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  • Model 2804Class 1Div 2 Rig Floor Computer 10.4″

    The 28xx-Series Zone 2 Touchscreen Computers are designed for rugged applications, including Measurement While Drilling, Electronic Drilling Recording, Depth Tracking, and all types of vehicle mounted applications. The series is available in 10.4”, 15”, and 19” sunlight readable displays. Each unit has room for customer-specific data acquisition boards to be installed and possibly certified for Zone 2 use. An innovative thermal design guarantees adequate cooling and reliable operation in all conditions including -40°C to +60°C temperatures, even when equipped with a high performance i7 CPU for the most demanding applications. Multiple I/O and wireless connectivity come standard. This Series is ideal for high performance computing in extreme environments.

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  • ACCESSORY AIRCRAFT ADAPTERS

    Interface between Aircraft Pitot-Static system and Laversab test system

    Target Aircraft: All types
    Target Application: Pitot-static system checks & leak checks

    Laversab provides high-quality pitot and static adapters for all aircraft, including helicopters, Business jets, commercial jets, military, and UAV applications. Adapters are available individually or as full kits. Please inquire for further details.

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  • ACCESSORY MULTI OUTPUT BOXES

    Target Aircraft: All types
    Target Application: System isolation for leak checks

    Multi-output box for system isolation and leak checks

    Description: The Laversab family of Multi Output Boxes (MOB) simplifies air data checks for all aircraft. The Laversab MOB connects a single Air Data Tester to multiple Pitot-Static systems through a manifold. It enables operators to individually isolate each connection to the aircraft, which helps to find and resolve leaks quickly while minimizing hose connect/disconnect time. A Laversab MOB is essential to simplify and shorten the leak-test of any aircraft.

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  • AIR DATA CALIBRATOR MODEL 6580-M1

    Air Data Calibrator with built-in pumps & output switching module (6 ports)


    Target Application:
    Aircraft instrumentation calibration

    Description: The 6580-M1 Air Data Calibrator can be used to test and calibrate altimeters, airspeed / Mach indicators, Climb indicators, Flight data recorders, Air data computers, and EPR indicators. These rack-mountable Calibrators meet all RVSM requirements and have built-in pressure and vacuum pumps. The use of “Profiles” makes it possible for the operator to run through a test using only a single key on the front panel keypad of these units. They can also be controlled externally as part of an ATE system. The 6580-M1 has a built-in output switching module (OSM) with 3 Static Ports and 3 Pitot Ports on the rear panel, which can individually be controlled (opened and closed) using external inputs.

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  • AUTOMATED PITOT-STATIC TESTER WITH 3 OUTPUTS MODEL 6600

    NSN: 4920 01 569 1292

    MODEL OVERVIEW 

    Last time buy for this product is June 30, 2021.
    For new requirements, we recommend
    Model 6600-NG

    The 6600 Automated Tester is ideal for use on aircraft with SmartProbe™ capable of measuring AOA using Air Data. The tester has one Static output (Ps1), one Pitot output (Pt) and a third output (Ps2) which can be used to simulate either AOA or AOS. Using the small and light-weight Remote unit a user can operate the tester from the cockpit and test the entire pitot and static system of the aircraft. The tester includes built-in vacuum and pressure pumps and emergency manual bleed-down valves. The high accuracy of this unit meets all RVSM requirements. Calibration is required only once a year.

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  • AVIONICS RADIO TEST SET ARTS-7000

    All-in-one Communication, Navigation, Surveillance avionics radio tester

    Target Aircraft: All types (GA to commercial airliners)
    Target Application: Navigation, Communications, Surveillance, GPS Systems Test

    Description: The Laversab ARTS-7000 is an all-in-one Avionics Radio Test System – ARTS. It has a modular architecture designed to meet any aircraft radio test requirement – communication, navigation, surveillance, and RF tools. Suitable for all aircraft types – from GA to commercial airliners to military – the ARTS-7000 is controlled wirelessly by a simple user interface. It can connect to Laversab pitot-static testers to fully exercise an aircraft. The ARTS-7000 has been engineered to reduce upfront costs, simplify aircraft testing, and cover all radio test requirements.

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  • Depth TrackerOption for 28XX

    The Depth Tracker is a fully integrated electronics module that adds depth tracking capability to the Laversab 28xx Series rig-floor computers. The module includes all the necessary safety barriers that allow the user to place the encoder, hook load sensor and manual slip switch in ‘hazardous’ locations. A user-friendly Depth Tracker Software is included, which allows the user to configure and calibrate the depth tracker module. If an EDR or other data logger is not available, the Depth Tracker Software can also be used for logging all the depth tracker measurements for the entire job duration.

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  • EDR SoftwareLINKS

    Laversab LINKS is a rig-ready software package built for the Laversab EDR as well as 3rd party EDRs. It is responsible for acquiring surface parameters, formatting into WITS0 or WITSML, and transmitting or storing the data. LINKS calculates both time-based and depth-based measurements.

    LINKS is responsible for making real-time surface parameters available to the driller, operator, and offsite stakeholders. Key Performance Indicators, Tour Sheets, and Daily Reports are also managed by the LINKS. LINKS also has modules for Lithology, Swab, Well Planning, and Ton-Mile calculations.

    LINKS is available for daily rent as well as purchase. License access and entitlements can be managed online.

     

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  • Hazardous Location ComputerZone-2 (Legacy)

    Laversab Models 2804 / 2852 / 2860 are Zone-2 certified HazLoc workstations designed for rugged applications. These touchscreen units are built for use on the oil rig, on vehicle panels, or in safety-critical environments where extreme weather and shock/vibration conditions may exist. The units can be configured to meet any specific requirements. Multiple protocols and communication options – both wired and wireless – are available.

    These units can also integrate PCBs designed by the customer or by Laversab for custom applications. Customer-specific software can be installed before or after delivery.

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  • Hazardous Location ComputerZone-2 Workstations

    Laversab Zone-2 HazLoc workstations (2854/2864) have been refreshed with a modern design. Now with a smaller footprint and standard I/O ports, these rugged systems are ideal for applications on the oil rig, in vehicles, or in safety-critical environments. The units can be customized for specific requirements.

    As before, These Laversab systems can integrate PCBs designed by the customer or by Laversab for custom applications. Customer-specific software can be installed before or after delivery.

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  • HazLoc ComputerModel 2800 (Legacy)

    Laversab Model 2800 is a Class 1 Division 2 certified HazLoc workstation designed for legacy systems. This unit includes a 15” touchscreen and options for a 2.4GHz or 900MHz wireless radio.

    Customer-specific software can be installed before or after delivery. However, Laversab recommends the Models 2804 / 2852 / 2860 for new requirements.

     

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  • Model 2850Rig-Floor Computer (Class 1 Div 2)

    The 28xx-Series Zone 2 Touchscreen Computers are designed for rugged applications, including Measurement While Drilling, Electronic Drilling Recording, Depth Tracking, and all types of vehicle mounted applications. The series is available in 10.4”, 15”, and 19” sunlight readable displays. Each unit has room for customer-specific data acquisition boards to be installed and possibly certified for Zone 2 use. An innovative thermal design guarantees adequate cooling and reliable operation in all conditions including -40°C to +60°C temperatures, even when equipped with a high performance i7 CPU for the most demanding applications. Multiple I/O and wireless connectivity come standard. This Series is ideal for high performance computing in extreme environments.

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  • Model 2860Class 1 Div 2 Rig Floor Computer: 19

    The 28xx-Series Zone 2 Touchscreen Computers are designed for rugged applications, including Measurement While Drilling, Electronic Drilling Recording, Depth Tracking, and all types of vehicle mounted applications. The series is available in 10.4”, 15”, and 19” sunlight readable displays. Each unit has room for customer-specific data acquisition boards to be installed and possibly certified for Zone 2 use. An innovative thermal design guarantees adequate cooling and reliable operation in all conditions including -40°C to +60°C temperatures, even when equipped with a high performance i7 CPU for the most demanding applications. Multiple I/O and wireless connectivity come standard. This Series is ideal for high performance computing in extreme environments.

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  • Model 2900Class 1 Div 1 Rig Floor Computer

    This product is obsolete please check the newer version of the product.

     

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  • MWD Surface System Integrate Your Decoder

    MWD Tool Designers can integrate their Decoders into Laversab Zone-2 units to create a certified MWD Surface System. These surface systems can decode and display data in any environment and wirelessly transmit information to the safe area. Systems can be configured to meet any rig requirement, and high performance CPU options are available.

    Surface Systems designed with Laversab are certified for Hazardous Locations, more efficient to rig-up, and come with Laversab’s world-class service and renowned support. When quality matters, use Laversab.

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  • MWD Surface SystemDecoder included

    Laversab Models 4104 / 4152 / 4160 are Zone-2 certified surface systems capable of Positive-Pulse decoding at the driller’s cabin. The unit comes standard with an XXT decoder. Information is decoded and transmitted wirelessly to the safe area, removing the need for bulky cabling.

    The system includes a Tool Programming Interface and complete software suite featuring Tool Config, Roll Test, Vibration Monitor and more to setup and program the downhole tool and surface receiver.

    Over 1500 units of the Laversab 4100 family have been deployed. It is a seasoned and reliable tool for any directional drilling company.

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  • MWD Surface SystemModel 4100 (Legacy)

    Laversab Model 4100 is a Class 1 Division 2 surface system designed for Legacy systems. The unit comes with an XXT decoder and software suite and is capable of decoding, displaying, and wirelessly transmitting downhole data.

    The system includes a Tool Programing Interface to setup and program the downhole tool before a job.

    For new requirements, Laversab recommends the Models 4104/4152/4160.

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  • MWD Surface SystemZone 1 Display

    Laversab Model 3200 is a Zone-1 certified Driller’s Display Unit (DDU). This ultra-compact unit is fully sealed and ready to be used on the rig. It typically pairs with a Decoder that resides in the safe area.

    The Model 3200 displays critical MWD telemetry information including ToolFace, Inclination, Azimuth and more; the 3200 can also be customized to display WITS0 data. The ATEX/IECEx Zone 1 certifications make this unit suitable for both Offshore and Onshore deployment.

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  • Real-time ServerWITSML™ Store

    Laversab WITSML™ Store is a cloud-based server built to handle data coming from multiple rigs. It is responsible for securely managing all drilling parameters. WITSML™ Store is accessible by authorized users 24/7/365.

    Drilling data can be transmitted to WITSML™ Store directly from the rig-site. And it is instantly available for any authorized users.

    WITSML™ Store is compatible with WITSML™ versions 1.3.1 and 1.4.1. It can be customized to meet specific customer requirements. And can be installed on a local server instead of the cloud.

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  • Real-time WITSML™ ClientWellNode

    Laversab WellNode is a Real-Time Client for visualizing and analyzing well data. It is used by clients and decision makers away from the rig to monitor progress and provide direction. WellNode provides both time-based and depth-based information and analysis across multiple wells. WellNode is suitable across any type of drilling job.

    WellNode Modules include 3D trajectory, Well Planning, Lithology, KPI analysis, among others.

    WellNode is compatible with WITSML™ versions 1.3.1 and 1.4.1. It can be customized to meet specific customer requirements.

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  • Stand-alone Depth Tracker Model 4210 (Legacy)

    The Laversab Model 4210 is a stand-alone depth tracker, capable of recording depth data while drilling. The stand-alone depth tracker is certified for use in Zone 2 hazardous locations. It includes easy-to-use software for sensor calibration and data recording. Existing encoder and hook-load sensors/cables can be used, or new ones can be provided. Relevant application range from simple depth collection to advanced data logging and reporting.

    Depth data is formatted as WITS0 and/or WITSML™. It can be stored locally or used by any external applications. If no EDR is available, the stand-alone Depth Tracker can be the primary depth logger.

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  • Custom HazLoc Solutions

    Through our experience in designing systems for rig environments, Laversab is uniquely qualified to build custom solution for hazardous locations. Previous solutions include Protocol Translators (OPC/Modbus/PROFINET/WITS0/ WITSML™️), Pit Volume Totalizer, Depth Trackers, Machine monitoring.

    Through our process, our clients have the ability to customize all aspects of the solution, including certification (Zone 1, Zone 2, or non-certified), Input/Output requirements, Protocols, and system performance. All solutions come with Laversab’s world-class service and renowned support. When quality matters, use Laversab.

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  • Depth Tracking Add-on

    The Laversab Depth Tracking Add-on is a PCB that can be added to existing Laversab systems. It is capable of recording depth data while drilling and can interface with Zone 1 encoders and hook-load sensors. It includes easy-to-use software for sensor calibration, data recording, and advanced logging.

    Depth data is formatted as WITS0 and/or WITSML. It can be stored locally or used by any external applications. If no EDR is available, the Depth Tracking add-on can act as the primary depth logger.

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  • EDR System

    The Laversab Electronic Drilling Recorder is designed for common data acquisition applications on the rig, including Mudlogging, Lithology, Pit Volume Totalizer (PVT), Depth Logging, and more. The EDR makes real-time surface parameters available to the driller, operator, and offsite stakeholders. Key Performance Indicators, Tour Sheets, and Daily Reports are generated by the LINKS EDR Software. The system works with typical surface measurement sensors, which can be reused across multiple jobs.

    The Laversab EDR enables service companies to affordably add additional revenue streams by providing EDR services themselves. Multiple payment options are available for qualified customers.

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  • LINKS Collector

    For customers who require their data to be in WITSML™ format, the Laversab LINKS Collector can convert their drilling data to WITSML™. Versions 1.3.1 & 1.4.1 are currently supported.

    The LINKS Collector can handle most data formats – from WITS0 to proprietary formats used by equipment companies. LINKS Collector is a low footprint software that can run on any rig system.

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  • PLC Connector to WITSML™

    The Laversab PLC Connector converts PLC well data to WITSML formats. The PLC Connector enables equipment data to be analyzed with drilling data. Operators and service companies can derive insights on rig equipment performance correlates to drilling performance. They can also monitor equipment to predict and prevent failures.

    PLC Connector supports Modbus TCP/IP, OPC, SLC 500 (Rockwell/Allen Bradley), Step 7 (Siemens), and other protocols.

    Data across multiple rigs and fields can be compared and analyzed to provide insights into true overall performance. Custom analysis and reports are available from Laversab.

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  • Rig Monitoring Solutions

    Laversab software can monitor the performance of critical rig equipment – including engines, pumps, and others. Key Performance Indicators (KPIs) are used to measure and predict failures, downtime, and maintenance work. The Laversab platform can set custom alerts and calculate MTBF, MTTR, and DMECA. Monitoring can be done across multiple wells to compare an entire field.

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  • LEAK TESTER Model 6150

    Digital leak tester for all aircraft types

    Target Aircraft: All types
    Target Application: Leak checks only

    Description: The 6150 Tester connects directly to an aircraft’s Pitot and Static system. It allows the user to simulate altitude, airspeed, and VSI and also to perform leak checks on both the Pitot and Static systems of an aircraft. Leak values are clearly displayed in 1, 3, and 5 minutes intervals. Several protection features are included in the tester to reduce the possibility of damage to the aircraft instruments.

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  • AUTOMATED PITOT-STATIC TESTER MODEL 6300L

    NSN: 6625 01 358 6854

    MODEL OVERVIEW 

    Last time buy for this product is June 30, 2021.
    For new requirements, we recommend Model 6300 or Model 6200

    The 6300L RVSM Automated Tester is designed to connect directly to an aircraft’s Pitot and Static system. Using the small and light-weight Remote unit a user can operate the tester from the cockpit and use it to test the entire pitot and static system of the aircraft, including altimeters, climb indicators, airspeed / Mach indicators, air data computers, and auto-pilots. The tester includes built-in vacuum and pressure pumps and emergency manual bleed-down valves. The operator simply connects power, and the pitot and static hoses, to make the unit operational. Also, it needs to be calibrated only once a year. The use of “Profiles” makes it possible for the operator to run through a test using only a single key on the Remote unit. Also, all commands can be performed through the RS232 interface.

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  • MILITARY PITOT-STATIC TESTER MODEL 6300-M3

    Military RVSM pitot-static tester for all environments

    Target Aircraft: All commercial; Military Aircraft (all environments)
    Target Application: Pitot-static system checks
    NSN: 4920 01 569 1292

    Description: The Model 6300-M3 is designed to test military aircraft. It is used to perform leak checks and RVSM accuracy checks on the Pitot-Static systems – including altimeters, airspeed/Mach indicators, VSI’s, air data computers, autopilots – and can be done at low airspeeds. The 6300-M3 can be tested from the cockpit and has a wide operating temperature. The tester includes built-in vacuum and pressure pumps and emergency manual bleed-down valves. It can use “profiles” to run through an entire test range using a single key.

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  • MILITARY PITOT-STATIC TESTER MODEL 6300-M4

    Military RVSM pitot-static tester

    Target Aircraft: Military Aircraft
    Target Application: Pitot-static system checks

    Detailed Description: The Model 6300-M4 is designed to test military aircraft. It is used to perform leak checks and RVSM accuracy checks on the Pitot-Static systems – including altimeters, airspeed/Mach indicators, VSI’s, air data computers, autopilots – and can be done at low airspeeds. The 6300-M4 can be tested from the cockpit. The tester includes built-in vacuum and pressure pumps and emergency manual bleed-down valves. It can use “profiles” to run through an entire test range using a single key.

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  • MILITARY PITOT-STATIC TESTER MODEL 6600-M4

    Military RVSM pitot-static tester for AoA / AoS / SmartProbe applications (3-channel)

    Target Aircraft: Military Aircraft with AoA / AoS capability
    Target Application: Pitot-static system checks

    Description: The Model 6600-M4 is a 3-channel system designed to test military aircraft with AoA / AoS / SmartProbe™️ capability. The tester has one Static output (Ps1), one Pitot output (Pt) and a third output (Ps2) which can be used to simulate either AOA or AOS. It is used to perform leak checks and RVSM accuracy checks on the Pitot-Static systems – including altimeters, airspeed/Mach indicators, VSI’s, air data computers, autopilots – and can be done at low airspeeds. The 6600-M4 can be tested from the cockpit. The tester includes built-in vacuum and pressure pumps and emergency manual bleed-down valves. It can use “profiles” to run through an entire test range using a single key.

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  • PITOT-STATIC TESTER MODEL 6200

    Non-RVSM pitot-static tester for Helicopters & GA (2-channel)

    Target Aircraft: Helicopters, General Aviation, eVTOL
    Target Application: Non-RVSM pitot-static checks

    Description: The Model 6200 is designed to test most helicopters, general aviation aircraft, and eVTOLs. It is used to perform leak checks and non-RVSM accuracy checks on the Pitot-Static systems – including altimeters, airspeed indicators and VSI’s – and can be done at low airspeeds. The Model 6200 includes a Remote unit with large keypad and display, a removable 8-hour battery (optional), wide operating temperature (optional), and “profiles” to accelerate testing. The unit can be controlled by an iPad or other tablets.

    Download the Application


    {Target Application: “UAV, GA, & Helicopter”}

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  • PITOT-STATIC TESTER MODEL 6300

    RVSM pitot-static tester for all aircraft types (2-channel)

    Target Aircraft: All commercial; approved for Boeing, Airbus, and most OEMs
    Target Application: RVSM pitot-static checks

    Description: The Model 6300 is a 2-channel system designed to test all aircraft up to 60,000 ft & 690 knots. It is used to perform leak checks and RVSM accuracy checks on the Pitot-Static systems – including altimeters, airspeed indicators and VSI’s – and can be done at low airspeeds. The Model 6300 includes a Remote unit with large keypad and display, a removable 8-hour battery (optional), wide operating temperature (optional), and “profiles” to accelerate testing. The unit can be controlled by an iPad or other tablets.

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  • PITOT-STATIC TESTER MODEL 6250

    RVSM pitot-static tester for light jets (2-channel)

    Target Aircraft: Light Jets
    Target Application: RVSM pitot-static checks

    Description: The Model 6250 is designed to test most light jets. It is used to perform leak checks and RVSM accuracy checks on the Pitot-Static systems – including altimeters, airspeed indicators and VSI’s – and can be done at low airspeeds. The Model 6250 includes a Remote unit with large keypad and display, a removable 8-hour battery (optional), wide operating temperature (optional), and “profiles” to accelerate testing. The unit can be controlled by an iPad or other tablets.

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  • PITOT-STATIC TESTER MODEL 6270

    RVSM pitot-static tester for business jets (2-channel)

    Target Aircraft: Business Jets
    Target Application: RVSM pitot-static checks

    Description: The Model 6270 is designed to test most business jets. It is used to perform leak checks and RVSM accuracy checks on the Pitot-Static systems – including altimeters, airspeed indicators and VSI’s – and can be done at low airspeeds. The Model 6270 includes a Remote unit with large keypad and display, a removable 8-hour battery (optional), wide operating temperature (optional), and “profiles” to accelerate testing. The unit can be controlled by an iPad or other tablets.

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  • PITOT-STATIC TESTER MODEL 6600-NG

    RVSM pitot-static tester for AoA / AoS / SmartProbe applications (3-channel)

    Target Aircraft: SmartProbe™ equipped aircraft like Embraer EJets, Airbus A220, Gulfstream, HondaJet
    Target Application: RVSM pitot-static checks

    Description: The Model 6600-NG is a 3-channel system designed to test aircraft equipped with SmartProbes™. The tester has one Static output (Ps1), one Pitot output (Pt) and a third output (Ps2) which can be used to simulate either AOA (angle of attack) or AOS (angle of sideslip). It is used to perform leak checks and RVSM accuracy checks on the Pitot-Static systems – including altimeters, airspeed indicators and VSI’s – and can be done at low airspeeds. The Model 6600-NG includes a Remote unit with large keypad and display, a removable 8-hour battery (optional), wide operating temperature (optional), and “profiles” to accelerate testing. The unit can be controlled by an iPad or other tablets.

    Download the Application
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  • Model 6600Automated Pitot Static Tester with 3 Outputs

    The 6600 Automated Tester is ideal for use on aircraft with SmartProbe™ capable of measuring AOA using Air Data. The tester has one Static output (Ps1), one Pitot output (Pt) and a third output (Ps2) which can be used to simulate either AOA or AOS. Using the small and light-weight Remote unit a user can operate the tester from the cockpit and test the entire pitot and static system of the aircraft. The tester includes built-in vacuum and pressure pumps and emergency manual bleed-down valves. The high accuracy of this unit meets all RVSM requirements. Calibration is required only once a year.

    Last time buy for this product is June 30, 2021.
    For new requirements, we recommend Model 6600-NG

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  • AIR DATA CALIBRATOR MODEL 6500-HA

    High Accuracy Air Data Calibrator requiring pressure & vacuum sources (2 channel)

    Target Application: Aircraft instrumentation calibration

    Description: The 6500-HA (High-Accuracy) Air Data Calibrator can be used to test and calibrate altimeters, airspeed / Mach indicators, Climb indicators, Flight data recorders, Air data computers, and EPR indicators. This rack-mountable Calibrator meets all RVSM requirements and requires only a pressure source and a vacuum source. The use of “Profiles” makes it possible for the operator to run through a test using only a single key on the front panel keypad of these units. It can also be controlled externally as part of an ATE system.

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  • AIR DATA CALIBRATOR MODEL 6500

    Air Data Calibrator requiring pressure & vacuum sources (2 channel)

    Target Application: Aircraft instrumentation calibration.
    NSN: 4920 01 375 7472

    Description: The Model 6500 Air Data Calibrator can be used to test and calibrate altimeters, airspeed / Mach indicators, Climb indicators, Flight data recorders, Air data computers, and EPR indicators. This rack-mountable Calibrators meet all RVSM requirements and requires only a pressure source and a vacuum source. The use of “Profiles” makes it possible for the operator to run through a test using only a single key on the front panel keypad of these units. It can also be controlled externally as part of an ATE system.

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  • AIR DATA CALIBRATOR MODEL 6580-HA

    High Accuracy Air Data Calibrator with built-in pumps (2 channel)

    Target Application: Aircraft instrumentation calibration
    NSN: 4920 01 611 1045

    Description: The 6580-HA (High-Accuracy) Air Data Calibrator can be used to test and calibrate altimeters, airspeed / Mach indicators, Climb indicators, Flight data recorders, Air data computers, and EPR indicators. This rack-mountable Calibrator meets all RVSM requirements and has built-in pressure and vacuum pumps. The use of “Profiles” makes it possible for the operator to run through a test using only a single key on the front panel keypad of these units. It can also be controlled externally as part of an ATE system.

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  • AIR DATA CALIBRATOR MODEL 6580

    Air Data Calibrator with built-in pumps (2 channel)

    Target Application: Aircraft instrumentation calibration

    Description: The 6580 Air Data Calibrator can be used to test and calibrate altimeters, airspeed / Mach indicators, Climb indicators, Flight data recorders, Air data computers, and EPR indicators. This rack-mountable Calibrators meets all RVSM requirements and has built-in pressure and vacuum pumps. The use of “Profiles” makes it possible for the operator to run through a test using only a single key on the front panel keypad of these units. It can also be controlled externally as part of an ATE system.

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  • ACCESSORY HOSE KITS

    Connection between Pitot-Static Systems and Aircraft Adapters

    Target Aircraft: All types
    Target Application: Pitot-Static System Checks & Leak Checks

    Description: Laversab hose kits are designed to connect a Laversab pitot-static tester to the aircraft adapters. There are options for hose length, hose size, and fittings to meet specific requirements for the avionics shop and/or airframe.

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  • ACCESSORY MULTI OUTPUT BOXES

    Target Aircraft: All types
    Target Application: System isolation for leak checks

    Multi-output box for system isolation and leak checks

    Description: The Laversab family of Multi Output Boxes (MOB) simplifies air data checks for all aircraft. The Laversab MOB connects a single Air Data Tester to multiple Pitot Static systems through a manifold. It enables operators to individually isolate each connection to the aircraft, which helps to find and resolve leaks quickly while minimizing hose connect/disconnect time. A Laversab MOB is essential to simplify and shorten the leak-test of any aircraft.

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  • ACCESSORY UNIVERSAL PITOT & STATIC ADAPTER

    Universal Pitot & Static Adapter

    Target Aircraft: General Aviation, Helicopters, UAVs, eVTOL
    Target Application: Pitot-Static System Checks

    Description: The UPSA Kit is designed for cost conscious customers looking to get leverage across their aircraft fleet. The UPSA kit will interface reliably with most General Aviation aircraft. It comes with two Pitot and two Static adapters. Each Static adapter has articulating arms with suction cups that use a vacuum supply to firmly mount the adapter to the aircraft body. The UPSA kit can be used with either AC power.

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