Vera

A brand and its promise to perform

Our Goal – Quality Down to the Smallest Detail

At  Vera,  customer  satisfaction,  safety,  and  reliability  are  our  top  priorities  in  quality  assurance.  In  addition  to meeting  international  quality  standards,  all  solar  water  heaters  and  electric  pumps  must  adhere  to  elevated internal  quality  benchmarks.  We  are  deeply  passionate  about  our  work,  which  is  why  we  consistently  go  above and beyond to craft genuinely extraordinary  products  for  our  customers.  This  passion  has  been  the  key  to  our  success over  the  past  30  years,  driving  our  pumps,  valves,  and  services  to  continually  establish new standards worldwide.

Premier Supplier of Water Equipment

Vera is a value-centric brand offering top-notch products from leading global brands. Our success stems from a commitment  to  continuous  improvement,  robust  new  product  development,  high  performance,  competence, ethical  business  practices,  and  market  leadership.  JUNAID  –  VERA  employees  share  core  values  such  as accountability,  deep  respect  for  people  and  the  environment,  and  a  straightforward  work  style.  Building  strong customer  relationships  and  delivering  quality  products  are  pivotal  in  achieving  Vera  Water’s  vision  of  becoming the foremost provider of water equipment.

Applications of Vera Electric Water Pumps

Domestic Application:

Ideal for domestic and commercial buildings to ensure a continuous water supply.

Agricultural Irrigation:

Well-suited for irrigating fields and crops, providing efficient water distribution.

Firefighting Operations:

Essential  for  firefighting  efforts  due  to  its  self-priming  capability  and  quick

response.

Construction Sites:

Efficient in handling water transfer and drainage on construction sites.

Marine Applications:

Useful for bilge pumping and water circulation on boats and marine vessels.

Industrial Processes:

Reliable for various industrial applications requiring self-priming capabilities.

Wastewater Management:

Effective in pumping and transferring wastewater in sewage systems.

Mining Operations:

Suitable for dewatering and managing water in mining sites.

Vera Deep Submersible Pump

Sectors and areas of application

Water movement

For  the movement of clear water from wells  in  residential and domestic uses and to ensure the correct level of comfort

Pressurization

For the pressurization of water  in  residential,  commercial,  industrial  and agricultural areas ensuring an efficient water supply

Irrigation

To make available the water necessary for crops

Washing

For the creation of washing systems used in industry

Water supply

For the supply of clear water in domestic, agricultural and industrial applications

Water treatment

For use in water treatment plants, such as reverse osmosis

Deep Well Submersible Pump

Applications

For pumping clean water with sand content less than 150g/m³

For  well  pumping,  river  pumping,  farm  irrigation,  water  supply,  mining, drainage in breeding industry.

Submersible Clean and Sewage Water Pumps

Submersible pumps are specialized devices designed to operate underwater and are used for a variety of  applications,  including  the  pumping  of  clean  water  and  sewage.  Here’s  an  overview  of  submersible pumps for clean water and sewage:

Submersible Clean Water Pumps:

These  pumps  are  typically  used  to  pump  clean  water  from  wells,  tanks,  or  reservoirs.  They  are  suitable for  submerged  installation  and  are  often  used  in  domestic  and  industrial  water  supply  systems.  VERA offers a range of submersible clean water pumps that can handle various flow rates and head heights.

Submersible Sewage Pumps:

Sewage pumps are designed to handle wastewater that contains solids and debris. They are commonly used  in  municipal  sewage  systems,  septic  tanks,  and  wastewater  treatment  plants.  VERA  provides submersible sewage pumps that are robust and can manage the demands of sewage pumping.

Key Features to Consider:

Flow  Rate:  The  maximum  amount  of  liquid  the  pump  can  move,  usually  measured  in  liters  per  second (l/s).

Head:  The  height  to  which  the  pump  can  raise  water,  typically  measured  in  meters  (m).  Liquid Temperature:  The  range  of  liquid  temperatures  the  pump  can  handle,  important  for  ensuring  the longevity of the pump.

The Cost-Effective Way to Provide Hot Water in Large Quantity

Discover  the  cost-effective  way  to  meet  large-scale  hot  water  needs  with  Vera’s new  line  of  solar  water  heaters.  Harnessing  energy  directly  from  the  sun,  these efficient  products  reduce  electricity  costs  and  contribute  to  a  cleaner  environment. Easy to install and requiring minimal maintenance, Vera’s solar water heaters are the ideal  choice  for  year-round  energy-saving  and  efficient  water  heating.  Available  in direct  types,  with  options  ranging  from  single  collector  150  liters  to  single  collector 200 and 300 liters catering to various large water heating demands.

Available in direct type ranges  from  single  collector  150  liters and Single  collector 200  liters  , and  300  liters suitable for multiple large water heating demand.

Model  VERA  is  a  flat  plate  collector,  encasing  harp  type  absorber  with  high  efficiency  level.  It  is an  affordable  choice,  best  suited  for  closed  loop  /  forced  circulation  systems,  small  scale,  great choice  for  mild  or  hot  climates,  where  its  great  value  will  outshine  the  competition.  The  efficiency factor  of  VERA  is  η0=0.78  (based  on  aperture  area),  making  VERA  a  remarkable  solar  collector. This  collector  has  been  tested  in  NSCR  DEMOKRITOS  laboratory  and  it  is  certified  with  SOLAR KEYMARK / DCL.

Description

1. Frame of the collector: Aluminum profile powder coated for maximum protection in seaside areas.
2. Absorbing surface:  Aluminum  surface  with  blue  titanium  high  selective  treatment  with  high  absorption and low emission (α=95%, ε=4%), laser welded on the copper water frame.
3. Transparent cover:  Security-Tempered  prismatic  solar  glass  for  maximum  protection  against  extreme weather conditions and temperature changes.
4. Vertical tubes: Copper tubes in diameter Ø8mm.
5. Header of  water  frame:  Copper  tubes  Ø22,  which  are  welded  to  the  vertical  tubes  with  hard  silver solder.  Each water  frame  is  tested  at  a  pressure  of  15  bars. Headers are  punched with  upper  expansion  for perfect fitting with vertical tubes and minimum pressure drop in the collector.
6. Thermal insulation:  30mm  thick  layer  of  prepressed  mineral  wool  special  for  solar  panels  for  minimum thermal loss. Thermal conductivity: 0=0.035 W/m°K (EN 13162) and heat capacity 0.84 kJ/kg..
7. Back cover:  Aluzinc  0,4mm  thick.  Aluzinc  stands  for  aluminum  and  zinc,  fused  in  almost  equal proportions,  as  a  coating  for  the  steel  sheet  that  is  coated  with  a  silvery  spangle  composed  of  Aluminum (55%),  Zinc  (43,4%)  and  a  touch  of  Silicon  (1,6%).  Great  mechanical  strength  and  7  times  more  resistant  to corrosion than common galvanized steel.
8. Sealing materials:  For  perfect  waterproof  finish  and  proper  ventilation  of  collectors  casing,  all materials  used  (EPDM,  polyurethane  sealant,  silicon  air  vents  and  silicon  header  flanges)  resist  to  extreme weather conditions and temperature changes. The collector can be installed on a flat roof or tiled roof.