Technical Training Course
160 Pages
Preview
Page 1
Colleague Technical formation 1
Welcome to
Colleague Technical Training.
The following slides are used for technical training purposes and should be used in conjunction with the current service manual. 2
Welcome to
Colleague Technical Training.
Nigel Atkinson. 3
Colleague 1 & 3 Technical Course
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At the completion of this Technical Training course, you will be:▪
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Able to demonstrate a working knowledge of the Colleague as described in the Service Manual, Familiar with the Mechanical, Electrical and Operational features Able to perform Disassembly, Re-assembly tasks and Repairs to sub assembly level. Able to perform Testing, Preventative Maintenance and Troubleshooting Routines as described in the Service Manual.
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Training Course Format
Logistics – Registration – Breaks – Comfort Stops – Lunch/Dinner – Parking – Introductions Course objectives •
At the completion of this Technical Training course, you will be expected to pass with at least 80% in an open book test
Learning format
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Show Tell See & Do Q & A - FAQ’s
Testing Course evaluation feedback 5
Agenda Day 1 • • • • • •
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Introductions Infusion Systems Colleague Volumetric Infusion Pump – Video: “A look Inside” Colleague 1 & 3 Overview – Features and Controls Powering Up the pump, Pump Operation. The Menu Tree – Pump Personalities – Pump History The Shuttle Mechanism – Overview – Practical Session – Dismantle and review PHM Troubleshooting a failure Free discussion FAQ’s
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Agenda Day 2 ▪ ▪
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Day 1 review Personalities ▪ Personality data transfer ▪ Event History Download Colleague Upgrades ▪ Battery harness ▪ Keypad Harness Insulator ▪ Power Supply ▪ PHM Resin Joints Pump strip-down ▪ PHM, UIM, PSU ▪ Re-build, test & calibration Configuration and Service Screens ▪ Preventive Maintenance ▪ Repair Test & Inspection ▪ Keypad Insulator Installation ▪ Calibration Review of Day 2 Course test
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Welcome to
Colleague Technical Training.
Introductions.
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Australian Product Support •Call 1800 063 093 •Spare parts :
Marco, Noelene
Device Description ▪
The Baxter Colleague Volumetric Infusion pump is designed to accurately control and monitor the flow of solutions to the patient.
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The device is rated for high risk & neonatal use.
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It is suitable for : ▪ ▪ ▪
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General Drug Administration Epidural Procedures Blood Transfusions Chemotherapy TPN (Total Parenteral Nutrition) 10
An Infusion System ▪
An infusion system is usually made up of: ▪ A solution required to be delivered to a patient: ▪ Saline solution to balance patients fluids ▪ Saline solution together with added drugs such as antibiotics ▪ Nutritional products ▪ Solution may be either from a fluid bag, bottle or a syringe or similar container.
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A line connecting the container to the patient, often described as ‘a giving set’ or ‘administration set’. ▪ Sets come in different forms with different elements as part of the set, such as: ▪ Special particle filters ▪ Injection ports ▪ Burette containers A needle or needless system to make the connection to the patients vein or entry site.
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A pump to control the flow of the solution to the patient over time.
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The Administration Set
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The basic administration set used in the Colleague Pump is the standard PVC set incorporating: ▪ ▪ ▪ ▪ ▪ ▪
A spike ( to open the container ) A drip chamber with filter ( to view the drips ) A blue safety slide clamp ( a secondary patient safety device ) A roller clamp ( for controlling the flow when running on gravity ) An injection port (for admin. of drugs ) A Luer lock connection ( for connection to a venflon / needle)
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The blue safety clamp closes automatically when the set is removed from the pump. This clamp is unique to Baxter devices and must be in place before the device will operate.
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It is keyed so it will only insert in the correct direction.
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Infusion Parameters ▪
The key parameters for an infusion: ▪ The Volume of solution to be delivered to the patient. ▪ The Rate of delivery.
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In the simplest form these are given in Millilitres (ml) and Millilitres per hour (ml/hr), but may be prescribed and programmed differently into the pump.
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The volume and rate are keyed into the pump and the pump is started.
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Under normal circumstances the infusion will start and run for the duration of the infusion. ▪ For example: Volume = 1000ml, Rate = 125ml/hr
The infusion will run for 8 hours. ▪
MOVIE
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Colleague Movie
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Movie Quiz?? 1. 2. 3. 4. 5. 6. 7. 8. 9. 10.
What kind of sets are used in the Colleague infusion Pump? What is the core technology in the Colleague? What is the basis of the Shuttle? How many parts are 1ml of fluid resolved into? What is unique about the loading of the administration set? What safety feature exists on all Colleague admin. sets? How many displays are there on Colleague? What are they? What is the purpose of Pump Personalities? How many events are recorded in Event History? 16
1.
Standard gravity set
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The Shuttle Two V blocks 3,414 parts
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It is automatic
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What kind of sets are used in the Colleague infusion Pump? What is the core technology in the Colleague? What is the basis of the Shuttle? How many parts are 1ml of fluid resolved into? What is unique about the loading of the administration set? What safety feature exists on all Colleague admin. sets? How many displays are there on Colleague? What are they?
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The blue ‘ON/OFF’ safety clamp Two Large graphic & Vacuum fluorescent
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What is the purpose of Pump Personalities? How many events are recorded in Event History?
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Means of customizing the pump
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Up to 1000 events
1. 2. 3. 4. 5. 6.
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PUMP HEAD MECHANISM
Why the Shuttle?
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Rotary & Linear Peristaltic Mechanisms Administration set
Fingers move sequentially massaging the tubing
Rotor turns allowing each roller to push the fluid along the tubing
Fluid flow
Rotary Mechanism
Linear Mechanism
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Colleague Shuttle Action
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The Shuttle Mechanism
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