Purite Analyst 160 with internal tank L300155

Select Analyst 160 IT with pum
Availability: 1 in stock
SKU: L300155
Manufacturer: Purite

 

Common features of all our Select systems:

Space-saving, dependable, bench top or wall mounted systems

RO Removes > 98% minerals and > 99% bacteria

Choice of production rates up to 48 l/hr

Optional external storage tanks up to 100 litres

RO Boost pump fitted as standard

Installation kit and all consumables included for first year's operation

LCD colour touch screen panel

Visual and audible alarms included

Utilises carbon pre-treatment, RO and deionisation

USB port to download event data and upload software updates

Integral 20 litre storage as standard (excludes Neptune Ultimate)

Semi-automatic clean cycle

 

Additional features for the Select Analyst:

Guaranteed > 1MΩ.cm water quality

Remote display (optional)

ECO option now available offering 50% recovery which equates to a significant reduction in water usage and waste

WiFi connection

 

Purite Analyst | Unit Specification

Unit specification160320
Width (mm)440440
Depth (mm)560560
Height (mm)750750
Maximum Shipping Weight (kg)*2833
Maximum Working Weight (kg)*4352

 

Installation requirements160320
PowerSingle Phase, 110-230V, +/- 10%, 50/60 HzSingle Phase, 110-230V, +/- 10%, 50/60 Hz
Feed WaterPotablePotable
Maximum TDS (ppm)10001000
Minimum inlet pressure – psi (bar)30 (2.1)30 (2.1)
Maximum inlet pressure – psi (bar)90 (6.2)90 (6.2)
Feed water temperature1-35oC1-35oC
Product outputs @ 10ºC (l/hr)*14.430
Product outputs @ 25ºC (l/hr)*2448

Purite Analyst | System / Treated Water Specification

 

System specificationAnalyst
Pure water storage20 litre storage tank as standard (External 50 & 100 litre tanks available)
Display panelLCD – Colour touch screen
Pre-treatment cartridgeYes
Reverse osmosisYes
Deionisation cartridgeYes

 

Treated water specificationAnalyst
Inorganics> 1MΩ.cm
pH1Neutral
Bacteria> 99% rejection2
Organics – TOC (ppb)< 50
Dispense modesBib tap on storage tank

1pH of stored water may decrease due to absorption of free carbon dioxide

 

 

Attribute nameAttribute value
CategoriesWater Systems