All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(122 products available)
Ready to Ship
There are some kinds of manual inclinometers.
A clinometer measures angles of slope, elevation, or depression. It is often used in geology, forestry, and construction. It can be a simple mechanical device or an electronic instrument.
A digital leveling instrument measures elevation and differences in height. It uses electronic sensors to provide accurate readings and displays the data digitally.
A geo inclinometer is used in geotechnical engineering to monitor soil and rock stability. It measures small changes in angle to check if structures like dams or slopes are safe over time. It helps predict problems before they cause failures.
A gauge inclinometer measures angles of inclination with high precision. It is used in fields like mechanical engineering and construction to check alignments or slope gradients accurately. Its small size and fast results make it ideal for quick checks in tight spaces.
Slope Measurement
A manual inclinometer is used to measure the slope or angle of inclination on a surface. It helps find the tilt in construction, mining, or earth science fields.
Precision Measurement
Inclinometers give precise readings, allowing users to track very small changes in angles. This accuracy is important for safety and quality standards.
Data Collection
Many manual inclinometers have scales or dials, so users can directly record measurements for further analysis. This collected data supports engineers and scientists in their work.
Simple Operation
Using a manual inclinometer is straightforward. The user places the device on a surface, reads the scale, and notes the angle of inclination with ease.
Durable Design
Manual inclinometers are made tough to withstand challenging environments and last for many uses. They are built for long durability in the field.
Measurement Range
The measurement range of a manual inclinometer refers to the scope of angles or slopes it can measure. This range is usually between 0 to 90 degrees, but some models can handle up to 180 degrees for special tasks. A wider range allows the device to be more flexible and useful in various jobs, like construction, mining, or checking lands for stability.
Resolution
The resolution is how small an angle or slope adjustment the inclinometer can detect. Most models have resolutions of around 0.1 degrees, which means they can tell tiny changes in direction. This ability to notice small shifts is key in jobs where precision matters, such as when measuring the tilt of buildings or bridges.
Levelling Accuracy
The levelling accuracy shows how exact the readings are on a flat plane. Many manual inclinometers provide an accuracy level between ±0.5 to ±2 mm per 100 meters. This ensures the measurements reflect reality without large mistakes, which is crucial in construction and surveying tasks.
Material and Durability
Manual inclinometers are made of strong materials like aluminium or stainless steel. These metals keep the device from breaking in rough outdoor work. The aluminium model is lightweight and doesn't rust, while stainless steel gives extra protection from water and weather. This reliable build allows the inclinometer to perform well for a long time, even under hard conditions.
Temperature Range
These devices can work between -10°C and 50°C, letting them operate in different weather. This ability to function in varying temperatures keeps the readings consistent, rain or shine.
In the construction industry, manual inclinometers check if foundations, walls, and slopes are built correctly. Workers use them to make sure everything stays safe and doesn't accidentally shift or tilt over time.
People in mining use manual inclinometers to keep track of underground tunnels and mineral slopes. This helps make sure mining areas are stable and protect workers from any risky cave-ins.
In geotechnical work, scientists look at how soil and rocks behave over time. They rely on manual inclinometers to measure tiny changes in soil or rock tilt. These measurements help them predict landslides or other geologic dangers before they happen, which keeps construction sites and roads safer.
Farmers use manual inclinometers to check if irrigated fields have the right slope for good water drainage. Proper drainage ensures crops stay healthy, so farmers can get better harvests.
Energy companies count on manual inclinometers during wind turbine construction. The tools make sure turbine bases are level and positioned correctly even on hilly land. This ensures wind turbines work reliably and produce consistent renewable energy to power homes.
Choose an inclinometer with high accuracy for important work. The precise slope measurements enable correct calculations in engineering or mining tasks. No mistakes mean safer and more reliable results in anything from building bridges to digging tunnels.
Pick a device with the right range for the job. If working on steep hills, select an inclinometer that handles large angles. For minor adjustments, a small-angle model works best. Covering the whole range avoids needing multiple tools and simplifies the work process.
Get a strong inclinometer that can endure tough outdoor conditions. Models made from rust-proof metals like aluminium or stainless steel last through rain, heat, and dirt. A durable tool means no breakdowns in the field and fewer replacements needed over time.
Opt for a lightweight, compact model, especially for hard-to-reach areas. Small, portable tools fit easily in tight spaces and weigh less to carry all day. Comfort and ease in transport allow focus on taking precise measurements without stress.
Select an inclinometer designed for simple operation. Models with clear dials and easy controls are quicker to use. The straightforward tool speeds up the task so workers get accurate readings fast without confusion.
A1: A manual inclinometer relies on physical measurement and manual data recording. An electronic model mostly uses internal sensors to automatically take and sometimes record measurements. The electronic tools tend to be faster and more precise, while the manual style does not need batteries.
A2: It will work well in rain, extreme temperatures, and harsh dirt or dust environments. The strong materials used, like stainless steel or aluminium, protect the tools from damage over time in tough outdoor conditions. This makes them reliable for long periods.
A3: Workers take slope angle measurements at regular intervals. They compare the current readings to past ones to see if any significant changes or trends toward instability have occurred. Fast identification of small shifts allows for early protective measures, ensuring safer mining operations.
A4: Yes, farmers use it to verify field slopes for proper water drainage during irrigation. Ensuring fields have the right incline helps water move evenly without pooling. Good drainage keeps crops healthy and reduces issues like root rot from excess water.
A5: A lightweight model lets workers easily transport the device for hours without fatigue. Its small size enables measurements in tight spaces and hard angles. Quick adjustments and access speed up the process, improving efficiency in their work.
