<p>
<br/>
EQUIPPED WITH: <br/>
<br/>
EXTREMELY HIGH QUAILITY PURIFICATION<br/>
Removes metallic fines and other solids down to one micron.<br/>
Separates tramp fluids down to one quarter of one percent (.0025).<br/>
Reduces coolant waste by removing the entrained coolant in the tramp <br/>
oil and rag layer.<br/>
<br/>
VERSATILE PLANTWIDE APPLICATION<br/>
Single system can serve single or multiple formulations; single or multiple<br/>
locations; and different fluids.<br/>
Processes any make or type of coolant or oil.<br/>
A 500 gallon process tank provides inflow to the recovery system.<br/>
A stainless steel basket strainer provides preseparation of course solids.<br/>
A progressive cavity pump provides a homogenous and constant feed flow to the<br/>
<br/>
system achieving maximum centrifuge effiency. Hydraulic agitation in the dirty<br/>
<br/>
tank keeps tramp oil and solids suspended for further treatment.<br/>
An intermediate stage solids separation is accomplished using a hydrocyclone<br/>
<br/>
for coolant. This process limits particle size to less than 30 microns.<br/>
A thermostatically controlled low-watt density heater provides:<br/>
Improved separations of solids and tramp oil.<br/>
Improved cleanliness inside the centrifuge thus reducing maintenance.<br/>
Removal of any dissolved gases such as H2S<br/>
Reduced disposal of recoverable coolant entrained in the rag layer,<br/>
<br/>
(coolant/tramp oils interface)<br/>
<br/>
Pasterizes the fluid reducing the need for biocides and fungicides.<br/>
A heat exchanger in the system allows for heat transfer from the discharging<br/>
<br/>
clean fluid to incoming dirty fluid, minimizing energy usage and lowering the<br/>
<br/>
fluid temperature to reduce biological regrowth and to keep the sump<br/>
<br/>
temperature from increasing.<br/>
A high speed disc centrifuge accomplishes a highly efficient<br/>
<br/>
liquid/liquid/solid separation. Lighter phase oils are separated from heavier<br/>
<br/>
phase water without degrading coolant emulsions. Solids are automatically<br/>
<br/>
ejected at preset intervals and the centrifuge is flushed with water heated by<br/>
<br/>
the IFR, eliminating the need for regular bowl cleaning.<br/>
Recovered liquid is discharged to the clean tank for reuse as new oil or<br/>
<br/>
coolant. Tramp fluids are automatically discharged as disired. Automatic<br/>
<br/>
coolant makeup using a proportioner and, if required, deionized water brings<br/>
<br/>
the recovered fluid to like new standards.<br/>
Controls: System control automatically sequences and monitors process flow and<br/>
<br/>
temperature, allowing unattened operation.<br/>
<br/>
SPECIFICATIONS:<br/>
<br/>
Typical Specifications for S1700 Patriot<br/>
<br/>
Dimensions: Length: 8.5<br/>
Width: 8.4<br/>
Height: 8.0<br/>
Weight: 2500 lbs.<br/>
Fluid Input: Coolant: 3000 GPD<br/>
Oil: 4000 GPD<br/>
Utility Requirements:<br/>
Electrical: 460 VAC 3 PH, 60 HZ, 30 AZP<br/>
Water: City water for purging - 1 liter<br/>
<br/>
<br/>
Deionized water for make-up, 2-10 GPM (if required)<br/>
Control and Indicating Panel: NEMA 12 Enclosure. Solid state<br/>
<br/>
programable control including: audible/visible alarms, automatic/manual mode<br/>
<br/>
selector.<br/>
<br/>
<br/>
F.O.B., Warren Mich<br/>
<br/>
<br/>
<br/>
</p>.