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• capacity: 150 ml • classic design • practical one-hand operation with easy-to-use opening lever • spring-loaded closure mechanism • easy to clean • ideal for private households and gastronomy

Polysorb Disk springs delivery program De [mm]: Di [mm]: disc springs are annulus discs stressable in the axial direction, which are turned over in the shape of a disc in the axial direction. disc springs provide a more favorable space usage than other spring types. They are particularly suitable for designs that demand a small spring deflection. + When not to use Polysorb Disk springs? For the implementation of specially flat load deflection curves that are possible with metal only with considerable complexity and expenditure (slotted versions). For compensation of axial clearance and manufacturing tolerances For vibration compensation For noise dampening When an antimagnetic material is required For electrical and thermal insulation When no corrosion problems should arise When lubrication is not necessary For low weight For low space requirement – When not to use polyserb disk springs? When constant spring forces are necessary over a wide temperature range When high spring forces are required The spring deflection of the disk spring is relatively small. Therefore a number of disk springs are combined in practice. Alternatively layered disk springs enhance the spring deflection in proportion to the number, whereby the overall spring force is as large as the force of the individual disk spring. To increase the force, the disk springs can be layered in parallel as a spring packet. Chemical resistance Polysorb disk springs are resistant to many chemicals. iglidur® A500 has a higher resistance than iglidur® J. Medium Resistance iglidur® J iglidur® A500 Alcohols + + Hydrocarbons + + Fats, oils without additives + + Fuels + + Diluted acids 0 to - + Strong acids - + Diluted bases + + Strong bases + to 0 + Humidity absorption The low humidity absorption allows them to be used in wet or humid environment. Polysorb® disk springs absorb humidity. Thereby their mechanical properties alter. In the worst application that can be thought of - extremely long application in water - Polysorb® disk springs still exhibit high spring force. iglidur® Standard environment saturated in water J 18 15 A500 24 23 Increased operating temperature Increased temperatures lead to the decline of stiffening in polymers. Polysorb® disk springs exhibit a maximum spring force of 8 N even at the maximum permitted temperature of 80° C. See figure for relationship of spring force to ambient temperature. Polysorb Disk springs long-term tests X = downward deflection [%] Y= spring force [N] A = JTEM-10 B = A500TEM-10 Figure 35.1: Spring force depending on the percentage of deflection measured in installation size 10 X= Ambient temperature [°C] Y= Maximum spring force [N] Figure 35.2: Influence of the ambient temperature on the spring force, measured on JTEM-10 Polysorb Disk springs delivery program De [mm]: Di [mm]: Dimensions according to DIN 2093

The mechanical back-up design uses SPIROL® Disc Springs. Under normal circumstances, the hydraulic system holds a constant pressure on Disc Springs stacked in series. If pressure fails to be maintained, the stack of Disc Springs decompresses to actuate the braking mechanism. A compression spring or wave spring is not capable of providing the force required (in the space available) to actuate the brakes. The reliability of this safety system is dependent on the consistent performance of Disc Springs. In this critical application, the Disc Spring’s performance and level of predictability improves product quality and ensures overall safety. SPIROL® Disc Springs have a high capacity to consistently store releasable mechanical energy. Visit www.SPRIOL.com to learn more!

The reinforced version of the type 8035 sliding gate motor valve features a failsafe mechanical spring return. It is ideal where mechanical failsafe options are contained within the specification, e.g. steam and district heating systems. Metal bellows Position electronics Analog stroke feedback Limit switch Fail safe feature Control actuators or 3point actuators Thrust 1.2 kN; 3 kN Voltage 230 V AC, 24 V AC, 110/120 V AC

The sliding gate motor valve type 8035 features a failsafe mechanical spring return. It is ideal where mechanical failsafe options are contained within the specification, e.g. steam and district heating systems. Metal bellows Position electronics Analog stroke feedback Limit switch Fail safe feature . . . Control actuators or 3point actuators Thrust 1.2 kN; 3 kN Voltage 230 V AC, 24 V AC, 110/120 V AC

These displacement sensors are potentiometric displacement sensors used for direct measurement, testing and monitoring of mechanical displacements. The spring-loaded control rod eliminates the need of coupling with the measurement object. A prerequisite for a very long life duration of the devices is a parallel alignment of the motion direction of the measurement object and the rod. Areas of application are: Displacement on: —Electromagnets —Hydraulic cylinders —Switches and buttons Measurements of: —Deformation —Bending —Press-fits —Feed strokes Due to the technology employed in potentiometric displacement sensors, they always operate with a sliding contact system. FEATURES: —Measurement ranges: 0 ... 10 mm to 0 ... 150 mm —Non-linearity up to 0.05 % F.S. —Resolution 0.01 mm —Follower roll on request —Optional with internal spring

Based on the SL series, the SLT probes are also characterized by an ultra robust construction and a fully stainless steel housing which makes them suitable for harsh environments. The combination of a hardchrome plated shaft with 6 mm in diameter and precision bearings guarantees highest resistance to lateral forces on the push rod. There are three different functional variants available to meet the demands of most measuring tasks: ■ Spring loaded mechanism: The push rod is fully extended by an internal spring. ■ Pneumatic version 1: The push rod extends by applying pressurized air. An internal spring retracts the push rod after releasing the pressure. ■ Pneumatic version 2: The push rod retracts by applying pressurized air. An internal spring extends the push rod after releasing the pressure. Each sensor requires a carrier frequency measuring amplifier to operate, which evaluates and transforms the sensors signal to a standardised analog output signal of 0...10 V or 4...

The combi setting tool Flipper® Plus is a combi setting tool for blind rivets and blind rivet nuts. A tool-free conversion from blind rivet to blind rivet nut setting tool is possible in under one minute in just a few simple steps. The ergonomically designed hand tool has a new ratchet function. The force increases when the handle is closed. This finding is put to good use in a special lever arrangement for setting blind rivets and blind rivet nuts. The required manual force is reduced by around 40 percent if actuated several times. Due to an actuation lever with an opening spring the tool can be used easily for a single-handed operation. The jaw mechanism with spring reset arranges a safe and automatic mandrel ejection. The rivet mandrel collection container can be clipped to the body casing and is easy to empty. The larger device lift is a benefit when handling extra long blind rivets. The Flipper® Plus offers a simplified setting procedure for blind rivet nuts.

Processes all blind rivets up to 5 mm aluminium and 4 mm steel and stainless steel. Sets blind rivet nuts from M4 to M6 aluminium and from M4 to M5 steel. Weight: 750 g Total length: 217 mm Total stroke: 16.2 mm Single stroke: 1.8 mm The combination tool for setting blind rivets and blind rivet nuts. The change from blind rivet to blind rivet nut setting tool is almost tool-free. The kit is supplied in a practical and robust plastic case. The ratchet function of the Flipper Plus makes working easier. The required hand force is reduced by approx. 40 percent when actuated several times and the actuating lever with opening spring ensures optimum operation with one hand. Advantages: — Gripping mechanism with spring return ensures safe and independent mandrel ejection — mandrel collecting container on pliers housing is attachable and easy to empty — Large tool stroke for easier setting

Blind rivets up to 5 mm Ø aluminium and 4 mm Ø steel and stainless steel Technical data Weight: 750 g Total length: 212 mm Total stroke: 16,2 mm Single action stroke: 1,8 mm Nosepieces/accessories Nosepieces:10/18, 10/24 and 10/29 1 maintenance wrench (on magazine) Operating instructions with spare parts list Advantages • The force increases when the handle is closed. This is made use of via the special arrangement of the lever when setting blind rivets: ergonomic design • The required manual force is reduced by around 40 percent if actuated several times. • Actuation lever with an opening spring for easy single-handed operation • Jaw mechanism with spring reset for safe and automatic mandrel ejection • Rivet mandrel collection container can be clipped to the body casing and is easy to empty • Larger device lift: a benefit when handling extra long blind rivets • Link pin on anti-twist bearings • Ergonomic lever positions and handle design

Equip your ladder with this temporary stainless steel securing device. This ladder safety solution prevents your ladder from tipping and slipping. It is simply clamped between 2 ladder rungs (at least 250 mm wide) using a stainless steel spring mechanism. Temporary ladder securing device Suitable for use with all standard ladders Prevents slipping and tipping Simply clamp it between 2 rungs Designed for rungs at least 250 mm wide

• with storage section • the self-adjusting spring-loaded mechanism holds the nutmeg against the blade with consistent force

• ideal for use with tea or spices, fine-meshed • with spring clap mechanism for easy filling

Reliable switching with spring return mechanism thanks to the 851 joystick with good price/performance ratio The series 851 switch sticks feature a functional but space-saving design. The optimized mechanics, including a stainless steel metal shaft, combined with micro switches allow for reliable switching for currents up to 10 A and voltages up to 240 V, while only taking less than 24 mm space below the panel. The spring return mechanism guarantees for safe control of the application. A cross- and one-dimensional limiter are both supplied with the shipment. The protection is IP65 above the panel. On request, switches with gold-plated contacts are available for corrosive surroundings.

• cuts poultry accurately and cleanly • with a toothed edge and integrated bone breaker • with inner spring and locking mechanism • with plastic-covered handles for comfortable cutting

The adaptability of the sensors in the premium joystick series 826 is unequalled in the field of joysticks The joystick series 826 fulfils the highest demands on quality. It shows its strengths at challenging applications with up to 2 axes, where no compromises are made when it comes to endurance and reliability, and the application asks for special sensor configurations. Die configuration options of the series 826 are unique: both axes exhibit a separated shaft for the sensors, so that the sensors, micro switches and return mechanism (spring return/friction clutch) can be adjusted individually. Especially for safety critical applications, this series is often the only series that offers the necessary options to fulfil the requirements.