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Manufacturers of Filtration Systems, Coolant Filtration Systems, Chilling Units, Coolant Pumps, Dust Collectors, Gravity Filters, Pressure Filters, Coolant Pumps, Vacuum Filters, Oil Skimmers, Magnetic Filters, Conveyors, Magnetic Separators, Paper Band Filters, Vortex Cleaners, Chip Conveyors, Centrifuges, Oil Skimmers, Compact Band Filters, Upflow Filters, Vacuum Band Filters, Auto Belt Filters, Self Cleaning Wedge Wire Filters, Oil Cooling Units, Centralized Filtration Systems, Centralized Cooling Units, Roll Coolant Filtration Systems, Coolant Disposal Units, Candle Type Magnetic Separators, Cartridge Filters, Air Dust Collectors, Bag Type Filter, Wedge Wire Vacuum Drum Conveyor, Filtration Systems for Phosphating Solutions, Impulse Jet Type Air Dust Collector
Questionnaire
 
 
Filtration Questionnaire
  
     
 
Company: Phone:
Address: Fax:
Town: Country:
Tele. No.: Manufacture of:
Quotations to be sent in copies to Mr.
Dept.    
Date: Signature:
Type of Machining
Honing
Turning (Lathe)
Profile grinding
Milling
Slot grinding
Cold rolling
Grinding General
Hot rolling
Deep hole drilling
Others            
Operation Carried Out
Roughing
Super finishing
Finishing
Others
Machine Type
Trademark    
Type
Number of machines:   
System or equipment used:    
Maintenance system:   
Do you want to keep part of the plant? if so, what part?
What does Not satisfy you with your present method?
Too high labour costs
Bad results
Others:
Problem to be solved
Improvement of the surface finish  
Keeping closer machining tolerances  
Better tool efficiency  
More efficient removal of contaminating particales  
Prolong life of coolants  
Prolong life of machine loaders, tools, machine accessories, etc.  
Elimination of surface scratches.  
Separation of tramp oils.  
Implement of general hygienic conditions ( skin - disease and other problems)  
others:    
Liquid to be filtered
Trademark:
Type:
Neat Oil Emulsion  
Synthetic solution Semi - synthetic solutions  
Viscosity             St ° C  
Mix proportion %
Feed flow per machine: I / min Running temperature: ° C
Reserve flow: I / min Volume in service per machine: I
Total Flow: I / min
Contaminating Particles To Be Removed
Type
Steel
Temperature Steel Carburised steel
 
Cast Iron
Hard metal Aluminum
 
Copper
Brass Others
Machining characteristics of material:
Particles to be filtered:
% Long chips:
Wide Long thickness in mm
% Short chips
Wide Long thickness in mm
% Polyhedral particles:
From pm to pm
% Floating particles formed by fine metal fibers
% others:
Total quantity of material extracted per machine::` Kg.in   hours / day
Grinding wheels: Silicon carbide Aluminum Oxide Diamond Bronze
  Grit Binder
Data About working conditions
Duration of working day:
Hours
 Days / week
Requested frequency of filter cleaning
Nominal filtration quality desired: µm
Quality of machined surface:
 Ra / Rz /
Space Available
Length L:
cm.
Width A:
cm
Height H: cm
Dirty liquid outlet height from machine to the filter:
Level of Automation Required
Manual
Semi - Automatic Fully Automatic
Return of Clean Liquid to the Machine
Pump To be Supplied by SPAN
Yes No
Connection Pipework To be supplied SPAN
Yes No
Distance to the machine: m     Desired pressure at the machine bar
Electric And Pneumatic Control Cabinets:
For distribution pump Yes No
Special needs for the electric and pneumatic cabinets
Service voltage V Hz.
Control Voltage V. AC / DC
Operation Voltage V Hz. Signaling Voltage V. AC / DC
Pressure of compressed air bar  
Temperature Control equipment
The Liquid has to be cooled? . Yes No
Desired temperature °C ±
By refrigerating compressor
Condensed by air Condensed by water
By heat exchanger
Liquid - air Liquid - water
Cold water flow available :  I / min to  bar min
min °C / max °C
Estimated refrigeration power: kcal / h
Power installed on the machine: kw
The liquid has to be heated? Yes No
Desired temperature °C ± °C
By heat exchanger
Available flow of hot water: I / min to bar
By heating elements: kcal / h

In order to calculate the necessary refrigerating or heating power, indicate the temperature of the liquid at machine start up as well as in the following hour until a stable temperature has been reached.
Temperature:
!st °C; 2nd °C; 3rd °C;  4th °C;
5th °C; 6th °C; 7th °C; 8th °C;
Notes and Comments:
   
 
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