SPIROL's KP300 Helical Knurled Pins have helical knurls that span the full length of the pin. The 30° helical knurls cause the pin to rotate during installation into the hole. Helical Knurled Pins offer higher insertion and retention than Straight Knurled Pins. However, KP300 Helical Knurled Pins are not typically recommended when the pin will be subjected to rotational forces as the helical knurl will cause the pin to either "unscrew" itself from the hole or further imbed itself into the hole. KP300 Helical Knurled Pins are available in metric diameters ranging from 2mm to 6mm and in inch diameters ranging from .078" (5/64) to .250" (1/4) in low carbon steel and austenitic stainless steel.
SPIROL's DP100 Straight Pins have smooth outer diameters with no retention features such as knurls or barbs. When used as a press-fit pin, the DP100 Straight Pin is pressed into a hole sized slightly smaller than the diameter of the pin. SPIROL's DP100 Straight Pins are suitable for press fit in host materials that can withstand compression in the order of 0.05mm – 0.08mm (.002” – .003”). The actual recommended hole size for a press-fit depends on the actual host material. It is for this reason that SPIROL Engineering should be consulted for the recommended hole size when DP100 Straight Pins are intended to be press-fit into an assembly. Straight Pins are a great option for applications that do not require the tight tolerances of Machined Solid Pins or Ground Solid Dowels. SPIROL Series DP100 Straight Pin consists of metric diameters ranging from Ø2mm to Ø6mm and inch diameters ranging from Ø.078" (5/64) to Ø.250" (1/4).
SPIROL fertigt Spiralspannstifte aus Edelstahl 316, um spezielle Anforderungen an die
Anwendung zu erfüllen. Edelstahl des Typs 316 ist ähnlich wie Edelstahl 302/304 mit einem
etwas höheren Nickelgehalt und dem Zusatz von Molybdän. Der Molybdängehalt erhöht
die chemische Beständigkeit dieser Legierung erheblich. 316 weist eine hervorragende
Beständigkeit gegen Lochfraß bei Meerwasser, Essigsäuredämpfen, Chloriden, Natriumund Kalziumsalzen, Hypochloritlösungen, Phosphorsäure und den in der Papier- und
Zellstoffindustrie verwendeten Sulfitlaugen und schwefelhaltigen Säuren auf.
SPIROL's BP100 Press-N-Lok™ Pin has opposing barbs on each end of the pin and is designed to permanently retain two plastic components to each other such as two halves of a plastic enclosure. Press-N-Lok™ Pins are installed in two stages: First, press the pins into one half of the plastic housing. Next, align the other half of the housing with the exposed pins and press into place. During installation, the plastic will backfill into the area around the barbs resulting in maximum resistance to axial force. SPIROL's Press-N-Lok™ Pins are manufactured from lightweight, lead free aluminium as a standard, and available to order in austenitic stainless steel. BP100 Press-N-Lok™ Pins are available in diameters ranging from 2mm to 4mm.
SPIROL manufactures several different types of Moulded-In Compression Limiters that are designed to be installed into the plastic assembly during the moulding process. When moulding Compression Limiters into the plastic assembly, the moulding time is increased as the operator or a pick-and-place robot must load each Compression Limiter over the core pin(s) prior to closing the mould cavity. Precise placement of the Moulded-In Compression Limiter over the core pin is required; otherwise mould damage can occur.
SPIROL Standard Moulded-In Compression Limiters include: The Series CL500 Moulded-In, Series CL460 Moulded-In - Oval, Series CL600 & CL601 Aluminum and Series CL800 & CL801 Brass.
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!
Schmutzfänger zum Schutz von nachgeschalteten Anlageteilen vor Verunreinigungen. Alle Medienberührten Teile aus Edelstahl, daher auch für aggressive Medien geeignet.
Nennweite:DN 10 - DN 80
Nenndruck:PN 40
Werkstoffe:Gehäuse: Edelstahl 1.4408; Innenteile: Edelstahl 1.4571 / 1.4310 / 1.4301
Temperatur:-20 °C bis +220 °C
Anschlüsse:Whitworth-Rohrgewinde; NPT-Gewinde; Anschweissenden; Tri-Clamp-Anschluß; Sonderformen;
Anwendung:Gase, Dämpfe, Flüssigkeiten
Maschenweite:0,25 mm optional 0,8 mm
Volume booster for large pneumatic actuators to reduce the positioning times. Simple and universal mounting possible with NAMUR mounting plate. Through adjustable gain, the booster can be adapted to the capacity of the actuator.
Body material:Aluminium, natural anodised
Temperature range:-20 °C up to +80 °C
Air in:maximum 6 bar
This versatile installation machine is suited for moderate to high production applications requiring up to 1.3 kN (300 lbs.) of installation force. The pin insertion head advances and retracts for ease of loading and unloading of the components to be pinned. The machine’s insertion bushing is positioned close to the part for smooth installation.
A vibratory feeder and orientation head transfers the pin from the feeder bowl to the installation position, eliminating the need for the operator to handle the pins. A quick-clear mechanism allows for easy clearing of the feed tube without the need for tools when changing pin size or performing maintenance.
Der elektronische Druckschalter DS 210 ist die gelungene Kombination aus
— intelligentem Druckschalter
— digitalem Anzeigegerät
und wurde zur Messung von sehr kleinen Überdrücken sowie für Vakuumapplikationen konzipiert. Als Messmedien eignen sich Gase, Druckluft sowie dünnflüssige, nicht aggressive Medien.
Standardmäßig ist der DS 210 mit einem PNP-Schaltausgang und einem drehbaren Anzeigemodul ausgestattet. Zusätzliche optionale Eigenschaften wie z.B. eine eigensichere Ex-Ausführung, max. 4 Schaltpunkte sowie ein Analogausgang runden das Profil ab.
Merkmale:
— Nenndrücke: 0 ... 10 mbar bis 0 ... 1 bar <br/> und Vakuum -1 ... 0 bar
— Genauigkeit: 0,25 % / 0,35 % FSO
— Messwertanzeige auf 4-stelligem LED-Display
— Anzeigemodul dreh-und konfigurierbar
— 1, 2 oder 4 unabhängige PNP-Ausgänge, frei konfigurierbar
Optionale Merkmale:
— Ex-Ausführung
Ex ia = eigensicher für Gase
— kundenspezifische Ausführungen
SPIROL's KP200 Straight Knurled Pins have straight knurls that span the full length of the pin. Straight Knurled Pins are commonly used in applications where the pin is subjected to rotational forces to transmit torque as well as to resist rotational movement of a mating component. KP200 Straight Knurled Pins are available in metric diameters ranging from 2.5mm to 6mm and in inch diameters ranging from .094" (3/32) to .250" (1/4) in low carbon steel and austenitic stainless steel.
Pneumatic actuated threeway valve made from stainless steel for neutral and aggressive media and high cycle applications. Whitworth pipe thread
NPT thread Limit switch
Pilot valve
Manual override
. . . Piston actuator of
Brass (chrome plated)
Stainless steel
Polymer
Stainless steel diaphragm actuator Different control functions such as distributing and mixing function
Low temperature version
Degreased version, Silicon or PTFEfree version
…
Size:DN 15 - DN 50
Pressure:PN 40
Material:Stainless steel 1.4408
Media temperature:-30 °C to +200 °C
Application:Gases, vapours, fluids
The electronic pressure switch DS 350 is interesting for all users in plant and machine engineering, due to the integrated IO-Link interface to exchange process data, diagnostic reports and status messages with a superordinate control level, as standard. In addition, further information can be retrieved that allow conclusions to the application process. Especially in mechanical engineering, great demand for flexible operating conditions have to be satisfied.
Features
— Nominal pressure from 0 ... 100 mbar up to 0 ... 600 bar
— accuracy: 0.5% / 0.35 % (opt. 0.25 %) FSO
— IO-Link according to specification V 1.1
— smart sensor profile
— data transfer 38.4 kBaud
— indication of measured values on a 4-digit LED display
— rotatable and configurable display module
— parameter settings via IO-Link or menu (VDMA-conform)
— additional information via IO-Link accessible
Optional features
— different mechanical connections
SPIROL manufactures Coiled Spring Pins out of 316 stainless steel to meet specific application requirements. Type 316 stainless steel is similar to 302/304 stainless steel with a slightly higher nickel content and the addition of molybdenum. The molybdenum content increases the chemical resistance of this alloy greatly. 316 exhibits superior pitting resistance against sea water, acetic acid vapors, chlorides, sodium and calcium brines, hypochlorite solutions, phosphoric acid, and the sulfite liquors and sulfurous acids used in the paper and pulp industry. This alloy is also austenitic, non-magnetic and non-hardenable using conventional methods. 316 stainless steel has better mechanical properties at elevated temperatures than 302/304 and offers excellent mechanical integrity at subzero temperatures. Typical applications for SPIROL's 316 Stainless Steel Coiled Pins include the following: marine, processing equipment, industrial, oil and gas and medical.
The Series 500 Extra Light Duty Coiled Pins were specifically designed for use in soft or fragile materials. The 1½ coil formation ensures that the radial force exerted against the hole wall does not exceed the strength of the hole material to prevent deformation. These pins are also an economical solution where pin strength is not a major design consideration. Typical applications for Series 500 Extra Light Duty Pins include: hinge pins in plastic or ceramic assemblies, alignment pins, and fastening applications where the hole is close to an edge of an assembly component.
Flanged valve with stainless steel body for normal and aggressive media. Installation length and flange pattern according to DIN and ANSI.Flanges acc. to DIN EN 10921
Length acc. to DIN EN 5581 series 1 Limit switch
Pilot valve
Manual override
. . . Piston actuator of
Brass (chrome plated)
Stainless steel
Polymer
Stainless steel diaphragm actuator Low temperature version
Pressure balanced version
Degreased version, Silicon or PTFEfree version
…
Size:DN 15 - DN 150
Pressure:PN16; PN 40, ANSI #150
Material:Stainless steel 1.4408, 1.4308
Media temperature:-30°C to +200 °C
Application:Gases, vapours, liquids
Der elektronische Druckschalter DS 350 ist für alle Anwender im Maschinen- und Anlagenbau interessant, da er standardmäßig über eine IO-Link- Schnittstelle verfügt, um Prozessdaten, Diagnoseund Statusmeldungen mit einer übergeordneten Steuerungsebene auszutauschen. Darüber hinaus können weitere Informationen, die Rückschlüsse auf den Anwendungsprozess zulassen, abgerufen
werden. Durch die mehrfache Drehbarkeit der Anzeige kann die Lesbarkeit des Displays für Anwender schnell angepasst werden.
Merkmale
— Nenndrücke von 0 ... 100 mbar bis 0 ... 600 bar
— Genauigkeit: 0,5% / 0,35 % (Opt. 0,25 %) FSO
— IO-Link nach Spezifikation V 1.1
— Smart Sensor Profile
— Datenübertragungsrate 38,4 kBaud
— Messwertanzeige auf 4-stelligem LED-Display
— Anzeige dreh- und konfigurierbar
— Parametrierung über IO-Link oder Menüsystem (VDMA-konform)
— Zusatzinformationen über IO-Link abrufbar
Optionale Ausführungen
— verschiedene mechanische Anschlüsse
— kundenspezifische Ausführungen
You can rely on SPIROL to be a design partner to help solve unique problems. Because we supply numerous customers with similar products in similar industries, we are able to meet most needs with our standard products at no additional cost. When the solution falls outside the normal requirements, we have the expertise and engineering personnel to solve those problems. By working with you at the design stage, we will develop a solution that lowers your overall product cost, improves product quality, increases the robustness of your manufacturing process, and gets you to market faster.