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AUTOMATIC LEVEL AZA1031
AZA1031 Automatic Level (Auto Level / Optical Level)
The AZA1031 Automatic Level is a precision optical leveling instrument engineered for accurate elevation measurement in surveying, construction layout, and civil engineering projects. Designed for durability and long-term accuracy, it delivers consistent performance in demanding outdoor environments while remaining simple and efficient to operate.
Reliable Self-Leveling Performance
At the core of the AZA1031 is a magnetic damping compensator that automatically corrects minor tilts and vibrations. This self-leveling mechanism ensures a stable horizontal line of sight without continuous manual adjustment, significantly reducing setup time and operator error.
Once roughly leveled using the circular bubble vial, the internal compensator completes the leveling process automatically, making the instrument ideal for long-distance and repetitive leveling tasks.
Description
Clear Optics & High Accuracy
The AZA1031 features high-quality optical lenses with magnification options ranging from 24x to 32x (model-dependent). This provides a sharp, bright image of the leveling staff even at distances exceeding 100 meters.
With an accuracy of ±2.0 to ±2.5 mm per kilometer of double-run leveling, the instrument is well-suited for:
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Road and highway construction
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Building foundation and floor leveling
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Pipeline and drainage gradient control
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Land surveying and boundary work
The large objective aperture enhances light gathering, ensuring confident staff readings under varying site conditions.
360° Horizontal Measurement Capability
The AZA1031 is equipped with a 360-degree graduated horizontal circle, allowing users to perform basic horizontal angle measurements and alignments. Smooth rotation, fine-motion adjustment, and locking knobs enable precise targeting during layout and benchmarking operations.
Rugged, Site-Ready Construction
Built for harsh field conditions, the AZA1031 is housed in a shock-resistant and water-resistant casing. The IP-rated design protects internal optics and mechanical components from dust, moisture, and vibration, ensuring reliable operation in wet, dusty, or uneven environments.
The instrument mounts securely on a standard 5/8-inch tripod thread, making it compatible with all common surveying tripods and leveling staffs (metric or imperial).
Simple Setup & Long-Term Reliability
Setup is fast and straightforward:
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Mount on tripod
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Roughly level using the bubble vial
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Let the automatic compensator finalize leveling
Each unit is factory-calibrated and supplied with essential accessories. On-site recalibration is possible using built-in adjustment screws, ensuring long service life even after transport or extended use.
Typical Applications
The AZA1031 Automatic Level is widely used in:
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Roadwork and highway projects
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Building foundations and slab leveling
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Drainage, canal, and pipeline gradients
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Bridge and culvert construction
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Civil engineering education and training labs
Its intuitive operation makes it suitable for both experienced professionals and students.
Technical Specifications – AZA1031
| Feature | Specification |
|---|---|
| Telescope Magnification | 24x / 28x / 32x (model-dependent) |
| Objective Aperture | 36 mm |
| Minimum Focus Distance | 0.3 – 0.5 m |
| Accuracy | ±2.0 to ±2.5 mm per 1 km double-run |
| Compensator Type | Magnetic damping |
| Compensator Range | ±15 arc minutes |
| Horizontal Circle | 360° graduated |
| Dust & Water Protection | IP54 / IP65 (model-dependent) |
| Tripod Mount | Standard 5/8-inch thread |
| Weight | Approx. 1.5 – 2.5 kg |
| Supplied Accessories | Carrying case, adjustment tools, lens cloth, manual |
Key Advantages of AZA1031
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Automatic leveling via magnetic damping compensator
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24x–32x magnification for long-range visibility
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High accuracy: ±2.5 mm over 1 km double-run leveling
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Rugged, waterproof, and dust-resistant construction
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Smooth horizontal angle measurement with 360° scale
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Compatible with standard tripods and leveling staffs
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Supplied with protective case and adjustment tools
Frequently Asked Questions (FAQ)
Q1: Is the AZA1031 suitable for beginners?
Yes. The automatic compensator makes operation simple and user-friendly.
Q2: What accuracy does it provide for construction work?
It delivers ±2.5 mm or better per kilometer, suitable for most civil and layout applications.
Q3: Can it be used in rain or dusty environments?
Yes. The IP-rated housing protects against dust and moisture.
Q4: Does it require frequent calibration?
Only periodic calibration is recommended, especially after transport or impact.
Q5: What accessories are required for use?
A tripod and leveling staff are required. The instrument is supplied with a case, tools, and manual.
Additional information
| Telescope Magnification |
24x / 28x / 32x (model-dependent) |
|---|---|
| Objective Aperture |
36 mm |
| Minimum Focus Distance |
0.3 – 0.5 m |
| Accuracy |
±2.0 to ±2.5 mm per 1 km double-run leveling |
Related products
AUTOMATIC LEVEL AZA1033
AZA1033 Automatic Level (Auto Level / Self-Leveling Optical Level)
The AZA1033 Automatic Level is a high-precision optical surveying instrument engineered for accurate elevation measurement in construction, roadwork, and civil engineering projects. Designed to establish and verify horizontal planes over long distances, it is an essential tool for engineers, surveyors, and site supervisors who require speed, stability, and dependable accuracy.
Self-Leveling Accuracy with Built-in Compensator
Unlike manual leveling instruments, the AZA1033 features a self-leveling compensator system that automatically maintains a true horizontal line of sight. Once roughly leveled using the circular bubble vial, the internal compensator corrects minor tilts and vibrations instantly.
This mechanism significantly reduces setup time, eliminates operator error, and ensures stable readings even on uneven ground or vibration-prone sites
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LEVELLING STAVES AZA1034
AZA1034 Levelling Staves (Survey Staff / Leveling Staff)
The AZA1034 Levelling Staff is an essential surveying accessory used in conjunction with dumpy levels, automatic levels, and digital levels to accurately measure height differences between ground points. Designed for reliability, visibility, and ease of handling, it is a critical tool for construction, civil engineering, and land surveying applications.
Accurate Elevation Measurement
Levelling staves provide a vertical reference that allows surveyors and engineers to determine elevation differences with precision. When viewed through an optical leveling instrument, the graduated scale on the AZA1034 enables clear and accurate readings, ensuring dependable height transfer across distances.
The staff is available with metric (cm/m) or imperial (ft/in) graduations, depending on project requirements.
PLANIMETER AZA1040
PRISM WITH POLE AZA1036
High-Precision Reflector for EDM Measurements
At the core of the AZA1036 is a single retroreflective survey prism, manufactured from high-purity optical glass and silver-coated for maximum signal return. The prism efficiently reflects the EDM signal back to the total station, enabling accurate distance measurement over long ranges—up to 2,000 meters, depending on instrument capability and site conditions. The prism is housed in a rugged protective casing and mounted on a high-visibility target plate, allowing easy acquisition through the telescope even in low-light, foggy, or dusty environments.
PROTECTIVE CAPS FOR REBAR, PIPE, BOLTS AZA1024
Multi-Purpose Safety Caps for Rebar, Pipes & Threaded Components by Azalab
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Azalab’s AZA1024 range combines high visibility, impact resistance, and weather durability, making it suitable for demanding site conditions across residential, commercial, and infrastructure projects.
TOTAL STATION BUILDER AZA1029
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The AZA1029 Total Station Builder is a high-precision digital surveying instrument engineered for construction layout, topographic surveying, and leveling applications. Combining an electronic theodolite, advanced EDM technology, and integrated survey software into a single rugged platform, AZA1029 delivers accuracy, efficiency, and reliability for demanding field environments.
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