1. i) Patient and operator safety and system performance should not be adversely affected by fluid spills.
2. ii) If the unit is affected, it should fail safely.

1. c) Overcurrent Protection
2. i) Loss of power to other equipment on the same branch circuit due to internal equipment faults should be

prevented by using fuses or circuit breakers which are clearly labeled and easy to replace or reset.

1. ii) If fuses are used, a spare fuse should be provided in a labeled holder located next to the main fuse holder.

Permanent markers near every fuse holder must indicate fuse ratings.

1. d) Line Voltage Variation
2. i) The unit should operate satisfactorily at line voltages from -12.5% to +8%

of the nominal line voltage of 220Volts.

12. ii) The unit should not be damaged by voltages from -21% to +12.5% of the nominal line voltage of 220Volts.

1. e) Electromagnetic Interference (EMI)
2. i) The unit’s performance should not be affected by EMI radiated or conducted through the power lines from another

device.

1. ii) If the unit is affected, it should fail safely.

1. f) Alarms
2. i) The unit should have visual or audible alarms to warn operators of any system fault that may cause unsafe or

iii) All alarms should be fully explained in the operator’s guide.

1. ii) Audible and/or visual indicators should activate when the display reading reaches and remains at the alarm limit.

and should be clearly audible at any volume setting.

1. g) Audible Alarms
2. i) Audible alarms should be distinct and easily identified.
3. ii) Audible alarms should be enabled when the unit is turned on (i.e., the default volume should not be set to OFF)

iii) When the alarm volume is adjustable, it shouldn’t be possible to turn down the volume so low it is not likely

to be heard.

corrected.

1. iv) Although an audible-alarm silence is acceptable, the alarm must recur automatically if the condition is not

1. v) If an alarm is silenced, a visual display should clearly indicate which alarm is disabled.

1. h) Visual Alarms
2. i) Visual alarms should be easy to identify.

2-85       Section VI. Requirements

2-85       Section VI. Requirements

Toxic and Harmful wastes,

Capacity 50 Kg/h

Working Voltage
Chimney
Medical Incinerator, 24 kg/hr such as panel board, controls and accessories
Chimney
Blower
Gas
＞98 percent

Power consumption
1.3KW

Noise
Combustion burner

Medical Incinerator, 6 kg/hr
In General, all Kind of wastes and garbages
Chimney
Blower
Oil
Industrial wastes
Gas
Furnace gate
220 V

Power
8.32
Oil
Blower
Good Quality made in China

Control Electrical
Oil
Medical Incinerator, 6 kg/hr such as panel board, controls and accessories
＜78dB

Index of let smoke and waste gas
Incombustible and volatile materials not allowed in

Process manner
Furnace gate
Gas
Gas
Combustion burner

small scale medical waste incinerator Requirements
Capacity 50-60Kg/h

Combustion supporting materials
Good Quality made in Italy

Blower
0.031
Oil
Medical Incinerator, 12 kg/hr such as panel board, controls and accessories
Ringelman’s smoke indicator ＜ degree 1

Smoke concentration
200 beds

Input Fashion
Manual

Medical Incinerator, 24 kg/hr

Two combustion cabinets (wetness drying, high temperature dust removal)

Combustion / Burner
Oil
0.176
Gas
Domestic garbage
1000 W

Applied For
0.016
Combustion burner

Medical Incinerator, 12 kg/hr
Furnace gate
0.065

NOX

Working Voltage
220 V

Power
1000 W

Applied For
200 beds

Input Fashion
Manual

Medical Incinerator, 24 kg/hr
Medical Incinerator, 24 kg/hr including panel board, controls and accessories
Furnace gate
Chimney
Blower
Combustion burner

Medical Incinerator, 12 kg/hr
Medical Incinerator, 12 kg/hr including panel board, controls and accessories
Furnace gate
Chimney
Blower
Combustion burner

Medical Incinerator, 6 kg/hr
Medical Incinerator, 6 kg/hr including panel board, controls and accessories
Furnace gate
Chimney
Blower
Combustion burner