DW-DW VOX
Submersible
SUBMERSIBLE ELECTRIC PUMPS FOR SEWAGE
in AISI304
APPLICATIONS
Evacuation of civil and industrial waste waters
Drainage of wells and excavations
Draining sub-layer zones
Generally moving foul waste liquids also withtaining solid substances and/or suspended filamentary substances
Emptying seepage water
Moving sewage (sanitary services)
Emptying cesspits
TECHNICAL DETAILS
Equipped with 10 m of H07 RN-F power supply cable
Available with or without float
Envisioned with single channel impeller or vortex type (VOX) and flanged (F)
PUMP TECHNICAL DATA
Maximum immersion: 10 m
Maximum temperature of the liquid: 40°C
Max. solids size for passage: 50 mm
Threaded version: ø 50 discharge, G2 discharge
Flanged version: discharge ø 50 DN 50
MOTOR TECHNICAL DATA
Pump casing, impeller, motor cover, seal housing disc and motor case in AISI 304
Shaft in AISI 303
Twin mechanical seal with interposed oil chamber:
- upper in Carbon/Ceramic/NBR (motor side)
- lower in SiC/SiC/NBR (pump side)
Spacer in cast iron G20 (only for DW-DW VOX 300)
SPECIAL VERSIONS
VOX version (VORTEX impeller)
The Part number is different
The minimum pressure these pumps require is 2 meter's, if you do not have 2 meter’s differential from water level to discharge point,or a minimum of 14 meter's horizontal run, then use a 1" bore discharge hose or your motor will burn out
What is the lowest head pressure
Part numbers have changed to harmonise along with design changes. The part number stated is the current one in use, there are different numbers for OEM products also, if you have any doubts please advise the part number and we will confirm.
Discounts
Further quantity discounts are available for this product range, call the office for details 0161 428 0133
UK Mainland Delivery is normally by next working day courier if order is placed before 1.30pm. ie despatched on Monday for Tuesday delivery. If placed after 1.30pm then the goods will be despatched the next working day. ie Monday for Wednesday delivery. Highlands and offshore deliveries differ.