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Hydraulic Flow Divider Valve

When precision is secondary to affordability, flow divider valves can be used. These two-section dividers are designed for compact applications with synchronization errors between ±4 to 5%.

These divider valves are bidirectional, capable of both dividing and combining flow. The flow division is largely unaffected by the viscosity of the fluid being used or changes in pressure.

Two models are available, both with identical flow capacity. The difference lies in their housing material and pressure ratings.

MKA

2 section divider. Flow Rate: 0.53 to 39 gpm (2 to 150 lpm). Lightweight aluminum body. Peak operating pressure of 3,045 psi (210 bar).

MKS

2 section divider. Flow Rate: 0.53 to 39 gpm (2 to 150 lpm). Steel body. Peak operating pressure of 5,075 psi (350 bar).

Technical Data Table

Type	Min. Total Flow (gpm) [lpm]	Max. Total Flow (gpm) [lpm]	Peak Pressure (psi) [bar]
MKA-1/12	1.05 [4]	3.17 [12]	3045 [210]
MKA-1/24	3.17 [12]	6.34 [24]	3045 [210]
MKA-1/40	6.34 [24]	10.56 [40]	3045 [210]
MKA-2/90	10.56 [40]	23.77 [90]	3045 [210]
MKA-2/150	23.77 [90]	39.62 [150]	3045 [210]

Type	Min. Total Flow (gpm) [lpm]	Max. Total Flow (gpm) [lpm]	Peak Pressure (psi) [bar]
MKS-0/6	0.52 [2]	1.05 [4]	4565 [315]
MKS-1/12	1.05 [4]	3.17 [12]	5075 [350]
MKS-1/24	3.17 [12]	6.34 [24]	5075 [350]
MKS-1/40	6.34 [24]	10.56 [40]	5075 [350]
MKS-2/90	10.56 [40]	23.77 [90]	5075 [350]
MKS-2/150	23.77 [90]	39.62 [150]	5075 [350]

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Home / Products / Flow Dividers / Valve Block Flow Divider

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Jahns Valve Block Flow Divider

Valve Block Flow Dividers

This valve block flow divider is characterized by high synchronization accuracy even with different loads and low flows, small installation space, and low weight.

In addition, the circuit diagram can be kept simpler for end position compensation because the “suction function” required for rotary flow dividers can be omitted.

Please note that this accuracy solution is only suitable for rod side connected double-acting cylinders and, due to the valve technology, special attention must be paid to the cleanliness of the operating medium by using filters with 10 µm.

Flow from 1 to 12 lpm / 0.265 to 3.1 gpm
• Working pressure up to 210 bar / 3,045 psi
• Adjustable pressure relief valve
• All connections G3/8″ BSPP
• Anodized housing

Technical Data

Type	Min. Flow per Section (gpm) [lpm]	Max. Flow per Section (gpm) [lpm]	Max operating pressure (psi) [bar]
MS-2-6	0.26 [1]	1.58 [6]	3,045 [210]
MS-2-12	0.66 [2.5]	3.17 [12]	3,045 [210]
MSZ-2-12-IS	0.66 [2.5]	3.17 [12]	3,045 [210]

Jahns is a supplier and flow divider manufacturer for various applications including construction, mechanical, technological, and industrial.

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When precision is secondary to affordability, flow divider valves can be used. These two-section dividers are designed for compact applications with synchronization errors between ±4 to 5%.

Valve Block Flow Divider

This valve block flow divider is characterized by high synchronization accuracy even with different loads and low flows, small installation space, and low weight.

Volumetric Flow Divider

In comparison to rotating flow divider types Jahn’s MZB and MLH lines are working only by volume dosage and the […]

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Jahns Company Overview

Jahns Volumetric Flow Dividers

Volumetric Flow Dividers

In comparison to rotating flow divider types Jahn’s MZB and MLH lines are working only by volume dosage and the exchange between volume synchronizer and working cylinders.

The dosage cylinders of MLH linear-stroke-volumetric-dividers are arranged around a master cylinder. Whereas a multiple in-line configuration of cylinders is characteristic for the multi-chamber volume synchronizer MZB.

Flow Divider Linear Stroke MLH:

Designed for high-precision applications, this 3 to 8 section divider is available in 8 sizes. This style of divider achieves a superior level of synchronization, even compared to radial flow dividers, that is to say they are volumetric-dividers in the true sense of the word. Manifold blocks are available for all sizes to incorporate different functions. The operating pressure for all MLH devices is 3600 psi.

Flow Divider Multi Chamber MZB:

Designed for high-precision applications, this divider is primarily used in 2 to 4 chambers; however, these can be built with up to 12 chambers and is available in many sizes. The MZB also gives the advantage of a low pressure drop. The level of synchronization is equal to that achieved by the MLH series of linear stroke volumetric-dividers. The flow rate is 10 gal/min to 79 gal/min. The standard operating pressure is up to 3600 psi and can be increased on special builds to 6100 psi.

Technical Data + Ordering Codes

MZB	050	080	140	180	220	280
Stroke min (in) [mm]	3.937 [100]	5.118 [130]	5.906 [150]	7.874 [200]	9.843 [250]	11.811 [300]
Stroke max (in) [mm]	47.244 [1200]	47.244 [1200]	47.244 [1200]	47.244 [1200]	47.244 [1200]	47.244 [1200]
Chamber volume min* (in^3) [cm^3]	9.66 [158.3]	29.877 [489.6]	126.343 [2070.4]	276.059 [4523.8]	503.232 [8246.5]	1010.799 [16563.9]
Chamber volume max* (in^3) [cm^3]	115.945 [1900.0]	276.065 [4523.9]	1010.797 [16564.0]	1656.385 [27143.3]	2415.562 [39584.0]	4046.913 [66255.6]
Piston Ø (in) [mm]	1.969 [50]	3.150 [80]	5.512 [140]	7.087 [180]	8.661 [220]	11.024 [280]
Piston rod Ø (in) [mm]	0.866 [22]	1.575 [40]	1.772 [45]	2.362 [60]	3.150 [80]	3.543 [90]
Area (in^2) [cm^2]	2.454 [15.83]	5.842 [37.69]	21.395 [138.03]	35.060 [226.19]	51.128 [329.86]	85.586 [552.13]
Oil flow max (gpm) [lpm]	7.925 [30]	15.850 [60]	23.775 [90]	39.626 [150]	58.118 [220]	79.252 [300]

Max operating pressure is 3625 psi (250 bar), higher pressure available on request.

* per chamber

Ordering Code

MZB – 6 – 280 – 0500 – V – DMS

The above example shows a 6 chamber flow divider nominal dimensions of 280, a stroke of 0500 mm, FKM seals, and proximity sensors.

Number of chambers, maximum 12

Nominal dimensions

Stroke in mm

FKM seals

SR	with protectice casing for extended piston rod
DMS	proximity sensors, 2 adjustable switch points

Jahns is a supplier and flow divider manufacturer for various applications including construction, mechanical, marine, and industrial.

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Home / Products / Flow Dividers / Radial Piston Flow Divider

gray Radial Piston Flow Divider graphic jahns hydraulic

Radial Piston Flow Divider graphic jahns hydraulic

Request a Price Quote

Jahns Company Overview

Jahns Flow Dividers

Radial Piston Flow Dividers

MTL:

2 to 12 section divider. Available in 3 sizes. Flow Rate: 7 gal/min. to 66 gal/min per section. Working Pressure: up to 3500 psi. Manifold block for end position damping, with pressure relief valve, pre-fill valve and test fittings for each section. Can be supplied with contact-free RPM counter.

The synchronization tolerances are The synchronization tolerances are ±0.5 to ±0.8%.

MT-GM:

2 section divider. Available in 5 sizes. Flow Rate: 1 gal/min. to 145 gal/min per section. Working Pressure: up to 3500 psi. Manifold block for end position damping, with pressure relief valve, pre-fill valve and test fittings for each section.

The synchronization tolerances are The synchronization tolerances are ±0.5 to ±0.8%.

STL:

2 to 12 section divider. Available in 2 sizes. Flow Rate: 14 gal/min. to 105 gal/min per section. Working Pressure: up to 3500 psi. Manifold block for end position damping, with pressure relief valve, pre-fill valve and test fittings for each section.

The synchronization tolerances are ±0.5 to ±0.8%.

Technical Data + Ordering Codes

Type	MTL../ 29	MTL../ 42	MTL../ 70	MTL../ 108	MTL../ 170	MTL../ 270
Displacement Per Section (in^3/rev) [cm^3/rev]	1.842 [30.2]	2.606 [42.7]	4.266 [69.9]	6.616 [108.4]	10.430 [170.9]	16.557 [271.4]
Continuous Flow Per Section (gpm) [lpm]	7.39 [28]	11.88 [45]	16.64 [63]	25.09 [95]	29.05 [110]	46.23 [175]
Max. Flow Per Section (gpm) [lpm]	10.56 [40]	17.17 [65]	23.77 [90]	35.66 [135]	42.26 [160]	66.04 [250]
Continuous Pressure (psi) [bar]	3480 [240]	3480 [240]	3480 [240]	3480 [240]	3480 [240]	3480 [240]
Peak Pressure (psi) [bar]	4350 [300]	4350 [300]	4350 [300]	4350 [300]	4350 [300]	4350 [300]
Max Power per Section (hp) [kW]	18.7 [14]	26.8 [20]	40 [30]	60 [45]	73 [55]	100 [75]

Ordering Code

MTL – 4/29 – EA

The above example shows a 4-section flow divider with all sections of 30.2 cm^3/rev and inlet and outlet block.

Number of sections

Nominal displacement of each section.
Actual displacement, see above chart.
View “type” for this section.

G	Threaded connection
E	Inlet block
A	Outlet block

Type	MT-GM1 100/100	MT-GM1 175/175	MT-GM2 350/350	MT-GM2 500/500	MT-GM3 800/800	MT-GM5 1800/1800	MT-GM5 3000/3000
Displacement Per Section (in^3/rev) [cm^3/rev]	6.041 [99]	10.495 [172]	21.162 [347]	30.083 [493]	48.319 [792]	110.761 [1816]	185.373 [3041]
Continuous Flow Per Section (gpm) [lpm]	9.24 [35]	18.49 [70]	31.70 [120]	38.30 [145]	62.08 [235]	89.81 [340]	113.59 [430]
Max. Flow Per Section (gpm) [lpm]	13.20 [50]	26.41 [100]	46.23 [175]	55.47 [210]	73.96 [280]	113.59 [430]	145.29 [550]
Continuous Pressure (psi) [bar]	3480 [240]	3480 [240]	3480 [240]	3480 [240]	3480 [240]	3480 [240]	3480 [240]
Peak Pressure (psi) [bar]	4350 [300]	4350 [300]	4350 [300]	4350 [300]	4350 [300]	4350 [300]	4350 [300]
Max Power per Section (hp) [kW]	32 [24]	40 [30]	60 [45]	60 [45]	80 [60]	120 [90]	160 [120]

Ordering Code

MT – GM1 – 100/100 – FEA

The above example shows a flow divider with all sections of 99 cm^3/rev, feet, and inlet and outlet block.

Size

Nominal displacement of each section.
Actual displacement, see above chart.
View “type” for this section.

G	Threaded connection
F	Feet, standard-supply without feet
EA	Inlet and outlet block

Type	STL..- 220	STL..- 320
Displacement Per Section (in^3/rev) [cm^3/rev]	30.145 [494.1]	44.087 [722.2]
Continuous Flow Per Section (gpm) [lpm]	58.11 [220]	84.53 [320]
Max. Flow Per Section (gpm) [lpm]	73.96 [280]	105.66 [400]
Continuous Pressure (psi) [bar]	3480 [240]	3480 [240]
Peak Pressure (psi) [bar]	4350 [300]	4350 [300]
Max Power per Section (hp) [kW]	134 [100]	167 [125]

Ordering Code

STL – 4 – 320 – EA

The above example shows a 4-section flow divider with all sections of 320 cm^3/rev, and inlet and outlet block.

Number of sections

Nominal displacement of each section.
Actual displacement, see above chart.
View “type” for this section.

S	Flange connection, SAE
E	Inlet block
A	Outlet block

Jahns is a supplier and flow divider manufacturer for various applications including construction, mechanical, marine, and industrial.

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Home / Products / Flow Dividers / Hydraulic Gear Flow Dividers

Hydraulic Gear Flow dividers jahns aluminum

Hydraulic Gear Flow dividers jahns graphic

Request a Price Quote

Jahns Company Overview

Jahns Flow Dividers

Hydraulic Gear Flow Dividers

The in- and outlet blocks of Jahns‘ Gear Flow Dividers are made from steel or aluminum and have integrated pressure relief valves for secondary loop protection, suction valves and measuring ports for each section.

Hydraulic Gear Flow Divider MTO (Aluminum Housing):

2 to 12 section divider. Flow Rate: 0.4 gal/min. to 16 gal/min per section. Working Pressure: up to 3625 psi. The chamber inlets are interconnected internally. Every second chamber has an inlet junction to enable connection according to flow rate and dynamic pressure. Version “A” has a combined pressure relief valve and pre-fill valve incorporated directly in the housing for each section. Version G – is without this valve.

Hydraulic Gear Flow Divider MTO (Cast Iron Housing):

2 to 12 section divider. Flow Rate: 3 gal/min. to 58 gal/min per section. Working Pressure: up to 3900 psi. Robust cast iron housing. Manifold block for end position damping, with pressure relief valve, pre-fill valve and test fittings for each section.

Hydraulic Gear Flow Divider HTO (High Pressure – Cast Iron Housing):

2 to 12 section divider. Flow Rate: 3 gal/min. to 37 gal/min per section. Working Pressure: up to 4600 psi. Robust cast iron housing. Optimized inner components: only two displacements cover the former four displacements.

Technical Data + Ordering Codes

Type	MTO-..-1	MTO-..-4	MTO-..-5	MTO-..-8	MTO-..-14	MTO-..-31
Displacement Per Section (in^3/rev) [cm^3/rev]	0.060 [0.99]	0.256 [4.2]	0.336 [5.5]	0.498 [8.16]	0.882 [14.45]	1.915 [31.4]
Min. Flow Per Section (gpm) [lpm]	0.0925 [0.35]	0.423 [1.6]	0.518 [2.2]	0.925 [3.5]	1.320 [5.0]	3.30 [12.5]
Rec. Flow Per Section (gpm) [lpm]	0.396 [1.5]	1.32 [5.0]	1.98 [7.5]	3.17 [12]	5.28 [20]	9.25 [35]
Max. Flow Per Section (gpm) [lpm]	1.057 [4]	2.38 [9]	3.17 [12]	5.01 [19]	8.45 [32]	16.38 [62]
Continue Pressure (psi) [bar]	3625 [250]	3625 [250]	3335 [230]	3625 [250]	3625 [250]	3045 [210]
Peak Pressure (psi) [bar]	4061 [280]	4061 [280]	3625 [250]	4061 [280]	4061 [280]	3480 [240]
Max. Pressure Diff Between Sections Outputs (psi) [bar]	2901 [200]	2901 [200]	2901 [200]	2901 [200]	2901 [200]	2901 [200]

Ordering Code

MTO – 4 – 1 – AVR

The above example shows a 4-section flow divider with all section of 0.99cm^3/rev, pressure valve adjustable.

Number of part flows, maximum 12.

Nominal displacement per chamber in bar.
Actual displacement, see above chart.
View “type” for this section.

AVR	Pressure control valves adjustable from 130 to 280 bar (1885 to 4061 psi), standard. Spring color red, preset to approximately 180 bar (2610 psi).
AVG	Pressure control valves adjustable from 90 to 200 bar (1305 to 2900 psi). Spring color green, preset to approximately 120 bar (1740 psi).
AVB	Pressure control valves adjustable from 60 to 160 bar (870 to 2320 psi). Spring color blue, preset to approximately 100 bar (1450 psi).
AVS	Pressure control valves adjustable from 30 to 80 bar (435 to 1160 psi). Spring color black, preset to approximately 50 bar (725 psi).
G	Divider without additional valves, threaded connector

Type	MTO-..-25	MTO-..-35	MTO-..-55	MTO-..-80	MTO-..-110	MTO-..-150
Displacement Per Section (in^3/rev) [cm^3/rev]	1.52 [24.9]	2.09 [34.3]	3.32 [54.5]	4.80 [78.7]	6.43 [105.4]	9.13 [149.7]
Min. Flow Per Section (gpm) [lpm]	3 [12]	4 [16]	7 [27]	10 [40]	13 [50]	21 [80]
Max. Flow Per Section (gpm) [lpm]	17 [66]	21 [82]	25 [98]	37 [140]	53 [200]	58 [220]
Continue Pressure (psi) [bar]	3916 [270]	3771 [260]	3771 [260]	3771 [260]	3916 [270]	3410 [345]
Peak Pressure (psi) [bar]	4206 [290]	4134 [280]	4134 [280]	4134 [280]	4206 [290]	3626 [250]

Ordering Code

MTO – 4 – 55 – EA7

The above example shows a 4-section flow divider with all sections of 54.5 cm^3/rev.

Number of part flows, maximum 8.

Nominal displacement per chamber in bar.
Actual displacement, see above chart.
View “type” for this section.

G	Threaded connection
GB	Threaded connection, for valve block assembly
E	Inlet block
A7	Outlet block, design series 7

Type	HTO-..-35	HTO-..-80	HTO-..-110	HTO-..-150
Displacement Per Section (in^3/rev) [cm^3/rev]	2.09 [34.3]	4.80 [4.80]	6.43 [105.4]	9.14 [149.7]
Min. Flow Per Section (gpm) [lpm]	4 [16]	11 [40]	13 [50]	21 [80]
Max. Flow Per Section (gpm) [lpm]	21 [82]	36 [140]	52 [200]	58 [220]
Continue Pressure (psi) [bar]	4641 [320]	4641 [320]	4641 [320]	4641 [320]
Peak Pressure (psi) [bar]	5511 [380]	5511 [380]	5511 [380]	5511 [380]

Ordering Code

HTO – 4 – 110 – FI

The above example shows a 4-section flow divider with all sections of 54.5 cm^3/rev.

Number of part flows, maximum 12.

Nominal displacement per chamber in bar.
Actual displacement, see above chart.
View “type” for this section.

F	with feet
I	with valves
V	viton seals

Restrictions in the use of other operating fluids than mineral oil

Type	HFC	HFD
Fluid	water glycol	phosphate esther
Max. Pressure (psi) [bar]	2320 [160]	2320 [160]
Max. Revs (rev/min)	1300	1500
Temp. Range (F) [C]	-4 to 140ºF [-20 to 60º C]	14 to 140ºF [-10 to 60ºC]
Seals	*	FKM (Viton)

* NBR or FKM (Viton) according to the HFC manufacturer’s recommendation

Gear Flow Dividers

A flow divider is used to divide flow from a hydraulic pump into two or more output sections. Depending on the application, flow dividers can distribute flow into unequal or equal parts, but are normally used to provide the same output flow to multiple hydraulic components such as cylinders to ensure that they move the same amount.

Flow dividers synchronize movement of downstream hydraulic components.

How Do Gear Flow Dividers Work?

Gear flow dividers are made up of two or more hydraulic motors that are connected by a shaft. The shaft maintains the speed of the motors and ensures that it is equal so that the flow is distributed the same.

Benefits of using Gear Flow Dividers

Gear flow dividers are a cost-effective way to divide flow without losing a large amount of energy or heat. Furthermore, gear flow dividers are tolerant of contamination over other dividers, like spool flow dividers. They are the easiest and most cost-effective way to divide and provide flow to multiple hydraulic components at the same time.

Common Application of Gear Flow Dividers

Two common functions of gear flow dividers include synchronizing fluid motors and hydraulic cylinders, and intensifying pressure in hydraulic pumps.

In the case where multiple cylinders need to move something in sync, gear flow dividers are often a great solution. This is useful, for example, in lifting platforms, where the platform must be lifted evenly and precisely by multiple cylinders. The platform must remain level to prevent binding in the guiding mechanism as well as for the objects on the top of the platform.

Flow dividers can be utilized as a pressure multiplier or intensifier. This type of hydraulic circuit can be used where a low-pressure circuit is already in use and where there is only need of small high-pressure flow. Since gear motor flow dividers offer a minimal loss of internal pressure at a low cost, this is an optimal solution.

Gear flow dividers can also be used as a hydraulic pressure intensifier for press and clamping circuits. In this application, the gear flow divider intensifies pressure by combining high flow fluid from the sections of the divider. From there, the outputs are discarded to the tank, which increases the pressure in the circuit.

Our flow dividers are available with or without pressure relief valves to protect hydraulic systems from excessively high pressures.

How to Choose the Type of Gear Flow Divider

The flow rate, pressure, and required accuracy are all parameters to consider when choosing a model.

Our Hydraulic Gear Flow Divider MTO with aluminum housing has a flow rate of 0.4 gpm/1.5 lpm to 16 gpm/61 lpm with a working pressure up to 3625 psi/250 bar. This model also comes in cast iron housing, which can achieve a flow rate of 3 gpm/11.3 lpm to 58 gpm/220 lpm per section with a working pressure of 3900 psi/269 bar.

Our third option, the Hydraulic Gear Flow Divider HTO has a flow rate of 3 gpm/11.4 lpm to 37 gpm/140 lpm per section and a working pressure up to 4600 psi/317 bar.In addition to gear flow dividers, there are also radial piston and valve-type flow dividers as well as volumetric flow dividers. These are selected based on the same parameters of flow rate, pressure, and accuracy.

In terms of accuracy, our flow dividers have a high degree of synchronization even with the simpler gear-motor flow dividers. This high degree of synchronization is also maintained over a wide range of flows and is maintained with differing load conditions due to low leakage rates in the individual section.

The MTO model with aluminum housing runs more than 1200 rpm and has synchronization tolerances at ± 1.5 up to ± 2.0 %. The MTO model with cast iron housing and HTO model have synchronization tolerances at ± 3 up to ± 4%.

With reference to the gear-motor flow dividers MTO, synchronization differences depend on a range of parameters. For example, the oil viscosity and temperature; pressure load variability; system pressure levels; and the total flow rate to be divided, affect synchronization levels. Precise indications of synchronization levels are only possible if the details of all the parameters mentioned are known.

In addition to gear flow dividers, there are also radial piston and valve-type flow dividers as well as volumetric flow dividers. These are selected based on the same parameters of flow rate, pressure, and accuracy.

Learn More about Our Other Flow Dividers