Flange connection - Import export

iglidur® flange bearing d1 [mm]: With this design it is possible to use the iglidur® high-performance bearings where housing bores with no precise tolerances are possible. When to use iglidur® flange bearings? When you want a screw flanged bearing When a clip bearing solution is not satisfactory as a sheet metal feedthrough When there is a housing with very rough tolerances When the tight fit of a press-fit bearing is not sufficient as an axial securing When not to use them? When an additional angle compensation is required igubal® flange bearing When a screw connection is not possible iglidur® clip bearing When a large guide length is necessary iglidur® G General features With this design it is possible to use the iglidur® high-performance bearings where housing bores with no precise tolerances are possible. The design enables high loads with minimum demand on the precision of the housing. iglidur® maintenance-free flange bearings are available in four materials - iglidur® G, iglidur® J, iglidur® X and iglidur® A180. Thus, with this design, a very wide range of applications - from the universal bearing through the highest wear resistance or temperature resistance (up to +250°C) up to FDA-compliant bearing solutions - can be covered. Installation Dependent on the stressing capacities, various mounting types are used. For low radial loads, it is enough to mount the iglidur® flange bearing with just two screws on a surface. For higher radial loads, it is advisable to support the iglidur® flange bearing in a bore on the reinforced side in the load direction. Large tolerances are permitted for this bore, as it is only to additionally support the iglidur® flange bearing. In order to support still higher radial loads, the iglidur® flange bearing can be press-fitted with the longer side in an H tolerance bore. The additional screw connection secures the firm seating of the bearing in the housing. For the mounting of the iglidur® maintenance-free flange bearing, no special tools or devices are necessary. The alignment of the bearing in multiple mounted shafts is easily possible at the installation. Available materials: iglidur® G, iglidur® A180, iglidur® J and iglidur® X The mounting of the iglidur® flange bearing: Simple and safe iglidur® flange bearing d1 [mm]:

igubal® flange bearing EFOM With 2 mounting holes igubal® flange bearing EFOM igubal® flange bearing EFSM With 4 mounting holes, dimensional series E igubal® flange bearing EFSM igubal® flange bearing KFSM-GT With 4 mounting holes, dimensional series K igubal® flange bearing KFSM-GT igubal® flange bearing EFOM HT Applicable up to 200°C,resistant to chemicals , with 2 mounting holes igubal® flange bearing EFOM HT igubal® flange bearing EFSM HT Applicable up to 200°C,resistant to chemicals , with 4 mounting holes igubal® flange bearing EFSM HT igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins - male threads for direct connections igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins, female thread igubal® flange bearing with ball pins, female threads for direct connections igubal® flange bearing with ball pins, female thread igubal® flange bearings were developed for the bearing of shaft extensions or shaft bushings. Like all igubal® products, they consist of an igumid G housing and an iglidur® W300 spherical ball. igubal® flange bearings correspond to the dimensional series E and are offered with 2 or 4 mounting holes. Features igubal® flange bearings were developed for the bearing of shaft ends or shaft bushings. Like all igubal® products, it consists of a housing made of igumid G and a spherical ball in iglidur® W300. igubal® flange bearings correspond to the dimensional series E and are offered with 2 or 4 mounting holes. Application area As the igubal® flange bearings are also suitable for dry operation, they are particularly considered for applications in which the installation site is difficult, in humid or wet environment, or with special demands on hygiene. Thus the igubal® flange bearings are used for instance in wash-brush controls, in facade sunscreen systems, in materials handling systems and in bakery equipment. igubal® flange bearing - Applications Installation According to type, igubal® flange bearing are designed for mounting with 2 or 4 holes. The 2-hole types are provided with oblong holes that enable a trouble-free readjustment. A precise alignment of the bearing housing is not required as the flange bearing automatically compensates for error. Delivery program For shafts, igubal® flange bearings with 2 and 4 mounting holes are available in standard dimensions of 5 to 50 mm. For delivery times and more dimensions, you may please contact us. When to use it? When chemical resistance is required When a low-cost alternative is desired When dirt-resistant bearings are needed When misalignments should be compensated When fully split components are needed When not to use? When temperatures above +200°C prevail When an integrated collar is required When dimensions over 50 mm are needed When rotation speeds in excess of 0.5 m/s should be implemented igubal® flange bearing EFOM With 2 mounting holes igubal® flange bearing EFOM igubal® flange bearing EFSM With 4 mounting holes, dimensional series E igubal® flange bearing EFSM igubal® flange bearing KFSM-GT With 4 mounting holes, dimensional series K igubal® flange bearing KFSM-GT igubal® flange bearing EFOM HT Applicable up to 200°C,resistant to chemicals , with 2 mounting holes igubal® flange bearing EFOM HT igubal® flange bearing EFSM HT Applicable up to 200°C,resistant to chemicals , with 4 mounting holes igubal® flange bearing EFSM HT igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins - male threads for direct connections igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins, female thread igubal® flange bearing with ball pins, female threads for direct connections igubal® flange bearing with ball pins, female thread

Combination of welding outlet and flange Nipoflange in pipeline construction A nipoflange is used in pipeline construction just like a welding outlet or a nipple outlet for a 90 ° branch. A Nipoflange is a combination of welding outlet, nipple outlet and flange. Further terms for Nipoflange are Weldoflange or Flangeolet. Two different branch sides On the pipe branch side , a nipo length has the shape of a welding outlet. This means that the branch from the pipe is made with a welded joint. There is a flange on the connection side, ie a flange connection is created. The flange can be designed according to customer requirements (usually according to DIN or ANSI). Nipoflange as a forged fitting A nipoflange (similar to ANSI B 16.9 / MSS-SP 97) is usually made from a forged blank. This means that a Nipoflange is a forged fitting and has no welds.

Cutter Pumps The cutter pumps of the series SPC are desinged to handle and reliably cut long, stringy plastic chips. Because of the higher number of cutting blades which results in an increased cutting frequency all chips are being consistenly cut in small pieces. The SPC pumps are equipped with the user-friendly 45 degree flange connection which allows for either vertical or horizontal pipe connection and the connection of a pressure gauge with G 1/4. Volumetric delivery: up to 800 l/min Delivery head: up to 18 m Please contact us for delivery quantity.

Immersion Pumps are plain centrifugal pumps with the impeller fitted on the driving shaft extension. They are mounted on top of the container, the pump extension being immersed in the coolant. The maximum coolant level must stay a few mm/inches below the mounting flange. The STA serie offers a (SAE) flange with pressure gauge connection port. The flange can be rotated for either horizontal or vertical pipe connections. Volumetric delivery: up to 5000 l/min Delivery head: up to 120 m Please contact us for delivery quantity

Sensor with flange and extention tube The TRA/TCA-F13 is a flange temperature assembly. The main field of application is in tanks or pipelines and a weld neck flange is used to connect them; the particular advantage to this type of thermometer is that they can be coated (e.g. with PTFE), making them resistant to aggressive media. Form acc. DIN 43772: Form 2F Design: DIN-style, welded, multipart thermowells Process connection: flanges: DN25/PN40, DN50/PN40, ANSI 1/2", 1" and 1 1/2", 150 and 300 lb Neck tube connection: with fixed neck tube Tip design: straight tip Diameter: Ø 9, 10, 11 and 12 mm

Free Flow-Immersion Pumps series SFT are designed to lift coolant for filtering. Coarse shreds can be transported together with liquids. The SFT serie offers a flange with pressure gauge connection port. The flange can be rotated for either horizontal or vertical pipe connections. Impellers: semi-open Fluids: coolants, emulsions, oils Volumetric delivery: up to 2350 l/min Delivery head: up to 28 m Examples of applications: — Water based coolant and chips — Pump back system — Pump back for various chip materials Please contact us for delivery quantity

Vertical End Suction Pumps are centrifugal inline pumps with a compact design where the impeller is mounted onto the extended motor shaft. These pumps are not self-priming and must be gravity fed. All pumps are equipped with double mechanical seal. This pump series is designed for vertical installations next to a tank and for pumping highly air entrained coolant and cutting oils, as they occur in high speed grinding applications. The SBG pumps are equipped with the user-friendly 45 degree flange connection which allows for either vertical or horizontal pipe connection and the connection of a pressure gauge with G ¼. Volumetric delivery: up to 2250 l/min Delivery head: up to 62 m Please contact us for delivery quantity

Cutter Pumps The cutter pumps of the series SFC are capable of cutting aluminium chips and similar materials and pumping of these materials along with the coolant fluid. An agitator located at the pump suction helps to break up and separate any large bundles of chips or birds nests which reach the pump suction. The specially made cutting unit (>60HRC) is cuting chips and the above located semi-open impeller allows with its large clearances to pump the particles along with the coolant fluid from the machine back to the filter. The SFC pumps are capable of handling chip to coolant ratios of up to 1.5% by weight. The SFC pumps are equipped with the user-friendly 45 degree flange connection which allows for either vertical or horizontal pipe connection and the connection of a pressure gauge with G 1/4. Volumetric delivery: up to 1700 l/min Delivery head: up to 45 m Please contact us for delivery quantity.

Cutter Pumps The cutter pumps of the series SXC are designed to handle low alloyed steels, machining steel and cast iron / aluminum combinations. Chips can also be in the shape of birds nests or chip bundles. The chips must be supplied to the suction mouth of the pump. The chips are being picked up by the agitator then broken up, if necessary, and then cut and delivered by the pump. The SXC pumps are equipped with the user-friendly 45 degree flange connection which allows for either vertical or horizontal pipe connection and the connection of a pressure gauge with G 1/4. Volumetric delivery: up to 1000 l/min Delivery head: up to 20 m Please contact us for delivery quantity.

Horizontal End-Suction Pumps are centrifugal inline pumps with a compact design where the impeller is mounted onto the extended motor shaft. These pumps are not self-priming and must be gravity fed. All pumps are equipped with a single mechanical seal. Upon request a second mechanical seal is available to allow for dry-running (-GD). This pump series is designed for horizontal installations next to a tank and for pumping air entrained coolant fluids, such as water-soluble coolants or cutting oils, as they occur in high speed turning, milling or grinding applications. The SBA pumps are equipped with the user-friendly (SAE) flange connection which allows for either vertical or horizontal pipe connection and the connection of a pressure gauge with G 1/4. Volumetric delivery: up to 2200 l/min Delivery head: up to 62 m Please contact us for delivery quantity.

Quick suctioning immersion pumps equipped with the patented "BRINKMANN`s Suction De-aeration System" are excellently suited to pumping extremely inflated fluids (emulsions resp. cooling/cutting oils) as they occur in heavy cutting when turning, milling or grinding. The quick suctioning immersion pumps reach stable working conditions as soon as the liquid level reaches the suction inlet. The STL serie offers a (SAE) flange with pressure gauge connection port. The flange can be rotated for either horizontal or vertical pipe connections. Volumetric delivery: up to 200 l/min Delivery head: up to 80 m Please contact us for delivery quantity

Quick suctioning immersion pumps series SFL equipped with the patented "BRINKMANN's Suction De-aeration System" are excellently suited to pumping extremely inflated fluids (emulsions) with heavy chip loads as they occur in heavy cutting when turning, milling or grinding. The quick suctioning immersion pumps reach stable working conditions as soon as the liquid level reaches the suction inlet. The SFL serie offers a flange with pressure gauge connection port. The flange can be rotated for either horizontal or vertical pipe connections. Volumetric delivery: up to 2500 l/min Delivery head: up to 46 m Please contact us for delivery quantity

Quick Suctioning Immersion Pumpsseries TGL/SGL equipped with the patented "BRINKMANN`s Suction De-aeration System" are excellently suited to pumping extremely inflated fluids (grinding oils) as they occur in high-speed grinding. The quick suctioning immersion pumps reach stable working conditions as soon as the liquid level reaches the suction inlet. The SGL serie offers a flange with pressure gauge connection port. The flange can be rotated for either horizontal or vertical pipe connections. Volumetric delivery: up to 2600 l/min Delivery head: up to 88 m Please contact us for delivery quantity

Quick suctioning immersion pumps equipped with the patented "BRINKMANN`s Suction De-aeration System" are excellently suited to pumping extremely inflated fluids (emulsions resp. cooling/cutting oils) as they occur in heavy cutting when turning, milling or grinding. The quick suctioning immersion pumps reach stable working conditions as soon as the liquid level reaches the suction inlet. The SAL serie offers a (SAE) flange with pressure gauge connection port. The flange can be rotated for either horizontal or vertical pipe connections. Volumetric delivery: up to 2600 l/min Delivery head: up to 115 m Please contact us for delivery quantity

Suction immersion pumps series TAS/STS make it possible to connect to vacuum filters through their simple connection on the suction side (for instance, with a slot screen). Suction immersion pumps without seals are positioned in the area of unfiltered coolant in the tank. With their robust design, they allow operating pressures of - 0.3 bar to - 0.5 bar on the suction side. Volumetric delivery: up to 1200 l/min Delivery head: up to 60 m The STS serie offers a flange with pressure gauge connection port. The flange can be rotated for either horizontal or vertical pipe connections. Please contact us for delivery quantity

The DK37 M8 is a variable area (VA) flowmeter with electrical signal output and bargraph indication or mechanical indicator with two optional limit switches. The versatile all-metal measuring device is suitable for flow measurement of gases and liquids. Due to its sturdy design, the VA meter can be used at temperatures up to +200°C / +392°F or pressures up to 220 barg / 3190 psig. It is fitted with a needle valve as standard to accurately set the flow value. The DK37 M8 comes with vertical or horizontal process connections for NPT or G thread, flange adapters and many other connection options. To provide constant flow rates in case of variable inlet or outlet pressures, the VA meter is also available with flow regulators. It has approvals for hazardous areas and is suitable for use in Safety Instrumented Systems (SIS).

Round Body Ball Valves with Cetop Flange Connections BBV2Y1/BBV2Y2 ▪ Two-way high-pressure round body ball valves designed for use as on/off devices for hydraulic applications ▪ For direct ISO flange connection according to Cetop RP 63 H ▪ Pressure range: up to 400 bar / 5800 PSI (depending on size and material combination of the ball valve) Please note: The final maximum working pressure is determined by flange and pipe/tubing rating.

Block Body Ball Valves with SAE Flange Connections BBV2E/BBV2S ▪ Two-way high-pressure block body ball valves designed for use as on/off devices for hydraulic applications ▪ With standard and extended SAE mating flange connectors according to ISO 6162-1/2 and SAE J 518 C ▪ Pressure range: up to 420 bar / 6000 PSI (depending on size and material combination of the ball valve) Please note: The final maximum working pressure is determined by flange and pipe/tubing rating. Forged Body Ball Valves with SAE Flange Connection FBV 2E/ FBV 2S ▪ Two-way high-pressure forged body ball valves designed for use as on/off devices for hydraulic applications ▪ With standard and extended SAE mating flange connectors according to ISO 6162-1/2 and SAE J 518 C ▪ Pressure range: up to 420 bar / 6000 PSI (depending on size and material combination of the ball valve) Please note: The final maximum working pressure is determined by flange and pipe/tubing rating. Round Body Ball Valves with SAE Flange...

Round Body Ball Valves with ISO Flange Connections BBV2D1/BBV2D2 ▪ Two-way high-pressure round body ball valves designed for use as on/off devices for hydraulic applications ▪ For direct ISO flange connection according to ISO 6164 ▪ Pressure range: up to 400 bar / 5800 PSI (depending on size and material combination of the ball valve) Please note: The final maximum working pressure is determined by flange and pipe/tubing rating.

Three Way Sight Glass Type 590 with flanged connections

Four way sight glass Type 595 with Flanged Connections Use: Visual Checking of Filling and Flows in Piping. Sight Glasses allow for reliable Observation of Function and Performance in single devices or complete plants.

Tubular sight glasses Type 620-K (plastic) with flange connections Use: Tubular sight glasses built from PVC, PP und PVDF Are used for visual checking and control of flows and filling in pipes. The sight glasses allow a reliable observation of function and performance in single devices and complete plants. Tubular sight glasses offer a barrier-free cross section with no significant dead space.

Tubular sight glasses Type 620 with Flange connections Use: Sight glass – Tubular type with flanges on both sides, to use in either horizontal or vertical pipe lines for optical control of liquids and gases. Flanges matching DIN 2632 / DIN 2633 (PN 10/16) up to DN 150, DIN 2632 (PN 10) above.

Flange Body Ball Valves with Butt Weld Ends BBVF2A ▪ Two-way high-pressure round body ball valves designed for use as on/off devices for hydraulic applications ▪ With flange connection according to STAUFF standard and butt weld ends ▪ Pressure range: up to 345 bar / 5000 PSI (depending on size and material combination of the ball valve)

4-hole Flange Connection with 24° Cone Connector (acc. to ISO 8434-1 / DIN 2353) GP-LK-L/S ▪ Working Pressure: 315 bar ... 250 bar ▪ Ø LK: 35 mm ... 55 mm ▪ Materials: S355J0 or equivalent ▪ Surfaces: ZnNi 4-hole 90° Flange Connection with 24° Cone Connector (acc. to ISO 8434-1 / DIN 2353) WP-LK-L/S ▪ Working Pressure: 100 bar ... 315 bar ▪ Ø LK: 35 mm ... 55 mm ▪ Materials: S355J0 or equivalent ▪ Surfaces: ZnNi 3-hole 90° Flange Connection with 24° Cone Connector (acc. to ISO 8434-1 / DIN 2353) WP-3-LK-L/S ▪ Working Pressure: 160 bar ... 250 bar ▪ Ø LK: 30 mm ... 40 mm ▪ Materials: S355J0 or equivalent ▪ Surfaces: ZnNi

Flow sight glasses type N880A (DIN length F1) connection with ANSI flanges and impeller

Flow sight glasses type N880A (DIN length F1) connection with ANSI flanges

For the conveying of gaseous materials. Gas-tight fans If the conveying medium of a fan must not be allowed to penetrate to the outside (e.g. gases that are harmful to health), our fans are equipped with a multi-chamber labyrinth seal on the shaft gland. Depending on requirements, the seals are provided with a sealing gas connection or a grease seal. Under certain circumstances the sealing gas can also be connected to the suction side of the fan. Naturally the flange connections are sealed accordingly and the fan housing is welded gas-tight and tested.