIP directly to the remaining port marked “Indifferent Electrode” on the Pod
CATHETER PIN CONNECTION BOX
Cable M004 653S 0
(Yellow)
Cable:
Dispersive Indifferent Patch
(Commercially Available)
IntellaTip MiFi Filter Module
(Green)
(2mm Shrouded Pin)
IntellaTip MiFi XP Cable
Maestro 3000 Cardiac Ablation Controller
Cable:
Dispersive Indifferent Patch
(Commercially Available)
RF Ablation Pod
IntellaTip MiFi XP Catheter
Reference Cable:
Step 3
Filter Module to RF Pod
(Black)
(Red)
Step 1
Step 2
Step 4
M004 653S 0
M004 21860T 0
M004 3636 0
M004 620 0
M004 653S 0
M004 1212 0
11
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up
10

Unparalleled Clarity
Valleylab is a trademark of Covidien AG Corporation.
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order
of a physician. Indications, contraindications, warnings and instructions for use can be found in the product labelling supplied with
each device. Information for the use only in countries with applicable health authority product registrations.
Information contained herein is for distribution outside the U.S. only. Illustrations for information purposes – not indicative of actual
size or clinical outcome.
EP177405-AA AUG13 Printed in Germany by medicalvision.
Filter Module
Reference Cable
Catheter Cable
IntellaTip MiFi™XP
Temperature Ablation Catheter Product Specification
www.bostonscientific-international.com
© 2013 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2200EA
Bidirectional Curve Options
Standard Radius Curve
Large Radius Curve (K2)
Asymmetrical-4 Curve (N4)
Electrode Configuration: Quadripolar
Electrode Spacing: 2.5 mm
Indicated for use with an 8.5F sheath
Catheter Model No. Shaft Size Tip Size Curve Style Cable Model No.
M004 EPM4500 0 7F 8F/8 mm (straight) Standard M004 620 0
M004 EPM4500K2 0 7F 8F/8 mm (straight) Large M004 620 0
M004 EPM4500N4 0 7F 8F/8 mm (straight) Asymmetric-4 M004 620 0
M004 EPM4790 0 7F 8F/10 mm (straight) Standard M004 620 0
M004 EPM4790K2 0 7F 8F/10 mm (straight) Large M004 620 0
M004 EPM4790N4 0 7F 8F/10 mm (straight) Asymmetric-4 M004 620 0
Cables and Accessories
Model No. Description
M004 1212 0 Filter Module (reference cable included)
M004 3636 0 Reference Cable from Filter Module to Pod (32 in)
M004 620 0 Cable from Catheter to Pod and to Filter Module (10 ft)
M004 653S 0 Cable from Filter Module or Pod to Recorder (2 required)
7 F = 2.33 mm 8 F = 2.66 mm 8.5 F = 2.83 mm
IntellaTip MiFi™ XP Temperature Ablation Catheter
12
Unparalleled Clarity
Valleylab is a trademark of Covidien AG Corporation.
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order
of a physician. Indications, contraindications, warnings and instructions for use can be found in the product labelling supplied with
each device. Information for the use only in countries with applicable health authority product registrations.
Information contained herein is for distribution outside the U.S. only. Illustrations for information purposes – not indicative of actual
size or clinical outcome.
EP177405-AA AUG13 Printed in Germany by medicalvision.
Filter Module
Reference Cable
Catheter Cable
IntellaTip MiFi™XP
Temperature Ablation Catheter Product Specification
www.bostonscientific-international.com
© 2013 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2200EA
Bidirectional Curve Options
Standard Radius Curve
Large Radius Curve (K2)
Asymmetrical-4 Curve (N4)
Electrode Configuration: Quadripolar
Electrode Spacing: 2.5 mm
Indicated for use with an 8.5F sheath
Catheter Model No. Shaft Size Tip Size Curve Style Cable Model No.
M004 EPM4500 0 7F 8F/8 mm (straight) Standard M004 620 0
M004 EPM4500K2 0 7F 8F/8 mm (straight) Large M004 620 0
M004 EPM4500N4 0 7F 8F/8 mm (straight) Asymmetric-4 M004 620 0
M004 EPM4790 0 7F 8F/10 mm (straight) Standard M004 620 0
M004 EPM4790K2 0 7F 8F/10 mm (straight) Large M004 620 0
M004 EPM4790N4 0 7F 8F/10 mm (straight) Asymmetric-4 M004 620 0
Cables and Accessories
Model No. Description
M004 1212 0 Filter Module (reference cable included)
M004 3636 0 Reference Cable from Filter Module to Pod (32 in)
M004 620 0 Cable from Catheter to Pod and to Filter Module (10 ft)
M004 653S 0 Cable from Filter Module or Pod to Recorder (2 required)
7 F = 2.33 mm 8 F = 2.66 mm 8.5 F = 2.83 mm
IntellaTip MiFi™ XP Temperature Ablation Catheter
12
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Temperature Ablation Catheter
Product Specification
11

Maestro 4000™
Cardiac Ablation System
IntellaTip MiFi™ XP Temperature Ablation Catheter - System Setup
Maestro 4000 Controller to:
IntellaTip MiFi XP Catheter
Step 1. Connecting the Catheter to the Filter Module and Pod with the M004 620 0 Cable
a. Connect yellow cable plug into the port marked “Catheter Cable” on the Filter Module
b. Connect the red cable plug into the center port marked “STD/XP” on the Pod
c. Connect the black cable plug into the IntellaTip MiFi XP Catheter
Step 2. Connecting the Filter Module to the Recording System with the M004 653S 0 Cable
a. Connect the M004 653S 0 Cable cable plug into the green port marked “Recording
System”
on the Filter Module. Connect the second M004 653S 0 Cable to Pod
b. Connect the 3 Mini Electrodes (ME’s) via the three pins D, 2 and 3 to the Catheter Pin
Connection Box. (Pin 4 is not used)
Step 3. Connecting the Pod to the Recording System with the M004 653S 0 Cable
a. Connect the M004 653S 0 Cable plug to the Pod
b. Connect the conventional bipoles via pins 1, 2, 3 and 4 to the Catheter Pin Connection Box
Step 4. Connecting the Pod to the Filter Module
a. Connect the shrouded pin-end (2mm shrouded pin) of Reference Cable to the port marked “Reference Cable” on the
Filter Module
b. Connect the 2 prong plug end of the Reference Cable to the Dispersive Indifferent Patch (DIP) port on the Pod
c. Connect the DIP to the 2-prong socket end of the Reference Cable
d. Connect 1 additional DIP directly to the remaining port marked “Indifferent Electrode” on the Pod
CATHETER PIN CONNECTION BOX
Cable M004 653S 0
(Yellow)
Cable: M004 653S 0
Dispersive Indifferent Patch
(Commercially Available)
IntellaTip MiFi Filter Module
M004 1212 0
(Green)
(2mm Shrouded Pin)
IntellaTip MiFi XP Cable
M004 620 0
Cable: M004 653S 0
Dispersive Indifferent Patch
(Commercially Available)
RF Ablation Pod
M004 4010 0
IntellaTip MiFi XP Catheter
Reference Cable:
Step 3
Filter Module to RF Pod
M004 3636 0
(Black)
(Red)
Step 1
Step 2
Step 4
Maestro 4000 Cardiac Ablation Controller
13
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
Maestro 4000™
Cardiac Ablation System
IntellaTip MiFi™ XP Temperature Ablation Catheter - System Setup
12

Step 1. Connecting the IntellaTip MiFi XP Conventional Bipoles as a standard ablation catheter
a. Connect Dispersive Surface Electrode(s) to the Velocity EPT GenConnect Module.
b. Connect M004 620 0 Cable to the Filter Module (yellow plug) and the Velocity EPT GenConnect (red plug).
c. Connect the M004 620 0 Cable (black plug) into the IntellaTip MiFi XP Ablation Catheter.
d. Connect Dispersive Interconnect Cable (SJM 100010915) to the Maestro Pod Dispersive Pad Inputs.
e. Connect Catheter Interconnect Cable (SJM 100010397) to the Maestro Pod Catheter Input.
f. Connect the M004 653S 0 Cable into the Pod. Pin out conventional Bipoles into the Pin Connection Box.
Step 2. Connecting the IntellaTip MiFi XP Mini Electrodes as a separate diagnostic catheter
a. Connect the M004 653S 0 Cable plug into the green port marked “Recording System” on the Filter Module.
Connect the pins to the Catheter Pin Connection Box.
b. Pin out the Mini Electrodes (MEs) - D, 2 and 3. Pin 4 is not used, but can be plugged into any unused channel.
c. Do Not Connect the Reference Cable (M004 3636 0) when using the EnSite Velocity System.
(Green)
(Black)
(Yellow)
Velocity EPT GenConnect
Catheter Pin Connection Box
Pannel on the front
of the Amplifier
IntellaTip MiFi Filter Module
M004 1212 0
IntellaTip MiFi XP Catheter
Maestro 3000 Cardiac
TM Ablation Controller
RF Ablation Pod
M004 21860T 0
Dispersive Indifferent Patch
(Commercially Available)
IntellaTip MiFi XP Cable
M004 620 0
M004 653S 0
Cable: Filter Module
to Recorder
(Red)
Cable: Pod to Recorder
M004 653S 0
Do Not Connect the Reference Cable
IntellaTip MiFi™XP Ablation Catheter
Basic Set Up with Ensite™Velocity™Cardiac Mapping System
14
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Ablation Catheter
Basic Set Up with Ensite™ Velocity™ Cardiac Mapping System
13

In catheter set up mode
unclick the Mini Electrodes
Disable visualization
on the Mini Electrodes
A
Step 3. Defining the IntellaTip MiFi XP Ablation Catheter Parameters
a. The IntellaTip MiFi Catheter should be defined as both an ablation (ABL) and diagnostic (MIFI) catheter in the
Catheter Set Up Screen.
b. Input waveforms: D-2, 2-3 and 3-D, for the IntellaTip MiFi XP Ablation Catheter Mini Electrodes.
NAME ABL MIFI
Electrodes 4 3
Type: Ablation Diagnostic
Diameter: 8 Fr
(2.67 mm)
8 Fr
(2.67 mm)
Distal Length: 8/10 mm 1 mm
Electrode Length: 1.27 mm 1 mm
Electrode Spacing: 2.5-2.5-2.5 1-1
IntellaTip MiFi™XP Ablation Catheter
Basic Set Up with Ensite™Velocity™Cardiac Mapping System
www.bostonscientific.eu
© 2014 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2227EA
IntellaTip MiFi XP is a registered trademark of Boston Scientific or its affiliates. All other trademarks are property of their respective owners.
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order of a physician.
Indications, contraindications, warnings and instructions for use can be found in the product labeling supplied with each device. Information for the
use only in countries with applicable health authority product registrations.
Information not intended for distribution in France.
EP-283103-AA DEC2014 Printed in Germany by medicalvision.
15
In catheter set up mode
unclick the Mini Electrodes
Disable visualization
on the Mini Electrodes
A
Step 3. Defining the IntellaTip MiFi XP Ablation Catheter Parameters
a. The IntellaTip MiFi Catheter should be defined as both an ablation (ABL) and diagnostic (MIFI) catheter in the
Catheter Set Up Screen.
b. Input waveforms: D-2, 2-3 and 3-D, for the IntellaTip MiFi XP Ablation Catheter Mini Electrodes.
NAME ABL MIFI
Electrodes 4 3
Type: Ablation Diagnostic
Diameter: 8 Fr
(2.67 mm)
8 Fr
(2.67 mm)
Distal Length: 8/10 mm 1 mm
Electrode Length: 1.27 mm 1 mm
Electrode Spacing: 2.5-2.5-2.5 1-1
IntellaTip MiFi™XP Ablation Catheter
Basic Set Up with Ensite™Velocity™Cardiac Mapping System
www.bostonscientific.eu
© 2014 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2227EA
IntellaTip MiFi XP is a registered trademark of Boston Scientific or its affiliates. All other trademarks are property of their respective owners.
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order of a physician.
Indications, contraindications, warnings and instructions for use can be found in the product labeling supplied with each device. Information for the
use only in countries with applicable health authority product registrations.
Information not intended for distribution in France.
EP-283103-AA DEC2014 Printed in Germany by medicalvision.
15
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Ablation Catheter
Basic Set Up with Ensite™ Velocity™ Cardiac Mapping System
14

IntellaTip MiFi™XP Ablation Catheter
Advanced Set Up with Ensite™ Velocity™ Cardiac Mapping System
Step 1. Connecting the IntellaTip MiFi XP Conventional Bipoles as a standard ablation catheter
a. Connect Dispersive Surface Electrode(s) to the Velocity EPT GenConnect Module.
b. Connect M004 620 0 Cable to the Filter Module (yellow plug) and the Velocity EPT GenConnect (red plug).
c. Connect the M004 620 0 Cable (black plug) into the IntellaTip MiFi XP Catheter.
d. Connect Dispersive Interconnect Cable (SJM 100010915) to the Maestro Pod Dispersive Pad Inputs.
e. Connect Catheter Interconnect Cable (SJM 100010397) to the Maestro Pod Catheter Input.
f. Connect the M004 653S 0 Cable into the Pod. Pin out conventional Bipoles into the Pin Connection Box
Step 2. Connecting the IntellaTip MiFi XP Mini Electrodes as a separate diagnostic catheter
a. Connect the M004 653S 0 Cable plug into the green port marked “Recording System” on the Filter Module.
Connect the pins to the Catheter Pin Connection Box.
b. Pin out the Mini Electrodes (MEs) - D, 2 and 3. Pin 4 is not used, but can be plugged into any unused channel.
c. Do Not Connect the Reference Cable (M004 3636 0) when using the EnSite Velocity System.
Step 3. Defining the IntellaTip MiFi XP Catheter Parameters
a. The IntellaTip MiFi Catheter should be defined as both an ablation (ABL) and diagnostic (MIFI) catheter in the
Catheter Set Up Screen.
b. Input waveforms: D-2, 2-3 and 3-D, for the IntellaTip MiFi XP Catheter Mini Electrodes.
(Green)
(Black)
(Yellow)
Velocity EPT GenConnect
Catheter Pin Connection Box
Pannel on the front
of the Amplifier
IntellaTip MiFi Filter Module
M004 1212 0
IntellaTip MiFi XP Catheter
Maestro 3000 Cardiac Ablation Controller
RF Ablation Pod
M004 21860T 0
Dispersive Indifferent Patch
(Commercially Available)
IntellaTip MiFi XP Cable
M004 620 0
M004 653S 0
Cable: Filter Module
to Recorder
(Red)
Cable: Pod to Recorder
M004 653S 0
NAME ABL MIFI
Electrodes 4 3
Type: Ablation Diagnostic
Diameter: 8 Fr (2.66 mm) 8 Fr (2.66 mm)
Distal Length: 8/10 mm 1 mm
Electrode Length: 1.27 mm 1 mm
Electrode Spacing: 2.5-2.5-2.5 1-1
16
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Ablation Catheter
Advanced Set Up with Ensite™ Velocity™ Cardiac Mapping System
15

IntellaTip MiFi XP is a registered trademark of Boston Scientific or its affiliates.
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order
of a physician. Indications, contraindications, warnings and instructions for use can be found in the product labelling supplied with
each device. Information for the use only in countries with applicable health authority product registrations.
Information contained herein is for distribution outside the U.S. only. Illustrations for information purposes – not indicative of actual
size or clinical outcome.
EP-238913-AA APR2014 Printed in Germany by medicalvision.
www.bostonscientific-international.com
© 2014 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2206EA
IntellaTip MiFi™XP Ablation Catheter
Advanced Set Up with Ensite™ Velocity™ Cardiac Mapping System
Enable visualization
on the Mini Electrodes
Before mapping, create a model with the Conventional Bipoles
Mapping with Mini Electrodes Point by Point Data Review
a) In the Collection Control Panel under
“Roving Source” select MIFI and ALL
b) Ensure to click “show all roving waves”
c) In the Filters Control Panel select
the desired filter settings
In catheter set up mode verify
the Mini Electrodes are selected
A
B
C D Select the highest voltage Mini
Electrode pair for each collection location
17
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Ablation Catheter
Advanced Set Up with Ensite™ Velocity™ Cardiac Mapping System
16

Mifi XP with SJM IBI T1500 T9
IntellaTip MiFi XP 620 cable
3636 cable First 354 ValleyLab ground pad
SJM IBI
T1500 T9
SJM 1684 TH
Adaptor cable*
653S cable
*Must be ordered directly through SJM by the hospital. Cannot be
provided by BSC.
Second 354 ValleyLab
ground pad
18
IntellaTip MiFi™XP
Temperature Ablation Catheter
with SJM IBI T1500 T9
17

Step 3. Connecting the Generator to the Recording System with the M004 653S 0 Cable
Step 4. Connecting the Generator to the Filter Module
Step 1. Connecting the Catheter to the Filter Module and Pod with the M00 4620 0 Cable
a. Connect the black 620 cable plug into the IntellaTip MiFi XP Ablation Catheter
b. Connect the red 620 cable with the 115 cable
c. Connect the red 115 cable to the front port marked “Catheter” on the generator
d. Connect the yellow 620 cable plug into the port marked “Catheter Cable” on the Filter Module
Step 2. Connecting the Filter Module to the Recording System with the M004 653S 0 Cable
a. Connect the M004 653S 0 Cable plug into the green port marked “Recording System”
on the Filter Module. Connect the second M004 653S 0 Cable to Pod
b. Connect the 3 Mini Electrodes (ME’s) via the three pins D, 2, and 3 to the Catheter Pin
Connection Box. Pin 4 is not used.
a. Connect the M004 653S 0 Cable plug to the Generator
b. Connect the conventional bipoles via the pins 1, 2, 3 and 4 to the Catheter Pin Connection Box
a. Connect the shrouded pin-end (2mm shrouded pin) of Reference Cable to the port marked “Reference Cable” on the front
of the Filter Module
b. Connect the 2 prong plug end of the Reference Cable to the Dispersive Indifferent Patch (DIP)
c. Connect the 2 prong plug end of the Reference Cable to 39D82X Reference cable (required with Valley Lab DIP)
d. Connect the 39D82X Reference cable to the front of the Generator with ‘Blue’ plug which has the DIP symbol
CATHETER PIN CONNECTION BOX
Cable M004 653S 0
Global Port
Digital ECG
Connection Cable
Stockert
Global Port
Serial Computer
Interface Cable D-type
EGM Connection
Cable
ValleyLab
Ground Pad
M004 354 0
Stockert EP-Shuttle
Radiofrequency Generator
IntellaTip MiFi™ XP Cable
M004 620 0
IntellaTip MiFi™ XP Cable
M004 115 0
IntellaTip MiFi™ XP
Ablation Catheter
Cable: Filter Module to Recorder
M004 653S 0
Reference Cable
M004 3636 0
Reference Cable
M004 39D82X 0
IntellaTip MiFi™ XP Filter Module
M004 1212 0
Cable: M004 653S 0
Step 2
(Red)
(Yellow)
(Green)
Reference Cable:
Filter Module to RF Pod
M004 3636 0
Step 4
IntellaTip MiFi XP Cable
M004 620 0
Step 1
Cable:
M004 653S 0
Step 3
In order to connect 2 ValleyLab®Ground Pads, adaptor EO5O7B (provided by Covidien) is needed.
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
19
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
18

IntellaTip MiFi XP Ablation Catheter is indicated for use with an 8.5F (2.83 mm) sheath.
All IntellaTip MiFi XP Ablation Catheters are 110 cm in length; distal shaft length is approximately 11 cm.
Unparalleled Clarity
Filter Module
Reference Cable
Catheter Cable
Bidirectional
Curve Options
Standard Radius Curve Large Radius Curve (K2) Asymmetric 4 Curve (N4)
Valleylab is a trademark of Covidien AG Corporation.
All cited trademarks are the property of their respective owners. CAUTION: The law restricts these devices to sale by or on the order of a physician.
Indications, contraindications, warnings and instructions for use can be found in the product labeling supplied with each device. Information for the use
only in countries with applicable health authority product registrations. Information contained herein is for distribution outside the U.S only. Illustrations for
information purposes – not indicative of actual size or clinical outcome.
EP_300901_AA MAR2015 Printed in Germany by medicalvision.
www.bostonscientific-international.com
© 2015 Boston Scientific Corporation
or its affiliates. All rights reserved.
DINEP2234EA
Catheter Model No. Shaft Size Tip Size Curve Style Cable Model No.
M004 EPM4500 0 7F (2.33 mm) 8F (2.66 mm) /8mm (straight) Standard M004 620 0
M004 EPM4500K2 0 7F (2.33 mm) 8F (2.66 mm) /8mm (straight) Large M004 620 0
M004 EPM4500N4 0 7F (2.33 mm) 8F (2.66 mm) /8mm (straight) Asymmetric 4 M004 620 0
M004 EPM4790 0 7F (2.33 mm) 8F (2.66 mm) /10mm (straight) Standard M004 620 0
M004 EPM4790K2 0 7F (2.33 mm) 8F (2.66 mm) /10mm (straight) Large M004 620 0
M004 EPM4790N4 0 7F (2.33 mm) 8F (2.66 mm) /10mm (straight) Asymmetric 4 M004 620 0
M004 115 0 is a Boston Scientific UPN for this cable, also available by Biosense Webster as reference number 16384.
In order to connect 2 ValleyLab®Ground Pads, adaptor EO5O7B (provided by Covidien) is needed.
Cables and Accessories
Model No. Description
M004 115 0 Stockert Cable to Blazer EPT Thermistor
M004 620 0 Catheter Cable to Pod and to Filter Module (10 ft)
M004 653S 0 Catheter Cable from Filter Module or Pod to recorder (2 required)
M004 1212 0 Filter Module (reference cable included)
M004 3636 0 Reference Cable from Filter Module to Pod (32 in)
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Temperature Ablation Catheter
20
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
IntellaTip MiFi™XP
Temperature Ablation Catheter
System Set Up with Stockert EP-Shuttle RF Generator
19