For the Rexroth CDT3 MX1 tie-rod cylinder with a 200 mm bore and 500 mm stroke, the key technical specifications are detailed below. The CDT3 series is a robust, single-rod hydraulic cylinder designed for medium-duty industrial applications, conforming to standards ISO 6020-2 and DIN 24554.The MX1 mounting style designates an "Extended tie rod, on both sides" configuration. This means the cylinder's tie rods are extended beyond both the head and the base ends, allowing them to be used directly as mounting studs.📊 Technical Specifications (CDT3 MX1, 200mm Bore, 500mm Stroke)Specification Value DetailsSeries CD Single-rod hydraulic cylinder, T3 StyleMounting MX1 Extended tie rod on both sidesNominal Pressure 160 bar (Maximum 210 bar for static loads)Piston Diameter 200 mm Maximum available for the series (25-200 mm range)Stroke Length 500 mm Up to 3000 mm max available⚙️ Important Design and Ordering NotesWhen specifying this cylinder, there are several key technical constraints to consider:Ordering Code Example: Your cylinder would be ordered with a code structure like CDT3MX1/200//500.... You will need to specify the piston rod diameter (options range from 12 to 140 mm) and other options like cushioning or seals.Series Limitations: The Rexroth documentation notes that for piston diameters from 125 to 200 mm, only a "B" line connection type is possible.Mounting Restrictions: A critical design limitation is that the MX1 and MX3 mounting types are not possible with each other. Additionally, the "MX1" option is only possible for piston diameters from 40 to 200 mm.

The Rexroth CDT3 MX2 is a tie-rod cylinder with an "extended tie rod at base" mounting style, where the tie rods are extended beyond the cylinder's base end to serve as mounting studs. The cylinder you've specified features a 200 mm bore and a 500 mm stroke, which is a valid configuration within the series' capabilities.📊 Technical Specifications (CDT3 MX2, 200mm Bore, 500mm Stroke)The Rexroth CDT3 series is a robust, single-rod hydraulic cylinder designed for medium-duty industrial applications. It conforms to ISO 6020-2 and DIN 24554 standards and operates at a nominal pressure of 160 bar (16 MPa).Specification Value DetailsSeries CD Single-rod hydraulic cylinder, T3 StyleMounting MX2 Extended tie rod at baseNominal Pressure 160 bar Maximum 210 bar for static loadsPiston Diameter 200 mm Maximum available for the series (25-200 mm range)Stroke Length 500 mm Up to 3000 mm maximum availablePort Thread G 1 1/4 For line connection "B"Max Stroke Velocity 0.20 m/s For the 200mm bore size📐 Dimensional Data (200mm Bore)The critical dimensions for the MX2 mounting style are defined in the Rexroth technical documentation. The table below shows key dimensions for your cylinder's bore size.Dimension Value (mm) DescriptionZB 336 Retracted length (max)ZK 329 Retracted length (with cushioning)ZM 361 Extended length (without cushioning)GAL 269 Overall width dimensionBB 115 Base width dimensionTG 190.2 Tie rod center distanceThese dimensions represent the physical size of the cylinder, which is crucial for proper machine integration and mounting design.⚙️ Ordering Code StructureThe Rexroth ordering code defines all cylinder attributes. Based on the Rexroth ordering system, your cylinder would be specified with a code like CDT3MX2/200//500..., where you must specify the piston rod diameter (options range from 12 to 140 mm) and other options like cushioning or seals.

For the Rexroth CDT3 MX3 tie-rod cylinder, a configuration with a 200 mm bore and 500 mm stroke is a standard and permissible variant within the series specifications .The MX3 mounting style designates an "Extended tie rod at cylinder head" . This means the cylinder's tie rods are extended beyond the head (the end opposite the base) to serve as mounting studs .📊 Technical Specifications (CDT3 MX3, 200mm Bore, 500mm Stroke)The Rexroth CDT3 series is a robust, single-rod hydraulic cylinder designed for medium-duty industrial applications, conforming to standards ISO 6020-2 and DIN 24554 .Your specified configuration of a 200 mm bore and 500 mm stroke is a valid option. The table below summarizes the key parameters and a critical performance check for this cylinder .Specification Value DetailsSeries CD Single-rod hydraulic cylinder, T3 Style Mounting MX3 Extended tie rod at cylinder head Nominal Pressure 160 bar Maximum 210 bar for static loads Piston Diameter 200 mm Maximum available for the series (25-200 mm range) Stroke Length 500 mm Well within the 2700 mm maximum allowable stroke ⚙️ Key Design Data and NotesTo complete the specifications for your cylinder, several key details are required:Piston Rod Diameter: For a 200 mm bore, standard piston rod diameters are 90 mm or 140 mm . You must specify the rod diameter when ordering.Ordering Code Structure: Your cylinder would be ordered with a code structure like CDT3MX3/200//500... . You will need to specify the piston rod diameter (90 or 140 mm) and other options like cushioning or seals .Design Principle and Corrosion Protection: The cylinder uses a fixed cylinder head and base flange (Design Principle F) and has a standard primer coating for corrosion protection .Port Type and Thread: For a 200 mm bore, the port type is "B", which conforms to ISO 1179-1 with a pipe thread ISO 228-1 .Line Connection Limitation: For piston diameters from 125 to 200 mm

Switching Pressure Control Valves - Pressure Reducing Valve. - Pilot Operated (Cartridge Valve). - Nominal Size 10. - Type DR 10K.

The Bosch Rexroth DR 10 K valve is a pilot-operated pressure reducing valve, specifically designed as a screw-in cartridge for block installation. A configuration with a rotary knob for adjustment is a standard variant of this model .The search results confirm the technical specifications for this valve series, which are summarized below .Key Technical SpecificationsParameter SpecificationType DR 10 K (Pilot-operated pressure reducing valve) Nominal Size 10 Design Screw-in cartridge valve Maximum Operating Pressure 315 bar Maximum Flow 100 l/min Pilot Oil Internal supply, external return (port 3 / Y) Adjustment Type Rotary knob (adjustment type 4) The type code DR 10 K4-3X/...YM includes the rotary knob specification. The "Y" in the code denotes the internal pilot oil supply and external pilot oil return configuration .

For the Rexroth DR 10 K pressure reducing valve, the "Sleeve With Hexagon And Protective Cap" is identified in the ordering code as adjustment type 5. This variant is available as a screw-in cartridge valve with a maximum flow of 100 L/min and is available with maximum secondary pressures of 50, 100, 200, or 315 bar.🔧 Valve IdentificationThe valve can be identified using its type code. The structure DR 10 K5-3X/...YM indicates the following specifications:DR: Pilot-operated pressure reducing valve.10: Nominal size 10.K: Screw-in cartridge valve design.5: Adjustment element is a sleeve with hexagon and protective cap.3X: Component series 30 to 39, with unchanged dimensions.YM: Pilot oil supply is internal, and pilot oil return is external.📋 Common Model VariantsThe following are examples of this valve with different pressure ratings:Model Code Max. Secondary PressureDR 10 K5-3X/50YM 50 barDR 10 K5-3X/100YM 100 barDR 10 K5-3X/200YM 200 barDR 10 K5-3X/315YM 315 bar

The Bosch Rexroth DR 10 K valve, configured with a lockable rotary knob with scale as the adjustment type, is specifically identified by the type code number 6 .This valve meets your core specifications (pilot-operated, cartridge valve, NS10) and is the correct choice for a setting that requires tamper-proof adjustment.Valve IdentificationThe specific adjustment type is part of the valve's ordering code. The type code structure for your configuration is as follows:DR: Pilot-operated pressure reducing valve 10: Nominal size 10 K: Cartridge valve (screw-in) for block installation 6: Adjustment element is a lockable rotary knob with scale 3X: Component series 30...39 (dimensions and connections are unchanged) /...YM: This placeholder includes the desired secondary pressure (e.g., 50, 100, 200, or 315 bar) and the seal material .Technical SpecificationsThe valve shares core specifications with the DR 10 K series, as confirmed by the technical data :Maximum Operating Pressure: 315 bar Maximum Flow: 100 L/min Pilot Oil Supply: Internal Pilot Oil Return: External (via port 3 / Y) Normal Position: Normally open

Switching Pressure Control Valves - Pressure Reducing Valve. - Pilot Operated (Cartridge Valve). - Nominal Size 10. - Type DR 10K.

For the Bosch Rexroth DR 10K pilot-operated pressure reducing valve, your specified "Rotary Knob With Scale" adjustment type is definitively identified as Adjustment Type 7.🔧 Valve Identification and SpecificationsThe order code structure for your valve is DR 10 K7-3X/...YM. The following table breaks down the key codes:Code Section Designation MeaningDR Valve Type Pilot-operated pressure reducing valve .10 Nominal Size Size 10 .K Design Screw-in cartridge valve .7 Adjustment Type Rotary knob with scale (your specific configuration) .3X Series Component series 30...39 ....YM Options Placeholder for pressure rating and seal material .⚙️ Technical Specifications (DR 10K Series)The following technical specifications are confirmed for this valve family:Maximum Operating Pressure: 315 barMaximum Flow Rate: 100 L/minPilot Oil Supply: InternalPilot Oil Return: ExternalDesign: Screw-in cartridge valve for block installation

For a Bosch Rexroth SV pilot-operated check valve with a nominal size of 15 (NS15) and the specified technical parameters of 350 L/min maximum flow and 315 bar maximum pressure, the available documentation confirms this is a standard product variant .✅ Confirmed Valve SpecificationsThe table below summarizes the key technical details:Parameter SpecificationType SV (Pilot oil return internal / Without drain connection) Nominal Size 15 (NS15 / NG16) Maximum Operating Pressure 315 bar Maximum Flow 550 L/min (Your specified 350 L/min is within the maximum capacity) Pre-Opening Yes (A): This version includes a pre-opening for dampened decompression, reducing switching shocks .Pilot Pressure Range 5 ... 315 bar Mounting Type Subplate mounting (P) or Threaded connection (G) Porting Pattern ISO 4401 and ISO 5781 standards 📌 Understanding the Ordering CodeThe valve's specifications are encoded in its model number. For your requirements, the code would follow the structure SV 15 P A 1-4X/... or SV 15 G A 1-4X/... .SV: Type (pilot-operated check valve with internal pilot oil return) .15: Nominal size (NS15 / NG16) .P or G: Mounting style (P = Subplate, G = Threaded connection) .A: Version with pre-opening (as specified) .1: Cracking pressure (standard 1.5 bar; other options available) .4X: Component series 40 to 49 (installation and connection dimensions remain unchanged within this series) .

For the Bosch Rexroth SV pilot-operated check valve with the specified parameters—nominal size 15 (NS15), 350 L/min max flow, 315 bar max pressure, and without pre-opening (B)—I have confirmed the following technical details.✅ Valve Configuration ConfirmedThe model you are looking for is identified by the "B" in the type code, which indicates the version without pre-opening. This is a standard variant within the SV15 series .Parameter SpecificationType SV (Pilot oil return internal / Without drain connection) Nominal Size 15 (NS15 / NG16) Maximum Operating Pressure 315 bar Maximum Flow 350 L/min (The valve series max is up to 550 L/min; your specified 350 L/min is within its capacity) Pre-Opening No (B): Without pre-opening; the pressurized volume may be unloaded suddenly, leading to switching shocks .📌 Understanding the Ordering CodeThe valve's complete specifications are encoded in its model number. Based on your requirements, the code would follow the structure SV 15 G B 1-4X/... or SV 15 P B 1-4X/... .The breakdown of this code is as follows:SV: Type (pilot-operated check valve with internal pilot oil return, no drain connection) .15: Nominal size (NS15) .G or P: Mounting style (G = Threaded connection, P = Subplate mounting) .B: Version without pre-opening (as specified) .1: Cracking pressure (standard is 2.5 bar for this size; other options available) .4X: Component series 40 to 49 (installation and connection dimensions remain unchanged within this series) .

For the Bosch Rexroth SV pilot-operated check valve (isolator valve) with your specified parameters—nominal size 20 (NS20), 350 L/min max flow, 315 bar max pressure, threaded connection (G), and with pre-opening (A)—the correct type code is SV 20 G A 1-4X/....Valve Configuration and Ordering CodeYour specifications translate directly into the Rexroth ordering code, which is structured as follows :Parameter Code MeaningType SV Pilot-operated check valve with internal pilot oil return (no drain connection) Size 20 Nominal size 20 (NG20) Connection G Threaded connection according to ISO 228-1 Pre-opening A Version with pre-opening for dampened decompression Cracking Pressure 1, 2, 3, or 4 Code 1 (standard) to 4 for other cracking pressures Component Series 4X Component series 40 to 49 (dimensions remain unchanged) A complete ordering code for your configuration would follow this pattern: SV 20 G A 1-4X/... or SV 20 G A 2-4X/..., depending on the desired cracking pressure. The search results show that a valve with a 5.0 bar cracking pressure is designated by code 2 , while a model with the "A" (with pre-opening) and "G" (threaded connection) designation is listed as the SV20GA1-4X and SV20GA4-4X variants.Technical Specifications for NS20The NS20 (NG20) valve series from Bosch Rexroth supports your required parameters:Maximum Operating Pressure: 315 bar Maximum Flow: The valve series supports up to 550 L/min; your specified 350 L/min is well within its capacity . Product listings confirm flow rates of 300 L/min and other sources note "maximum flow" is characterized by curves .Weight: Approx. 4.7 kg (subplate mounting) or 5.4 kg (threaded connection) .Function of the "A" Version (With Pre-Opening)The "A" version is the preferred choice for smoother system operation. When pilot pressure is applied at port X, the valve opens in two stages :First, a small ball poppet opens, pre-releasing the pressure.Then, the main p