AQUAGUARD® SUPERB RO+UV+MTDS+SS
TECHNICAL SPECIFICATIONS
*
For Aquaguard® SUPERB RO+UV+MTDS+SS
#
Technical Parameters
1
2
3
4
5
Dimensions (W x D x H)
Net Weight
Filtration System
Tank Capacity (Total)
328mm x 263mm x 479mm
7 kg (Approx.)
Reverse O Ultra Violet
Stages of Filtration
Stage 1: i-Filter™
Stage 2: Mineral Guard™
Stage 3: Chemi-block
Stage 4: RO Membrane
Stage 5: UV Chamber
Stage 6: Active Copper™ Cartridge
5.5 Litres (Approx.)
1
2
3
1
2
3
4
Operating Voltage Range
Power Supply
Power Rating
Input Water Temperature
Input Water Pressure
***
Input Water TDS
**
Total Hardness
150V AC to 250V AC, 50 Hz
Input: 230V AC/Output: External AC/DC Adaptor 24V DC, 2.5A
50 Watts
10°C - 40°C
Up to 3 kg/cm
2
Up to 2,000 mg/L
600 mg/L (max.)
ELECTRICAL SPECIFICATIONS
RECOMMENDED INPUT WATER PARAMETERS
Note: The performance data presented in the table is applicable under standard laboratory conditions
#
. Actual performance
**Input water quality/pressure/TDS are important determinants of recovery rate and rejection.
is always more than 1.5 LPM.
Warranty void if the product is not installed as per the recommendation.
#
Standard Test Conditions: Feed Water Quality: TDS Max: 1,000 mg/L (NaCI), Pressure: 1 kg/cm
2
, Turbidity: 1 NTU (Max.),
Temperature: 25°C, Chlorine: below 0.2 mg/L, Iron: below 0.3 mg/L. Life: 6,000
#
Litres.
#
Actual performance may vary based on the input water conditions especially TDS, Hardness, Pressure, Temperature & pH.
Standard test conditions are valid for online water supply installation. In suction mode, the product performance may vary.
Stage
1.
2.
3.
4.
5.
6.
i-Filter™
Chemi-block (with
Built-in Particle Trap
Filter™)
Mineral Guard™
++
Ultra Filtration
UV Chamber
Active Copper™
+^^
Cartridge
Multi-layered Polypropylene
roving wound Cartridge
Dust Free Bacterio-static
Activated Carbon Block
Micro-controller based
Electronic Impulse Producer
UF Hollow Fibre
Germicidal UV Lamp
A patented bacteriostatic
taste enhancer with Active
Copper™ Technology
Reduces excess chlorine, colour and organic impurities. Also absorbs
bad taste and odour from the water.
Generates electronic impulses which prevent scaling/deposition of
thereby, ensuring the best UV penetration, through Quartz Glass into
water column and at the same time keeping essential minerals like
Calcium and Magnesium intact in water.
Capillary tube type membrane-based technology that imparts crystal
clear clarity to drinking water, in addition to making the water safe from
bacteriological contamination.
UV disinfects the water by eliminating waterborne disease-causing
bacteria, viruses & protozoa, thereby making it safe to drink.
that help to support healthy metabolism. It also helps to provide the body
with energy and is much needed for growth and development. The activated
carbon removes organic components and polishes the water, giving it a
sparkling look, making it pure and great to taste.
Treatment
Material
HERE'S HOW YOUR AQUAGUARD®
SUPERB UV+UF+SS WORKS
PURIFICATION PROCESS OF AQUAGUARD®
SUPERB UV+UF+SS
AQUAGUARD SUPERB UV+UF+SS+AC
( WATER FLOW DIAGRAM )
NOTE : THIS IS A SCHEMATIC ILLUSTRATION OF THE PRODUCT TO GIVE A VISUAL SCHEME OF WORKING OF UNITS.
THIS IS NOT AN ACTUAL ENGINEERING DRAWING OF THE PRODUCT.
CHEMI BLOCK
(WI
TH BUILT-I
N PARTI
CLE
TRAP
FI
LTER)
ACTIVE COPPER
CARTRIDGE
E-BOILING
QG TUBE
SOLENOIDSOLENOID
VALVE
MINERAL GUARD
LPS
DIVERTER
RAW WATER
INLET
VALVE
WATER
PURIFIED
TANK
TAP
ELECTRONIC LEVEL
SENSOR
I - FILTERI - FILTER
ULTRA FILTER CARTRIDGE
LED INDICATION CHART FOR AQUAGUARD®
SUPERB UV+UF+SS
Parameters
Power
Tank Filling Mode
Storage (Tank Full)
UV Lamp Error
SV/Pump Error
LPS
EA Error
Filter Life Warning
(from 5,400 Litres to
6,000 Litres)
Filter life Warning (unit
seizes after 6,000 Litres)
All LEDs
Tank Full
Filter Alarm
Service
Tank Full
Tank Full
Service
Service
Service
Tank Full
Filter Alarm
Service
Tank Full
Filter Alarm
Service
Tank Full
Filter Alarm
Service
Red, Yellow & Green will glow one
after other for 1sec. Then green
will be solid for 5 sec.
Yellow LED Blink @ 0.5 secs for 30 sec.
Yellow LED Blink @0.5 sec.
Yellow LED Solid
Red LED Solid
Red LED Blink @ 0.5 sec.
Red LED Blink @ 0.25 sec.
Green LED Blink @ 0.25 sec.
Red LED Blink @ 0.25 sec.
@ interval of 5 & 2 sec.
Red LED Solid
Green LED Blink
@ interval of 0.5 sec., unit seizes all functions
Red LED Solid
LED Indications
##
SUPERB UV+UF
##
Tank full, Filter alarm and Service:
Refer LEDs aligned to these indication labels on the product.
AQUAGUARD® SUPERB UV+UF+SS TECHNICAL
SPECIFICATIONS
*
For Aquaguard® SUPERB UV+UF+SS
#
Technical Parameters
1
2
3
4
5
Dimensions (W x D x H)
Net Weight
Filtration System
Tank Capacity (Total)
328mm x 263mm x 479mm
6.5 kg (Approx.)
UV+UF
Stages of Filtration
Stage 1: i-Filter™
Stage 2: Mineral Guard™
Stage 3: Chemi-block
Stage 4: UF Filter
Stage 5: UV Chamber
Stage 6: Active Copper™ Cartridge
5.5 Litres (Approx.)
1
2
3
4
5
6
1
2
3
4
5
6
Operating Voltage Range
Power Supply
Power Rating
UV Lamp
UV Lamp Life
Solenoid Valve
Input Water Temperature
Input Water Pressure
***
Input Iron (Max.)
Chlorine Content (Max.)
Input Water Turbidity (Max.)
Total Dissolved Solids (TDS)
150V AC to 250 V AC, 50 Hz
Input: 230V AC / External AC-DC Adaptor 12V DC, 1.7 Amps
20 Watts (max.)
11 Watts
8000 burning hours (as per manufacturer’s spec.)
12 V DC
10°C - 40°C
0.3 - 2.0 kg/cm²
0.3 mg/L
0.2 mg/L
5 NTU
Up to 200 mg/L
ELECTRICAL SPECIFICATIONS
RECOMMENDED INPUT WATER PARAMETERS
*
Note:
The performance data presented in the table is applicable under standard laboratory conditions
#
. Actual performance may
Warranty void if product not installed as per recommendations.
**
If the input water pressure is more than 2.0 kg/cm
2
, installation of a PRV (Pressure Reducing Valve)
*
is mandatory. If the input
water pressure is less than 0.3 kg/cm
2
, installation of a booster pump
*
is recommended. These accessories are available at an extra
cost.
#
Standard Test Conditions:
Feed Water Quality: TDS Max: 200 mg/L
Pressure: 1 kg/cm
2
, Turbidity: 1 NTU (Max.), Temperature: 25°C, Chlorine: below 0.2 mg/L, Iron: below 0.3 mg/L
Life: 6,000
#
Liters.
#
Actual performance may vary based on the input water conditions – Turbidity and Pressure
