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INTERNAL GEAR PUMP PGH3-2X/016RE07VU2

Manufacturer: Bosch Rexroth

Material #: R900951305

Model : PGH3-2X/016RE07VU2

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth PGH3-2X/016RE07VU2 (R900951305) is an internally geared pump designed for high-efficiency and low-noise operations in industrial applications. This model features a constant displacement type, ensuring reliable performance in open circuit systems. The pump is built with a robust cast iron housing, making it suitable for continuous operation without load cycle limitations. It is engineered to work seamlessly with variable speed drives, maintaining high efficiency even at varying speeds and viscosities due to its advanced gap compensation technology. This particular model has the capability to operate with a wide range of hydraulic fluids including HLP, HLPD, HVLP, HVLPD, HETG, HEES, HEPG, HFDR, and HFDU. The use of FKM seals within the pump contributes to its resilience and compatibility with different fluid types. Its design allows for clockwise rotation and offers flexibility through potential combination with other Rexroth pumps. The internal gear pump operates quietly thanks to its involute tooth system which minimizes flow and pressure pulsation. Its radial and axial compensation features ensure that the sealing gaps remain minimal across various operating pressures, contributing to the pump's overall high efficiency. The hydrodynamic support for the pinion shaft coupled with hydrostatic bearing for the internal gear ensures durability and smooth operation. The PGH3-2X/016RE07VU2 has a maximum pressure capacity and comes in a size that fits within the productgroup ID specifications. It can achieve a wide range of speeds from minimum to maximum without compromising on performance or efficiency. The maximum flow rate is maintained by its fixed displacement design. In summary, this Bosch Rexroth internal gear pump is an adaptable solution suitable for demanding industrial environments where consistent performance and reliability are essential. Its ability to handle various hydraulic fluids and maintain efficiency across different conditions makes it a versatile component in any hydraulic system setup.

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$3,097.00 USD

Availability: Backordered

Ships from US

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Delivered as early as October 29, 2026

$3,251.85 USD

Availability: Backordered

Ships from CA

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Delivered as early as October 29, 2026

Source From Bosch Rexroth

Unavailable

This product is eligible for factory repair.

Repairs from $570.00

INTERNAL GEAR PUMP PGH3-2X/016RE07VU2

Internal gear pump, size 16, pressure 350 bar for industrial applications, open circuit

Suitable for variable-speed drive. Low noise and pulsation level. High efficiency thanks to gap compensation. Cast iron housing, no load cycle limitation. Can be combined flexibly with other Rexroth pumps.

Unpacked Weight: 7.96 kg

Fixed displacement Low operating noise Low flow pulsation High efficiency also at low speed and viscosity due to sealing gap compensation Suitable for broad viscosity and speed ranges All frame sizes and sizes can be arbitrarily combined Can be combined with internal gear pumps, radial piston pumps and external gear pumps

Set-up

Hydraulic pumps of type PGH are gap-compensated internal gear pumps with constant displacement.

They basically comprise of housing (1.1), bearing cover (1.2), internal gear (2), pinion shaft (3), plain bearings (4), axial washers (5), end cover (6), mounting flange (7) and stop pin (8), as well as the segment filler element (9) consisting of segment (9.1), segment support (9.2) and the seal rolls (9.3).

Suction and displacement procedure

The hydrodynamically supported pinion shaft (3) drives the internally geared internal gear (2) in the displayed direction of rotation.

During the rotation, there is a volume increase over an angle of approx. 90° in the suction range. An underpressure results and fluid flows into the chambers.

The sickle-shaped segment filler element (9) separates suction and pressure chamber. In the pressure chamber, the teeth of the pinion shaft (3) engage in the space between the teeth of the internal gear (2) again. The liquid is displaced via the pressure channel (P).

Axial compensation

The axial compensation force FA takes effect in the area of the pressure chamber and is generated with the pressure field (10) in the axial washers (5).

So the axial longitudinal gaps between the rotating and the fixed parts are extraordinarily small and ensure perfect axial sealing of the pressure chamber.

Radial compensation

The radial compensation force FR acts on segment (9.1) and segment support (9.2).

Dependent on the operating pressure, the two segment filler elements (9.1) and (9.2) are pressed against the head diameters of pinion shaft (3) and internal gear (2).

The area ratios and the position of the seal rolls (9.3) between the segment and segment support are designed so that an almost leakage gap-free sealing between internal gear (2), segment filler element (9) and pinion shaft (3) is achieved.

Spring elements under the seal rolls (9.3) ensure sufficient contact pressure, also with very low pressures.

Hydrodynamic and hydrostatic mounting

The forces acting on the pinion shaft (3) are accepted by hydrodynamically lubricated radial plain bearings (4); the forces acting on the internal gear (2) by the hydrostatic bearing (11).

Gear tooth system

The toothing is an involute tooth system. Its large meshing length results in little flow and pressure pulsation; these little pulsation rates considerably contribute to the low-noise running.

PGH-type hydraulic pumps are gap-compensated internal gear pumps with fixed displacement. The hydrodynamically mounted pinion shaft drives the internal gear. The pinion shaft and internal gear tooth clearances opening in the suction range suck in the hydraulic fluid and transport it to the pressure range. The suction and pressure range are separated by the radial compensation elements and the tooth engagement between the internal gear and pinion shaft.

Cast iron housing
Internal gear pump with constant displacement
For industrial applications in open circuit
With FKM seals
Maximum operating pressure 350 bar
Frame size 2, 3
Size 5 … 16

Data Sheet	Download Data Sheet
3D CAD	Download 3D CAD
3D CAD	Download 3D CAD

Displacement type	constant
Size	16
Max. pressure	350
Max. flow	48
Shaft end	Cylindrical Ø 20 with fitting key, ISO 3019-2
Through-drive	with
Direction of rotation	clockwise rotation
Shaft end	Cylindrical Ø 20 mm with fitting key, ISO 3019-2
Fastening	2-hole mounting flange 101-2 according to ISO 3019-1
Hydraulic fluid	HLP,HLPD,HVLP,HVLPD,HETG,HEES,HEPG,HFDR,HFDU
Seals	FKM
Fastening	2-hole mounting flange 101-2, ISO 3019-1
Speed min.	600
Productgroup ID	9,10,11,12,13,14
Speed max.	3000
Weight	7.96

01	02	03		04		05	06	07	08	09	10	11
PG	H		–	2X	/				07		U2

Type
01	Internal gear pump, fixed displacement, gap-compensated		PG
Series
02	High-pressure pump, peak pressure 350 bar		H
Frame sizes BG
03	BG2		2
	BG3		3
Component series
04	Component series 20 ... 29 (20 ... 29: unchanged installation and connection dimensions)		2X
Sizes
05	BG2	5	005
		6	006
		8	008
	BG3	11	011
		13	013
		16	016
Directions of rotation
06	Viewed on drive shaft	right	R
		counterclockwise	L
Drive shafts
07	Cylindrical shaft with fitting key, DIN 6885		E
	Splined shaft SAE J744 with involute tooth system according to ANSI B92.1a	16-4 (A) 9T 16/32DP	R
		19-4 11T 16/32DP	S
Line connections
08	Suction and pressure port according to SAE, pressure port standard pressure series		07
Seals
09	FKM (fluor-caoutchouc)		V
	FKM (fluorocarbon rubber), shaft seal ring made of NBR (nitrile rubber) 1)		W
Mounting flange
10	SAE 2-hole		U2
11	Further details in the plain text

1)	For HFC hydraulic fluids

Order example

PGH3-2X/016RE07VU2

Material number

R900951305

Not all variants according to the type key are possible! Please select the desired pump using the selection tables (dimensions) or after consultation with Bosch Rexroth.

01	02		03		04		05		06		07	08	09	10		11	12		13	14	15
		/		+		/		+		/					+			+

Type
01	2-fold		P2
	3-fold		P3
02	Series of the 1st pump 1)
03	Size of the 1st pump 1)
04	Series of the 2nd pump 1)
05	Size of the 2nd pump 1)
06	Series of the 3rd pump 1)
07	Size of the 3rd pump 1)
Direction of rotation
08	Viewed on drive shaft	right	R
		counterclockwise	L
Drive shaft of the 1st pump
09	Cylindrical shaft with fitting key, DIN 6885		E
	Splined shaft SAE J744 with involute tooth system according to ANSI B92.1a	16-4 (A) 9T 16/32DP	R
		19-4 11T 16/32DP	S
Line connection of the 1st pump
10	Suction and pressure port according to SAE, pressure port standard pressure series		07
Drive shaft of the 2nd pump 2)
11	Cylindrical shaft with fitting key, DIN 6885		A
	Splined shaft SAE J744 with involute tooth system according to ANSI B92.1a	16-4 (A) 9T 16/32DP	J
			R
Line connection of the 2nd pump
12	Suction and pressure port according to SAE, pressure port standard pressure series		07
Drive shaft of the 3rd pump 2)
13	Cylindrical shaft with fitting key, DIN 6885		A
	Splined shaft SAE J744 with involute tooth system according to ANSI B92.1a	16-4 (A) 9T 16/32DP	J
			R
Line connection of the 3rd pump
14	Suction and pressure port according to SAE, pressure port standard pressure series		07
Mounting flange of the 1st pump
15	SAE 2-hole 2)		U2

1)	Detailed information see type key
2)	See table Back pump of dimensions

Frame size						2			3
Size						5	6	8	11	13	16
Displacement	geometric			Vg	cm³	5.24	6.5	8.2	11	13.3	16
Drive speed				nmin	rpm	600
				nmax	rpm	3000
Operating pressure, absolute	Inlet 1)			p	bar	0.8 ... 2
	Outlet	continuous	Standard liquid	pN	bar	315
			Special fluid 2)	pN	bar	210
	Outlet	intermittent	Standard liquid	pmax	bar	350 3)	350
			Special fluid 2)	pmax	bar	230
Flow 4)				qV	l/min	7.5	9.3	11.8	15.8	19.1	23
Mass				m	kg	4.3	4.4	4.6	4.8	5	5.3
Shaft load						Radial and axial forces (e.g. belt pulley) only after coordination
Mounting type						Flange mounting

1)	Short-time, during start 0,6 bar
2)	For special fluids, observe the restrictions of the technical data!
3)	Maximum 10 s, at most 50 % of the duty cycle
4)	at n = 1450 rpm, p = 10 bar, v = 45 mm2/s

Hydraulic fluid

Hydraulic fluid
Permissible hydraulic fluid			Mineral oil (HLP) to DIN 51524-2
Special fluid 1)			HEES liquids according to DIN ISO 15380 Flame-resistant, water-free hydraulic fluid HFD-U according to VDMA 24317 Water polymer solutions HFC according to DIN EN ISO 12922
Operating temperature range	Standard liquid	°C	-10 … +80
Operating temperature range	Special fluid	°C	-10 … +50
Ambient temperature range		°C	-20 … +60
Viscosity range		mm²/s	10 … 300
Admissible start viscosity		mm²/s	2000
Maximum admissible degree of contamination of the hydraulic fluid 2)			Class 20/18/15 according to ISO 4406 (c)

1)	Seal design W
2)	The cleanliness classes specified for the components must be adhered to in hydraulic systems. Effective filtration prevents faults and simultaneously increases the life cycle of the components. For the selection of the filters, see www.boschrexroth.com/filter.

For applications outside these parameters, please consult us!

Average values of frame sizes 2 and 3

Flow

Efficiency

Drive power

Sound pressure level

Notice

Characteristic curves measured with n = 1450 min-1; ν = 41 mm2/s; θ = 50 °C Sound pressure level measured in the sound measuring chamber according to DIN 45635, sheet 26;

Distance: Microphone ‒ pump = 1 m

Frame size 2

With cylindrical shaft or splined shaft SAE J744 and SAE mounting flange 82‒2

Dimensions in mm

1)	With multiple pumps, the combination part will start from here
2)	The figure shows pumps with clockwise rotation; with pumps with counterclockwise rotation, the pressure port is on the opposite side!

Partial view suction port S

Dimensions in mm

Partial view pressure port P

Dimensions in mm

Type					Material numbers	L1	L2	L3	L4	Suction port S 2)	Pressure port P 2)
PGH2-2X/	005	R 1)	E	07VU2	R900968999	110 mm	54,2 mm	89,5 mm	41 mm	1/2 in 344,7 bar	1/2 in 344,7 bar
		L			R900703725
		R 1)	R	07VU2	R900972378				31,5 mm
		L			R900703727
	006	R 1)	E	07VU2	R900951301	112,5 mm	55,5 mm	92 mm	41 mm	1/2 in 344,7 bar	1/2 in 344,7 bar
		L			R900961547
		R 1)	R	07VU2	R900961549				31,5 mm
		L			R900961550
	008	R 1)	E	07VU2	R900951302	116 mm	57,3 mm	95,5 mm	41 mm	1/2 in 344,7 bar	1/2 in 344,7 bar
		L			R900961548
		R 1)	R	07VU2	R900961551				31,5 mm
		L			R900961552

1)	Preferably available
2)	Standard pressure series

Cylindrical shaft with fitting key DIN 6885

Dimensions in mm

Splined shaft SAE J744

R - 16-4 (A) in 9T 16/32DP1)2)
Dimensions in mm

1)	Suitable as central and back pump for multiple pumps
2)	Involute tooth system according to ANSI B92.1a, 30° pressure angle, flat root, side fit, tolerance class 5

Frame size 3

With cylindrical shaft and SAE mounting flange 101‒2

Dimensions in mm

1)	With multiple pumps, the combination part will start from here
2)	The figure shows pumps with clockwise rotation; with pumps with counterclockwise rotation, the pressure port is on the opposite side!

Partial view suction port S

Dimensions in mm

Partial view pressure port P

Dimensions in mm

Type					Material numbers	L1	L2	L3	L4	Suction port S 2)	Pressure port P 2)
PGH3-2X/	011	R 1)	E	07VU2	R900951303	128 mm	66,5 mm	107,5 mm	41 mm	1 in 208,6 bar	1/2 in 344,7 bar
		L			R900961553
	013	R 1)	E	07VU2	R900951304	133 mm	69 mm	112,5 mm	41 mm	1 in 208,6 bar	1/2 in 344,7 bar
		L			R900961554
	016	R 1)	E	07VU2	R900951305	138 mm	71,5 mm	117,5 mm	41 mm	1 in 208,6 bar	1/2 in 344,7 bar
		L			R900961555

1)	Preferably available
2)	Standard pressure series

Cylindrical shaft with fitting key DIN 6885

Dimensions in mm

With splined shaft SAE J744 and SAE mounting flange 82‒2

Dimensions in mm

1)	With multiple pumps, the combination part will start from here
2)	The figure shows pumps with clockwise rotation; with pumps with counterclockwise rotation, the pressure port is on the opposite side!

Partial view suction port S

Dimensions in mm

Partial view pressure port P

Dimensions in mm

Type					Material numbers	L1	L2	L3	L4	Suction port S 2)	Pressure port P 2)
PGH3-2X/	011	R 1)	R	07VU2	R900961556	121,5 mm	60 mm	101 mm	31,5 mm	1 in 206,8 bar	1/2 in 344,7 bar
		L			R900961559
		R	S	07VU2	R901267181				37 mm
	013	R 1)	R	07VU2	R900961557	126,5 mm	62,5 mm	106 mm	31,5 mm	1 in 206,8 bar	1/2 in 344,7 bar
		L			R900961560
		R	S	07VU2	R901281697				37 mm
	016	R 1)	R	07VU2	R900961558	131,5 mm	65 mm	111 mm	31,5 mm	1 in 206,8 bar	1/2 in 344,7 bar
		L			R900961561
		R	S	07VU2	R901281698				37 mm

1)	Preferably available
2)	Standard pressure series

Splined shaft SAE J744

R - 16-4 (A) in 9T 16/32DP1)2)
Dimensions in mm

1)	Suitable as central and back pump for multiple pumps
2)	Involute tooth system according to ANSI B92.1a, 30° pressure angle, flat root, side fit, tolerance class 5

S - 19-4 in 11T 16/32DP1)

Dimensions in mm

1)	Involute tooth system according to ANSI B92.1a, 30° pressure angle, flat root, side fit, tolerance class 5

Multiple pumps

All internal gear pumps of type PGH can be combined, every pump is equipped with an output gear tooth system. The combination possibilities and die material numbers of the required combination parts are available in the following table.

Back pump	Front pump
Back pump	PGH2-2X	PGH3-2X
PGH2-2X/...R...U2	R900886137	R900886137
PGH3-2X/...R...U2	R900886137	R900886137
PGP2-2X/...J...U2	R900886137	R900886137
PGF2-2X/...J...U2	R900886137	R900886137
AZPF...RR...B	R900886137	R900886137
PR4-1X...WA	R900886137	R900886137

The dimensional drawings show the front pump and the combination part.1)

PGH2/PGH3

PGH2 with combination part for PGH2, PGH3, PGF2, PGP2, AZPF
Dimensions in mm

PGH2/PGH3 + R4-Mini

Dimensions in mm

	1) Dimensions of the single pumps see Dimensions or the corresponding data sheets of the back pump.

SAE connection flanges

Dimensions in mm

PGH		Flange	Material number1) for flange with		Dimensioning
Suction flange	Pressure flange	NG, pressure	Welded connection	Threaded connection 2)	B1	B2	H1	H2	D1	D2	D3	D4
PGH2/005/ 006/008	PGH2/005/ 006/008 PGH3/011/ 013/016	1/2 in 344,7 bar	R900026298	R900024200	38,1 mm	54 mm	17,5 mm	46 mm	20 mm	14 mm	G1/2	M8 x 30
PGH3/011/013/016	–	1 in 206,8 bar	R900012937	R900014154	52,4 mm	70 mm	26,2 mm	59 mm	35 mm	27 mm	G1	M10 x 35

1)	The material numbers comprise the flange, the O-ring (NBR) and the mounting screws.
2)	Pipe thread “G” according to DIN EN ISO 228/1

Pump safety block

For limitation of the operating pressure or (and) for the solenoid-actuated unloading of the operating pressure, we recommend our pump safety blocks according to data sheets 25880 and 25891.

Comprehensive information and suggestions are contained in the Hydraulics Trainer, volume 3 "Project planning information and design of hydraulic systems".

When using internal gear pumps, a manual, switchable or automatic bleeding option must moreover be provided. The bleeding point for manual bleeding must be provided in the pressure line in front of the first valve or check valve so that depressurized bleeding is possible.

Technical data

All specified technical data depend on production tolerances and are valid at certain boundary conditions.

Please note that consequently, fluctuations are possible and that with certain boundary conditions (e.g. viscosity), the technical data may also change.

Characteristic curves

When designing the drive motor, please observe the maximum application parameters possible shown by the presented characteristic curves.

Sound pressure level

The shown values for sound pressure level on characteristic curves have been measured based on DIN 45635, sheet 26.

That means that only the sound emission of the pump is shown. Environmental influences (place of installation, piping, etc.) have not been considered.

These values are in each case only valid for one pump.

With internal gear pumps, the excitation of valves, pipelines, machine parts, etc. is very low due to the little flow pulsation (approx. 2 to 3%).

With unfavorable influences, the sound pressure level at the place of installation of the power unit may, however, still be 5 to 10 db(A) higher than the values of the pump itself.

Multiple pump

The same general technical data apply as for single pumps (see Technical data). The combined pumps must all have the same direction of rotation. The pump with the largest torque should be intended as first pump. The maximum through-drive torque must be checked by the project planner for every application. This is also true for already existing (coded) multiple pumps. The total of the torques in a multiple pump must not exceed the maximum drive torque. Joint aspiration is not possible. Before operating pump combinations with different hydraulic fluids, please consult Bosch Rexroth. Medium and back pumps must be equipped with drive shafts version “R” (geared). The drive torque of a pump stage is calculated as follows:

Legende
T	Torque [Nm]
Δp	Operating pressure [bar]
V	Displacement [cm³]
η	Hydraulic-mechanical efficiency

Maximum admissible torques [Nm]

Type	Drive torque			Drive torque
Type	Cyl. shaft E	Splined shaft R	Splined shaft S	Drive torque
PGH2	100	80	155	75
PGH23	110	80	155	75

Fluid tank

Adjust useful volume of the tank to the operating conditions The admissible fluid temperature must not be exceeded; use coolers, if necessary.

Lines and connections

Remove the protective plug at the pump. Select the inner width of the pipes according to the connections (suction speed 1 to 1.5 m/s). For the inlet pressure refer to the Technical data Pipelines and fittings must be carefully cleaned before assembly.

Proposal for piping layout

Dimensions in mm

Return fluid must not be directly sucked in again under any circumstances, i.e. select the largest distance possible between suction and return line. Suction line and return flow outlet must always lie clearly below the oil level. Ensure suction-tight assembly of the pipelines.

Filter

Use return flow or pressure filter if possible.

(Only use suction filters in connection with underpressure switch / clogging indicator).

Hydraulic fluid

Please observe our provisions according to data sheet 90220. We recommend brand hydraulic fluids. Different hydraulic fluid types must not be mixed as this might result in degradation and deterioration of the lubricity. According to the operating conditions, the hydraulic fluid must be renewed at certain time intervals. In this connection, it is also necessary to clean the hydraulic fluid tank from residues.

Drive

Electric motor + pump carrier + coupling + pump

No radial and axial forces on the pump drive shaft admissible! Motor and pump must be exactly aligned! Always use a coupling that is suitable for compensating shaft displacements! Avoid axial forces when attaching the coupling, i.e. do not assemble it using impact tools or by pressing it on! Use an internal thread of the drive shaft!

Installation positions

B3

B5

V1

Preparation

Check whether the system has been assembled carefully and properly. Only fill in hydraulic fluid through filters with the required minimum retention rate. Completely fill the pump with hydraulic fluid through the suction or pressure pipe. Check the direction of rotation of the motor for compliance with the direction of rotation according to the pump type.

Bleeding

Manually open the bleed port at the system or switch to depressurized circulation according to the operating instructions of the system. During the bleeding, depressurized discharge of entrapped air must be ensured. To bleed the pump, switch the motor on and immediately off again (jog mode). This process is to be repeated until complete bleeding of the pump is ensured. Close the manually opened bleed port again.

Commissioning

If complete bleeding of the pump has been ensured, switch on the motor. Let the pump run at zero pressure until the system is completely bled. For system air bleeding, observe the operating instructions of the system. Commission the system according to the operating instructions of the system and load the pump. After some operating time, check the hydraulic fluid in the tank for bubble or foam formation at the surface.

Operation

During operation, look out for changes in the noise characteristic. Due to the heating of the hydraulic fluid, slightly increasing noises are normal. A considerably increase in noise or short-time stochastic noise changes may be an indication of sucked in air. If suction pipes are too short or the filling level heights of the hydraulic fluid are too low, air may also be sucked in through a vortex. Changes in operating speeds, temperatures, increasing noises or power consumption are an indication of wear or damage at the system or the pump.

Re-commissioning

Check the pump and system for leakage. Leaks are an indication of leakage below the hydraulic fluid level. An increased hydraulic fluid level in the tank is an indication of leakage above the hydraulic fluid level. If the pump is arranged above the hydraulic fluid level, the pump may run empty due to leakage, e.g. a worn shaft seal ring. In this case, the system must be bled again upon re-commissioning. Initiate the repair. After repair and maintenance works, bleeding is again necessary. If the system is intact, switch on the motor.

General information

The pumps delivered by us have been checked for function and performance. The warranty only applies to the supplied configuration. Repair works may only be carried out by the manufacturer or their authorized dealers and agencies. The claim to warranty expires if the product is incorrectly repaired, assembled, commissioned and operated, not used as intended and/or handled improperly. Opening the internal gear pump and following an extension or a modification, the claim to warranty expires.

Notes!

Assembly, maintenance and repair of the pump may only be carried out by authorized, trained and instructed personnel. Pump may only be operated with the admissible data (see Technical data). The pump may only be operated if it is in an unobjectionable condition. For all works at the pump, depressurize the system! Unauthorized modifications or changes which affect the safety and function are not admissible! Apply protective devices (e. g. coupling guard) and/or do not remove existing protective devices! Always ensure tight seat of all mounting screws! (Observe the specified tightening torque) The generally valid safety and accident prevention regulations must be imperatively complied with!

Rexroth Training

INTERNAL GEAR PUMP PGH3-2X/016RE07VU2

Manufacturer: Bosch Rexroth

Material #: R900951305

Model : PGH3-2X/016RE07VU2

Availability: Backordered

Availability: Backordered

Source From Bosch Rexroth

Unavailable

This product is eligible for factory repair.

Axial compensation

Radial compensation

Average values of frame sizes 2 and 3

Flow

Efficiency

Drive power

Sound pressure level

Frame size 2

With cylindrical shaft or splined shaft SAE J744 and SAE mounting flange 82‒2

Partial view suction port S

Partial view pressure port P

Cylindrical shaft with fitting key DIN 6885

Splined shaft SAE J744

Frame size 3

With cylindrical shaft and SAE mounting flange 101‒2

Partial view suction port S

Partial view pressure port P

Cylindrical shaft with fitting key DIN 6885

With splined shaft SAE J744 and SAE mounting flange 82‒2

Partial view suction port S

Partial view pressure port P

Splined shaft SAE J744

S - 19-4 in 11T 16/32DP1)

PGH2/PGH3

PGH2/PGH3 + R4-Mini

SAE connection flanges

Maximum admissible torques [Nm]

Proposal for piping layout

Drive

Installation positions

B3

B5

V1

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