SLOW MIXER EVRL
COATING SHAFT IN PP, PVC o PVDF
SLOW MIXER EVRL
– AISI 304-316 or C45 steel shaft, PP, PVC or PVDF coated, taped directly to the reducer
– Mechanical support with aluminum lantern for medium load (EVRK) or for high load (EVRL) and bearing
– Four-blade impeller with inclined, straight or high flow blades in AISI 304-316 steel or in PP, PVC, PVDF or PE-HD
– Single or double flushed mechanical seal on request.
- Motor (Electric/Pneumatic)
- Reducer
- Lantern
- Bearing
- Fastening plate
- Coating
- Shaft
- Impeller
Note: plate size may vary according to requirements
STEEL SHAFT AISI 304-316
TECHNICAL DATA
IMPELLERS
TITLED-BLADE MODULAR IMPELLER
Range of use from 10 to 380 rpm.
TILTED-BLADE TURBINE IMPELLER
HIGH-FLOW IMPELLER
MOVING FOUR-BLADE IMPELLER
ANCHOR IMPELLER
SLOW MIXERS SET
SLOW MIXER
EVR
SLOW MIXER
EVRK
SLOW MIXER
EVRL
SLOW MIXER
KVRL
MORE INFO?
When you need the high-load EVRL slow mixer
The EVRL is the EVR family model built for the heaviest duty that an aluminium lantern can handle: the mechanical support with a high-load lantern and bearing protects the gearbox from the radial forces produced by the impeller. The shaft is still keyed directly to the gearbox, and the drive can be an electric or a pneumatic motor.
Choose the EVRL when an EVRK would be running close to its limit: denser fluids, larger impellers, deeper tanks needing longer shafts. If you need several impellers on one shaft or even higher loads, the next step is the KVRL with an iron lantern. As with all our mixers, ATEX certification is available on request.
- Flocculation in large volume tanks
- Neutralisation of industrial effluents
- Preparation of concentrated polyelectrolyte
- Agitation of liquids with solids that must stay in suspension
- Slow mixing of high viscosity corrosive fluids
Frequently asked questions
Which impellers can be combined with the EVRL?
A four-blade impeller with inclined, straight or high-flow blades, in AISI 304-316 stainless steel or PP, PVC, PVDF or PE-HD. The choice depends on viscosity and on the flow pattern you need: inclined blades for mixed flow, high-flow for circulating large volumes.
Which motors are available for the EVRL?
The EVRL can be driven by an electric or a pneumatic motor, always coupled to a gearbox. A pneumatic drive is worth considering where electrical supply close to the tank is best avoided.
Can the EVRL be customised?
Yes. The mounting plate size varies according to requirements, and our engineering department defines materials, impeller and seal (single or double flushed, on request) from your process data.