Industrial hydraulics - Import export

Industrial hydraulics are an essential part of numerous industrial applications and play a crucial role in controlling machines and systems. At AIS Hensch Automation-Industry-Solution, we offer a comprehensive selection of high-quality industrial hydraulic components and systems designed for reliability, efficiency and performance. Precise Control and Performance: Our industrial hydraulic solutions provide precise control and performance for various applications, be it manufacturing, mining, construction or other industrial areas. By using high-quality components and state-of-the-art technologies, we ensure reliable and efficient performance. Versatility and adaptability: Our range includes a wide range of industrial hydraulic components, including hydraulic cylinders, valves, pumps, motors, hoses and much more. These components are suitable for a wide variety of applications and can be flexibly adapted to the specific requirements of our customers.

The hydraulic industrial shock absorber of the C-series (COMPENSER®) is the ideal hydraulic buffer for storage and retrieval machines or smaller conveyor systems, crane systems, test stands etc. in light to medium mechanical engineering. Due to its short design, this hydraulic buffer (COMPENSER®) can be used in a spacesaving manner as limitation of the end position (as emergency end stop) in industrial applications. In addition, the low reset force allow operational pushin cycles at creep speed. Design & Function: The piston rod 2 enters the metering tube 3. The damping medium flows from the pressure chamber 6 through the throttle orifices 4 of the metering tube 3 into the volume balance chamber 5. The nitrogen gas between the outer tube 7 and the metering tube 3 is compressed and stores the energy required for the reset of the piston rod. When the piston rod 2 returns to the initial position, the damping medium flows back into the pressure chamber 6.

A flow valve is a critical component in various systems where the regulation of fluid flow is necessary. It’s designed to control the rate at which fluid passes through a system, ensuring that the flow matches the requirements of the application.Flow control valves are essential in industrial usage, hydraulic systems, and pneumatic systems. They play a crucial role in regulating the flow of fluids, ensuring optimal performance and efficient operation of machinery and equipment. Control valves can be actuated in various ways, including pneumatically, hydraulically, or with electric motors. Some valves, known as automatic control valves, do not require an external power source and operate solely on fluid pressure.When selecting a flow control valve, it’s important to consider factors such as flow rate and pressure requirements, material compatibility, and environmental conditions.

The preferred field of application for the (gas) hydraulic industrial buffer (COMPENSER®) of the S-series is in the medium to heavy engineering industry sector. As a heavy duty shock absorber it is used in large crane systems (e.g. harbour crane, shipyard crane or container crane), metallurgical plants, rolling mills, loading systems or as end stop integrated in a rail buffer stop. Design & Function: The gas-filled inner tube 2 enters the outer tube 9. The damping medium flows from the pressure chamber 6 through the throttle orifices 8 of the metering tube 7 into the volume balance chamber 5. The separating piston 4 simultaneously moves in the direction of the impact cap 1 and compresses the nitrogen gas filling. In the gas space 3, the energy is stored which is required for the reset of the inner tube. When the inner tube 2 returns to the initial position, the separating piston 4 moves in the opposite direction and presses the damping medium back into the pressure chamber 6.

The COMPENSER® of the KL-series is an industrial shock absorber for light mechanical engineering, e.g. handling equipment, small storage and retrieval machines and small crane systems. Due to the low reset force of the compression spring, this buffer of the KL-series is well suited for operational push-in cycles at creep speed. Design & Function: The piston rod 2 pushes the piston 6 into the pressure chamber 7. At the same time, the damping medium flows through the metering grooves placed in the outer tube 8, via the piston 6 and into the volume balance chamber 5. The return spring 3 is tensioned and, after the impact has occurred, pushes the piston rod 2 back to the initial position. By this the damping medium flows back into the pressure chamber 7.

Milling and drilling combined in one machine - In tool and mold making, complex cubic workpieces can be machined precisely, powerfully, safely and from all four sides in just one clamping. The machining centers in the TFZ series cover all requirements in small, medium and large mold making. But TFZ machines are also used in mechanical engineering and the hydraulic industry. You can obtain suitable solutions for machining spindle housings, gear housings or hydraulic cylinders from the deep drilling specialist. Position tolerances in the range of +/-1/100 Angle tolerances +/- 0.02° Surface qualities for ELB drilling Rz 1.6 Cutting volume of 1,600 cm³/min Deep drilling using the ELB process also for diameters larger than 60 mm

Is testing of large industrial hose or long hydraulic hose possible in a safe and practical manner? Our new P 350 test bench unifies our years of experience with your advanced requirements for special hose equipment. The extra-large test chamber gives you the space you need for your challenge. Pallets with hoses as well as large, heavy hose coils can be easily supplied to the chamber by forklift. Hose samples are connected easily with adapter hose and quick connection to pressure ports. The P 350 comes with a number of standard features such as internal lighting and a portable power aggregate, and caters to individual test logging.

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®), PU Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Ball Valve Connection Screw Disconnection Screw Connect Under Pressure not allowed Application Industrial Hydraulic, Rescue and Tensioning Hydraulics ISO Interchange ISO 14540

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure Male Tip and Female Body allowed Application Industrial Hydraulic, Rescue and Tensioning Hydraulics ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -40° C ... +106° C / -40° F ... +223° F Valve Design Poppet Valve Connection Push Disconnection Actuate Push Sleeve Connect Under Pressure Male Tip/Female Body Application Construction Machinery, Industrial Hydraulic ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange -

Material Brass Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange ISO 7241-1, Series B

Material Stainless Steel V4A (AISI 316L) Surface Finishing - Standard Seal Material(s) FKM (Viton®), PTFE Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Flat Face Connection Push Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange ISO 16028

Material Carbon Steel Surface Finishing Zinc-Plating and Thick-Film-Passivation (Chrome III) Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure Male Tip and Female Body up to max. 100 bar / 1450 PSI allowed Application Industrial Hydraulic ISO Interchange -

Material Brass and Carbon Steel Surface Finishing Carbon Steel: Zinc-Plating and Thick-Film-Passivation (Chrome III) Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Flat Valve Connection Screw Disconnection Screw Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange -

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure Male Tip and Female Body allowed Application Industrial Hydraulic, Offshore, Rescue and Tensioning Hydraulics ISO Interchange -

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure Male Tip/Female Body up to 33% of the Working Pressure with Tools Application Agricultural and Forestry Machinery, Construction Machinery, Industrial Hydraulic ISO Interchange ISO 14541 (BG 1-6)

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange ISO 7241-1, Series B

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange ISO 7241-1, Series B

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Agricultural and Forestry Machinery, Industrial Hydraulic ISO Interchange ISO 7241-1, Series A

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®), PTFE, PU Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Flat Face Connection Push Disconnection Actuate Push Sleeve Connect Under Pressure Male Tip Series FU up to the max. Working Pressure allowed Application Construction Machinery, Industrial Hydraulic ISO Interchange ISO 16028

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®), PTFE, PU Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Flat Face Connection Push Disconnection Actuate Push Sleeve Connect Under Pressure not allowed (Male Tip Series FU up to the max. Working Pressure allowed) Application Construction Machinery, Industrial Hydraulic ISO Interchange ISO 16028

Specially designed for industrial hydraulic installations, the STAUFF Offline Filters are available in single or multiple housing configurations. The Offline Filter Units can easily be mounted to new and existing hydraulic installations. By means of an integrated motor/pump unit and an Offline Filter, the oil is pumped from the reservoir through the filter unit and after filtering the oil is then returned to the tank. Motor/Pump Unit ▪ Available in different configurations ▪ Air driven motor Clogging Indicator (available as an option) ▪ Visual clogging indicator ▪ With water sensor Filter Elements ▪ Filter elements of SRM series Construction ▪ Offline filters with integrated motor/pump unit ▪ Heated offline filter unit Nominal Flow Rate ▪ Max. 4,2 l/min / 1.2 US GPM Max. System Volume ▪ Up to 2.700 l / 713 gal Water holding capacity ▪ Up to 2.280 ml / 80 oz. Materials ▪ Anodizied Aluminium

STAUFF Systems Units are characterised by their extremely efficient filter elements which are rated to 0,5 micron. Specially designed for industrial hydraulic installations the STAUFF Offline Filters are available in single or double length configurations. The Offline Filter Units can easily be mounted to new and existing hydraulic installations. By means of an integrated motor/pump unit and an Offline Filter, the oil is pumped from the reservoir through the filter unit and after filtering the oil is then returned to the tank. Motor/Pump Units ▪ Different configurations available ▪ Air driven motors Clogging Indicators (available as an option) ▪ Visual clogging indicator Filter Elements ▪ Filter elements of SRM series Pre-Filter Elemets ▪ Spin-On filter elements of SF67 series Construction ▪ Offline filter with integrated motor/pump unit ▪ Offline filter units with up to four filter housings in single or double length configurations Nominal Flow Rate ▪ 2,1 ... 17 l/min / .55...

Analogue 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). ▪ Suitable for Mineral Oil (Aluminium), HFC Fluids and Water (Brass) ▪ Designed for in-line installation ▪ Mechanical flow measurement ▪ Controlling working pressure with a pressure control valve (only SDMKR) ▪ Flow indication in l/min and GPM for Aluminium units, Brass units have flow indication for Water and Oil both in l/min ▪ Aluminium unit: Dual scale ▪ Brass unit: Single scale ▪ Thread to connect with pressure gauge (only SDM) Accuracy (at a kinematic viscosity of 28cSt): ▪ Flow: ±4 % FSD ▪ Temperature: ±2,5 °C / ±5 °F ▪ Pressure (only SDMKR): ±1.6 % FS* ▪ Temp. measuring range: +20 °C ... +110 °C / +55 °F ... +245 °F ▪...

Discover the easy handling and flexible usage of our Hydraulic testers of the PPC series. Learn more about these testing devices on our special microsite. Pls. click here The 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. PPC-04-plus ▪ Analogue version ▪ Max. two analogue sensors can be connected at the same time PPC-04-plus-CAN ▪ CAN version ▪ With CAN interface, max three digital sensors can be connected at the same time ▪ Max. CAN bus length: 50 m / 164 ft ▪ Multi-line, backlit LCD display ▪ Integrated data memory for 15000 data records ▪ External storage by using a USB memory stick ▪ Calibration certificate on request (only available for the analogue version) ▪ CE certified Materials ▪ Housing made of ABS in a rubber protective Dimensions and Weight ▪ WxDxH: 96 x 172 x 54...

STAUFF Offline Filter Units can be applied to every imaginable industrial application where hydraulic or lubrication systems are present. An integrated motor/pump unit draws fluid out of the tank, filters it and pumps clean oil back into the system. Offline Filter Units can continue to work even when the main system is not in use. Motor/Pump Unit ▪ Available in different configurations ▪ Air driven motors Clogging Indicator (available as an option) ▪ Visual clogging indicator Micro Filtration Elements ▪ Micro filter elements of SRM series Construction ▪ Offline filter with integrated motor/pump unit ▪ Offline filter units with up to four filter housings in single or double length configurations Nominal Flow Rate ▪ 2,1 ... 17 l/min / .55 ... 4.5 US GPM Max. System Volume ▪ Up to 10.800 l / 2.853 gal Port Connection ▪ G3/8, G1/2, G3/4 and 18 L Materials ▪ Anodised Aluminium Media Compatibility ▪ Mineral and lubrication oils, other fluids on request

The oil-free piston vacuum pumps of the range KV are realized where utmost operating safety is required, as for example in 24/7-application in industry enterprises, for retention of hydraulic oils on service at construction machinery as well as for medical machines. The oil-free piston-vacuum pumps offer as a 2-phase pump a vacuum of up to 30 mbar. The characteristic of the oil-free piston-vacuum pumps are the integrated, overdimensioned bearings. Owing to this, the best possible lifetime and reliability of the vacuum pumps is achieved. The suction capacity of oil-free piston-vacuum pumps of the range KV remains almost unchanged even after many thousand operating hours because of the exactly aligned components. Advantages Extremely reliable Long lifetime Constant flow volume Piston principle