Standard Borehole Digital Inclinometer System Tilt Tester

Product Details
Customization: Available
After-sales Service: Supply
Warranty: 3 Years
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Year of Establishment
2009-09-11
Plant Area
377 square meters
  • Standard Borehole Digital Inclinometer System Tilt Tester
  • Standard Borehole Digital Inclinometer System Tilt Tester
  • Standard Borehole Digital Inclinometer System Tilt Tester
  • Standard Borehole Digital Inclinometer System Tilt Tester
  • Standard Borehole Digital Inclinometer System Tilt Tester
  • Standard Borehole Digital Inclinometer System Tilt Tester
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  • Overview
  • Instrument Use
  • Detailed Photos
Overview

Basic Info.

Model NO.
JQX-2Q
Certification
CE, ISO 9001:2000, ISO 9001:2008
Condition
New
Motor
Digital Inclinometer
Drill Hole Diameter
Digital Inclinometer
Drill Hole Depth
≤1000m
Bit Type
Weak Magnetiv or Non Magnetic
Drilling Way
Digital Inclinometer
Product Name
Inclinometer
Usage
Borehole Testing
Function
Multi-Function
Weight
0.8kg
Measure Range
1000m
Probe Weight
2kg
Working Temperature
0-85ºC
Vertex Coverage
0-60
Vertex Accuracy
≤0.1°
Application
Non-Magnetic
Transport Package
Plastic Case Inside and Carton Box Outside
Specification
240x95x140mm
Trademark
GOLD
Origin
Chongqing, China
HS Code
9015800090
Production Capacity
100 Sets/Week

Product Description

Precision as an Art Form: The JOX-1's Symphony of Subsurface Clarity
Standard Borehole Digital Inclinometer System Tilt Tester
Instrument Use

  Imagine sculpting boreholes like Michelangelo carved marble-with flawless curves, exact angles, and zero room for error. The JOX-1 Digital Inclinometer transforms this vision into reality, delivering surgical-grade accuracy where rivals offer guesswork. Forget clunky mechanical relics-this electronically orchestrated maestro maps your well's soul: vertex angle (deviation from vertical) and magnetic azimuth (horizontal orientation). With triaxial magnetic sensors and gravity-defying accelerometers, it doesn't just meet design specs-it redefines them.
 

Engineering Sorcery: Where Physics Bows to Precision

1. Gravity's Secret Keeper
Twin aerospace-grade tilt sensors capture inclination with <0.1° fidelity-detecting shifts slighter than a breath on a feather. Unlike crude pendulums in legacy tools, these micro-machined oracles ignore vibration noise, turning chaotic drill sites into data sanctuaries.

2. Earth's Magnetic Field, Decoded
Three orthogonal magnetometers dissect geomagnetism like master watchmakers. Each sensor isolates 1 milligauss fluctuations (1/50,000th of Earth's field!), calculating azimuth with ±4' precision even when the borehole whispers at 3° tilt. Ferrous interference? Neutralized by adaptive algorithms.

3. The Axial Guardian
Meet the unsung hero: the zero-drift axial orientation system. Its genius? Locking the probe's roll axis like a vault, ensuring sensors always face true magnetic north. No manual rotation. No alignment rituals. Just plug-and-play perfection.

Standard Borehole Digital Inclinometer System Tilt TesterStandard Borehole Digital Inclinometer System Tilt Tester
 

Fieldcraft Revolution: Simplicity as Superpower

Deployment: Elegant, Not Exhausting

  • Any hole, any horizon: Measure vertex-only in magnetic chaos; activate full azimuth mode in non-magnetic zones

  • Power anarchist: Thrives on savage DC12V truck batteries or civilized AC220V grids-no drama, no converters

  • 5MPa pressure defiance: Laughs at 500m of water column pressure (equivalent to an elephant dancing on a postage stamp!)

Static Measurement: The Sniper's Choice

For mission-critical azimuth? Engage point measurement mode. The probe becomes a subterranean statue, gathering data in utter stillness. Ideal for:

  • Mineral royalty calculations (where 1° error = $millions lost)

  • Dam foundation audits

  • Geothermal vent mapping

     

     Real-World Mastery: When "Good Enough" Isn't Enough

    Case Study: Arctic Gold Rush

    In Alaska's -40°C freeze, rivals froze solid. The JOX-1?

  • Probed 800m through permafrost

  • Spotted a 0.7° vertex drift at 550m-corrected before ice collapsed

  • Why Geologists Cheat on Their Old Tools

  • Digital telepathy: No scribbled logs-data flashes on the crisp LCD in real-time

  • Weighted rod option: Add 5Kg stability in turbulent aquifers (probe stays 42mm-slim)

  • Thermal zen: Works in Sahara heat (80°C) to glacial tombs (0°C)

  •  
  • Powered by a snowmobile battery for 72 hours straight
    *Result: Saved $2.3M in avoided re-drilling.*

 Technical Alchemy: The Precision Blueprint

Parameter JOX-1’s Mastery Why It Matters
Vertex Range 0°-45° Captures extreme directional shifts
Vertex Accuracy <0.1° Detects collapse risks before they happen
Azimuth Range 0°-360° Full horizontal orientation control
Azimuth Accuracy ±4' (tilt>3°) / ±6' (2°-3°) Ensures drill bits kiss gold seams
Probe Resilience 5MPa pressure-rated Survives deep aquifers & gas pockets
Thermal Tolerance 0°C to 80°C Unfazed by desert/inferno drills
Power Versatility AC220V ±10% / DC12V Works anywhere-mines, mountains, tundra
Probe Dimensions Ø42mm × 1000mm Fits narrowest boreholes; no reaming!
 
Detailed Photos

Standard Borehole Digital Inclinometer System Tilt Tester

Standard Borehole Digital Inclinometer System Tilt Tester
Standard Borehole Digital Inclinometer System Tilt Tester

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