Finally, steam to the coat should shut off, the unloading door is to be opened
Then the shaft and mixing arms are reversed to behave as unloading mechanism and should scoop the waste fragments out of
the unloading door, onto a conveyor belt or directly into a waste container.
The vessel should now be ready for another treatment cycle, having retained most of its heat to the treatment of the
next batch.
(B)Features and Specification of the Steam Boiler:
Features of the Boiler:
It must be an Electrical boiler
Splash proof electric enclosure and switches
Door Isolator to main electric enclosure
Alarm lights and Safety/protection against excel pressure
Level control on feedback water tank
Technical specification of the Boiler:
Output: between: 90-110 kg/h (F&A 100 deg C)
Working pressure: between 7-10 bar
Boiler water content: between 80-100 liter
Feed water tank material: between 60-80 liter
Power consumption: between 60-75 Kw
Number of Heating Elements: 3-4 nos.
Electrical requirements: 400Vac, 50 Hz, 3 ph
(C)Technical Specifications of Tub washer
Features:
Fully automatic and manual modes.
metallic construction, SA 240/304
Sensors to maximize both system efficiency and operator safety.
Must use Re-circulating cold wash water to minimize water consumption and operating costs
Disinfects all bin surfaces
Software Strong blow dryer to remove excess surface water
has to be compliant with North American and EU regulations
Specifications:
Tub washer able to wash bins of a suitable size, the norm being 38 gram
has to have an water reservoir of capacity minimum: 225 liter
Perfectly suited to hospitals and clinics by processing up to min.300 bins per hour.
Time to wash and dry one bin after loading-approximately 12 nos.
Bins loading on wash station at a time -approximately 12 nos.
Total length: approx 30.0 ft
Total length: approx 8.0 ft
Total length: approx 3.0-3.5 ft
Height to Conveyer from floor: approx 3 feet.
Drive of the Tub washer
Motor driven
Motor Horsepower: approx. 4.0 HP
Power: 220vac, 1 ph or 400 VAC, 3 ph or to suit customer needs
Bins to be included
200 nos. With different color (depending on the actual requirement of the hospital)
(D)Technical Specification of External SHREDDER Controls
Pre-programmed PLC controlled
Password activated and reversal history indication
Motor starter with overload protection
Automatic instantaneous stop on hard thing in shredder mattress
Automatic heavy cutting load reversal and re-try , up to three times
Control housing Nema Type 12
Cutting Hardwires
Chamber Dimensions (W x L x H): approx. 33 cm x 38 cm x 25 cm
Number of Knives: approx 18 or to match customer needs
Knife Thickness: approx 18 mm or to suit customer needs
Knife Diameter: approx 16 cm or to suit client needs
Teeth per Knife: minimum 3
Number of Shafts: 2 ie double rotating shredder
Drive of the shredder
has to be motor driven
Motor Horsepower: approx. 10 HP
Motor RPM: minimum 1750
Speed Reduction: 60:1
Generated Torque: min 40 Nm or 350 Ibs/in.
Gearbox: should be Parallel shaft
Shock Protection: Rubber Mount Torque Arm
Power: 220vac, 1 ph or 400 VAC, Ph or to suit customer needs
Ancillaries to be included
Shredder stand, fabricated from 3″ sq. steel tubing, regular height 30 inches
Shredder hopper, fabricated from 16 gauge steel, with optional switched hopper lid
(E)Features & Technical Specification of Conveyer
To carry processed waste from vessel to shredder
Controls
Motor starter with overload protection
Control housing Nema Type 12
Safety pull-stops along either side of conveyer
Ancillaries
Conveyer stand, fabricated from 2″ sq. steel tube
Raised sidewalls fabricated from 16 gauge steel
Dimensions
Over-all length: between 20-25 ft or proper length based on the setup requirement.
Over-all width: between 24-30 inch
Over-all height (without including stand): between 12-14 inch
Available inclines: 0-40 degrees
Belt Speed: 75 ft/min
Dam spacing: approx. 16 inch
Drive
Motor driven
Horsepower:approx. 0.75 HP
Motor RPM: approx. 60
Electrical Power input: 220vac, 1phj or 400 VAC, 3 Ph or to suit customer needs
(F)Technical Specification of Tipper
Features:
It is to be made to allow for effortless bin positioning beneath the door to unload processed waste and effortless
maneuverability for lifting and tipping the waste to the shredder hopper.
Equipped with 2 binds to adapt processed waste loads to be loaded to the shredder and shredder waste to be
transported to the disposal bin.
Frame: Rugged heavy duty frame constructed of formed and welded steel for extra strength
Mast: Fabricated using cannel steel for greater strength and dependability. Open structure design complete with security
cage to offer greater visibility.
