Name: SQP Tokimec Vane Pump With High Pressure - Saiyi Hydraulic
Brand: Vane Pumps
Price: 60.00 USD
Availability: InStock

Description

Model Description

(F3-)	SQP2	-21	-86	C	(F)	(LH)	-18
Front marks, compatibility between hydraulic oil and fluid	Pump shell No	Displacement codes	Shaft extension	Outlet port position	Mounting type	Direction of rotation	Designing No.
	SQP1	2,345,6,7,8,9 10,11,12,14	1 straight shaft with key 86- heavy-duty straight shaft with key	(from cover end pump) A- Opposition of inlet B . counterclockwise 90° from inlet C C- the same side of inlet D 90° D- Clockwise 90° from inlet	No mark Flange mounting F:foot mounting		15
No marks- use anti-wear hydraulic oil or Fl 1- use water- glycol fluid F3- use water-in-oil emulsion	SQP2	10,11,12,14,15,17, 19,21				LH . LH-counterclockwise rotation No mark Clockwise rotation	18
	SQP3	21,25,30,32,35, 38,45
	SQP4	42,45,50,57,60 66,75

Operating Parameters

Pump shell NO.	Displacement code	Geometric displacement (mL/r)	SQP		F11-SQP		F3-SQP
			Anti-wear hydraulic oil or phospholipid		Water glycol fluid		Water-in-oil emulsion
			Max pressure (Mpa)	Max speed (r/min)	Max pressure (Mpa)	Max speed (r/min )	Max pressure (Mpa)	Max speed (r/min)
SQP1	2	7.5
	3	10.2	13.8		13.8
	4	12.8
	5	16.7
	6	19.2
	7	22.9
	8	26.2	17.2	1800	15.7	1200	13.8	1200
	9	28.8
	10	31.0
	11	35.0
	12	37.9	15.7		15.7
	14	44.2	13.8		13.8
SQP2	10	32.5
	12	38.3
	14	43.3
	15	46.7	17.2	1800	17.2	1200	13.8	1200
	17	52.5
	19	59.2
	21	65.0
SQP3	21	66.7
	25	79.2
	30	95.0
	32	100	17.2	1800	17.2	1200	13.8	1200
	35	109
	38	118
	45	140
SQP4	42	134
	45	140
	50	156
	57	178	17.2	1800	17.2	1200	13.8	1200
	60	189
	66	207
	75	237

Pump Position

Pump Positon		All series(except for SQP43)	SQP43
The first outlet is the opposition side of inlet	AA	The second outlet is to counterclockwise rotation of 135°from inlet	The second outlet is the opposition of inlet
	AB	The second outlet is to counterclockwise rotation of 45°from inlet	The second outlet is to counterclockwise rotation of 90° from inlet
	AC	The second outlet is to clockwise rotation of 45°from inlet	The second outlet is the same side of inlet
	AD	The second outlet is to clockwise rotation of 135°from inlet	The second outlet is to clockwise rotation of 90°from inlet
The first outlet is to counterclockwise rotatin of 90°from inlet	BA	The second outlet is to counterclockwise rotation of 135°from inlet	The second outlet is the opposition of inlet
	BB	The second outlet is to counterclockwise rotation of 45°from inlet	The second outlet is to counterclockwise rotation of 90° from inlet
	BC	The second outlet is to clockwise rotation of 45°from inlet	The second outlet is the same side of inlet
	BD	The second outlet is to clockwise rotation of 135°from inlet	The second outlet is to clockwise rotation of 90°from inlet
The first outlet is the same side of inlet	CA	The second outlet is to counterclockwise rotation of 135°from inlet	The second outlet is the opposition of inlet
	CB	The second outlet is to counterclockwise rotation of 45°from inlet	The second outlet is to counterclockwise rotation of 90° from inlet
	CC	The second outlet is to clockwise rotation of 45°from inlet	The second outlet is the same side of inlet
	CD	The second outlet is to clockwise rotation of 135°from inlet	The second outlet is to clockwise rotation of 90°from inlet
The first outlet is to clockwise rotation of 90° from inlet	DA	The second outlet is to clockwise rotation of 135°from inlet	The second outlet is the opposition of inlet
	DB	The second outlet is to counterclockwise rotation of 45°from inlet	The second outlet is to counterclockwise rotation of 90° from inlet
	DC	The second outlet is to clockwise rotation of 45°from inlet	The second outlet is the same side of inlet
	DD	The second outlet is to counterclockwise rotation of 135°from inlet	The second outlet is to clockwise rotation of 90°from inlet