# Osprey Demo

## Home

- [Welcome to Osprey Technical Support](https://support.ospreymeasurement.com/overview.md): Access complete engineering specifications, installation manuals, CAD files, and performance data for Osprey geotechnical monitoring instruments. Use the top navigation search to instantly find specific data, case studies, or application guides to help you get the best from Osprey products.

## OTS

- [Osprey Tilt String (OTS)](https://support.ospreymeasurement.com/ots/overview.md): Compact, factory-assembled BUS of low power inclinometer sensors
- [Equipment Preparation](https://support.ospreymeasurement.com/ots/user-guide/equipment-preparation.md): Prepare your OTS equipment for installation including mounting options, data logger setup, and initial checks
- [Installation Guide](https://support.ospreymeasurement.com/ots/user-guide/installation.md): Step-by-step installation instructions for in-place inclinometer carriages
- [Data Interpretation](https://support.ospreymeasurement.com/ots/user-guide/data-interpretation.md): Understanding Roll, Pitch, Yaw outputs and orientation measurements from OTS sensors

## ASP

- [Automatic Settlement Profiler (ASP)](https://support.ospreymeasurement.com/asp/overview.md): Distributed settlement measurements along a nominally horizontal profile. hydrostatic principle
- [Designing Your ASP Site](https://support.ospreymeasurement.com/layout.md): How to establish your settlement monitoring requirements and design an ASP that suits your site.
- [Consider Site Conditions](https://support.ospreymeasurement.com/site-conditions.md): Consider the site conditions to ensure you get the most out of your settlement monitoring scheme.
- [Establishing  a Datum](https://support.ospreymeasurement.com/datum.md): All measurements are taken with reference to a datum - getting it right is essential!
- [Order Your ASP](https://support.ospreymeasurement.com/order.md): Guide to ordering your ASP and accessories
- [Pre-Installation Inspections](https://support.ospreymeasurement.com/asp/user-guide/inspection.md): Physical and operational checks to perform upon receiving your ASP system
- [Establishing a Reference](https://support.ospreymeasurement.com/reference-pad.md): Complete installation instructions for ASP including reference pads, trench installation, and conduit methods
- [Installing the ASP in a Trench](https://support.ospreymeasurement.com/installing-in-a-trench.md): No description found
- [Installing in Conduit](https://support.ospreymeasurement.com/installing-in-a-conduit.md): No description found
- [Connect the ASP](https://support.ospreymeasurement.com/asp/user-guide/connect.md): Wiring, protocols, and data conversion formulas for ASP system communication
- [Data Reduction](https://support.ospreymeasurement.com/data-management.md): Convert ASP sensor outputs to relative or absolute settlement
- [Campbell Scientific](https://support.ospreymeasurement.com/campbell-scientific.md): Logging the ASP with a Campbell Scientific Data Logger
- [ASP Length Calculator](https://support.ospreymeasurement.com/asp/user-guide/asp-length-calculator.md): The ASP length calculator can be used to calculate the total length of your ASP
- [Data Visualisation Tool for the ASP](https://support.ospreymeasurement.com/data-visualisation.md): The ASP Data Visualisation tools quickly and easily process ASP data.
- [User Manual](https://support.ospreymeasurement.com/user-manual.md): Read or download the ASP user manual here.
- [Standard Operating Procedure](https://support.ospreymeasurement.com/template-sops.md): SOP for installing and commissioning the ASP
- [Compliance Certificates](https://support.ospreymeasurement.com/compliance-docs.md): Download certificates showing product compliance.
- [Conduit vs Direct Burial](https://support.ospreymeasurement.com/conduit-vs-direct-burial.md): Which is best for your project?
- [The Impact of Thermal Variation](https://support.ospreymeasurement.com/the-impact-of-temperature-variation.md): This article describes the impact temperature has on the ASP measurement performance, and how these can be mitigated.

## IPX

- [In-Place Extensometer (IPX)](https://support.ospreymeasurement.com/ipx/overview.md): Magnetic-field sensitive probe for automated monitoring of magnetic extensometers
- [Consider Site Conditions](https://support.ospreymeasurement.com/consider-site-conditions.md): Site conditions including geology and site activity will dictate the best 
- [Components](https://support.ospreymeasurement.com/components.md): Ancillary requirements and IPX equipment overview including access tubes, magnetic targets, and data logger compatibility
- [Planning the Magnetic Extensometer Installation](https://support.ospreymeasurement.com/installing-the-magnetic-extensometer.md): No description found
- [Installation Planning](https://support.ospreymeasurement.com/ipx/user-guide/installation-planning.md): Safety considerations, required tools and equipment, and planning guidelines for IPX installation
- [Installation Execution](https://support.ospreymeasurement.com/ipx/user-guide/installation-execution.md): Installing the In-Place Extensometer (IPX)
- [Initial Checks & Configuration](https://support.ospreymeasurement.com/ipx/user-guide/initial-checks.md): Physical inspection, functional testing, and configuration procedures for IPX sensors
- [Data Management](https://support.ospreymeasurement.com/ipx/user-guide/data-management.md): Data logging, conversion formulas, and interpretation of IPX measurements
- [Compliance Certificates](https://support.ospreymeasurement.com/compliance-certificates.md): Download certificates showing product compliance.

## General

- [USB to RS485 Interface](https://support.ospreymeasurement.com/usb-to-rs485-interface.md): Use an Android device and a USB to RS485 adapter to connect to OspreyBus sensors, configure serial settings, and send ASCII commands.

## Applications

- [Applications Overview](https://support.ospreymeasurement.com/applications/overview.md): Discover how Osprey measurement systems are used across diverse industries and infrastructure projects for reliable monitoring and data collection.
- [Bridges](https://support.ospreymeasurement.com/applications/bridges.md): Monitor bridge behavior during construction and operation, focusing on settlement, rotation, and deck movement with Osprey instrumentation.
- [Dams](https://support.ospreymeasurement.com/applications/dams.md): Monitor dam deformation, settlement, and structural behavior with Osprey instrumentation to verify design assumptions and support safe operation.
- [Deep Excavation](https://support.ospreymeasurement.com/applications/deep-excavation.md): Monitoring considerations and relevant Osprey instrumentation for deep excavations.
- [Earthworks](https://support.ospreymeasurement.com/applications/earthworks.md): Monitor earthworks settlement, deformation, and stability with Osprey instrumentation to verify design assumptions and protect nearby assets.
- [Foundations](https://support.ospreymeasurement.com/applications/foundations.md): Monitor foundation settlement, heave, and tilt with Osprey instrumentation to verify design assumptions and protect nearby structures.
- [Industrial](https://support.ospreymeasurement.com/applications/industrial.md): Monitoring ground and structural movement in industrial facilities using Osprey systems.
- [Mines](https://support.ospreymeasurement.com/applications/mines.md): Deformation, settlement, and displacement monitoring in open-pit and underground mines using Osprey systems.
- [Rail](https://support.ospreymeasurement.com/applications/rail.md): Application guide for using Osprey systems to monitor rail infrastructure.
- [Slope Stability](https://support.ospreymeasurement.com/applications/slope-stability.md): How to use Osprey instrumentation to monitor slope stability, deformation, and settlement.
- [Structures](https://support.ospreymeasurement.com/applications/structures.md): How to use Osprey monitoring systems on structural assets such as bridges, buildings, and civil infrastructure.