The Resistor Reduced Voltage Starter 60 HZ is a reduced-voltage three phase starter that uses one or many resistors in series to start a motor to obtain given torque measures or limited current values. Used in electrical engineering technology teaching when an AC stator-resistance starter is required, the starter unit is housed in a full-size totally enclosed portable modular unit. This permits the utilization of banana-type jumper leads between the single phase power supply and other components in the circuit. Specifications and/or diagrams are silk-screened on the back of a clear-plastic front panel for ease of identification. It is equipped with thermal protection facilities, a start-stop push-button station and two pilot lamps indicating respectively the supply, the run state of the motor driven and an adjustable time delay. Connections to the unit are made through 4 mm standard color-coded, five-way binding posts. The trainer is protected by a either a diode or thermal-magnetic circuit breaker. Requires a 120/208V 60Hz circuit.
Educational Advantages:
Used in electrical engineering technology teaching when an AC stator-resistance starter is required
Three phase unit
Indicates respectively the supply, the run state of the motor driven and adjustable time delay
Vibration frequency can be adjusted, vibration frequency can be locked, digital display.
Motor drive, three spring vibration.
Using voltage: AC220V + 10%, 50HZ.
440Hz, including steel tuning fork, high quality wooden sound box, rubber fork hammer. The frequency can be adjusted.
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RESPONDER CSM Coverall is a chemical-resistant garment with attached gloves and socks.
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Double taped seams provide strong chemical resistance against heavy liquid splashes
Front entry design allows wearer to partially don garment (maintain standby position) without assistance
Expanded back to accommodate self-contained air breathing apparatus (SCBA)
Vapor tight zipper is extra-long to increase garment opening and aid donning and doffing
Storm flap covers zipper which can be secured by wearer with rugged hook and loop material to prevent intrusion at zipper
Integrated socks composed of garment material with outer boot flaps
Double storm flap with hook and loop closure
Attached flaps are designed to cover boot tops to help reduce potential for liquid intrusion
Encapsulated Level A garment design is for highest level of protection from liquid splash and vapor/gas exposures for both wearer and respiratory equipment
Standard width, three-layer face shield
Two exhaust valves release higher pressure inside encapsulating garments while simultaneously helping to prevent inward leakage of external vapors or particles into garment
One-way valves are positive pressure and open on demand
Responder CSM combines multiple film barriers laminated to both sides of a high-strength polypropylene substrate for high level protection against toxic and corrosive chemicals. It is effective for handling chemical warfare agents as well as military site cleanup and HazMat first response. Fabric provides at least 30 minutes of protection against 320 chemical challenges.
Valves include splash covers made of barrier material to help prevent liquid intrusion
Sewn seam is covered, both inside and outside of garment with compatible chemical-resistant material by heat-sealing
Valves are located on left back of head and right lower back
Attached butyl gloves.
RESPONDER CSM Encapsulated Level A Suit with Hansen Fitting features an expanded back and TPL storm flap.
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Hood features a large 40mil PVC face shield
Expanded back allows room for SCBA
Two exhaust valves reduce internal pressure buildup
Replaceable butyl gloves attached with ring-and-clamp system
Triple overlapping storm flap
Level A Fully Encapsulating (Gastight) Suit
Front-entry suit with gastight PVC zipper provides maximum protection for skin and eyes
Attached sock boots with boot flap
Double-sealed seams and 5mil PTFE face shield overlay
Limited-use suits are designed specifically for dealing with deadly chemical-warfare agents, or Chemical Surety Materials (CSM).
Responder CSM fabric is made to military specifications, with 100% inflation testing plus lot testing of suit construction and fabric.
Butyl gloves attached with jam-fit glove system
Attached sock boots with splash guards
Double-sealed seams
Extended double-storm flap works with hood to accommodate respirator mask
Weight: 9 lb. (4.1kg)
Level B Fully Encapsulating (Non-Gastight) Coverall
Zipper front with attached respirator hood
Can be used with optional over hood to protect SCBA
Weight: 5 lb. (2.3kg).
Hand-operated in a vertical position; the inflatable bag is operated an upright position perpendicular to the body being ventilated.
The resuscitator is autoclavable between 121°C and 134°C.
The resuscitator has a provision which allows connection of oxygen tubing.
Portable, self-inflating, reusable.
The resuscitator is equipped with a non-rebreather valve.
Resuscitator is easy to disassemble, clean, disinfect, and reassemble.
The capacity of the self-inflating ventilation bag is between 220 ml.
The resuscitator is equipped with a pressure release (limiting) valve which safeguards against generating ventilation pressures over 45 cmH?O, while still allowing for an airway pressure of at least 30 cmH?O.
All parts manufactured from high-strength, long-life materials that require no special maintenance or storage conditions.
The resuscitator, all its components and accessories are free of natural rubber latex.
The pressure release valve should allow to be overridden by the user when higher pressures need to be generated in the airways.
When the pressure release valve is not overridden by the user, it should automatically return to its default position whereby it protects against excess pressures. Users should not be able to lock the pressure release valve in a permanent closed position whereby there is no longer a safeguard against excessive ventilation pressures.
Resuscitators are used for ventilation assistance in critical situations of respiratory distress or failure. It is considered essential equipment for health structures and emergency rescue team (to be available in emergency room, delivery room, operating theatre, intensive care unit, ambulance, etc.).
Hand-operated in a horizontal position.
Portable, self-inflating, reusable.
Ventilation can be done with ambient air or with oxygen.
The resuscitator has an inlet valve with a nipple for oxygen tubing.
The resuscitator is equipped with a non-rebreather valve.
An oxygen reservoir bag should be included with a capacity between 2 ,500-2,600ml.
Resuscitator can be fully disassembled, is easy to clean, disinfect, and reassemble.
All parts manufactured from high-strength, long-life materials that require no special maintenance or storage conditions.
The resuscitator, all its components and accessories are free of natural rubber latex.
The resuscitator is autoclavable between 121°C and 134°C.
The capacity of the self-inflating ventilation bag is 1,600ml.
It is considered essential equipment for health structures and emergency rescue team (to be available in emergency room, delivery room, operating theatre, intensive care unit, ambulance, etc.). Resuscitators are used for ventilation assistance in critical situations of respiratory distress or failure.
Hand-operated in a horizontal position.
Portable, self-inflating, reusable.
The resuscitator is equipped with a non-rebreather valve.
An oxygen reservoir bag should be included with a capacity between 600-2 ,600 ml.
Resuscitator can be fully disassembled, is easy to clean, disinfect, and reassemble.
The resuscitator is equipped with a pressure release (limiting) valve which safeguards against generating ventilation pressures over 45 cmH?O, while still allowing for an airway pressure of at least 30 cmH?O.
The resuscitator is autoclavable between 121°C and 134°C.
The capacity of the self-inflating ventilation bag is 500ml.
Ventilation can be done with ambient air or with oxygen.
The resuscitator has an inlet valve with a nipple for oxygen tubing.
All parts manufactured from high-strength, long-life materials that require no special maintenance or storage conditions.
The resuscitator, all its components and accessories are free of natural rubber latex.
The pressure release valve should allow to be overridden by the user when higher pressures need to be generated in the airways.
When the pressure release valve is not overridden by the user, it should either automatically return to its default position whereby it protects against excess pressures, or be clearly visible so there is no doubt as to its closed position, even during an emergencies. To ensure users are fully aware that the limiting valve is in closed position.
It is considered essential equipment for health structures and emergency rescue team (to be available in emergency room, delivery room, operating theatre, intensive care unit, ambulance, etc.). Resuscitators are used for ventilation assistance in critical situations of respiratory distress or failure. Resuscitator intended for full-term babies, preterm and low-weight infants up to 7 kg.
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Retort Stand With Clamp
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Surgical instrument to separate fatty tissue, muscles or viscera after the abdominal incision to expose the operative field for examination or intervention.
Static function instrument: abdominal self-retaining retractor.
Material: Martensitic steel (quenched, magnetic steel).
Martensitic steel composition: 0.15-0.50% carbon, 12-15% chromium, 0.45-0.90% molybdenum.
The compass (frame) is a support with hinged arms.
2 fenestrated end blades: approx. 35 x 70 mm.
1 center blade, adjustable in height: approx. 45 x 80 mm.
See Martin Catalogue no. 24 Ref: 15 852 00.
Locking mechanism and compass (self-holding).
Maximum wound opening: approx. 180 mm.
Reusable.
To retract skin, fatty tissue, muscles or viscera after the abdominal incision to expose the operative field.
3 blades, the two lateral blades being mobile and the center blade removable.
Static function instrument: abdominal self-retaining retractor.
With locking mechanism (self-holding).
Material: Martensitic steel (quenched, magnetic steel).
Martensitic steel composition: 0.15-0.50% carbon, 12-15% chromium, 0.45-0.90% molybdenum.
Reusable.
Solid lateral blades: approx. 38 x 60 mm.
Solid center blade: approx. 38 x 55 mm.
Maximum wound opening: approx. 100 mm.
To retract skin, fatty tissue, muscles or viscera during superficial surgery.
Material: Austenitic steel (non-quenched, non-magnetic steel).
Austenitic steel composition: 18 to 20% chromium, 8 to 10% nickel.
Smooth blunt blades with slight upward lip at the end.
Static function instrument: retractor with handle.
Double-ended retractor.
Slightly curved blade at each end.
Small: approx. 12 cm.
Supplied in pairs.
Reusable.
Material: Austenitic steel (non-quenched, non-magnetic steel).
Austenitic steel composition: 18 to 20% chromium, 8 to 10% nickel.
To retract skin, fatty tissue, muscles or viscera during superficial surgery.
Slightly curved blade at each end.
Smooth blunt blades with slight upward lip at the end.
Static function instrument: retractor with handle.
Double-ended retractor.
Large: approx. 15 cm.
Supplied in pairs.
Reusable.
Material: Austenitic steel (non-quenched, non-magnetic steel).
To spread and open the posterior wall of the vagina to visualize the uterine cervix.
Static function instrument: vaginal speculum.
With weight which fits on the shank of the blade.
Austenitic steel composition: 18 to 20% chromium, 8 to 10% nickel.
Blade width: approx. 38 mm.
Blade length: approx. 80 mm blade.
Total length: approx. 24 cm.
Reusable.
Static function instrument: vaginal retractor with handle.
Material: Austenitic steel (non-quenched, non-magnetic steel).
Austenitic steel composition: 18 to 20% chromium, 8 to 10% nickel.
Reusable.
Blunt lateral edges.
Blade length: approx. 85 mm.
Blade width: approx. 45 mm.
Length: approx. 24 cm.
A set of reusable, washable sanitary pads for menstrual protection to be used and reused for a duration of minimum one year.
Each set is comprised of:
2 Holders made of cotton
1 pouch for storage
3 Winged Pads
2 Straight pads
Pad material:
The holders have ribbon bands with edges well stitched by over-locking or other adequate fixation to secure the pads in position.
Pads are made of cotton, preferably flannel, for high absorbance on one side, and synthetic material on the flip side for protection against leakage.
Colors: grey or light brown.
Suitable for food handling and preparation, general maintenance and chemical processing
Comfortable to wear with superior flexibility
Excellent resistance to punctures and abrasion, chemicals, fats, oils and grease
8 mil PVC/vinyl apron with neck ties
Individually packaged
White.
