Transonic SP430 Operator's Manual

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OPERATOR'S MANUAL

Transonic

Modules For Research Use

AMERICAS

Transonic Systems Inc.

34 Dutch Mill Rd

Ithaca, NY 14850

U.S.A.

Tel: +1 607-257-5300

Fax: +1 607-257-7256

support@transonic.com

AU-OPR-400Ser-EN, Rev D Last Updated 12/22/17

400-Series Consoles &

Models:

Consoles: T402, T403

Modules: TS410, TS420 & SP430

EUROPE

Transonic Europe B.V.

Business Park Stein 205

6181 MB Elsloo

The Netherlands

Tel: +31 43-407-7200

Fax: +31 43-407-7201

europe@transonic.com

ASIA/PACIFIC

Transonic Asia Inc.

6F-3 No 5 Hangsiang Rd

Dayuan, Taoyuan County

33747 Taiwan, R.O.C.

Tel: +886 3399-5806

Fax: +886 3399-5805

support@transonicasia.com

JAPAN

Nipro-Transonic Japan Inc.

7th Floor, Maruha Building

11-1Matsuba-cho

Tokorozawa City, Saitama

359-0044 Japan

Tel: +81 04-2946-8541

Fax: +81 04-2946-8542

japan@transonic.com

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Page 1 Models: Consoles: T402, T403 Modules: TS410, TS420 & SP430 AMERICAS EUROPE ASIA/PACIFIC JAPAN Transonic Systems Inc. Transonic Europe B.V. Transonic Asia Inc. Nipro-Transonic Japan Inc. 34 Dutch Mill Rd Business Park Stein 205 6F-3 No 5 Hangsiang Rd 7th Floor, Maruha Building...
Page 2: Table Of Contents
Table of Contents Table of Contents ..................................ii Warnings & Precautions .................................iv I. Introduction ..................................1 II. T402 & T403 Multi-channel Consoles ..........................2 A. T402 Multi-Channel Bench-top Console ............................. 2 B. T403 Multi-Channel Bench-top Console ............................. 2 C. Console Care ..................................... 2 i.
Page 3: Table Of Contents
Appendix A: Theory of Operation ............................34 Appendix B: EMC Tables ................................35 Appendix C: Symbols & Signs ..............................36 All contents of this document Copyright © 2017 Transonic Systems Inc. ® All Rights Reserved. The following are Registered, U.S. Patent and Trademark Office: COnfidence Flowprobe ®...
Page 4: Warnings & Precautions
● Transonic ® Research Consoles and Modules, and compatible Probes, Sensors, Transducers and Catheters are designed only for investigative use with animals and are not for use in humans. Contact Transonic Systems Inc. for alternative products for human use applications.
Page 5: Introduction
“Sensor” and “Flowsensor” refer to Transonic ® Clamp-on and Inline Tubing Flowsensors. NOTE: “Transducers” refer to Pressure Transducers including Transonic Scisense Pressure Catheters and/or Transpac IV Pressure Transducers. “Catheters” refer to Transonic Scisense Pressure Catheters. ® Mix and match the measurement capabilities you need in a single instrumentation Console. T402 and T403 line cord powered Consoles are multi-channel capacity cases with a shared universal power supply and back-panel analog outputs compatible with most data acquisition systems.
Page 6: T402 & T403 Multi-Channel Consoles
II. T402 & T403 Multi-channel Consoles All 400-Series Consoles are line powered with convenient carrying handles and tiltable front feet. Consoles are not stand alone pieces of equipment; a properly connected, compatible Module is required to make measurements. A. T402 Multi-Channel Bench-top Console Four-Bay Console Holds up to two double-bay wide Modules, one double-bay Module and two single-bay Modules or a combination.
Page 7: Consoles: Functions & Controls
● If the fuses are blown, replace with 0.8 Amp fast blo fuses (Bussman # GMA0.8, 250 VAC). ● If the Console still does not power on, contact your local Transonic ® representative. AU-OPR-400Ser-EN,...
Page 8: Consoles: Specifications
iii. Consoles: Specifications WEIGHT/ SIZE T402 Four Bay Console ● 5.21” h x 9.25” w x 12” d ● 5.8 lbs T403 Six Bay Console ● 5.21” h x 13.46” w x 12” d ● 7.6 lbs Consoles have side panel handles and tiltable front feet for easy viewing MODULE COMPATIBILITY Accepts 400-Series Flow and Pressure Amplifier Modules ELECTRICAL...
Page 9: Consoles: Directions For Use
96-pin connector. The Module will click into place so that the Module is slightly recessed in the Console. ● Lock into place by tightening the thumbscrew. ● Cover any empty Module slots with a blank panel cover from Transonic ® . Align the cover holes with the console top and bottom horizontal rails and screw into place.
Page 10: Sequential Triggering
Consoles: Directions For Use 2. SEQUENTIAL TRIGGERING Interconnect 2 or 3 Flow Modules on the rear panel with jumpers between Modules (pins 11 & 12) from “Synch Out” to “Synch In” as shown (Fig. 2.4) & (Fig. 2.5). This wiring avoids the flow offsets that could result from ultrasonic cross- talk between adjacent Probes/...
Page 11: Ts410 Tubing Flow Module
III. TS410 Tubing Flow Module The TS410 Tubing Flow Module measures a single channel of volume flow using ultrasonic transit-time technology. The Module operates both Inline and Clamp-on Flowsensors for measuring volume flow in flexible plastic tubing circuits. The Flowsensors can be calibrated for and used with most non-aerated liquids including but not limited to: blood, saline, water, cell culture, physiological buffers, and blood analogs such as glycerine/water solutions.
Page 12: Ts410 Module: Functions & Controls
i. TS410 Module: Functions & Controls A. Front Panel Signal Quality LED Display Indicator LCD Display Sensor Status / Meter Status / Scroll Button Scroll Button Menu / Mute / Exit Button Select Button Filter Selection Button Zero Adjust BNC Flow Output Sensor Connection Attachment screw Fig.
Page 13: Modes Of Operation
160 Hz 500 Hz D. Analog Outputs Transonic Flow Modules output analog signals in the range of -5 volts to +5 volts that are compatible ® with most A/D (analog-to-digital) converters of Data Acquisition Systems. The back panel analog outputs...
Page 14: Ts410 Module: Specifications
ii. TS410 Module: Specifications ● Calibrate Scale: Sets output to 0 and 1 Volt to GENERAL FEATURES Size: 5.125” h x 4” w x 9.062” d calibrate external recording devices with scale Weight: 2.3 lbs. factor flow. Module fits 2 Console bays (20HP) in T402 or T403 ●...
Page 15: Ts410 Module: Functional Tests
TS410 Module: Functional Tests These functional tests are suggested to acquaint a new user with Transonic ® TS410 Flow Modules and Transonic Tubing Flowsensors and to check for damage incurred during shipment. If the apparatus does ® not function as described during this initial operation, please call Transonic ®...
Page 16: User Adjusted Gain
TS410 Module: Functional Tests C. User Adjusted Gain The user may adjust the calibration gain if using different fluids, temperatures or variables from the pre- programmed calibrations. 1) Set up the tubing calibration system with the desired parameters. 2) Choose the calibration setting which most closely matches the system setting. 3) Nullify the zero offset as described in “Flowsensor Zero Offset”...
Page 17: Ts410 Module: Directions For Use
iv. TS410 Module: Directions For Use A. Program Menu Press [Menu] to enter the program, this makes the blue button labels active. Use arrows to [Scroll] through menus and to set values for alarms and gain (pressing and holding scrolls faster). Press [Select] to enter menus or toggle settings on and off.
Page 18: Alarms Menu
C. Use of Clamp-on Flowsensors SENSOR SELECTION Flowsensor size and calibration is determined by the OD of the tubing on which it will be used. Each Transonic ® Clamp-on Tubing Flowsensor is custom calibrated for use on particular tubing (silicone rubber, latex, polyurethane, or polyvinyl chloride {PVC}).
Page 19 TS410 Module: Directions For Use SITE SELECTION The Flowsensor should be applied on straight tubing segments, about 10X the ID from side branches to produce measurements within its accuracy specifications. The best application site for the Flowsensor is a point well below the highest elevation of the tubing (where gas bubbles might lodge). The Flowsensor will deform the tube slightly.
Page 20: Use Of Inline Flowsensors
TS410 Module: Directions For Use D. Use of Inline Flowsensors SENSOR SELECTION Flowsensor size is determined by the tubing with which it will be used. Inline Flowsensors are sized based on the ID of the system tubing. SENSOR CALIBRATION Flowsensors are precalibrated for a particular liquid at a certain temperature (see Flowsensor’s calibration certificate).
Page 21: Ts420 Perivascular Flow Module
IV. TS420 Perivascular Flow Module The TS420 Perivascular Flow Module measures a single channel of volume flow using ultrasonic transit-time technology. The Module operates a range of Perivascular Flowprobes for measuring volume flow in arteries, veins and ducts. Probes are available for both acute use and chronic implantation.
Page 22: Ts420 Module: Functions & Controls
i. TS420 Module: Functions & Controls A. Front Panel LED Digital Display Signal Quality Analog Display Indicator Filter Selection Button Mode Selection Button Low Flow Range Invert Button Button Calibration Key Port BNC Flow Output Attachment screw Fig. 4.8: TS420 Front Panel Zero Adjust Probe Connection MODE SELECTION BUTTON...
Page 23: Modes Of Operation
160 Hz 500 Hz D. Analog Outputs Transonic ® Flow Modules output analog signals in the range of -5 volts to +5 volts that are compatible with most A/D (analog-to-digital) converters of Data Acquisition systems. The back panel analog outputs...
Page 24: Ts420 Module: Specifications
ii. TS420 Module: Specifications GENERAL FEATURES ZERO ADJUST Size 5.125” h x 4” w x 9.062” d Recessed momentary push button to zero flow Weight: 2.2 lbs. reading at stopped flow Module fits 2 Console bays (20HP) in T402 or T403 Power: Derives input power from 400-Series LOW RANGE Consoles.
Page 25: Ts420 Module: Functional Tests
TS420 Module: Functional Tests These functional tests are suggested to acquaint a new user with Transonic ® 400-Series Flow Modules and Transonic Perivascular Flowprobes and to check for damage incurred during shipment. If the apparatus ® does not function as described during this initial operation, please call Transonic ®...
Page 26: Flowprobe Zero Offset
Put the Flow Module in [Scale] mode to display the value of the Probe’s 1 volt reference signal in the normal or low flow range. This reference signal is used to calibrate the data acquisition system and does not change the factory calibration of the Flowprobe. All Transonic ®...
Page 27: Ts420 Module: Directions For Use
Probe may exhibit when applied to a vessel. If only chronic measurements are needed, the 10 minute Probe soak may be omitted. The Flowprobe has been factory calibrated to meet Transonic ®...
Page 28 Standard Probe/reflector combinations come factory-prepared with suture holes and eyelets to allow for this suturing. The proper method to secure a Probe in place depends on the application site: Transonic ® Surgical and Technical Application Notes offer some tried and proven methods.
Page 29: Sp430 Pressure Amp Module
(from the front). Transducers The SP430 Pressure Module is equipped to work with Transonic Scisense solid-state Pressure Catheters. The Module is also compatible with Transpac IV pressure transducers Transonic PART # YS100 when used with the YS100-ADPT. 1. TRANSONIC SCISENSE PRESSURE CATHETERS Transonic Scisense solid-state Pressure Catheters provide high fidelity pressure measurements directly at the source.
Page 30: Sp430 Module: Functions & Controls
MEA (Measure) Mode Button 0 mmHg Calibration Button HDMI Connectors Balance Control Knobs BNC Analog Outputs Fig. 5.4: SP430 Transonic Scisense Pressure Amp Module MEA (MEASURE) MODE BUTTON Press to engage pulsatile pressure measurement mode. Light indicates activation. 0 MMHG CALIBRATION BUTTON Outputs calibration voltage (-2.857 V ±2%) corresponding to 0 mmHg.
Page 31: Modes Of Operation
Acceptable range: -0.560 V to -0.582 V Acceptable range: -0.560 V to -0.582 V C. Analog Outputs Transonic ® Pressure Amp Modules output analog signals in the range of -5 volts to +5 volts that are compatible with most A/D (analog-to-digital) converters of data acquisition systems. The back panel analog...
Page 32: Sp430 Module: Specifications
2 may result in excessive noise in the signal. CATHETER/TRANSDUCER COMPATIBILITY Accepts Pressure input in 2 front panel HDMI connectors. Each channel has separate controls and outputs. ● Transonic Scisense solid-state Pressure Catheters with HDMI connectors ● Transpac ®...
Page 33: Sp430 Module: Functional Tests
5) The analog output should be at -0.571 V (Do not adjust the balance control knob). NOTE: If the output at 100 mmHg is significantly different, do not use the Pressure Transducer and contact your local Transonic ® representative for troubleshooting or repair return instructions.
Page 34: Sp430 Module: Directions For Use
(i.e. a saline filled syringe) and allow a warm up time of 30 minutes while preparing the animal for surgery. Fig. 5.5: Transonic Scisense 5F FDH Pressure Catheter 2) Connect the Catheter to the channel 1 input using the supplied HDMI cable.
Page 35: Transpac ® Iv Pressure Transducers
® IV Pressure Transducers A disposable Transpac ® IV Pressure Transducer for a fluid-filled arterial or venous catheter can be connected to the Module using a RJ11 to HDMI adaptor (Transonic ® part YS100-ADPT). NOTE: Use of the Transpac ®...
Page 36: Guarantee, Service And Warranty
● Consoles & Modules are warranted for a period of 12 months after date of shipment ● Flowprobes & Flowsensors are warranted for a period of 6 months after date of shipment ● Transonic Scisense Pressure Catheters less than two French (<2F) are warranted for a period of 12 months after date of shipment ●...
Page 37: Equipment Return Instructions
The Repair Return Form b) Power cord c) Additional Probes, Sensors, cables or other equipment if requested by the Service Technician B. Flowprobes, Flowsensors & Transonic Scisense Pressure Catheters 1) Call your Transonic ® representative or contact your regional office, listed below, with a description of the problem with the Probe, Sensor or Catheter.
Page 38: Appendix A: Theory Of Operation
Electronic ultrasonic circuitry directs a Flowprobe through the following cycles: Fig. D.1: Schematic views of a Transonic ® perivascular UPSTREAM TRANSIT-TIME MEASUREMENT CYCLE ultrasonic volume Flowsensor.
Page 39: Appendix B: Emc Tables
Appendix B: EMC Tables The 400-Series System complies to the Standard for Safety Electrical Measurement and Test Equipment Part 1: General Requirements UL 3111-1 and Safety Requirements for Measurement, Control and Laboratory Use Part 1: General Requirements CSA C22.2 No. 1001.1-92 in accordance with UL 61010A-1 Electrical Equipment for Laboratory Use, Part 1: General Requirements.
Page 40: Appendix C: Symbols & Signs
See the Declaration of Conformity accompanying this device for specific directives. ETL Testing Mark Electrical Safety Compliance Certification Authorized Transonic Systems Europe is an authorized representative in the European Representative Community TUV Testing Mark Electrical Safety Compliance Certification This device was manufactured in accordance with RoHS requirements for RoHS Compliant applicable hazardous material content.

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