Equilibrated soil samples placed on the sand are then subjected to a known variable suction range of 0- 800mm of water. These equipment consists of a free-standing circular tank filled with saturated sand (not supplied). The suction is applied by means of a buried porous pipe and an associated sliding control chamber. In order to maintain the suction an uninterrupted low volume water supply is required.
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Basic hospital equipment for health structures and emergency situations in wards, emergency room, operating theatre, delivery room, intensive care unit, etc.
The suction pump should be operated only by a person who has received adequate training in pharyngeal and tracheal suction techniques.
High performance suction pump, foot-operated for pharyngeal and tracheal suction and during minor surgical interventions. Supplied with instruction manual and diagrams covering the function of the pump, how to use it, dismantle and assemble it, to clean, disinfect and sterilize it, its maintenance and spare-parts.
High performance, high quality, single piston portable foot-operated suction pump
For pharyngeal and tracheal aspiration, and other minor medical procedures
Piston, with diaphragm valve, is sealed with removable elastic O-ring
Large stable base is entirely fit with anti-slip, preventing the pump from gliding-away while in use
Vacuum, maximum: - 70 kPa (ca. - 700 mbar)
Pedal movement generates suction every time it’s depressed
Integrated spring, returns the pedal to its initial ready-to-use position
Lever minimises pedal force required to reach maximum flow
For operator’s comfort, pedal should support at least 20 cm of the foot, and distal-end displace maximum 9-11 cm
Container is transparent, allowing assessing collected volume
Wide opening at the top of the container allows for easy and thorough cleaning
Basic essential design without manometer
Air-flow, maximum: 30 to 40 L/min (such as at two pumping strokes per second)
Collection capacity container: 900-1100 ml
Operating temperature range: -20 C to +50 C
All parts can be autoclaved at 121 C
The suction pump set can be entirely disassembled, facilitating proper cleaning and disinfection.
Materials:
All parts are manufactured from high-strength, durable material, not requiring specific maintenance or storage conditions
Foot pedal: aluminium or equivalent sturdy plastic, fit with embossed anti-slip relief
Conical suction tip: Acetal or equivalent tough plastic
Aspirating tube: silicone rubber
Container: transparent polycarbonate or equivalent sturdy transparent plastic
Bottom: rubber or equivalent anti-slip material
Gasket, O-rings and valve diaphragm: silicone rubber or equivalent
Piston O-ring: Teflon or equivalent.
Portable suction machine for airway aspiration, minor surgery, emergency, patient transfer, suitable for use in hospitals and at home.
The unit provides intermediate and continuous suction. Continuous is limited to 30 minutes after which the unit should be given 30 minutes to cool down.
The flow rate at maximum vacuum is ≥ 33 L/m (2 m³/h).
The unit is provided with a suction tube of at least 1.5 meters.
The suction tube is made of medical grade silicone which is autoclavable at 121°C.
During operating the unit's noise level does not exceed 65.5 dB.
The unit is designed in such a way that it requires little or no oil.
The pump is equipped with a provision preventing fluid flowing to the pump if the collection jar is full (overflow control valve).
The unit is provided with one (1) reusable collection jar.
The unit has maintenance free operating.
A gauge indicating the negative pressure generated by the unit.
A hydrophobic bacterial filter is included in the airline to the pump.
The user adjustable suction ranges between 0 and at least 525 mmHg (70 kPa).
The unit should be provided with a carrying handle and storage provisions for all accessories, allowing to carry the unit with one hand.
The body is to be constructed of stainless steel or material which is non-corrosive or has a corrosion resistant coating.
The unit is equipped with a lead-acid battery.
The battery should be able to power the unit for up to 60 min.
The design of the device should be such that it is easy to clean/disinfect by avoiding difficult-to-reach areas and having smooth surfaces.
The device should have a sturdy, shock resistant casing.
A visual alarm should be incorporated in the unit signalling depletion of the batteries.
The unit should be provided with a battery level indicator and a charging indicator.
The unit should be able to simultaneously operate and charge from 12 Volt as well as the main power grid.
Power requirements: 230 Volts - 50Hz
The weight of the unit does not exceed 5.5 kg.
Used for aspirating fluids / secretions from the operative area.
Material: Austenitic steel (non-quenched, non-magnetic steel).
Austenitic steel composition: 16-18% chromium, 8-14% nickel, 2-3% molybdenum.
Curved.
Suction tube with removable tip and tubing connector.
Length: approx. 27 cm.
Diameter: approx. 6 mm or 8 mm.
Reusable.
A reusable, hand-held, manual suction device designed to suck gently and clear excessive mucus from the airway of a newborn to facilitate easier breathing.
Reusable
Material: silicone
Can be autoclaved at 136°C and withstand other means of High Level Disinfection
Fully made from transparent or translucent material
No use of natural rubber latex
Fluid capacity: 75 ml
Can be disassembled (opened up) for proper cleaning. After opening up it should be easy to access the internals of the bulb allowing for thorough cleaning.
Nozzle dimensions at tip: Inner diameter (ID) 3.0mm ±5%
Nozzle dimensions at tip: Outer diameter (OD) 4.5mm ±5%
Suction strength should reach: 100mmHg (136cm H2O).
Sterile suction catheter for single use
Proximal end with cup connector, conical tip, allowing the tube to be connected to devices such as suction pump system
Open distal end, straight, with two side windows
Single channel tube
Material: Polyvinyl chloride (PVC)
Length expressed in cm
Sterile
Disposable
Size selected: Diameter CH08, length approximately 50cm
Initial sterilisation method: Ethylene oxide gas.
Colour code/ external diameter: Visible on cup connector.
Sterile suction catheter for single use.
Proximal end with cup connector, conical tip, allowing the tube to be connected to devices such as suction pump system.
Single channel tube.
Length expressed in cm.
Colour code/ external diameter: Visible on cup connector.
Open distal end, straight, with two side windows.
Sterile suction catheter for single use.
Single channel tube.
Open distal end, straight, with two side windows.
Proximal end with cup connector, conical tip, allowing the tube to be connected to devices such as suction pump system.
Material: Polyvinyl chloride (PVC).
Size selected: Diameter CH14, length approximately 50cm
Sterile
Disposable
Initial sterilisation method: Ethylene oxide gas
Length expressed in cm.
Colour code/ external diameter: Visible on cup connector.
Sterile suction catheter for single use.
Proximal end with cup connector, conical tip, allowing the tube to be connected to devices such as suction pump system.
Single channel tube.
Material: Polyvinyl chloride (PVC).
Size selected: Diameter CH16, length approximately 50cm
Open distal end, straight, with two side windows.
Sterile
Disposable
Initial sterilisation method: Ethylene oxide gas
Length expressed in cm.
Colour code/ external diameter: Visible on cup connector.
This control concept allows the engine lubricating and cooling points to be supplied independently of engine load and engine speed absolutely and with asignificantly lower drive power particularly in the part-load range than wouldbe possible with a non-controlled pump. A newly developed vane-type oil pump with demand-driven quantity regulation and two map-controlled pressure stages is used in the new 6- and 8-cylinder V engines. The pump is easy to turn.
The followingare easy to recognise:
Cold-start protection valve
Valve formotor oil pump
Control piston
Adjustingring
Rotor withvane.
This controlconcept allows the engine lubricating and cooling points to be suppliedindependently of engine load and engine speed absolutely and with asignificantly lower drive power particularly in the part-load range than wouldbe possible with a non. A newly developed vane-type oil pump with demand-driven quantity regulation and two map-controlled pressure stages is used in the new 6- and 8-cylinder V engines. Controlled pump. The pump is easy to turn.
The followingare easy to recognise:
Valve formotor oil pump
Rotor with vane
Control piston
Cold-start protection valve
Toothed wheel for oil pump
Adjusting ring.
