TennMax P3 STF Cooler for Pentium III processors 

"Extra Powerful Cooling for your P III"

for all SECC2 processors

• Super Twin Fans (STF) @ 17 CFM each. Quality, Long lasting, Quiet ball bearing fans.
• STF, total 34 CFM, 70% increase over standard TF (twin fans)
• One spliced 3-wire connector for both fans to motherboard.
       (optional version with 3-pin connectors for each fan is available)
• TennMax special thermal phase change interface pad attached.
                   thermal compound is provided in this cooler package.

• Easy and secure slide push pin design.
• High thermally conductive Aluminum Alloy.
• Extruded with micro grooves on the fins for high surface area.
• Designed for aggressive overclocking of SECC2 PIII processors.
• Washers provided for fitting both OLGA and PLGA processors.

Installation instruction:

1. Remove the OEM heatsink on the processor. You may have to cut off the plastic pins which are holding the OEM heatsink.
   note: You can find one way to remove the OEM heatsink off the PIII at Nick's Web Page.
   
2. Use a hairdryer to blow warm air to the heatsink so to soften the compound under the heatsink. You then can easily twist to separate the sink off the processor.
   
3. Clean up the compound left on the processor, using any common solvent. (Rubbing alcohol, isopropyl alcohol, should be just fine). 
   Optional step: Apply the included thermal compound on the processor.
   
4. Place both dual pins through holes in the black plastic logo cover. Pins will now be standing beside the main Pentium chip.
   
5. Place P3 STF over the main processor and insert pins into position holes.
   
6. Push the slide locks to secure the cooler in place.
   
7. Attach the power connector to the motherboard and you are ready to restart the computer.

note: P3 STF Cooler has been successfully installed in a great number of PC systems. The powerful twin fans used in this cooler do draw higher current (2.88 Watts) than many single fans. Be sure you have good, clean, and secure contact with the 3-pin connector on the motherboard. Poor contact may increase electrical resistance and create complication.

       We now offer optional P3 STF with two singe super fans with separated 3-pin connectors for each. This two-connector P3 STF version is now listed in the order form.  We strongly recommend this 2-connector option for the ABIT SLOT1 motherboard.

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For Your Reference:    (updated March, 2001)

Pentium III Speed MHz	L2 Cache Size	Thermal Spec. °C	Thermal Dissipation Watts	Socket/Slot	TennMax Cooler Needed
450	512K	90	25.3	SECC2, Slot1	P3 STF, P3 TF
	512K	90	25.3	SECC2, Slot1	P3 STF, P3 TF
500	512K	90	28.0	SECC2, Slot1	P3 STF, P3 TF
	512K	90	28.0	SECC2, Slot1	P3 STF, P3 TF
	512K	90	28.0	SECC2, Slot1	P3 STF, P3 TF
500E	256K	85	16.1	Socket 370	MEGA7, Ultra
533B	512K	90	29.7	SECC2, Slot1	P3 STF, P3 TF
533EB	256K	82	14.0	SECC2, Slot1	P3 STF, P3 TF
	256K	82	14.0	Socket 370	MEGA7, Ultra
550	512K	80	30.8	SECC2, Slot1	P3 STF, P3 TF
550E	256K	85	14.5	Socket 370	MEGA7, Ultra
600	512 K	85	34.5	SECC2, Slot1	P3 STF, P3 TF
600E	256K	82	19.3	SECC2, Slot1	P3 STF, P3 TF
	256K	82	19.8	Socket 370	MEGA7, Ultra
600B	512 K	85	34.5	SECC2, Slot1	P3 STF, P3 TF
600EB	256K	82	15.8	SECC2, Slot1	P3 STF, P3 TF
	256K	82	15.8	Socket 370	MEGA7, Ultra
650	256K	82	17.0	SECC2, Slot1	P3 STF, P3 TF
	256K	82	17.0	Socket 370	MEGA7, Ultra
667	256K	82	17.5	SECC2, Slot1	P3 STF, P3 TF
	256K	82	17.5	Socket 370	MEGA7, Ultra
700	256K	80	18.3	SECC2, Slot1	P3 STF, P3 TF
	256K	82	18.3	Socket 370	MEGA7, Ultra
733	256K	80	19.1	SECC2, Slot1	P3 STF, P3 TF
	256K	80	19.1	Socket 370	MEGA7, Ultra
750	256K	80	19.5	SECC2, Slot1	P3 STF, P3 TF
	256K	80	19.5	Socket 370	MEGA7, Ultra
800	256K	80	20.8	SECC2, Slot1	P3 STF, P3 TF
800EB	256K	80	20.8	SECC2, Slot1	P3 STF, P3 TF
850	256K	80	22.5	Slot1, S370	P3 STF, MEGA7
866	256K	80	22.9	Slot1, S370	P3 STF, MEGA7
933	256K	75	25.50	Slot1, S370	P3 STF, MEGA7
1.0 GHz	256K	70	26.1	Slot1	P3 STF
1.13 GHz	256K	62	35.5	Slot1	P3 STF

Note:  MEGA7 fits well in FC-PGA/SLOT1 converter. 

E-mail TennMax for new Lasagna Slim CPU Cooler
for 1U server applications  up to 1 GHz (new March, 2001)

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