Other Products / Services #4998645

Cutting Ring Assembly StudsManual Final Assembly Stud Type FI-FK Manual Final Assembly Studs of the FI-FK series facilitate the final assembly of cutting rings on tube ends, thus allowing for consistent assembly results with a maximum degree of accuracy, reliability and process stability Characteristics and Features Available in the Extra-Light, Light and Heavy Series according to ISO 8434-1 DIN 2353Hardened and wear-resistantMarked with a groove for easier identification

Combined Cutting Ring Assembly and 37 Tube Flaring Machine SPR-PRC-MAThe electro-hydraulically operated STAUFF Press Assembly Machine SPR-PRC-MA allows the assembly of cutting rings in the Light Series (L) as well as in the Heavy Series (S) according to ISO 8434-1 DIN 2353 on metric tube ends with outer diameters from 4 mm to 42 mm. Exchangeable heads allows the device to be adapted for 37 flaring of metric and imperial tube ends with outer diameters from 4 mm to 42 mm and from 14 in to 1 12 in respectively according to DIN 3949 or SAE J514 ISO 8434-2. Short times for tool changes, setup and assembly (even when changing the assembly type from cutting ring assembly to 37 tube flaring) make it possible to carry out series production as well as the assembly of small and medium quantities with a high level of economic efficiency, reproducibility and process reliability with considerable reduction of times and cost of assembly of fittings. The adjustable return stoke of the cylinder helps the operator to further optimise the total cycle times. The machine is designed as a robust table-top device for continuous operation in the workshop. It is used in connection with hardened and wear-resistant assembly tools which are specially designed for the machine-assisted assembly.

STAUFF Clean Pipe, Tube and Hose Cleaning SystemThe STAUFF Clean System comprises of a pneumatic launcher and a range of specially designed nozzles and projectiles. The launcher uses standard industrial compressed air pressure between 6 and 8 bar 87 and 116 PSI to propel a foam projectile through the nozzle and into the pipe, tube or hose bore to have their inside surface cleanedfrom any unwanted contamination. This provides a safe and environmentally friendly tool that requires little formal expertise to operate and apply. The launcher is the part of the system that controls the air supply to propel the projectile from start to finish of the cleaning job. The nozzles are specially designed to affect an airtight seal on any pipe, tube or hose with or without end fittings. Its main purpose is to compress the foam projectile allowing it to enter the internal diameter of the pipe, tube or hose to be cleaned. The projectile is the part of the system that does the cleaning: The foam projectile is sized to be approximately 15% larger than the internal diameter of the pipe, tube or hose to be cleaned. The compression of the projectile against the internal wall cleans the internal surface and expels any loose contaminants from the end of the pipe, tube or hose. The STAUFF Clean System is available as separate components or in a variety of kit forms comprising various nozzle types, adaptor and launcher, all contained in a heavy duty carrying case.

The STAUFF Thread Identification Board is intended to be used as a universal tool for workshops, warehouses or sales counters allowing quick and easy determination of common thread types and sizes, e.g. for male stud tube connectors and test couplings. The board is available in two different versions: Version FI-TIB-MG with 13 metric threads (M8x1 to M48x2) and 8 BSP threads (G18 to G1 12) Version FI-TIB-NU with 8 NPT threads (18-27 to 1 12-11.5 NPT), 5 UNF threads (716-20 to 78-14 UNF) and 4 UN threads (1 116-12 to 1 78-12 UN)

STAUFF Form Tube Forming SystemPerformance The patented STAUFF Form tube forming system is without doubt one of the most high-performing solutions currently available on the market for connecting metric sized tubes. Apart from its simplicity, it also provides a maximum level of safety, reliability and reproducibility. STAUFF Form has been designed as standard for seamless cold-drawn precision steel tubes as well as stainless steel tubes with dimensions between 6x1.5mm and 42x4mm in the Light Series and between 6x1.5mm and 38x6mm in the Heavy Series. Parameters for alternative materials (copper, brass, CuNiFe, Tungum etc.) can be added by the manufacturer, if required. System Design and Components The system is based on standard parts and consists of only four key components: The STAUFF Form Ring with an integrated and thus undetachable elastomeric sealing is slid onto the tube end, which has previously been mechanically contoured. This creates a positive-locking connection that provides a reliable, permanent and maintenance-free seal when used with a conventional fitting body with 24 conical bore and a union nut, both according to ISO 8434-1. Versatility and Flexibility Users benefit from the great versatility and flexibility of the system, as well as the many combination and adaptation options offered by using standard components from the STAUFF Connect product range. There is therefore no need to duplicate the stock-keeping of similar components with a correspondingly high likelihood of confusion, as is often the case with comparable systems. Material and logistics costs can thus be correspondingly reduced. Materials and Surface Finishing Like all other components in the STAUFF Connect product range, STAUFF Form Rings are designed as standard with a high-quality zincnickel surface coating. With over 1, 200 hours of resistance to red rust base metal corrosion in the salt-spray chamber in accordance with DIN EN ISO 9227, the coating offers most reliable corrosion protection far beyond previously accepted market standards. Even after shipping, handling and assembly of the components, the coating significantly exceeds the requirements for the highest corrosion protection class K5 defined in VDMA Standard Sheet 24576 for tube connectors. Sealing The sealing of the only possible leakage path is provided primarily by the large-volume elastomeric sealing fitted to the STAUFF Form Ring, which is specifically positioned between the surface of the tube and the 24 conical bore of the fitting body during assembly. FKMFPM (Viton) is used as the standard sealing material and enables problem-free use of the STAUFF Form tube forming system for challenging applications involving high temperatures or aggressive media. The unique sealing profile has a particularly large cross-section in order to provide a safe, reliable and permanent seal even in the event of unfavourable tolerances of the tube and fitting. The sealing effect is assisted by the system pressure of the hydraulic system so that the STAUFF Form tube forming system is also the perfect choice for high-pressure applications. Pressure Resistance When the STAUFF Form tube forming system is used in conjunction with genuine products from the STAUFF Connect product range, it provides pressure resistance of up to 800 bar in the Heavy Series and 500 bar in the Light Series (generally with a four-fold safety factor and depending on the series, design and size of the fitting body and taking into consideration various pressure reducing factors). This is the result of exceptional care taken in the development of the system and the selection, handling and processing of the raw materials. Maximum tear-out strength can be guaranteed for the system due to the contour shaped at the tube end. Final Assembly in the Fitting Body Final assembly is performed by tightening the union nut until the point with clearly noticeable increase in force (fixed point). The assembly is completed with another turn by approximately 15 to 20 beyond this point. This incredibly simple assembly method has several benefits for the user: Considerably lower torques and short assembly paths(once the fixed point has been reached)Significant increase in torque to clearly indicate the end of the assemblyMaximum safety to combat over-assemblyNo need for time-consuming and expensive trainingConnections made with the STAUFF Form can be untightened as often as required and reassembled without wear, as any damaging expansion of the 24 conical bore of the fitting body is technically avoided.

SAE BlocksSAE Block T-Connection (Adapter Style) BF-T 6000 PSI High Pressure Series (based on ISO 6162-2:2006): 34" (DN19) . 2" (DN51)Materials: S355J0 or equivalent, Stainless Steel 1.4404 on request (W5)Surfaces: CrVI-freeDeviant surface treatment: blank oiled (W1) on request

Pressure Transmitter & Reader PT-RFPressure Transmitter and Reader of the PT-RF SeriesThe PT-RF series of pressure transmitters are an alternative solution for universal pressure measurements for fluid technology applications, which will provide benefits for system operators, maintenance personnel and repair technicians as well as for original equipment manufacturers. The advantages resulting from the use of the new technology for system operators, maintenance personnel and repair technicians are clear:Measurements can be carried very easily, without extensive training and within a few seconds at the press of a button and then documented in a reliable process. Unscrewing and re-installing pressure gauges or other measuring and display devices practically a temporary opening of the system is not required. Potential hazards for people, machines and the environment, for example from emitted residual oil in the test hose or leaks at the measuring point, as well as ingress of dirt into the system (e.g. in dusty environments) can be effectively excluded. Original equipment manufacturers will also benefit from this new technology: If the pressure transmitters are installed at their factory already, the innovative technology can provide a competitive edge over alternative suppliers and open up specific advantages for the users, increasing the value retention of their own devices in the long term. If the pressure transmitters are installed directly in the system or pipeline for permanent use, they protrude only slightly more than conventional hydraulic test couplings and meet the highest demands with regard to space requirements and weight.

Fluid analysis is a crucial component of any oil management program. Early detection of potential problems can prevent costly repairs and downtime. STAUFF SFSK oil analysis kits provide the tools to take a sample from a STAUFF test coupling or directly from a reservoir or sump. For this the supplied hose is directly connected to the test coupling with an adapter and the fluid is filled into the supplied vials. But there is also the possibility to draw up the sample directly from a tank with the hand pump and fi ll it into the vial. This sample set is available in two versions with BSP and NPT test couplings.

STAUFF Spin-On FiltersSTAUFF provides a complete range of Spin-On filters which can be used either as suction filters or as return line filters for low pressure applications. The various ranges meet international standards. The corresponding STAUFF Filter Elements are available from stock. Options and AccessoriesClogging Indicators (available as an option)Visual clogging indicator with coloured segments Electrical clogging switchOther types available on request Technical DataConstructionsIn-line Spin-On filter headIn-line Double Spin-On filter headTank Top Spin-On filter head Operating PressureMax. 14 bar 200 PSI Nominal Flow RateMax. 460 lmin 120 US GPM ConnectionsOption of BSP, NPT, SAE flange or SAE thread, others on request MaterialFilter head: Aluminium Media CompatibilityMineral oils, other fluids on request

STAUFF Plastic Filler Breathers SPBDesigned to be used as filler ports for hydraulic reservoirs, allowing the reservoir to breathe whilst protecting it from contamination found in harsh environments TypesSPB 1 (Screw-in version; Cap 45mm 1.77in)SPB 2 (Screw-in version; Cap 70mm 2.76in)SPB 3 (Screw-in version; Cap 101mm 3.98in)SPB 4 (Bayonet version for clamping jaw installation to a single mounting hole; Cap 101mm 3.98in) SPB 4 (Bayonet Version with six-hole bolt pattern for flange interfaces similar to DIN 24557-2; Cap 101mm 3.98in) MaterialsMade of non-corrosive materials Body and cap made of glass-fibre reinforced Polyamide (PA)Sealings made of NBR (Buna-N) Consult STAUFF for alternative materials. Technical DataOperating temperature range: -40C . +120C -40F . +248F Options AccessoriesPlastic basket (800m)Telescopic plastic basket (800m)Pressurisation up to 0, 7bar 10PSI Air filter element Anti-splash feature Plastic dipstick with integrated anti-splash featureWeld riserSide mount bracket (Polyamide) Side mount bracket (Aluminium) Some options accessories may only be available for particular sizes or designs!

Standard Series (DIN 3015-1)Standard Series according to DIN 3015, Part 1Most economical solution available for quick, easy and secure pipe, tube, hose and cable installation Original STAUFF Block Clamps according to German Industry Standard DIN 3015 (Part 1), designed as a construction kit for the installation of pipes, tubes, hoses, cables and other flexible or rigid components with the most common metric and imperial outside diameters from 6 mm to 102 mm .24 inch to 4.02 inch. Clamp bodies manufactured from various thermoplastics, thermoplastic elastomers or aluminium also with shock-absorbing and noise-reducing elastomer inserts. Excellent UV, weathering and chemical resistance even under extreme conditions. Tested and approved by several independent certification organisations.

The STAUFF Press Assembly Machine SPR-PRC-POC allows the pressureposition-controlled pre-assembly and final assembly of cutting rings from the Extra-Light Series (LL), the Light Series (L) and the Heavy Series (S) according to ISO 8434-1 DIN 2353 on tube ends with outer diameters between 4 mm and 42 mm. The machine is designed as a robust table-top device for continuous operation in the workshop. It is used in connection with hardened and wear-resistant assembly studs FI-FMK and support plates FI-GP which are specially designed for the machine-assisted assembly. The combined pressureposition-control of the device allows wear on the assembly tools to be detected in time before it can have a negative influence on the assembly result. Maximum service life of the tools is achieved through careful handling of the components and practical operation of the assembly machine. Other factors are proper storage (protected against contamination and corrosion), regular cleaning and lubrication (with suitable lubricants) and thorough preparation of the tube ends before assembly (cutting, deburring and cleaning). Short times for tool changes, setup and assembly make it possible to carry out series assembly of cutting rings as well as assembly of small and medium quantities with a high level of economic efficiency, reproducibility and process reliability. Among other things, this is achieved with the RFID transponders which are integrated into the support plates for automatic tool size identification as a standard and with the tool contact switch: this allows assembly processes to be automatically started and completed by simply pushing the tube end into the assembly stud without having to press any buttons. The assembly area is secured against interference by a light grid to comply with current accident prevention regulations. The convenient operating panel on the cutting ring assembly machine allows the user to choose between pre-assembly and final assembly at any time: When utilising the machine-assisted 50% pre-assembly, the fitter then has to manually finish the assembly by tightening the union nut by 180 (corresponds to 12 turns) beyond the fix point. With machine-assisted final assembly, the cutting ring has already cut 100% into the tube and the fitter only has to tighten the union nut by 30 (corresponds to 112 turns) from the fix point. Please pay attention to the corresponding assembly instructions in both cases. Final assembly (100%) minimises the risk for errors (insufficient or excessive manual tightening) and the resulting leak potentials which can often lead to time consuming and expensive machine downtimes and environmental impact. Due to the time benefits during final tightening, final assembly by machine also generates clear saving potentials compared to manual direct assembly as well as to machine-assisted pre-assembly. In case of incorrect or incomplete assembly where pressure and position parameters significantly deviate from the values stored in the machine, it automatically stops the assembly process and displays a corresponding warning message on the operating panel.

Portable Cutting Ring Assembly Machine SPR-PRC-HWith the battery-operated STAUFF Press Assembly Machine SPR-PRC-H-M, STAUFF provides an ergonomically designed, light-weight and at the same time robust device for the assembly of cutting rings in the Light Series (L) as well as in the Heavy Series (S) according to ISO 8434-1 DIN 2353 on metric tube ends with outer diameters from 6 mm to 42 mm. The machine has been designed for hand-held, tripod- or table-mounted operation and offers the best technical compromise between maximum flexibility, economic efficiency and a high level of process reliability with considerable reduction of time and cost for the assembly of cutting ring fittings. Short tool change and setup times (with only a few seconds required to manually adjust the assembly pressure) make it possible to carry out the assembly of medium and even small quantities of cutting ring fittings, e.g. during maintenance, servicing, conversion and repair works on hydraulic pipe and tube systems. With the rechargeable battery being able to typically cover more than 200 assembly cycles per charge (depending on pressure settings and other influencing factors), the machine is also suitable for mass processing and production. The assembly machine is by default supplied in a heavy-duty trolley transport case that is equipped with a range of accessories and also provides suitable space for the assembly studs.

STAUFF Form Tube Forming Machine SFO-FThe type SFO-F tube forming machine facilitates the economical and most reliable production of tube ends made of steel, stainless steel and other materials with a contour typical for the STAUFF Form tube forming system. The machine is designed as a robust table-top device for continuous operation in the workshop. It is used in connection with FI-FST tube shapers and FI-FB clamping jaws. Tube shapers with FI-ID internal tube supports are used with selected tube dimensions, which prevent the tube from being constricted in the shaping area. Tube shapers, clamping jaws and internal tube supports have been specifically designed for the mechanical forming process and can be quickly and simply replaced without the need for any tools, if required. The resulting short tool change and set-up times contribute to the high efficiency of the system as well as ensuring low cycle times. All the tools needed for the forming process are clearly labelled with the tube dimensions so that assembly errors caused by incorrect assignment can be largely ruled out.

STAUFF Connect 37 Flared Tube Fittings have been developed and designed for the reliable, leak-free connection of tubes with a 37 flare with conventional fitting bodies with a 24 cone according to ISO 8434-1. Thanks to the optimised geometry of STAUFF Connect 37 Flared Tube Fittings with metallicelastomer sealing at the contact points both to the fitting body and the tube, efficient sealing is ensured, even if there are vibrations and pressure fluctuations peaks. STAUFF Connect 37 Flared Tube Fittings can be used in applications with nominal pressures up to 500 bar 7250 PSI on the Light Series or up to 630 bar 9135 PSI in the Heavy Series (pressure reduction factors to be considered).

SAE Split Flange Halves and SAE Flange ClampsSAE Split Flange Halves DB 3000 PSI Standard Pressure Series (acc. to ISO 6162-1:2006): 12" (DN13) . 5" (DN127)6000 PSI High Pressure Series (acc. to ISO 6162-2:2006): 12" (DN13) . 2" (DN51)Materials: S355J0 C45 (or equivalent), Stainless Steel 1.4404 on request (W5)Surfaces: CrVI-free

Test Hoses and AccessoriesNominal Bore (DN)DN2 = Version A and BDN4 = Version C and D Max. Working Pressure (PN)DN2 = Version A: 400 bar 5801 PSIDN2 = Version B: 630 bar 9135 PSIDN4 = Version C: 340 bar 4931 PSIDN4 = Version D: 630 bar 9135 PSI Min. Burst PressureDN2 = Version A: 1100 bar 15954 PSIDN2 = Version B: 1900 bar 27557 PSIDN4 = Version C: 850 bar 12328 PSIDN4 = Version D: 1900 bar 27557 PSI MaterialsInner outer tube made of PAReinforcement made of Synthetic Fibre

Hydraulic Testers PPC-04-plusHydraulic Testers PPC-04-plus PPC-04-plus-CANThe PPC-04-plus and PPC-04-plus-CAN Hydraulic Testers have been developed for the growing demands in mobile and industrial hydraulic systems. They are perfectly suited for the precise determination of pressure, temperature, volume flow and rotational speed. Versions PPC-04-plusAnalogue versionMax. two analogue sensors can be connected at the same time

CAN Frequency Converter CAN-FRCAN Frequency Converter PPC-CAN-FRMeasuring Frequency with PPC-CAN-FRThe PPC-CAN-FR can be used to connect frequency signals (e.g. from turbines, flow counters or tachometers) to the PPC-Pad or PPC-04-plus-CAN. The instruments can process sinus and rectangle signals from 1 Hz to 5 KHz with signal amplitude from 20 mV to 10 V. Configuration is possible via USB and PC software. Power Supply for External SensorsAn external sensor can be supplied with 24 V using the PPC-CAN-FR. Analogue or CAN OutputThe PPC-CAN-FR can be connected either to an analogue input or CAN input.

Pressure Transmitter & Reader PT-RFPressure Transmitter and Reader of the PT-RF SeriesThe PT-RF series of pressure transmitters are an alternative solution for universal pressure measurements for fluid technology applications, which will provide benefits for system operators, maintenance personnel and repair technicians as well as for original equipment manufacturers. The advantages resulting from the use of the new technology for system operators, maintenance personnel and repair technicians are clear:Measurements can be carried very easily, without extensive training and within a few seconds at the press of a button and then documented in a reliable process. Unscrewing and re-installing pressure gauges or other measuring and display devices practically a temporary opening of the system is not required. Potential hazards for people, machines and the environment, for example from emitted residual oil in the test hose or leaks at the measuring point, as well as ingress of dirt into the system (e.g. in dusty environments) can be effectively excluded. Original equipment manufacturers will also benefit from this new technology: If the pressure transmitters are installed at their factory already, the innovative technology can provide a competitive edge over alternative suppliers and open up specific advantages for the users, increasing the value retention of their own devices in the long term. If the pressure transmitters are installed directly in the system or pipeline for permanent use, they protrude only slightly more than conventional hydraulic test couplings and meet the highest demands with regard to space requirements and weight.

Flow Indicators SDM SDMKRFlow Indicators SDM SDMKRAnalogue flow indicators for measuring the flow rate of fluids in mobile and industrial hydraulics. The SDMKR is designed with a loading valve for the strain test of the hydraulic system to facilitate precise control of the operating pressure. In addition, this product can also be subjected to a reverse flow direction (without flow rate determination). FeaturesSuitable for Mineral Oil (Aluminium), HFC Fluids and Water (Brass)Designed for in-line installationMechanical flow measurementControlling working pressure with a pressure control valve (only SDMKR)Flow indication in lmin and GPM for Aluminium units, Brass units have flow indication for Water and Oilboth in lminAluminium unit: Dual scaleBrass unit: Single scaleThread to connect with pressure gauge (only SDM) Technical DataAccuracy(at a kinematic viscosity of 28cSt): Flow: 4 % FSDTemperature: 2, 5 C 5 FPressure (only SDMKR): 1.6 % FS*Temp. measuring range: +20 C . +110 C +55 F . +245 FMedia temperaturepermanent: +80 C +176 Ftemporary (420 bar the disks burst and the fluid is by-passed around the valve. The rupture disks (other pressure ranges on request) can be replaced easily. The SDMKR also permits flow in the reverse direction (without flow rate determination).

Fluid analysis is a crucial component of any oil management program. Early detection of potential problems can prevent costly repairs and downtime. The LasPaC II makes it possible to detect the ISO Cleanness levels of the hydraulic media. The LasPaC II is available in three different versions. FeaturesCompact and ConvenientTwin-laser, 100% CoverageIntegrated ClockAdaptable - Software UpdatesElectric operated flush valveoption of adding an integralmoisture temperature sensor Technical DataPower SupplyVoltage range: 110 . 240 V, AC 12 . 24 V DCEuropean, UK and US power plug adaptors includedPressure ViscosityPressure range: 2 . 400 bar 29 . 5801 PSIViscosity range up to 400 cSt CalibrationISO Medium Test Dust (MTD) acc. to ISO 11 171:1999Analysis range: ISO 8-24, ISO 4406 Code, NAS 1638 Code 2-12, SAE AS 4059 Code 2-12 Laser SensorsHigh accuracy laser: 4 . 6 m(c)Standard accuracy laser: 6 . 68 m(c)Measured channels: 4, 6, 14, 21, 25, 38, 50, 68 m(c)The maximum concentration is ISO 4406 Code 24(160.000 pml) Hose Connections Test coupling STAUFF Test 20 or comparable Sample Volume8 ml (short), 15 ml (normal), 30 ml (dynamic), 24 ml (bottle sampler), 15 ml (continuous) Data OutputCumulative particle counts, as well as cleanliness classes acc. to ISO 4406 (1999) SAE AS 4059 Rev.D (2001) and ISO 4406 (1191) NAS 1638 (1964) Data Storage600 tests Fluid CompatibilityMineral Oil, Petroleum based fluidsPhosphate Ester and Water Glycol compatible devices on request Computer InterfaceRS-232 communication port as standardUSB adaptors included External AlarmExternal alarm socket with switching outputsmax. 24 V DCAC, 1 A SoftwareDownloading and storage of the data with included LasPaC II View software.

The development of STAUFF's LPM II Particle Monitor is based on the experience that has been gained using the familiar LasPaC II series analysis units. By contrast with the previous LPM I version, the LPM II Particle Monitor determines the degree of contamination of the measured fluid on eight channels and offers more precise and more complete determination of the particle size in accordance with international standards.

The Oil Condition Sensor OCS is designed for continuous monitoring of hydraulic systems. Permanently installed in the system the OCS sensor monitors the condition of hydraulic fluids and lubricating oils in real time, whereby water ingress and oxidation can be detected in time. The OCS sensor is 60 times more sensitive than dielectric sensors on increasing contamination and protects the system from cost-intensive downtimes and reduces machine downtimes. Thanks to its robust construction the OCS sensor can even be used under extreme conditions and temperatures. FeaturesRobust constructionUsage under extreme conditions with temperatures from -20 C . +120 C -4 F . +248 FSuitable for use at operating pressures up to 20 bar 290 PSI Technical DataMaterialsStainless Steel (corrosion-resistant Steel) AISI304, 1.4301. Dimensions90 x 37 mm 3.54 x 1.46 in Weight160 g .35 lbs Sealing MaterialFPM (Viton) Max. Burst Pressure20 bar 290 PSI Media Temperature-20 C . +120 C -4 F . +248 F Media CompatibilityMineral and Synthetic Oil (others on request) Process ConnectionG12 Electrical Connection6-pin connection plug Power Supply9 . 30 V DC Analog Output4 . 20 mA Computer InterfaceRS485 Protection RatingIP67

STAUFF High Pressure Filters - Type SFSTAUFF High Pressure Filters type SF are designed for in-line hydraulic and lubrication applications, with a maximum operating pressure of 420 bar 6.000 PSI. Used together with STAUFF SE series Filter Elements, a high efficiency of contaminant removal is assured. The high dirt-hold capacity of the elements ensures long service life and, as a result, reduced maintenance costs. Options and AccessoriesValves (available as an option)Bypass, reverse flow, non-return or multi-function valve Clogging Indicator (available as an option)Visual, electrical or visual-electrical differential pressure indicator Filter ElementsFilter elements of SE series Technical DataConstructionHigh pressure filter designed for in-line assemblyThreaded mounting holes on top and fluid ports on sideOption of standard or two-part top loader version Operating PressureMax. 420 bar 6.000 PSI Nominal Flow RateMax. 1.135 lmin 300 US GPM ConnectionsOption of BSP, NPT, SAE thread or SAE flange (ISO 6162-12) MaterialsFilter head: Spheroidal Graphite Cast IronFilter bowl: Cold Drawn Steel Media CompatibilityMineral oils, other fluids on request

STAUFF Medium Pressure Filters - Type SFASTAUFF Medium Pressure Filters type SFA are designed for in-line hydraulic and lubrication applications, with a maximum operating pressure of 160 bar 2.320 PSI. Used together with STAUFF SE series Filter Elements, a high efficiency of contaminant removal is assured. The high dirt-hold capacity of the elements ensures long service life and, as a result, reduced maintenance costs. Options and AccessoriesValves (available as an option)Bypass, reverse flow, non-return or multi-function valve Clogging Indicator (available as an option)Visual, electrical or visual-electrical differential pressure indicator Filter ElementsFilter elements of SE series Technical DataConstructionMedium pressure filter designed for in-line assemblyThreaded mounting holes on top and fluid ports on sideLow weight and compact design Operating PressureMax. 160 bar 2.320 PSI Nominal Flow RateMax. 240 lmin 70 US GPM ConnectionsOption of BSP, NPT, SAE thread or SAE flange (ISO 6162-1) MaterialsFilter head: Cast AluminiumFilter bowl: Aluminium Media CompatibilityMineral oils, other fluids on request

Offline Filter System - Type OLS-CMThe STAUFF Offline Filter System Condition and Monitoring OLS-CM has been specially developed for the elimination of dirt and water particles in hydraulic and lubrication systems. Subsequent integration into an existing hydraulic system is possible, since the offline filter system operates independently of the system cycle, also during scheduled machine downtimes. The OLS-CM is optionally available with factory-fitted Particle Monitor LPM II and Oil Condition Sensor OCS with Oil Condition Display OCD. Options and AccessoriesMotorPump UnitAvailable in different configurations Clogging IndicatorVisual clogging indicator Replacement Filter ElementsFilter Elements type SRM Technical DataConstructionOLS-CM with control box and preparation forinstallation of LPM II, OCS sensor with OCD display Nominal Flow Rate2, 1 . 17 lmin .55 . 4.5 US GPM Port ConnectionG38, G12, G34 and 18 L MaterialsAnodised Aluminium Media CompatibilityMineral and lubrication oils, other fluids on request Control Box includes:Main switchStartStop buttonEmergency stop buttonWarning light Unit onMotor protection relayEmergency stop relaisPower supply 24 V DCRS485-to-USB converterUSB B Interface to read out the measured values from LPM II and OCS (if available)Main cable (3 m 9.84 ft) incl. CEE plug

Bypass Lube-Oil Filters of the BPLS seriesBPLS Bypass Filters are used as an additional micro filter connected in bypass to the conventional main stream filters on engines (and automatic transmissions.) Options and AccessoriesFilter ElementSFilter elements of SRM series Technical DataConstructionBypass Lube-Oil Filters (for engines and transmission systems) Maximum Sump Size35 l 9.25 gal Housing Volume2, 2 l 0.58 gal Port ConnectionsG14 MaterialsAluminium

Level-Temperature Switch SLTSThe STAUFF Level-Temperature Switches (SLTS Series) are unique in their design and modularity. One of the greatest advantages is the ability of the end-user to adjust the switching level. The internal support wire carrying the level and temperature switches makes it a simple and quick job to change the level switch position. FeaturesSuitable for Mineral Oil and HFC fluids, other fluids on requestEither 1 or 2 level contacts available1 integrated temperature sensor (optional)Standard electrical function:Level contacts: Normally closed, opens with falling levelTemperature contacts: Normally closed, opens with rising temperature STAUFF Level-Temperature Switches SLTS are availablewith other electrical functions on request. Options1 NPT and others availble on requestmax. 115 Volt switching (for thread N16 only) Technical DataMaterialsStem: BrassFloatSealing: NBR (Buna-N) Max. operating temp.: +80C +176F Electrical Data and OutputMax. current level contact: 0.5 AMax. current temp. contact: 2.0 A Contact load level contact: 10 VAMax. operating voltage: (See ordering code) Specific gravity of fluid: 0, 8 kgdm3Hysteresis: +18C +64.4F Protection RatingIP 65 protection rating: Dust tight and protectedagainst water jets

STAUFF Metal Filler Breathers SMBTSMBBSMBPDesigned to be used as filler ports for hydraulic reservoirs, allowing the reservoir to breathe whilst protecting it from contamination found in harsh environments TypesSMBT-47 (Screw-in version; Cap 47mm 1.85in)SMBB-47 (Bayonet version; Cap 47mm 1.85in)SMBT-80 (Screw-in version; Cap 80mm 3.15in)SMBB-80 (Bayonet version; Cap 80mm 3.15in)SMBP-80 (Push-on version; Cap 80mm 3.15in) MaterialsBreather cap made of Steel, zincnickel-plated (FeZn Ni 6) and free of hexavalent chromium CrVI (standard option); chrome-plated and epoxy-coated versions availableBayonet flange made of Steel, zinc-plated Basket made of Steel, zinc-plated or Polyamide (PA)Dipstick adaptor made of Polyamide (PA)Sealings made of Cork (for filler breathers without pressurisation) or NBR (Buna-N) (for pressurised filler breathers) Options AccessoriesMetal basketPlastic basketPressurisation up to 0, 7bar 10PSI Air filter element Locking featureDipstick adaptor Plastic dipstick with integrated anti-splash featureExtended bayonet flangeWeld riserSide mount bracket (Polyamide) Side mount bracket (Aluminium) Some options accessories may only be available for particular sizes or designs!

STAUFF Diffusers SRVDesigned for direct installation into return lines to reduce fluid aeration, foaming and noise; should always be installed below the minimum fluid level FeaturesAvailable with female BSP thread (ISO 228) or female NPT thread (ANSI B1.20.1) Design and Materials2 concentric tubes with inner spaced holesInstallation below the minimum fluid level of the reservoir with the plain area facing the pump inletThreaded end cap made of Aluminium Other components made of Steel, zinc-plated Special sizes, designs, materials and configurations are available on request. Consult STAUFF for details. Media CompatibilitySuitable for use with Mineral and Petroleum based hydraulic fluids (HL and HLP) Technical DataOperating temperature range: -20C . +100C -4F . +212FMax. working pressure: 20bar 290PSI

Locking Devices Various designs and configurations available, depending on the actual type and size of the ball valveUniversal field-installed devices avaibale

Two-Way Ball ValvesTwo-Way Ball Valves with Threaded Connections Block Body Ball Valves with Threaded Connections BBV2 Two-way high-pressure block body ball valves designed for use as onoff devices for hydraulic applicationswith female BSP, NPT or UNUNF thread, male ORFS connection or 24 cone connection Pressure range: up to 500bar 7250PSI (depending on size and material combination of the ball valve)

Three-Way Ball Valves with Threaded ConnectionsBlock Body Ball Valves with Threaded Connections CBV3 Compact three-way high-pressure block body ball valves designed for use as three-way selectors (L-bore, 90 operation) for hydraulic applicationsCompact diverter style Pressure inlet possible from center port only With female BSP, NPT, UNUNF thread or 24 cone connection Pressure range: up to 500bar 7250PSI (depending on size and material combination of the ball valve)

Throttle ValvesThrottle Valves for In-Line Assembly DV Throttle and shut-off the flow of liquid media in both directionsDesigned for in-line assembly with female BSP, NPT and SAE threaded connections Graduated turning knob and coded spindle to accurately control flowSet-screw located on side of turning knob to lock valve in positionPanel mounting nuts available on requestMaximum working pressure: up to 350bar 5000 PSI

Pressure-Compensated Throttle Check ValvesPressure Compensated Throttle Check Valves PNDRV Throttle and shut-off the flow of liquid media in direction A-B (free flow in reverse direction)With pressure compensating feature via built-in compensating pistonDesigned for in-line assembly with female BSP, NPT and SAE threaded connections Graduated turning knob to accurately control flowSet-screw located on side of turning knob to lock valve in positionPanel mounting nuts available on request Maximum working pressure: 210bar 3000PSI

Check ValvesCheck Valves RV Allow single-directional flow onlyDesigned for in-line assembly with female BSP, NPT and SAE threaded connectionsMetal-to-metal seatMaximum working pressure: 500bar 7250PSI (depending on size)

Levers Straight and off-set design availableMade of zinc, steel, stainless steel or aluminium

Flow Turbine PPC-0412-SFMFlow Turbine PPC-0412-SFMAnalogue version5-pin connectionCan be used with all analogue Hydraulic Testers of the PPC series

CAN Flow Turbine PPC-CAN-SFMCAN Flow Turbine PPC-CAN-SFMCAN version5-pin SPEEDCON connection plug Technical DataHousing: Aluminium (black anodised)Gaskets: FPM (Viton)Accuracy (at 21 cSt): 1 (% FS*) or1 (% of the displayed value)Pressure measurement connection: SMK20 (M16 x 2)Temperature measurement connection: M10 x 1 (standard screw plug)Calibration certificate on requestUNF version on requestAmbient ConditionsMedia temperature: -20 C . +90 C -4 F . +194 FAmbient temperature: -10 C . +50 C +14 F . +122 FStorage temperature: -20 C . +80 C -4 F . +176 FPermissible particle size: < 10 Micron for SFM-015 < 25 Micron for othersViscosity range: 10 . 100 cSt Electrical DataResponse time: 50 ms AccessoriesFlow Turbine (analogue): A PPC-0412-CAB3 (3 m 9.84 ft) Connection Cable is needed to connect the sensor to the current Hydraulic Testers. A PPC-0412-CAB5-EXT (5 m 16.40 ft) Extension Cable is also available as an option.CAN Flow Turbine: Connecting the CAN sensor to the CAN Hydraulic Tester a CAN Connection Cable and a CAN Terminating Resistor is needed.

Rotational Speed Sensors SDS-CABRotational Speed Sensor PPC-0412-SDS-CABThe PPC-0412-SDS-CAB Rotational Speed Sensor allows non-contact speed measurement of rotating components. The sensor is based on a opto-electrical measurement principle that determines the rotational speed with high-accuracy using a reflecting strip on the shaft. The contact rotational speed measurement is obtained by using a Contact Adaptor that is mounted to the sensor, and which makes contact with the rotating component during measurement. This also produces high-accuracy measurement results. In the case of espacially small areas, using the focusing adaptor facilities measurement.