Ìre ìomhaigh co-dhèanta optigeach

1. 1.Iarrtas

Tha an ìre ìomhaigh co-dhèanta optigeach air a chleachdadh gu farsaing ann a bhith a’ tomhas caisead uachdar còmhnard agus uachdar siolandair gu stiùir chòmhnard; Plèana agus cho dìreach sa tha an t-slighe-sleamhnachaidh no bonn inneal inneal no inneal meacanaigeach optigeach a bharrachd air ceartachd suidheachadh an uidheamachd.

2. 2.Technical dàta

(1) gach luach ceumnachaidh: ...0.01mm/m

(2) Raon tomhais as àirde: ...0 ~ 10mm / m

(3) cuibhreann: ...1mm/taobh a-staigh aon mheatair... 0.01mm/m

Taobh a-staigh raon tomhais iomlan ... 0.02mm/m

(4) gluasad plèana air uachdar obrach ... 0.0003mm / m

(5) gach luach ceumnachaidh den ìre spiorad ... 0.1mm / m

(6) uachdar obrach (LW): ...165 48mm

(7) cuideam lom an ionnstramaid: ...2kgs.

3.  
4. 3.Structure an ionnstramaid:

Tha an ìre ìomhaigh co-dhèanta sa mhòr-chuid a’ toirt a-steach na pàirtean a leanas leithid sgriubha mion-atharrachaidh, cnò, diosc ceumnachaidh, ìre spiorad, priosam, glainne meudachaidh, luamhan a bharrachd air bonn le uachdar obrach soilleir agus v.

4. 4.Working prionnsabal:

Bidh an ìre ìomhaigh co-dhèanta a’ cleachdadh priosam gus na h-ìomhaighean builgean èadhair fhaighinn anns an ìre spiorad coimeasgaichte agus àrdachadh gus cruinneas leughaidh àrdachadh agus a’ cleachdadh siostam tar-chuir luamhan agus meanbh-sgrion gus mothachadh leughaidh a neartachadh. Mar sin ma tha am pìos obrach le caisead de 0.01mm / m, faodar a leughadh gu ceart anns an ìre ìomhaigh co-dhèanta (tha an ìre spiorad ann an ìre ìomhaigh co-mheasgaichte gu ìre mhòr a 'cluich an àite a bhith a' comharrachadh neoni).

5. 5.Operating dòigh:

Cuir an ìre ìomhaigh co-mheasgaichte air uachdar obrach a ’phìos obrach tomhais agus tha caisead a’ phìos obrach tomhais ag adhbhrachadh neo-cho-thaobhadh de na h-ìomhaighean builgean èadhair tarraing; Rothar an diosc ceumnaichte gus am bi na h-ìomhaighean builgean èadhair tarraing a’ tighinn còmhla agus faodar leughadh fhaighinn sa bhad. Faodar fìor chaisead a’ phìos obrach tomhais a thomhas leis an fhoirmle a leanas:

Caisead fìor = luach caisead Leughadh diosc air astar Fulcrum

Eisimpleir Sionnach: Leughadh diosc: 5 caisead; Leis gu bheil an ìre ìomhaigh cho-mheasgaichte seo air a shionnach le a luach caisead agus astar fulcrum, is e sin luach caisead: 0.01mm/m agus astar fulcrum: 165mm.

Mar sin: caisead fìor = 165mm 5 0.01/1000 = 0.00825mm

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7. 6. Brath gnìomhachd:

(1) Mus tèid a chleachdadh, glan air falbh an duslach ola le gasoline agus an uairsin glan le gasa sùghaidh.

(2) Tha buaidh mhòr aig atharrachadh teòthachd air ionnstramaid agus mar sin feumar a sgaradh le stòr teas gus mearachd a sheachnadh.

(3) Nuair a bhios tu a’ tomhas, tionndaidh an diosc ceumnaichte gus am bi na h-ìomhaighean builgean èadhair tarraing a’ dol gu tur aig an aon àm agus an uairsin faodar na leughaidhean air an dà chuid stiùireadh adhartach is àicheil a ghabhail.

(4) If the instrument is found with in correct zero position, it may be adjusted; Put the instrument on a stable table and rotate the graduated disc to set the tow air bubble images coincide to get first reading a; Then turn the instrument by 180o and put back to its original place. Ra-rotate the graduated disc to get the tow air bubbles coincide to get the second reading b. So 1/2 (α +β ) is the zero deviation of the instrument. Loosen the three supporting screws on the graduated disc and press lightly by hand the embossed adjusting cap; Rotate the disc by 1/2 (α +β) to get the zero deviation and the point line composite; At last fasten the screws.

(5) Às deidh obair, feumar uachdar obrach an ionnstramaid a ghlanadh agus a chòmhdach le pàipear gun searbhag, anhydrous, antirust agus antirust; Cuir a-steach e ann am bogsa fiodha agus an uairsin ga stòradh ann an àite tioram glan.

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Paramadairean teicnigeach

- Dial luach clàr 0.01 mm/m

- Raon tomhais 0-10 millimeters / meatair

- Parent-child error within ± 1mm/m+0.01 mm/m

- The parental error within the entire measurement range is ± 0. 02 millimeters/meter

- Gluasad rèidh beinne de 0.003mm

- Ìre cruinneachaidh luach cealla 0.1 millimeters / meatair

- Meud deasg oifis 165 x 48 millimeters

- Cuideam lom 2.2 cileagram

Optical Composite Image Level Maintenance: Antirust Oil & Storage Tips

Proper maintenance ensures your optical composite image level retains its 0.01mm/m precision and durability. Follow these steps to protect its prism technology and mechanical components:

1. Daily Cleaning for Surface Protection

After use, wipe working surfaces (V-groove, edges, lenses) with isopropyl alcohol on a lint-free cloth to remove oils and dust. Use a soft brush for stubborn debris—never abrasives, which can scratch optical parts or damage metal coatings. This preserves the precision ground surfaces (Ra ≤ 0.1μm) critical for accurate readings.

2. Routine Antirust Care for Metal Parts

While the granite base resists corrosion, metal components (screws, levers, hinges) need protection. Apply Storaen’s non-acidic anti-rust oil every 3 months or after moisture exposure:

Apply thinly to threads and pivots with a dropper, avoiding pooling on granite/lenses.
Prevents seizing: Maintains lever mechanism sensitivity (0.001mm precision) for cylindrical slope measurements.

3. Optimal Storage Practices

Store in the included hard case or a dry cabinet to avoid temperature/humidity damage:

Environment: 10°C–30°C, <60% humidity to prevent lens condensation and optical distortion.
Positioning: Lay flat or upright in padded slots; never under heavy objects to avoid misaligning the optical system.
Long-term storage: Reapply anti-rust oil and add a silica packet; inspect 24 hours before use, verifying zero position via 180° rotation calibration.

4. Monthly Functional Inspections

Check performance regularly to ensure reliability:

Bubble clarity: Confirm the composite bubble image aligns smoothly without blur.
Lever movement: Test micro-screws for smooth rotation—stiffness signals needed lubrication.
Flatness check: Use a reference plate to validate factory-calibrated flatness (±0.0003mm/m).

5. Storaen’s Support for Longevity

Leverage our expert services to maintain peak performance:

Factory recalibration: Restores 0.01mm/m precision via ISO-certified equipment for critical applications.
Genuine parts: Replacement components ensure compatibility and preserve original accuracy.

By following these steps, your Storaen optical composite image level will deliver consistent precision for industrial alignment tasks, backed by our 30+ years of engineering expertise.

Zero Position Calibration of Optical Composite Image Level: 180° Rotation Method Explained

Accurate zero calibration is vital for your Storaen optical composite image level to maintain its 0.01mm/m precision and ±0.0003mm/m flatness. The 180° rotation method eliminates subtle optical or mechanical shifts, ensuring reliable measurements in critical tasks like CNC machine alignment or aerospace component inspection. Here’s a streamlined, step-by-step guide:

1. Why Calibrate?

Impacts, vibrations, or temperature fluctuations can shift the level’s zero reference, leading to measurement drift. Calibration realigns the bubble vial with the tool’s optical prism and lever system, ensuring consistent baselines for industrial applications where 0.001mm deviations are unacceptable—such as verifying machine tool guides or structural frameworks.

2. Setup Requirements

Storaen optical composite image level (featuring a V-grooved base and micro-adjusting screw)
Certified precision reference flat (e.g., our Storaen granite surface plate, with flatness ≤0.0002mm/m)
A clean, vibration-free workbench in a temperature-stabilized environment (18°C–22°C recommended)

3. Step 1: Initial Measurement

Place the level lengthwise on the reference flat, aligning the V-grooved base with the flat’s central axis. Rotate the micro-adjusting screw until the composite bubble image—created by the 45° prism system—perfectly overlaps in the viewfinder. Record this initial scale reading (A), which reflects the current deviation from true zero.

4. Step 2: 180° Rotation & Second Reading

Carefully flip the level 180° end-to-end while maintaining its longitudinal orientation on the flat (avoid any lateral movement). Adjust the micro-screw again to align the bubble image and record the new reading (B). The difference Δ = |A - B| indicates zero position error; ideal values for Storaen levels should be ≤0.005mm/m.

5. Step 3: Error Correction & Verification

Calculate the target zero position as the midpoint: C = (A + B)/2. Loosen the protective cap on the zero-adjustment screw (typically located near the bubble vial), rotate the screw until the scale reads C, then retighten. Repeat Steps 3–4 until Δ ≤0.002mm/m, ensuring minimal residual error.

6. Pro Tips for Precision

Triple-Check Consistency: Perform 3 calibration cycles, especially after transporting the level or working in environments with temperature swings, to ensure repeatable results.
Lubricate Moving Parts: Apply a drop of Storaen’s non-acidic oil to the micro-screw before adjustment to ensure smooth, backlash-free operation and prevent binding.
Environmental Control: Avoid calibrating near heat sources or drafts, as even minor temperature gradients can affect the granite base’s dimensional stability and introduce errors.

7. Storaen’s Calibration Support

Every Storaen optical composite image level includes a NIST-traceable calibration certificate, but quarterly in-field checks are recommended for heavy use. Our support includes:

Factory Recalibration: Restoring original 0.01mm/m accuracy using laser interferometers for high-stakes applications.
Genuine Spare Parts: Readily available adjustment screws and maintenance kits for long-term usability.
Video Tutorials & Expert Guidance: Step-by-step videos and engineer support to assist with on-site calibration procedures.

Final Notes

Mastering the 180° rotation method ensures your Storaen optical composite image level delivers the precision required for cylindrical slope measurements, machine tool flatness checks, and other critical alignments. With proper calibration, this tool, backed by our 30+ years of engineering expertise, becomes an indispensable asset in your quality control workflow, ensuring every measurement is as reliable as the first.