Downloads

  1. Ultrasonic Portable Test Tool 01-TT
    3/16/2017

    The 01-TT ultrasonic test tool is a portable, battery-operated source of ultrasound for periodic testing of the Incus ultrasonic gas leak detector. The test tool produces ultrasound to verify response of an ultrasonic gas leak detector without the need for an open gas release. The unit is suitable for use in nonhazardous (de-classified) areas or in hazardous areas with the appropriate permits.

  2. Ultrasonic Gas Leak Mapping Services Incus Ultrasonic Gas Leak Detector
    3/16/2017

    Ultrasonic gas leak mapping is a service offered to measure and record the background ultrasound of process plant under normal operation. The information gathered along with gas pressure, gas temperature, and gas type is used to assess the likely detection radius of the Incus for client specified gas leak rates.

  3. Ultrasonic Gas Leak Mapping Services Incus Ultrasonic Gas Leak Detector Datasheet
    3/16/2017

    Ultrasonic gas leak mapping is a service offered to measure and record the background ultrasound of process plant under normal operation. The information gathered along with gas pressure, gas temperature, and gas type is used to assess the likely detection radius of the Incus for client specified gas leak rates.

  4. Ultrasonic Portable Test Tool 01-TT Datasheet
    3/16/2017

    The 01-TT ultrasonic test tool is a portable, batteryoperated source of ultrasound for periodic testing of the Incus ultrasonic gas leak detector. The test tool produces ultrasound to verify response of an ultrasonic gas leak detector without the need for an open gas release. The unit is suitable for use in nonhazardous (de-classified) areas or in hazardous areas with the appropriate permits.

  5. TL-MP-KIT(-X) Universal Test Lamp Kit Datasheet
    3/16/2017

    The Universal Flame Test Lamp is designed for use with our Ultraviolet, Ultraviolet/Infrared, and Triple Infrared flame detectors.

  6. FS-HR-975 Flame Simulator for Rosemount™ 975HR Datasheet
    3/16/2017

    The FS-HR-975 Flame Simulator is the essential complimentary tool to the self-testing capabilities of your Rosemount 975HR Multi-spectrum Infrared for Hydrogen flame detector. It brings fire prevention safety to a higher level by giving you the ability to fully test the operational readiness of your entire fire detection system.

  7. FS-UVIR-975 Flame Simulator for Rosemount™ 975UF and 975UR Datasheet
    3/16/2017

    To be fully secure against fire, flame detector self-testing is not enough. According to most local jurisdictional authorities and as required for SIL2 compliance, you need to test and ensure the integrity of your entire flame detection system at least once per year. That means performing a full system loop test from the detector, through the wiring to the controller, and up to the actual alarm notification. The only way to do so, without lighting a real fire, is with an external flame simulator.

  8. Flame Simulator FS-IR-975 Flame Simulator for Rosemount™ 975MR Datasheet
    3/16/2017

    To be fully secure against fire, flame detector self-testing is not enough. According to most local jurisdictional authorities and as required for SIL2 compliance, you need to test and ensure the integrity of your entire flame detection system at least once per year. That means performing a full system loop test from the detector, through the wiring to the controller, and up to the actual alarm notification. The only way to do so, without lighting a real fire, is with an external flame simulator.

  9. Rosemount 975MR Multi-spectrum Infrared Flame Detector Datasheet
    3/16/2017

    The Rosemount 975MR multi-spectrum infrared flame detector is based on accurately analyzing the multi-spectral signals by three separate IR sensors. The 975MR detects fuel and gas fires at long distances. For example, this product will detect a 1 ft2 (0.1m2) gasoline pan fire at 215 ft (65 m) in less than 5 seconds. The 975MR also provides the highest immunity to false alarms at such industry leading detection range.

  10. Dissolved Air Flotation (DAF) Systems
    3/7/2017

    Dissolved Air Flotation (DAF) systems are designed to remove suspended solids (TSS), biochemical oxygen demand (BOD5), and oils and greases (O&G) from a wastewater stream. Contaminants are removed through the use of a dissolved air-in-water solution produced by injecting air under pressure into a recycle stream of clarified DAF effluent. This recycle stream is then combined and mixed with incoming wastewater in an internal contact chamber where the dissolved air comes out of solution in the form of micron-sized bubbles that attach to the contaminants. The bubbles and contaminants rise to the surface and form a floating bed of material that is removed by a surface skimmer into an internal hopper for further handling.