Air cables - Import export

drylin® Q Square linear guides Square section tube made of hard-anodized aluminum Torque resistant without 2nd guidance Tolerates moments up to 10 Nm drylin® Q square section tube drylin® Q - bearing housing, adjustable Carriage version for all unsupported solutions Force absorption from all directions Anti-rotation Clearance is continuously adjustable manually drylin® Q - bearing housing drylin® Q - bearing housing, adjustable with hand clamp Carriage version for all unsupported solutions Force absorption from all directions Anti-rotation Clearance is continuously adjustable manually With manual clamp drylin® Q - bearing housing with manual clamp drylin® Q - housing bearing Q20 enclosed, anodized aluminium housing short design or tandem housing Torque resistant without 2nd guidance drylin® housing bearing Q20 drylin® W - flange bearing Flange pillow block made of anodized aluminum Round flange (01 version), square flange (02 version Standard type or tandem housing Torque resistant without 2nd guidance drylin® W - flange bearing drylin® Q - housing bearing Q10 Solid polymer bearing made of iglidur® J Very light Tolerates moments up to 3 Nm Space saving drylin® Q - housing bearing Q10 drylin® Q - accessory Based on a torque resistant square guide with 7.5 mm edge lengths Hollow chamber for supply lines (media, compressed air,cable) drylin® Q - accessory drylin® Q - gripper axis Toothed, hard-coated and corrosion protected square-hollow profile Move loads up to 500 g at speeds of up to 0.7 m/s Bearing made of iglidur® J Drive: NEMA11 stepper motor with gear wheel drylin® Q - gripper axis Move linear torque resistant, completely lubrication-free. The drylin® Q linear construction kit offers the user maximum flexibility in the design Individual housing options such as solid plastic bearings and adjustable complete housings with and without manual clamp are available. Due to the hollow chamber design, the rugged hard-anodised aluminium profile is very light and is suitable for the simultaneous conducting of supply cables. The mounting options are highly variable, among others, using slot nuts; installation size 20 can also combined with all 20/20 aluminium construction profiles. 1. Profile made of hard-anodized aluminum 2. Main body of the carriage made of aluminum 3. Customized clearance adjustment 4. Cover made of solid plastic 5. Gliding elements in high-performance polymer iglidur® J serve as a guide bearing and guarantee optimum running properties drylin® Q Square linear guides Square section tube made of hard-anodized aluminum Torque resistant without 2nd guidance Tolerates moments up to 10 Nm drylin® Q square section tube drylin® Q - bearing housing, adjustable Carriage version for all unsupported solutions Force absorption from all directions Anti-rotation Clearance is continuously adjustable manually drylin® Q - bearing housing drylin® Q - bearing housing, adjustable with hand clamp Carriage version for all unsupported solutions Force absorption from all directions Anti-rotation Clearance is continuously adjustable manually With manual clamp drylin® Q - bearing housing with manual clamp drylin® Q - housing bearing Q20 enclosed, anodized aluminium housing short design or tandem housing Torque resistant without 2nd guidance drylin® housing bearing Q20 drylin® W - flange bearing Flange pillow block made of anodized aluminum Round flange (01 version), square flange (02 version Standard type or tandem housing Torque resistant without 2nd guidance drylin® W - flange bearing drylin® Q - housing bearing Q10 Solid polymer bearing made of iglidur® J Very light Tolerates moments up to 3 Nm Space saving drylin® Q - housing bearing Q10 drylin® Q - accessory Based on a torque resistant square guide with 7.5 mm edge lengths Hollow chamber for supply lines (media, compressed air,cable) drylin® Q - accessory drylin® Q - gripper axis Toothed, hard-coated and corrosion protected square-hollow profile Move loads up to 500 g at speeds of up to 0.7 m/s Bearing made of iglidur® J Drive: NEMA11 stepper motor with gear wheel drylin® Q - gripper axis

# Description Taihan Fiberoptics' Air Blown Cable solutions are designed to apply as high conunt fiber as possible to a limited microduct space by applying a flexible micro tube with good stripping. The cables are designed with a stable structure can be applied to microduct. In particulat, air blown cable applies a lightweight sheath design to enable reliable long distance installation in microduct. Taihan Fiberoptics offers customers a superior Air blown cable solution by reducing total project costs, and minimizing time and disruption. # Features - 12 or 24 fibers per tube - Easily removable without tools - Outer jacket with UV protection - Excellent installation performance # Products - Nano ABC - 200um/250um ABC

Owing to their small cross-sectional dimensions, MicroCoils are most often connected at both ends and do not permit the addition of a thermocouple. We prefer to use nickel as the sheath material here because it combines the best thermal conduction properties, high corrosion resistance and excellent deformation properties. To ensure that the standard 1000 mm PTFE-insulated connection cable can be positioned at one end, despite the standard two-ended connection of the element, in most cases the MicroCoil is formed into a hairpin shape and wound/laid in a bifilar (parallel) format. Our unformed MicroCoils are also supplied in the hairpin bend shape as standard.

Practical benefits: Professional quality "made in Germany" - Original Trotec fabrication Extremely powerful radial blower- max. 1.050 Pa - optimal for ventilation over long hose distance Adjustable air flow up to max. 1.250 m³/h Carrying and stackable construction Light but also sturdy design Foot and transverse rubber feet for vertical or horizontal installation Operating panel guard Dual counter for operating hours and energy consumption Cable box Washable air filter Can be used with the air hoses with diameter 100 mm, 50 mm and 38 mm Technical details: Free exhausting air flow without adaptor plates: 1.250 m³/h Air pressure max.: 1.050 Pa Blower levels: variable Mains connection: 230 V / 50 Hz Power consumption: 170 W Sound level (distance 1,5 m): 73 dB(A) Dimensions (L x W x H): 355 x 430 x 235 mm Weight: 6 kg

High-Performance Plasma Cutting Machine: Built to handle harsh environmental conditions, suitable for on-site operations with a generator or in a workshop environment. Starting: Innovative and advanced arc starting without HF. Performance: Innovative and advanced electrode and nozzle design. Longer Lifespan: Innovative and advanced design increases the life of consumables. Faster: higher travel speeds and sheet thickness. Flexible: multiple torch configurations and different materials: carbon steel, stainless steel, aluminum and many more. Concentrated plasma flow: less heat input, less distortion. What's included: 2 m input cable 7.5m manual cutting torch Earth and cable clamp Air Connection Kit Cutting Torch Consumables Kit

Air Dielectric cable used as feeder cable for broadcast transmitting system.

Air Dielectric cable used as feeder cable for broadcast transimtting system.

Air Dielectric cable used as feeder cable for broadcast transmitting system.

The GEMÜ 651 2/2-way diaphragm valve has a stainless steel piston actuator and is pneumatically operated. The valve is designed for use in a sterile environment. The valve has a fully integrated automation module and an internal air supply. Normally closed (NC) and Normally open (NO) control functions are available. The automation module is available in two versions. —Reduced planning and cabling time —Integrated air ports —Speed-AP function for fast mounting and initialisation —Optional flow direction and installation position

Europem ignition systems and pilot burners have been developed for their continuous reliable operation in harsh environments and in all weather conditions. High grade alloys are used and critical parts are mounted in protective housings to ensure the long lifetime of the equipment. Both High Energy electronic spark ignition and flame front ignition systems are offered. Flame Front Ignition (FFG) systems have been used as the workhorse of the flare industry for many years. The FFG pilot ignition line is filled with a combustible gas/air mixture, then ignited by a spark on the ignition skid to generate a flame front travelling through the ignition line up to the flare burner. This flame front subsequently ignites the pilot gas and the waste gas in the flare burner. Both manual and automatic flame front ignition systems can be offered. High Energy Electronic spark ignition uses a high voltage electric arc to ignite the combustible pilot air-gas mixture. The arc is generated at fixed intervals for a limited period of time. EP-ESPI Electronic Spark Ignition EP-FFGI Flame Front Ignition EP-CIS Combined Electronic and FFG Ignition systems can be supplied with either Manual or Automatic ignition controls, or a combination of both. For safe areas and for explosion proof areas, either onshore or offshore and with retractable or non-retractable ignitor rods. Pilot Burners Pilot burners can combine one or more of the ignition systems described above and with a continuous flame to ensure that combustible waste gas mixtures are always ignited and combusted. Europem pilot burners have the following features: High Energy Ignition to ensure reliable ignition regardless of moisture levels, dirt or atmospheric conditions Ignition rod, spark plug and thermocouple are housed in the main pilot body for added protection and prevent exposure to high temperatures Made from high grade stainless steel alloys Pilot burners can be supplied with Single or Duplex Thermocouples or Thermocouples plus Ionisation detection. Self-aspirating venturi mixers or with forced draft air High temperature cable with pre-wired plug and socket connections AC or DC electronics

Power cable with copper cores, XLPE insulation, PVC or polymer halogen free composition sheathed power cable, shield: copper foil, tape or braids, armour: zinc-coated steel wire, aluminium tape, zinc-coated steel tapes.Application: these cables are suitable for indoor and outdoor installation, in air and ground, where the cables should be flame retardant and halogen free. Fire resistant/flame-retardant/low smoke/low smoke and toxic fumes/cold resistant/shielded/armoured/halogen free

The coding for the accessories is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment of the product. The explanation for the coding is as follows: Type coding: KB = Pedestal AR = cable set AM = air motor Version coding: GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN 12944-C1 EV = electrolyte zinc plated, min. 6 microns The Gebuwin pedestals are solidly manufactured and are specially developed for hand winch applications. The cable pulleys are manufactured from cast iron and the blocks from steel. The pedestals are supplied painted in grey/ black. The cable pulleys are fitted with a sliding bearing. The cable set is inclusive of an eye and hook and an end fitting. The coding is followed by the maximum hoisting load allowed, the cable diameter in mm and lastly by the cable length in metres. The worm gear winches as from 1000kg...

The coding for the accessories is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment of the product. The explanation for the coding is as follows: Type coding: KB = Pedestal AR = cable set AM = air motor Version coding: GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN 12944-C1 EV = electrolyte zinc plated, min. 6 microns The Gebuwin pedestals are solidly manufactured and are specially developed for hand winch applications. The cable pulleys are manufactured from cast iron and the blocks from steel. The pedestals are supplied painted in grey/ black. The cable pulleys are fitted with a sliding bearing. The cable set is inclusive of an eye and hook and an end fitting. The coding is followed by the maximum hoisting load allowed, the cable diameter in mm and lastly by the cable length in metres. The worm gear winches as from 1000kg...

The coding for the accessories is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment of the product. The explanation for the coding is as follows: Type coding: KB = Pedestal AR = cable set AM = air motor Version coding: GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN 12944-C1 EV = electrolyte zinc plated, min. 6 microns The Gebuwin pedestals are solidly manufactured and are specially developed for hand winch applications. The cable pulleys are manufactured from cast iron and the blocks from steel. The pedestals are supplied painted in grey/ black. The cable pulleys are fitted with a sliding bearing. The cable set is inclusive of an eye and hook and an end fitting. The coding is followed by the maximum hoisting load allowed, the cable diameter in mm and lastly by the cable length in metres. The worm gear winches as from 1000kg...

The coding for the accessories is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment of the product. The explanation for the coding is as follows: Type coding: KB = Pedestal AR = cable set AM = air motor Version coding: GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN 12944-C1 EV = electrolyte zinc plated, min. 6 microns The Gebuwin pedestals are solidly manufactured and are specially developed for hand winch applications. The cable pulleys are manufactured from cast iron and the blocks from steel. The pedestals are supplied painted in grey/ black. The cable pulleys are fitted with a sliding bearing. The cable set is inclusive of an eye and hook and an end fitting. The coding is followed by the maximum hoisting load allowed, the cable diameter in mm and lastly by the cable length in metres. The worm gear winches as from 1000kg...

The coding for the accessories is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment of the product. The explanation for the coding is as follows: Type coding: KB = Pedestal AR = cable set AM = air motor Version coding: GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN 12944-C1 EV = electrolyte zinc plated, min. 6 microns The Gebuwin pedestals are solidly manufactured and are specially developed for hand winch applications. The cable pulleys are manufactured from cast iron and the blocks from steel. The pedestals are supplied painted in grey/ black. The cable pulleys are fitted with a sliding bearing. The cable set is inclusive of an eye and hook and an end fitting. The coding is followed by the maximum hoisting load allowed, the cable diameter in mm and lastly by the cable length in metres. The worm gear winches as from 1000kg...

The coding for the accessories is as follows: The first two letters refer to the type and the subsequent numbers refer to the hoisting capacity in kg’s. A few letters then follow; these refer to the surface treatment of the product. The explanation for the coding is as follows: Type coding: KB = Pedestal AR = cable set AM = air motor Version coding: GR = grey (RAL 7035) / black (RAL 9005) painted according to DIN 12944-C1 EV = electrolyte zinc plated, min. 6 microns The Gebuwin pedestals are solidly manufactured and are specially developed for hand winch applications. The cable pulleys are manufactured from cast iron and the blocks from steel. The pedestals are supplied painted in grey/ black. The cable pulleys are fitted with a sliding bearing. The cable set is inclusive of an eye and hook and an end fitting. The coding is followed by the maximum hoisting load allowed, the cable diameter in mm and lastly by the cable length in metres. The worm gear winches as from 1000kg...

Produce your air cushions automatically to avoid unnecessary waiting times. Once the stock level is reached, your AirWave1 or AirWave2 automatically stops the production using the level sensor. The machine automatically starts again as soon as cushions are removed from the container. The level sensor with infrared light barrier has a sensor range up to 400 mm. Fits the AirWave1 and AirWave2 air cushion machine. Cable length: 1.35 meters

•DELTA-DRIVE SELECT motor •Drying faster: 35% •Air pressure: 3560 Pa •Air flow: 78 m3/h •Ultra-silent: 65 dB(A) •Super light: 470 g without cable •Ions generator •2 ultra-slim concentrator nozzles: TOUCH ME cool nozzle (7,5 cm), standard nozzle (6 cm) •Removable metallic filter •6 air flow/temperature settings •Cool air button •3 m SuperFlex cable with ROTOCORD

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 35 kN maximum 700 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 16 kN maximum 350 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 9 kN maximum 200 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 6 kN maximum 100 m

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 4 kN maximum 60 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 6 kN maximum 100 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 4 kN maximum 60 m

The Drallim Dehydrator type 12269 is an energy saving integrated unit for supplying low pressure dry air to, for example, telephone cables, waveguides and aerial feeders. Design emphasis is on reliability and low maintenance given the critical role of this unit within an operator’s system. These products provide a continuous supply for dried air, at pressure, to maintain the operational integrity of cable systems and broadcast transmitter feeds. This very high-performance unit is home to two 3/4HP compressors. This unit can produce more than 185 cubic feet per hour, this is regulated and split between up to 80 outlets, each with its own flowmeter for a visual indication of each cables demand for air. Mains Failure, High Humidity, Low Output Pressure, High Output Pressure, Compressor 1 and 2 Duty indicator. It’s low noise level of around 60dBA is quiet enough to allow it to be sited in manned areas.

With its increased payload, this mid-range handling robot is suitable for a wider range of applications. This new solution for your handling tasks has been completely improved in terms of performance. Faster cycle times: Designed for highest industrial speeds. Rugged construction: The robot is built in splash-proof and dustproof design according to protection class IP64. User-friendly operation: The integrated signal cables and air hoses are designed for different connections. Stronger structure: The maximum payload of this new robot has been increased by 25 % to a total of 25 kg. Ideal for a wide range of handling tasks. The main technical specifications at a glance: Number of Axes: 6 Working Ranger (P-Point): R1710 mm Max. payload capacity: 25 kg Positional repeatability: +/- 0,07 mm Drive System: AC Servo Motor Drive Power: 5600 W Weight: 278 kg

Cartridge cradle 7515 Suitable for 900ml 5:1 side-by-side cartridges Application example: Using 900ml 5:1 side-by-side cartridges, e.g. composite mortar for anchor securing. Lithium-ion battery with 10.8V // 1.5AH with LED charge indicator Rapid charger with battery charge and status indicator, charging time approx. 30 minutes Supplied in transport case Drive Extrusion force up to 6000N (600kg) Extrusion rate adjustable from 120 to 240mm/min Extrusion quantity: approx. 20 900ml side-by-side cartridges per battery charge. Automatic pressure reduction prevents material from dripping Benefits Clean, even working Less fatigue when working with high-viscosity products No annoying air tubes or electric cables in the work area Charger: IP30 // Class 2 Input: AC 100 - 240V ~ 50 / 60 Hz 90W Output: DC 10.8 – 18V … 3.4A Safety: CE and GS tested Packaging PowerMax type HPD-7515-10.8V Li-Ion 1 cartridge press for 900ml 5:1 side-by-side cartridges 1 battery pack 10.8V Li-ion 1 rapid charger with c