Search Northern Tool

Looking for Answers about "Dynamic Gear Pump - 1.22 Cu. In., Model# GP-F20-20-P-C"?

"Automotive(Q:497 A:738)
"Construction(Q:6 A:8)
"Fans(Q:69 A:87)
"Farm + Acreage(Q:43 A:52)
"Food Processing(Q:63 A:83)
"Hand Tools(Q:8 A:10)
"Lawn + Garden(Q:64 A:98)
"Material Handling(Q:298 A:347)
"Power Tools(Q:169 A:256)
"Trailers + Towing(Q:14 A:20)
"Welding(Q:58 A:71)
Air Tools + Compressors(Q:1329 A:1847)
Automotive(Q:1962 A:2545)
Clothing + Work Wear(Q:130 A:148)
Construction(Q:699 A:908)
Electrical(Q:261 A:332)
Engines(Q:371 A:457)
Fans(Q:605 A:700)
Farm + Acreage(Q:723 A:855)
Food Processing(Q:238 A:338)
Generators(Q:1592 A:2232)
Hand Tools(Q:361 A:434)
Lawn + Garden(Q:2487 A:3391)
Lighting(Q:194 A:239)
Logging(Q:425 A:662)
Material Handling(Q:675 A:825)
Metal Fabrication(Q:666 A:788)
Power Tools(Q:636 A:1051)
Pressure Washers(Q:1067 A:1441)
Safety(Q:145 A:205)
Seats(Q:343 A:474)
Security Equipment(Q:273 A:405)
Snow + Ice Removal(Q:294 A:364)
Sporting Goods + Toys(Q:538 A:720)
Storage + Organizers(Q:693 A:947)
Tires + Wheels(Q:637 A:826)
Trailers + Towing(Q:1640 A:2031)
Water Pumps(Q:1160 A:1417)
Welding(Q:652 A:1065)
Winches(Q:403 A:516)
Most Recent Questions
Recent Question:
Which side is the high pressure and which is the low pressure?
Recent Question:
Is it wired for an on/off switch that you add?
Recent Question:
Is there an electric on/off switch with these pumps?
Recent Question:
What type of hydraulic fluid is recommended. Is ATF ok?
Questions with Most Recent Answers
Question:
can this pump be used as a hydraulic motor
Question:
Which side is the high pressure and which is the low pressure?
Question:
Is it wired for an on/off switch that you add?

Customer Questions & Answers for
"Dynamic Gear Pump - 1.22 Cu. In., Model# GP-F20-20-P-C"

Item# 1027
"All-aluminum high-pressure hydraulic gear pump. Max. PSI 2,900, Rotations Per Minute 3,000, Shaft Diameter in. 5/8, Weight lbs. 6.73, GPM 15.84, Material Aluminum. Displacement size 1.22 cu. in./revolution GPM 15.84 @ 3000 RPM PSI 2900 Rotation CW Standard mounting flange SAE A-2 2-bolt Standard ports SAE-12 inlet and SAE-10 outlet Standard drive shaft 5/8in. dia. straight with 5/32 straight key Max. RPM 3000 7/8in.-14 outlet"
Customer Questions & Answers:
4 Questions
 | 
4 Answers
Product Details

Questions & Answers for "Dynamic Gear Pump - 1.22 Cu. In., Model# GP-F20-20-P-C"

Question

does this pump turn clockwise or counter clockwise?

asked 1 year, 11 months ago
by
leslee
on "Dynamic Gear Pump - 1.22 Cu. In., Model# GP-F20-20-P-C"
+1point
1out of 1found this question helpful.
1 answer
Answers
answer 1
Staff Answer
The Dynamic Gear Pump is a clockwise rotation.
answered 1 year ago
by
ProductExpert23
-1point
0out of 1found this answer helpful.
Question

Can this pump run at 1750 rpm and if so what is the gpm?

asked 2 years, 3 months ago
by
cowpuncher
 - sd
on "Dynamic Gear Pump - 1.22 Cu. In., Model# GP-F20-20-P-C"
0points
0out of 0found this question helpful.
1 answer
Answers
answer 1
Staff Answer
Yes, you can run this pump at 1750 RPM. The GPM would be 9.25 at 1750 RPM.
answered 2 years, 3 months ago
by
ProductExpert6
0points
0out of 0found this answer helpful.
Question

Can I run this with a pulley off a motor.

Hi I have a craftsman 18 HP garden tractor and would like to mount a pump on the motor.
If this can't be done can you recommend one I can use.
Thank you .
Joe M.
asked 3 years, 11 months ago
by
Anonymous
on "Dynamic Gear Pump - 1.22 Cu. In., Model# GP-F20-20-P-C"
-1point
0out of 1found this question helpful.
1 answer
Answers
answer 1
Staff Answer
Yes, this pump could be belt driven with the use of a pulley.
answered 3 years, 11 months ago
by
ProductExpert13
0points
0out of 0found this answer helpful.
Question

hp required?

asked 4 years ago
by
Anonymous
on "Dynamic Gear Pump - 1.22 Cu. In., Model# GP-F20-20-P-C"
+1point
1out of 1found this question helpful.
1 answer
Answers
answer 1
Staff Answer
The formula for determining HP required is take the GPM x PSI x 32 and divide that by 39,600. Take this total and multiply it by .85. This will provide the HP required. To determine the GPM, take the cubic inches x RPM and divide this by 231 and this is the GPM.
answered 4 years ago
by
ProductExpert12
0points
3out of 6found this answer helpful.
1 of 1