Telemetry Systems
Log data more efficiently via combinable configurations with a minimal number of well entries
These technologies aid operators to log data much more efficiently by enabling fully combinable configurations to meet key objectives with a minimal number of well entries to improve efficiency and reduce cost. Telemetry and surface systems include a range of unique solutions for multiple applications, from Surface Acquisition systems to the high-speed digital (HD) telemetry platform that dramatically increases the data logging capabilities.
Allows logging tools to be tested on 3 different simulated line lengths
Dummy Logging Cable/Line SimulatorThe Weatherford dummy logging cable/line allows logging tools to be tested on 3 different simulated line lengths with 90Ω, 160Ω, and 220Ω representing short, medium, and long mono conductor cable lengths.
Delivers the wireline industry’s most widely used acquisition system
Scientific Data Systems® Warrior™ Well Logging System PanelThe Weatherford Scientific Data Systems STIP provides support for a wide range of products. When fitted with either the HD surface modem or used with the HD interface panel, it provides full support for all legacy Probe products.
Displays and records depth and line speed during slick line operations
Geothermal Depth Logger and EncoderThe Weatherford geothermal depth logger operates with either a Quantum™ Quartz, Quantum Piezo, or geothermal pressure and temperature gauges. The encoder is of a high-quality construction with 512 pulses per revolution.
Monitors rapid pressure changes during downhole explosive operations
IntelleX™ Ultra-Fast Gauge ToolThe Weatherford IntelleX ultra-fast gauge tool is a battery-powered instrument designed to record pressure, temperature, and acceleration data at extremely high sampling rates in order to capture pressure transient events typical of downhole perforating operations.
The Weatherford telemetry gamma ray and CCL is a combined gamma ray and CCL tool with a telemetry control unit which provides a passive measurement of gamma radiation by means of a sodium iodine scintillation detector and identifies changes of metal thickness by means of a collar locator.