Compensators - Import export

FTA Floating moving end Compensate parallel errors The igus® compensator for gliding applications with E2/000 and small E4.1 energy chains. At moving arms with strong lateral offset the floating moving end provides for a compensation and therefore for a force-free run of the energy chain in the guide trough. This extends the life time of your application. -Small, light and low priced -Compatible with PPDS basic analysis units -The basic ”floating moving end“ can be used with the following chain series: 2500, 2700, 3500, E4.28, E4.32 and E4.42 Max. travel distance:100m Max. acceleration: up zo 50m = 2 m/s 2 | 50-100m = 1 m/s 2

Industrial processes require a possibility of a flexible joint of two or mere components that move against each other, in such a way as to maintain tightness of the connection. The solution of this problem are compensator fabrics produced by Gambit in accordance with individual needs of users or installation designers. They are used as flexible joints compensating thermal deformations, side shift, and vibrations, while muffling and reducing transfer of noise across the installation. Compensators are used in power plants, gas turbines, chemical industry, petrochemical industry, paper industry and cement industry. More and more compensators are used in exhaust gas treatment and desulphurisation. Our compensators are made of materials resistant to both high temperatures, up to 1000oC, and aggressive chemical media. Working pressure of compensator fabric is -0.2 to 0.3 bar.

Approvals DNVGL, Lloyds register, Bureau veritas, ABS, DVGW, WRAS, Rina.

Application Very good oil and petrol resistance and suitable for gases, NBR solvents and greases. Good wear resistance.

Application Excellent ozone and sunlight resistance and suitable for most chemicals, cooling water, compressed air (oilfree).

Plant construction requires compensation of thermal and mechanical expansion. Our solutions are just as varied as the wide range of applications. Why not make use of our long years of experience? We provide assistance in both word and deed, calculate the technical design and give you individual advice – also on site. Applications: Power stations, major plants, blast furnaces, domestic installations, shipbuilding, chemical and food production plants, paper industry, engine systems, ventilation construction, sewage systems, material moving systems, silencing applications Nominal widths: DN 20 to DN 5000 Structural lengths: Varying standard structural lengths or custom production Connection types: - Flanges: RSt 37-2 blue chromated or stainless steel – other materials on request - Clamp fastening

Fabric compensators are highly flexible and usually made of multi-ply fabric, offering excellent temperature resistance and chemical resistance depending on the particular design. Mainly used in pipe and conduit systems to compensate for axial, lateral and angular movements. One major advantage of this type of compensator is the low restoring forces. Special fabric materials permit temperatures of up to 1,000°C. Additional insulation can be used to resist temperatures of up to 1,600°C . Applications: Chemical plants, refineries, metallurgical industry, ventilation systems, chimney construction, industrial furnace construction, power stations, boiler systems, waste incineration plants, acoustic decoupling. Materials: Kevlar, fibre glass, glass needle felt, stone mineral wool mats, ceramic fabric, ceramic fibre mats, silicate felt mats, silicate fabric, Teflon Connection types: Continuous screws and screwed counter flange, clamping bars, tensioning belts straps

Plant construction requires compensation of thermal and mechanical expansion. Our solutions are just as varied as the wide range of applications. Why not make use of our long years of experience? We provide assistance in both word and deed, calculate the technical design and give you individual advice – also on site. Axial Compensators simple method of compensating for expansion | most space-saving method | no change in direction of flow Advantages - simple method of compensating for expansion - most space-saving method - no change in direction of flow Lateral Compensator compensate for all movements in one plane | reduce the load on all fixed points Advantages - compensate for all movements in one plane - reduce the load on all fixed points Angular Compensators compensate for all movements almost without limit | reduce the load at all fixed points Advantages - compensate for all movements almost without limit - reduce the load at all fi xed points

The IST AG LFS1505 conductivity sensor offers a typical cell constant of 0.68 cm-1 and a conductivity measuring range from 100 μS/cm to 200 mS/cm (extended range from 10 μS/cm to 200 mS/cm possible with cell-constant correction) within an operating temperature range of -30 °C to +100 °C. However, it easily withstands temperatures over 130 °C enabling processes like sterilization by autoclaving. Further advantages of the LFS1505 thin-film conductivity sensor include: — Wide conductivity and temperature range — Fast response time — Optimal accuracy — Resistance to various chemicals1) — Excellent long-term stability — Integrated RTD for temperature compensation — Four-electrode measurement2) — Customer-specific sensor available upon request The IST AG LFS1107 conductivity sensor is available with either Pt/Ni-wires or Cu/Ag-wires with PTFE-insulation (AWG 30) as standard wires.

The IST AG LFS1710 conductivity sensor offers a typical cell constant of 0.44 cm-1 and a conductivity measuring range from 0.2 mS/cm to 200 mS/cm within an operating temperature range of -30 °C to +100 °C. However, it easily withstands temperatures over 130 °C enabling processes like sterilization by autoclaving. Further advantages of the LFS1710 thin film conductivity sensor include: — Wide conductivity and temperature range — Fast response time — Optimal accuracy — Resistance to various chemicals1) — Excellent long-term stability — Integrated RTD for temperature compensation — Four-electrode measurement2) — Customer-specific sensor available upon request The IST AG LFS1107 conductivity sensor is available with either Pt/Ni-wires or Cu/Ag-wires with PTFE-insulation (AWG 30) as standard wires.

The IST AG LFS1305 conductivity sensor offers a typical cell constant of 0.86 cm-1 and a conductivity measuring range from 100 μS/cm to 200 mS/cm within an operating temperature range of -30 °C to +100 °C. However, it easily withstands temperatures over 130 °C enabling processes like sterilization by autoclaving. Further advantages of the LFS1305 thin-film conductivity sensor include: — Wide conductivity and temperature range — Fast response time — Optimal accuracy — Resistance to various chemicals1) — Excellent long-term stability — Integrated RTD for temperature compensation — Four-electrode measurement2) — Customer-specific sensor available upon request

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