PV2R dual pump

Vickers V Vq Single Stage Hydraulic V...

Durable Rotary Vane Pumps Compatible ...

Parker Denison T6D T7B Series Replace...

Hotsales Eaton Vickers V Series Equiv...

T7DB T6ED T67CB Series Parker Denison...

Hydraulic Eaton Vickers Vane Pump Vq ...

Durable Denison T67DBB T6DC T67DDBS S...

Eaton Vickers Vq Series High Pressure...

Hydraulic Pin Vane Pump for Parker De...

Parker-Denison-T6-T7-Series-Single-Pump-Equivalent-for-Efficient-Fluid-Power-Solutions.jpg

Parker-Denison-T6-T7-Series-Single-Pump-Equivalent-for-Efficient-Fluid-Power-Solutions-(2).jpg

Parker Denison T6 T7 Series Single Pump Equivalent for Efficient Fluid Power Solutions(4).jpg

Parker Denison T6 T7 Series Single Pump Equivalent for Efficient Fluid Power Solutions(3).jpg

Parker Denison T6 T7 Series Single Pump Equivalent for Efficient Fluid Power Solutions (1).jpg

Parker Denison T6D T7B Series Replacement for Efficient Fluid Power Solutions--single pump

High pressure and high performance dowel pin type vane pumps are widely used for plastic machinery, casting machinery, metallurgy machinery, pressing machinery, refining machinery, construction machinery, marine-Machinery.

Product Description

Applications

Key Technical Features

1. With dowel pin vane structure, it can work in high pressure, low noise and long lifetime.

2. This vane pump can fit wide viscosity hydraulic medium, and be started at low temperature and work at high temperature.

3. As the vane pump adopts bilabial structure vane, it has high oil polution resistance and wide speed scope.

Application of Vicks T6/T7 Series Single Vane Pumps in Marine Industry

The marine environment is a real tough work place for hydraulic parts. It has constant movement, saltwater that can make metal rusty, limited space, and the need for parts that never break. In this challenging environment, Vicks’s T6 and T7 series vane pumps have proven to be strong and dependable, providing the power needed for important systems on ships where a failure could be dangerous.

These pumps are used in important parts of a ship because of their dependability and strength

Steering Gears and Rudder Control: These pumps help operate the systems that control the ship’s direction. Their reliable performance and ability to control pressure ensure the ship can move and turn properly at any conditions.

Deck Machinery: They are used in hydraulic systems for winches, windlasses, and mooring equipment. These pumps can deal with very heavy tasks such as lifting anchors or moving cargo, even if there are sudden or continuous demands.

Hydraulic Thruster Systems: T6/T7 pumps are always used in both front and back thrusters, which help a ship move slowly in tight areas like ports. Their strong and continuous power makes sure these systems work reliably.

Cargo Handling Equipment: On ships like supply vessels and tugboats, the pumps can power cranes and other equipment needed to lift and move cargo at sea. They can handle the stress of heavy lifting and constant use.

Watertight doors and hatches: These pumps help close doors and hatches automatically, which is a very important safety measure on modern ships to stop water from entering.

In conclusion, Vicks T6 and T7 series vane pumps are more than just parts—they are important for keeping ships safe, running efficiently, and performing well. Their strong build, good efficiency, ability to handle dirt and water, and quiet operation fit perfectly with what the marine industry needs. That’s why they are widely preferred by ship designers and engineers everywhere.

NO.	Part	Qty	NO.	Part	Qty	NO.	Part	Qty
1	shaft	1	5	cir clip for shaft	2	9	cartridge kit	1
2	straight key	1	6	ballbearing	1	10	rear cover	1
3	front cover	1	7	cir clip for hole	1	11	Hexagon head bolt	4
4	shaft seal	1	8	rectangle seal ring	1

Model Representation

T7B	S	-B10	-1	R	00	-A	1	01
Series	Type Code	Flow code	Shaft type	Rotation	Outlet positions	Design number	Sealing Level	Port dimensions
T7B	No: ISO 3019 Installation Flange S:SAEJ744 installation flange	B02,B03,B04,B05, B06,B07,B08,B10, B12,B15,B20	See of shaft	(Viewed from shaft end of pump) R-right hand for clockwise L-left hand for counter- clockwise	(Viewed from shaft end of pump) 00-Opposite inlet port 01-Inline with inlet 02-90°cCW from inlet 03-90°Cw from inlet	A	1-S1, (Buna) NBR Nitrile rubber 5-S5, Fluororubber	00、01, See installation dimensions
T7D		B14,B17,B20,B22,B24, B28,B31,B35,B38,B42						No
T7E		042,045,050,052,054, 057,062,066,072,085
T6C	NO: industrial type M:truck type P:truck type double seal kits	003/B03,005/B05,006/B06, 008/B08,010/B10,012/B12, 014/B14,017/B17,020/B20, 022/B22,025/B25,028/B28, 031/B31
T6D		014/B14,017/B17,020/B20, 024/B24,028/B28,031/B31, 035/B35,038/B38,042/B42, 045/B45,050/B50,061
T6E		042,045,050,052,057, 062、066,072,085

Technical Data

				Max.pressure Mpa					Max.speed r/min		Min. speed r/min
series	Flow code (USgpm)	Geometric displace- ment mL/r	Antiwear hydraulic oil		General hydraulic oil or phosphate ester fluid		Water glycol fluid or water-oil emulsions		General hydraulic oil or antiwear hydraulic oil	Water glycol fluid or phosphate ester fluid or water-oil emulsions

			Instant	Continuous	Instant	Continuous	Instant	Continuous
T7B T7BS	B02	5.8	35	32	24	21	17.5	14	3600	1800	600
	B03	9.8
	B04	12.8
	B05	15.9
	B06	19.8
	B07	22.5
	B08	24.9
	B10	31.8
	B12	41.0	30	27.5	24	21	17.5	14	3000	1800	600
	B15	50.0	28	24
	B20	63.0
T7D T7DS	B14	44.0	30	25	24	21	17.5	14	3000	1800	600
	B17	55.0
	B20	66.0
	B22	70.3
	B24	81.1
	B28	90.0
	B31	99.2
	B35	113.4	28	25	24	21	17.5	14	2800	1800	600
	B38	120.6
	B42	137.5	26	23	24	21	17.5	14	2500	1800	600
T7E T7ES	042	132.3	24	21	21	17.5	17.5	14	2200	1800	600
	045	142.4
	050	158.5
	052	164.8
	054	171.0
	057	183.3
	062	196.7
	066	213.3
	072	227.1
	085	268.7	9	7.5	7.5	7.5	7.5	7.5	2000	1800	600
T6C	003/B03	10.8	28	24	21	17.5	17.5	14	2800	1800	600
	005/B05	17.2
	006/B06	21.3
	008/B08	26.4
	010/B10	34.1
	012/B12	37.1
	014/B14	46.0
	017/B17	58.3
	020/B20	63.8
	022/B22	70.3
	025/B25	79.3							2500
	028/B28	88.8	21	16	21	16	17.5	14	2500	1800	600
	031/B31	100.0
T6D	014/B14	47.6	25	21	21	17.5	17.5	14	2500	1800	600
	017/B17	58.2
	020/B20	66.0
	024/B24	79.5
	028/B28	89.7
	031/B31	98.3
	035/B35	111.0
	038/B38	120.3
	042/B42	136.0							2200
	045/B45	145.7							2200
	050/B50	158.0	21	16	21	16	17.5	14	2200	1800	600
	061	190.5	12	8	8	8	7.5	7.5
T6E	042	132.3	25	21	21	17.5	17.5	14	2200	1800	600
	045	142.4
	050	158.5
	052	164.8
	057	179.8
	062	196.7
	066	213.3
	072	227.1
	085	269.0	12	8	12	8	7.5	7.5	2000	1800	600

003/B03 In displacement code, 0 means single steering valve plate structure, B means the two steering valve plate structure.

Installation Dimensions

	T7B	T7BS	T7D	T7DS	T7E	T7ES	T6C	T6D	T6E
E	38.10	38.10	38.10	38.10	52.30	52.30	38.10	38.10	52.30
F	82.30	82.30	87.40	87.40	110.00	110.00	82.30	87.40	110.00
G	168.50	168.50	184.90	184.90	225.30	225.30	161.60	184.90	225.30
J1	100.00	101.60	125.00	127.00	125.00	127.00	101.60	127.00	127.00
J2	99.967	101.550	124.937	126.950	124.937	126.950	101.550	126.950	126.950
N	140.00	146.00	180.00	181.00	180.00	181.00	146.10	181.00	181.00
O	174.50	174.50	212.40	212.40	213.00	213.00	174.50	212.40	213.00
ΦP	14.00	14.30	18.00	17.50	18.00	17.50	14.30	17.50	17.50

Shaft Extension

Model	Shaftcode	Maxtorque(N.m)	L1	L2	DIA	K1xK2	H1	M1
T7B	2	●	70.0	40.0	25.0065/24.9935	8.00×7.00	28.22
T7BS	1	●	71.4	38.1	22.225/22.200	6.35x6.30	24.95	M8x16
	3	●	40.7	24.5	SAE J49861 Class, Diameter Pitch 16/32,13 Teeth			—
	4	●	45.5	24.5	SAE J498b 1 Class, Diameter Pitch 16/32,15 Teeth			—
T7D	5	●	87.4	50.0	32.018/32.002	10.00x8.00	36.3	M10x20
T7DS	1	●	83.6	49.3	31.750/31.700	7.94x7.89	35.27	M10x20
	2	●	73.2	38.1	31.750/31.700	7.94x7.89	35.27
	3	●	55.2	38.0	SAE J498b 1 Class, Diameter Pitch 12/24,14 Teeth
	4	●	77.7	48.0	SAE J498b 1 Class, Diameter Pitch 12/24,14 Teeth
T7E	5	●	90.0	60.0	38.018/38.002	10.00x8.00	41.3	M10x20
T7ES	1	●	90.9	50.8	38.100/38.050	9.52x9.47	42.36	M10x20
	2	●	61.9	38.1	31.750/31.700	7.94x7.89	35.27
	3	●	55.2	38.0	SAE J498b 1 Class, Diameter Pitch 12/24,14 Teeth
	4	●	62.2	31.5	SAE J4986 1 Class, Diameter Pitch 12/24, 17 Teeth
	1	275	71.4	38.1	22.225/22.200	6.35x6.30	24.95	M8x16
	2	238	58.2	31.7	22.225/22.200	4.76x4.71	24.53	—
T6C	3	343	40.7	24.5	SAE J498b 1 Class, Diameter Pitch 16/32,13 Teeth
	4	●	45.5	24.5	SAE J498b 1 Class, Diameter Pitch 16/32,15 Teeth
T6D	1	●	83.6	49.3	31.750/31.700	7.94x7.89	35.27	M10x20
	2	577	73.2	38.1	31.750/31.700	7.94x7.89	35.27
	3	●	55.2	38.0	SAE J498b 1 Class, Diameter Pitch 12/24,14 Teeth
	4	●	77.7	48.0	SAE J498b 1 Class, Diameter Pitch 12/24,14 Teeth			—
	1	●	90.9	50.8	38.100/38.050	9.52x9.47	42.36	M10x20
	2	577	61.9	38.1	31.750/31.700	7.94x7.89	35.27
T6E	3	●	55.2	38.0	SAE J498b 1 Class, Diameter Pitch 12/24,14 Teeth			—
	4	●	62.2	31.5	SAE J498b 1 Class, Diameter Pitch 12/24,17 Teeth

Oilport			Flange	InstallDimensions(mm)
Oilport			Flange	A1	B1	φC1	D1	T1Thread
T7B,T7BS	P	01:3/4"	F06	22.2	47.6	19.0	76.2	3/8"-16UNCx19.0
	P	00:1"	F08	26.2	52.4	25.4	76.2	3/8"-16UNCx19.0
	S	1-1/2"	F12	35.7	69.9	38.1	76.2	1/2"-13UNCx22.4
T7D,T7DS	P	1-1/4"	F10	30.2	58.7	31.8	82.6	7/16"-14UNCx22.3
T7D,T7DS	S	2"	F16	42.9	77.8	50.8	82.6	1/2"-13UNCx23.9
T7E,T7ES	P	1-1/2"	F12	35.7	69.9	38.1	98.6	1/2"-13UNCx23.4
T7E,T7ES	S	3"	F24	61.9	106.4	76.2	98.6	5/8"-11UNC×24
T6C	P	1"	F08	26.2	52.4	25.4	76.2	3/8"-16UNCx19.0
T6C	S	1-1/2"	F12	35.7	69.9	38.1	76.2	1/2"-13UNCx22.4
T6D	P	1-1/4"	F10	30.2	58.7	31.8	82.6	7/16"-14UNCx22.3
T6D	S	2"	F16	42.9	77.8	50.8	82.6	1/2"-13UNCx23.9
T6E	P	1-1/2"	F12	35.7	69.9	38.1	98.6	1/2"-13UNCx23.4
T6E	S	3"	F24	61.9	106.4	76.2	98.6	5/8"-11UNCx24.0