What kind of pump is easypump?
Easypump II ST-LT Easypump II ST-LT Easypump®elastomeric infusion pumps are designed to give clinicians and nurses the option of delivering pre-determined amounts of medication to the patient in a continuous and accurate manner, either at the hospital or at home.
What kind of pump is B Braun easypump?
B. Braun Sharing Expertise. Easypump® II ST/LT. Easypump II ST-LT. Easypump ® elastomeric infusion pumps are designed to give clinicians and nurses the option of delivering pre-determined amounts of medication to the patient in a continuous and accurate manner, either at the hospital or at home.
What is the Bosch easypump?
Small tool, big performance: the EasyPump is Bosch’s intuitive air pump for all applications of up to 10.3 bar. The unit’s real-time measurement and the pre-select function supports convenient and precise inflation results. The pump features a clear interface and a roomy display, readable during daylight.
Why choose easypump St/Lt?
Small, light-weight design makes pump easy to transport in a discreet carry pouch No batteries, power cords or IV poles required Fixed flow rate design does not require programming or drop counting Easypump ST/LT is single use only and designed to be safely disconnected and discarded
What is the sliding core on an EasyPump ST/LT?
What is an easy pump?
Do you need batteries for a scuba diving boat?
About this website
Easypump ST/LT - HOSPEQ
Staying mobile Small, light-weight design makes pump easy to transport in a discreet carry pouch Requires no batteries, power cords or IV poles, helping to
Easypump II ST / LT - B. Braun
Easypump® II ST / LT Certain factors may impact the flow rate which can result in longer or shorter infusion times during treatment. This information sheet outlines these factors and offers helpful handling instructions.
B Braun Easypump II Long Term Infusion Pump
- Advantages: - Reduced work load for health care workers - Safe and flexible therapy options - Suitable for hospital and home use - Discreet and comfortable therapy - Easypump II is latex-free and free of DEHP in the fluid path - How to connect Easypump II: - Wash and disinfect hands thoroughly - Check patient data, m
Elastomeric infusion pump for short- and long-term infusion therapy
Easypump ® elastomeric infusion pumps are designed to give clinicians and nurses the option of delivering pre-determined amounts of medication to the patient in a continuous and accurate manner, either at the hospital or at home. Easypump ® is independent of main power supplies or batteries, enabling the patient to be treated in an ambulatory manner.
Indication
Easypump II is most commonly used in the fields of chemotherapy, antibiotics and IV pain therapy.
What is integrated accessory storage?
The integrated accessory storage holds a selection of the most common adapters (ball needle, French valve adapter, balloon adapter), neatly stored in one compartment.
What is premium hose?
The premium hose has textile cover and a threaded metal coupler, small enough to also reach valves in narrow spaces. The attachable 24-cm hose is rotatable 360°.
What is pinpoint pressure inflation?
Pinpoint pressure inflation: the pump allows you to pre-set a desired target pressure. The automatic switch-off stops inflation process just as this target value is achieved.
What is Bosch's display?
Bosch’s clean and bright display design makes for easy reading of the screen, even in broad daylight. Always showing the current as well as the target value, the display lets users keep an eye on the data.
Can EasyPump inflate tyres?
Equipped with various adapters, neatly stored in the storage compartment, the EasyPump can inflate all sorts of tyres (e.g., car, bike), balls (e.g., footballs), and even small water sports articles. Inflating has never been easier.
What is a Pump?
A Pump is a mechanical device that uses to transfer different fluids from one location to another. It is a hydraulic device that lifts fluids from low to high levels, moves fluids from low to high-pressure areas. The pump transfers fluid by converting the fluid’s mechanical energy into pressure energy (hydraulic energy).
How can we identify, Pump is pumping or not?
There are many factors through that we can identify that either our Pump is pumping or not. Some of them are given below in detail.
How does a dynamic pump work?
A dynamic pump transfers the fluid by increasing its pressure as it passes through the impeller and diffuser. In this type, the impeller increases the speed of the fluid and the diffuser converts this speed into pressure energy. It uses centrifugal force for the pumping of fluid.
Why does my water pump fail?
A water pump fails because of an imbalanced pump shaft or erosion inside the cooling system. But in maximum cases, water pumps damage due to the leakage of the shaft.
Why does my pump vibrate?
In maximum cases, the pump vibrates due to misalignment, damage, impeller imbalance, or misalignment of the electric motor.
How to tell if a pump is working?
How can we identify, Pump is pumping or not? 1 If you are suspected that there is a problem with the Pump, then lightly touch it. If it is working normally, it vibrates slightly, and you will feel it warm. If the Pump is not making a vibration and it’s not warm, then turn it off and open it with the help of a screwdriver to examine the problem. 2 If water comes back from the Pump after switching it off, it may be because the one-way valve is not closed. This is another method to identify your hydro pump’s problems. 3 If the water level does not change while the Pump continues to run, the Pump itself may be defective, the check valve may be stuck in the closed position, or the drain line may be blocked. 4 Wear & Tear: No matter how robust the pumping system is, it will eventually suffer from wear tear. How longstanding are your parts? If you have been using the Pump for a long time, it may be essential to be exchanged. Check the system for any obvious signs of wear and tear, such as dirt or debris that has damaged the inside of the fitting, valve, hose, or Pump.
How does a pump work?
The pump transfers fluid by converting the fluid’s mechanical energy into pressure energy ( hydraulic energy).
What is Pump & Basics?
Let’s concentrate on the basics of the pump. Pumps are used in almost all kinds of industries, as follows, to lift or transfer fluids from one place to another:
What is NPSHr in pumps?
NPSHr means NPSH required for the pump selection. It is one of the main function for the selection of pumps so that pump will not have any cavitation problem during operation. It is the lowest value of NPSH in which pump will run without any cavitation. It is normally provided by manufacturer.
How does a reciprocating pump work?
In case of a reciprocating pump, the piston is connected to the crank through the connecting rod, and the crank is connected to a driver. After sucking the fluid, the piston moves opposite, and pressure is generated on the fluid. Hence, we have got the basics of the pump working philosophy.
How do centrifugal pumps work?
Centrifugal pumps are used to transfer liquid by converting mechanical energy into hydraulic energy. Pumps basics centrifugal pumps. This pump creates centrifugal force by the rotation of impeller. It transfers transfer liquid from one place to another place. The main force is centrifugal force.
How does a rotary pump work?
Rotary pump transfers fluids by using a rotating mechanism. It creates low pressure or vacuum and take up the fluids from the source. After taking up, due to the rotation, fluid is transferred.
Why are pumps used in a pump system?
If a system loss the pressure, pumps are used to increase the pressure of the system to make it stable .
What is the purpose of a pump?
lifts or transfers fluids from a lower elevation region to a higher elevation region. Hence, A pump is defined as the mechanical equipment which lifts or transfers fluids from a lower elevation region to a higher elevation region . by converting electrical energy into hydraulic energy. Pumps are of various types.
How many rollers are needed for a peristaltic pump?
These pumps employ rollers to squeeze the tube. Except for the 360° eccentric pump design as described below, these pumps have a minimum of 2 rollers 180° apart and may have as many as 8, or even 12 rollers. Increasing the number of rollers increases the pressure pulse frequency of the pumped fluid at the outlet, thereby decreasing the amplitude of pulsing. The downside to increasing the number of rollers it that it proportionately increases the number of squeezes, or occlusions, on the tubing for a given cumulative flow through that tube, thereby reducing the tubing life.
What is the ideal diameter of a peristaltic pump?
The ideal peristaltic pump should have an infinite diameter of the pump head and the largest possible diameter of the rollers. Such an ideal peristaltic pump would offer the longest possible tubing lifetime and provide a constant and pulsation-free flow rate.
What is a peristaltic pump?
A peristaltic pump, also commonly known as a roller pump, is a type of positive displacement pump used for pumping a variety of fluids. The fluid is contained in a flexible tube fitted inside a circular pump casing. Most peristaltic pumps work through rotary motion, though linear peristaltic pumps have also been made.
What is lined tubing?
With lined tubing, the thin inside liner is made of a chemically resistant material such as poly-olefin and PTFE that form a barrier for the rest of the tubing wall from coming in contact with the pumped fluid. These liners are materials that are often not elastomeric, therefore the entire tube wall cannot be made with this material for peristaltic pump applications. This tubing provides adequate chemical compatibility and life to be used in chemically challenging applications. There are a few things to keep in mind when using these tubes - any pinholes in the liner during manufacturing could render the tubing vulnerable to chemical attack. In the case of stiff plastic liners like the polyolefins, with repeated flexing in the peristaltic pump they can develop cracks, rendering the bulk material again vulnerable to chemical attack. A common issue with all lined tubing is the delamination of the liner with repeated flexing that signals the end of the tube's life. For those with the need for chemically compatible tubing, these lined tubings offer a good solution.
Why is it desirable to integrate a micropump into a microfluidic circuit?
In microfluidics, it is often desirable to minimize the circulating volume of fluid. Traditional pumps require a large volume of liquid external to the microfluidic circuit. This can lead to problems due to dilution of analytes and already dilute biological signalling molecules. For this reason, among others, it is desirable to integrate a micro-pumping structure into the microfluidic circuit. Wu et al. presented in 2008 a pneumatically actuated peristaltic micropump which eliminates the need for large external circulating fluid volumes.
How is the operating pressure of a pump determined?
The operating pressure of these pumps is determined by the tubing and by the motor's ability to overcome the hoop strength of the tubing and the fluid pressure.
What is the best material for pump tubing?
The popular elastomers for pump tubing are nitrile (NBR), Hypalon, Viton, silicone, PVC, EPDM, EPDM+ polypropylene (as in Santoprene ), polyurethane and natural rubber. Of these materials, natural rubber has the best fatigue resistance, and EPDM and Hypalon have the best chemical compatibility. Silicone is popular with water-based fluids, such as ...
How to pump up a bike tire?
Pumping up most modern bike tires relies on threading the Presta adaptor onto the valve stem, followed by threading the Easypump hose onto the adaptor. The Presta adaptor features a rubber seal that keeps the air locked into the system well, avoiding re-pumping relatively well if the autostop function kicks in when you are not near the pump. I learned the hard way that it is vital to have the Presta valve core tightened adequately, as the valve core once came out with the Presta adaptor and put a stop to my riding plans.
How long does an easy pump battery last?
Charging is simple with an easily accessible USB-C port and took around 2 hours to hit full-juice from empty.
What is Bosch Easypump?
The Bosch Easypump is one of those nice-to-have gadgets that, when incorporated into your pre-ride routine, can amount to a jealousy-inducing way to save some energy and time getting your tires to the right pressure.
How much pressure can an easy pump inflate?
The Easypump is capable of inflation up to 10.3 Bar (150 PSI), with a maximum flow rate of 10l/min; there is no tubeless “boost” level of airflow here, but that is not what it is designed for. The bright LED display shows the battery level; pressure currently in the object being inflated as well as offering the selection of the maximum pressure Autostop, at which point the pump will cut off leaving you with the pressure you desire. You have the option to select from Bar, PSI or KPa units, depending on your preference, with 0.5 PSI increments between each maximum pressure setting. On the front panel are buttons for power on/off; start/stop of the pump; maximum pressure +/-; pressure units; and a light button which turns on an LED at the front of the unit to illuminate the valve in the dark.
Can you put a cigarette lighter on a bike?
Never seen any cigarette lighters on a bike, but plenty of people smoking other things. Kidding aside, Only once have I ever seen anyone schlepping air inflator contraption with them beyond a hand pump. Hand pumps (esp the One Up) work, are compact, lightweight, inexpensive and require no electrical power. Per my op, maybe someone would keep this in their vehicle, but there are many less expensive alternatives. If you or anyone else wish to carry one of these around, fantastic.
What is the sliding core on an EasyPump ST/LT?
Easypump ST/LT features a patented “Sliding Core” designed to help ensure the pump reservoir is filled and contracts in a consistent, concentric manner. Medication is delivered to the patient by positive pressure applied by the elastomeric membrane. The flow rate is determined by the combination of the flow regulation device (flow restrictor) and the positive pressure of the elastomeric membrane. This pressure delivers the solution against the back-pressure of the vascular access device and blood pressure in the vein. Back-pressure affects the flow rate.
What is an easy pump?
Easypump ® ST/LT elastomeric infusion pumps are designed to give clinicians and nurses the option to deliver pre-determined amounts of medication to the patient in a continuous and accurate manner, either in the hospital or at home.
Do you need batteries for a scuba diving boat?
No batteries , power cords or IV poles required
