Guiding Systems

Filter Products Showing 13 - 24 of 80 results
Categories
  • Fife LAB-8 Electromechanical Actuator

    Heavy, electro-mechanical actuator with maximum static thrust of ca. 12.500N

    The LAB-8 is a heavy duty electromechanical actuator from Fife, predominantly for unwind / rewind stands. The LAB-10A also provides a variety of mounting options which offers a high degree of flexibility in order to meet different requirements. The mechanical design ensures low friction, effective and precise operation. Limit Switches are not necessary when driven by Fife signal amplifiers. Therefore, no on-going maintenance is required.

    Read More
  • FIFE-500 Web Guiding System

    Introducing the FIFE-500 web guide for narrow web and nonwoven applications. This cost-effective guiding system is easy to use and install, while using new technology to help you improve efficiency. At the heart of the FIFE-500 is a color touch screen that’s operator friendly, featuring icons and text in 16 languages to simplify operation and reduce the time necessary for training.

    FIFE-500 leverages the latest technology to improve performance and brushless motors to reduce maintenance. Faster core processing speeds mean that the FIFE-500 can adapt quickly to changes in the web, even at high line speeds.

    Read More
  • Fife Symat 25 Offset Pivot Guide

    The Symat 25 is a compact, versatile electromechanical system engineered for narrow-web applications where short entry and exit spans are required. This offset pivot guide is available with three standard roller faces: 160.0 mm (6.30 inches), 200.2 mm (7.88 inches), and 250 mm (9.84 inches). The same dimensions are available for guide spans, and the maximum allowed tension is 156 or 200 N (35 or 45 lbs), depending on wrap style used.

    Designed with a cast base and precision milled parts, the durable Symat 25 increases productivity by minimizing downtime and waste. Depending on your needs and sensor(s) selected, this guide provides precise, reliable operation in edge, center, or line guide applications. Optional Servo-Center provides automatic guide centering to speed the setup and threading process.

    Read More
  • Fife Symat 50 Offset Pivot Guide

    Durable and versatile, the Symat 50 electromechanical offset pivot guide is engineered to accommodate web widths up to 533 mm (21 inches) wide and tensions up to 623 N (140 lbs). This guide is ideal for edge, line, or center guiding applications where short entry and exit spans are required.

    Built for long-lasting, reliable operation, the Symat 50 delivers fast response for highly accurate web positioning This guide is available with standard roller faces of 203 mm (8 inches) to 610 mm (24 inches). Optional Servo-Center provides automatic guide centering to speed the setup and threading process.

    Read More
  • FIFE-200 Web Guiding System

    The FIFE-200 is a small web guide and controller designed for small webs and battery guiding applications.
    Featuring a low profile and low tensions guiding system, color touch screen operator interface with support for 16 languages and a brushless motor, the FIFE-200 can run up to four units off a single operator interface.

    Read More
  • Fife MicroSymat Offset Pivot Guide

    The MicroSymat is a super-compact electromechanical guiding system designed specifically for narrow-web guiding applications. This single-roll offset pivot guide is available with two standard roller faces: 80 mm (3.15 inches), and 100 mm (3.94 inches), with diameters of 50 mm (1.97 inches), 75 mm (2.95 inches), 100 mm (3.94 inches). Maximum allowed tension is 100N (22.5 lbf).

    Depending on your needs and sensor(s) selected, the MicroSymat delivers precise, reliable operation in edge, center, or line guide applications. A Servo-Center transducer provides automatic guide centering to speed the setup and threading process, resulting in minimum downtime and reduced waste.

    Read More
  • Fife LRB Offset Pivot Guide

    The LRB offset pivot guide is designed for reliable performance using either an electromechanical actuator or hydraulic cylinder as a power source. Constructed with low-friction ball bushings and precision race rod supports, this versatile guide delivers low-maintenance operation for edge, line, or center guiding applications.

    This offset pivot guide can accommodate web widths up to 76.0” (1,930 mm) wide, and tensions up to 563 lbf (2,504 N). Standard guides are equipped with a mounting base for mounting either inside your framework (Type 40) or on top (Type 50) with mounting dimensions designed to match your requirements.

    Read More
  • Fife LRC Offset Pivot Guide

    Low-friction ball bushings and precision race rod supports provide low-maintenance operation for edge, line, or center guiding applications. Standard guides are equipped with a mounting base for mounting either inside your framework (Type 40) or on top (Type 50) with mounting dimensions designed to match your requirements.

    Read More
  • Fife SP-5, SP-11, SP-12 Pneumatic Sensor

    These small, versatile sensors are best suited for guiding most types of clear and opaque webs. The SP-5 has a built-in 0.05” (1.27 mm) dead band for guiding webs that have uneven or ragged edges. The SP-11 and SP 12 are used to accurately guide all varieties of smooth edged webs. All are intrinsically safe, and can be used in hazardous areas where combustible gases are present.

    Designed for use with Fife’s pneumohydraulic power units and control systems, the sensor bodies are constructed of black reinforced nylon, and the air supply and signal recovery inserts are made of natural nylon. The sensors are resistant to most solvents such as esters, ketones, alcohols, and hydrocarbons, as well as alkali and salt solutions. They are susceptible to phenols, formic acid, strong mineral agents, and strong oxidizing agents.

    Read More
  • Fife SP-1, SP-3259, SP-7171 Pneumatic Sensors

    Accurate. Durable. Flexible. Designed for use with Fife’s pneumohydraulic power units and control systems, these sensors are used to guide all varieties of webs, especially opaque and clear films. The SP-1 sensor features a black anodized aluminum body, and is the larger of the three. The SP-3259 and SP-7171 also feature black anodized aluminum bodies, differing only in air supply and signal porting, and are often selected for use in restricted spaces. All are available as corrosion-resistant assemblies.

    Read More
  • Fife SP-2317, SP-2633 Pneumatic Sensors

    Ruggedly built for the most physically demanding applications, these sensors are used to accurately guide most types of materials, especially opaque webs and clear films. The two sensors are basically the same, differing only in overall height and sensing gap. The SP-2317 has a sensing gap of 2.25” (57 mm), the widest of any standard Fife pneumatic sensor, while the SP-2633 has a sensing gap of 1.0” (25 mm).

    These sensors are designed for use with Fife pneumohydraulic power units and control systems. Standard sensor bodies are black anodized aluminum, with optional corrosion-resistant assemblies available. Both sensors are intrinsically safe, capable of reliable operation in hazardous areas where combustible gases are present.

    Read More
  • Fife SP-13, SM-1760 Pneumatic Sensors

    The SP-13 and SM-1760 are feeler-palm pneumatic sensors that have an extended arm, which physically contacts the edge of the web. The SM-1760 is used to accurately guide many types of slow-moving webs. The SP-13 is a more rugged version of the SM-1760. It features a ceramic pad attached to the feeler palm, and is commonly used with abrasive webs. Optional feeler-palm styles and configurations are available to match your material and installation requirements.

    Designed for use with Fife’s pneumohydraulic power units and control systems, these sensors are ruggedly built to handle the most physically demanding applications. Both the SP-13 and SM-1760 have a feeler palm stroke of approximately ±0.3” (7.6 mm), which is extended about 2.0” (52 mm) from the sensor body. (This dimension will vary depending upon the actual feeler palm selected for your application.)

    Read More