How do I choose the right connection plate for my system?

First, you need to know the standard (size) of the directional control valves you want to mount. The most popular are NG6 (CETOP 03) for systems with flows up to 80 l/min and NG10 (CETOP 05) for flows of 120-160 l/min. Then, determine the number of sections (how many valves you want to mount on one block) and the preferred thread size for hydraulic hoses (most often 3/8", 1/2", or 3/4").

What is the difference between a single-station plate and a multi-station manifold?

A single-station plate has ports for only one valve and usually handles one function (one cylinder/motor). A multi-station manifold has a common supply channel (P) and return channel (T) within the metal body, allowing multiple valves to be mounted side by side (from 2 to even 8 sections). This is an excellent solution for complex machines, as it eliminates the need for tees and external power bridging.

Will a valve from another brand fit into a manifold purchased from BRhydraulic?

Yes! CETOP plates and manifolds are manufactured according to the international standard ISO 4401. This means one hundred percent standardization. If you have an NG6 (CETOP 03) manifold, any NG6 standard valve will fit it, regardless of whether it comes from Rexroth, Vickers, Parker, or another global manufacturer.

What is a manifold with an integrated relief valve (DBV) and do I need one?

A relief valve (safety valve) protects the hydraulic system from failure and rupture when pressure dangerously increases (e.g., when the cylinder hits an obstacle and the pump continues to push oil). If you do not have a safety valve installed in your supply system (at the pump itself), you should definitely choose a manifold equipped with a built-in DBV valve.

Steel or aluminum – which manifold material should I choose?

Aluminum manifolds are lighter, do not rust, and work great in most agricultural, mobile, and lighter industrial applications at working pressures up to approx. 210-250 bar. In turn, massive steel manifolds show higher resistance to pressure spikes and material fatigue. Choose steel if you are designing a system operating under continuous, very high loads of 315-350 bar (e.g., heavy hydraulic presses).

Is sandwich mounting possible on every base plate?

Yes. CETOP architecture allows for building towers on every station on the manifold. All you need to do is insert an appropriate sandwich valve (e.g., a flow restrictor or a hydraulic lock) between the base plate and the main directional control valve and connect the whole with longer mounting screws. The base plate is always the foundation of such a system.

Manifolds and Hydraulic Blocks (CETOP)

Build a modern, leak-proof, and reliable hydraulic system without a tangle of hoses. Connection plates and multi-station hydraulic manifolds are the foundation of professional power hydraulics in the CETOP standard.

If you are tired of constant leaks from tees, bursting hoses, and chaos under the machine's hood, it's time to level up. In this category, you will find high-quality base plates and manifolds that form the "backbone" for directional control valves and sandwich valves in the popular CETOP 03 (NG6) and CETOP 05 (NG10) standards.

Hydraulic Manifold NG6 (CETOP 3) – Single Station

Hydraulic Manifold NG6 (CETOP 3) – Single Station

Hydraulic Manifold NG6 (CETOP 3) – Single Station

221,00 zł

Sale price 221,00 zł Regular price
Hydraulic Manifold Block NG10 (CETOP 5) – Single Station

Hydraulic Manifold Block NG10 (CETOP 5) – Single Station

Hydraulic Manifold Block NG10 (CETOP 5) – Single Station

381,00 zł

Sale price 381,00 zł Regular price

What are subplates and hydraulic manifold blocks?

In traditional systems, each directional control valve requires multiple hoses to be screwed directly into its body. The CETOP system works completely differently. A subplate (or multi-station manifold block) is a solid component made of steel or aluminum, with all supply (P) and return (T) channels milled inside.

You connect the power supply from the pump and the hoses going to the actuators (A and B ports) to the subplate. You place the directional control valves and modular valves on the perfectly flat top surface of the block, fastening them with only four screws. Oil flows between the sections through internal channels, completely eliminating the need for external piping between sections!

Why invest in hydraulic manifold blocks?

No more leaks: Replacing a dozen external hoses, fittings, and tees with a single solid steel block drastically reduces the risk of system leakage under pressure and vibration.
Instant service (Zero downtime): If a directional control valve fails, you simply unscrew it from the top and replace it with a new one. You don't unscrew a single hydraulic hose! The base and piping remain untouched.
Lego-like architecture: Manifold blocks allow for the creation of "sandwich" hydraulic towers. Between the block and the directional control valve, you can insert sandwich valves (hydraulic locks, restrictors, pressure regulators), creating advanced control systems in minimal space.
Standardization: Subplates are manufactured to a universal standard (ISO 4401). This means that directional control valves from every leading manufacturer worldwide are compatible with them.

What solutions will you find in our offer?

In the BRhydraulic assortment, we have prepared solutions tailored to every project:

Single subplates (single station): Ideal for controlling a single actuator or hydraulic motor. Available in versions with side or bottom (rear) connections, which facilitates installation in confined spaces.
Multi-station manifold blocks: Designed for complex machines. They allow for the installation of 2 to even 8 or more directional control valves on one common block. They have a common supply (P) and return (T) channel for all sections.
Manifold blocks with integrated relief valve (DBV): An integrated safety valve directly in the block protects the pump and the entire system from bursting in case of a sudden pressure surge.

Choose the right size

We offer subplates and blocks in the most popular industrial sizes:

NG6 (CETOP 03): For flows up to approx. 60-80 l/min. (Connections most often 3/8" or 1/2").
NG10 (CETOP 05): For heavy duty and flows of 120-160 l/min. (Connections most often 1/2" or 3/4").

Need help designing a control block? Contact our technical department! The BRhydraulic team will help you select the right subplate, directional control valves, and sandwich valves, creating a safe and reliable system tailored to your machine. Choose quality that will withstand years of hard work.

FAQ: Manifold Blocks and Hydraulic Manifolds (CETOP) - Frequently asked questions

First of all, you need to know the standard (size) of the directional control valves you want to install. The most popular are NG6 (CETOP 03) for systems with flows up to 80 l/min and NG10 (CETOP 05) for flows in the range of 120-160 l/min. Next, determine the number of sections (how many valves you want to mount on one manifold block) and the preferred thread size for the hydraulic hoses (most often 3/8", 1/2" or 3/4").

A single-station plate has ports for only one distributor and typically supports one function (one actuator/motor). A multi-station block has a common supply (P) and return (T) channel within the metal body, allowing multiple distributors (from 2 to even 8 sections) to be mounted side by side. This is an excellent solution for complex machines as it eliminates the need for tees and external power bridging.

Yes! CETOP plates and blocks are manufactured according to the international standard ISO 4401. This means one hundred percent standardization. If you have an NG6 (CETOP 03) size block, any NG6 standard directional valve will fit it, regardless of whether it comes from Rexroth, Vickers, Parker or another global manufacturer.

The relief valve (safety valve) protects the hydraulic system from failure and rupture when pressure rises dangerously (e.g., when the cylinder hits an obstruction and the pump continues to pump oil). If your power supply system (at the pump itself) does not have a safety valve installed, you should definitely choose a block equipped with a built-in DBV valve.

Aluminium manifolds are lighter, do not rust, and work well in most agricultural, mobile, and lighter industrial applications at working pressures up to approximately 210-250 bar. In contrast, solid steel manifolds show higher resistance to pressure spikes and material fatigue. Choose steel if you are designing a system operating under continuous, very high loads of 315-350 bar (e.g., heavy hydraulic presses).

Yes. The CETOP architecture allows for the creation of "towers" at each port on the block. All you need to do is insert the appropriate sandwich valve (e.g., a flow control valve or a hydraulic lock) between the subplate and the main directional control valve, and then connect the whole assembly with longer mounting screws. The subplate always forms the foundation of such a system.