Installation Methods Sample Clauses

Installation Methods. A. Conductors shall be installed in concealed raceways except as shown otherwise on the drawings or specified to be otherwise in these specifications. Exposed conduits and wires shall be installed parallel or perpendicular to building surfaces. Conduits and wires in the space above ceilings shall be supported adequately and shall not be laid on the top of ceiling systems. Conduits and wires installed above ceilings shall be considered exposed. B. Electrical conduits shall not be hung on hangers with any other service foreign to the electrical systems, nor shall they be attached to other foreign services. C. The lighting and power branch circuit conductors shall be installed in separate raceway systems unless specifically shown or noted otherwise.

Installation Methods. A. Install systems and materials in accordance with manufacturer's instructions, rough-in drawings and equipment details. Install electrical components and use electrical products complying with requirements of applicable Electrical sections of these specifications. B. The term "control wiring" is defined to include providing of wire, conduit, and miscellaneous materials as required for mounting and connecting electric or electronic control devices.

Installation Methods. The USGS shall cut all jackets and surface treatment materials to the appropriate lengths at the staging area along the shoreline and then transport the jackets/surface treatment materials to the pile using flat-bottomed boats. No overwater structures or heavy machinery shall be used during the project.

Installation Methods. There are a number of methods for installing wood floors, floating, gluing or stapling. Apart from where specified in the following sections most existing floor finishes e.g. xxxx, carpet etc., should be removed prior to installation of your new wood floor. (note – do not try to remove old vinyl as it may contain asbestos. If in doubt, contact a professional flooring contractor for guidance).

Installation Methods. The specific method of equipment installation at each site was determined during scoping surveys conducted in April 1999. The location of each station is associated with a road bridge or flow control structure to help facilitate installation. Installation methods consisted of installing a permanent probe- mount housing in the stream below the minimum expected water level. The probe-mount housing was typically mounted to the bridge pier or bedrock. The primary objective of this type of installation is to prevent any movement in the probe-mount housing during high flow events. A protective metal enclosure was then installed on the bridge or other suitable structure above the anticipated high water level. A sealed instrument enclosure was mounted inside the protective metal enclosure. Flexible and/or rigid conduit was then buried and/or attached to the bridge structure to provide a protected channel for the probe cables between the metal enclosure and the in-water probe-mount housing. The probes were mounted inside the probe-mount housing using an aluminum pinch block. This method of attachment allows for a secure immovable attachment with ease of maintenance and repair of the equipment. The CR10X data loggers were then installed and data collection initiated. The data loggers were programmed to sample stream stage and temperature every 15-minutes and using this data calculate and record an hourly average. The loggers were also programmed to roll-up the 15-minute information on daily basis, calculating the daily maximum, minimum, and average stream stage, and average daily stream and air temperature. Other parameters (instrument operation) were also included in the daily roll-up. In addition to the pressure transducers a reference staff gage was installed at each station. This provided a permanent reference to facilitate checking transducer drift and providing a cross-reference to previous data when the transducer needs to be repaired or replaced. Installation of the monitoring stations was begun in October 1999. Specific installation information for each station is included in Table 3. Seven of the eight permanent stations were installed by January 2000. The station at Spanish Creek was not installed as a result of logistical delays and the onset of high flows which prevented the attachment of the probe-mount housing below the minimum water level. Installation of the Spanish Creek station is scheduled for spring 2001. The existing station on Last Chance Cree...