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Ultrasonic Thickness Gauge NOVOTEST UT-1M-ST

Ultrasonic Thickness Gauge NOVOTEST UT-1M-ST

Industrial inspection equipment

Overview

The NOVOTEST UT-1M-ST Ultrasonic Thickness Gauge is designed for industrial thickness measurement where equipment durability and resistance to mechanical damage are important purchasing considerations. Its rugged aluminium enclosure distinguishes it from the standard UT-1M model, making it suitable for inspection environments where instruments may be exposed to impact, handling stress and demanding operating conditions. The UT-1M-ST supports normal, B-scan and thickness-limit control modes for industrial thickness measurement. Its published measurement range for steel is 0.45–1,500 mm, depending on the selected probe, material and surface characteristics. The instrument provides a measurement resolution of 0.01 mm and a published basic accuracy of ±(0.01h + 0.05) mm under the specified conditions. Compatible probe options allow users to select configurations according to the required measurement range and application. For Indian fabrication units, engineering companies, industrial maintenance departments and inspection contractors, the UT-1M-ST can be considered for routine thickness measurement of suitable metal components. Its durable metal enclosure is particularly relevant where equipment handling and mechanical protection are important. The instrument also supports measurement-result storage and computer-based data transfer for inspection documentation. Before purchasing the NOVOTEST UT-1M-ST, buyers should assess the required probe frequency, measurement range, material type and inspection conditions. It is also important to evaluate the operating environment, data-transfer requirements, calibration procedure and supplied accessories. Although its aluminium enclosure provides mechanical protection, the published model specifications should be checked to determine whether its environmental protection is suitable for the intended workplace.

Key Highlights

  • Unique additional protection of metal housing
  • Material selection and automatic setting of ultrasound velocity
  • Large graphic display of high contrast and backlight
  • Display of measured thickness in mm and inches
  • Convenient menu in the device
  • Wide choice of UT probes with preset settings in the device
  • Modes of statistical processing of measurements
  • Ability to restore factory calibrations
  • Ability to adjust all parameters of the acoustic path
  • Ability of further adjusting the user gain (±20 Db) directly from the measurement mode
  • Wide measurement range (0.4 to 1500 mm and more)
  • Available probes 1.25-10 MHz:
  • – 1.25MHz probe (echo) 20/2 for substantial thicknesses or materials with exceptionally high signal attenuation
  • – 2.0MHz probe (echo) 20/2 for large thicknesses or materials with high signal attenuation
  • – 2.5MHz probe (echo) 12/2 for thick samples
  • – 5MHz probe (echo) 10/2 for a wide range of basic samples
  • – 10MHz probe (echo) 6/2 for thin samples
  • – 10MHz probe (echo) 2х3 for products of complex shapes
  • usually turbine blades
  • – 5MHz high-temperature probe (echo) 10/2 for heated samples up to 250 °С/482 °F
  • – 2.5MHz probe (echo-echo) 12/2 for through coating
  • – 5MHz probe (echo-echo) 10/2 for through coating
  • – 10MHz probe (echo-echo) 6/2 for through coating
  • – 5MHz probe (echo-echo) 10/2 for through coating underwater 10 m cable
  • – 5MHz probe (echo-echo) 10/2 for through coating underwater 20 m cable
  • – 5MHz probe (echo-echo) 10/2 for through coating underwater 30 m cable
  • B-scan and control modes
  • Through-coating (echo-echo) mode
  • Threshold setting with automatic alarm
  • Saving the settings for different probes
  • Compatibility with probes of other manufacturers
  • V-path correction and TVG adjusting for the user’s probes
  • Measurement storage and PC software
  • PC cable connection:
  • – Online – NOVOTEST.INFO/USB-connect
  • – Offline – NOVOTEST USB-Connect

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Technical Specifications

Measurement Range3-300mm (steel)
Surface TemperatureUp to 300°C
Accuracy±0.5mm or ±2%
Resolution0.1mm
Probe TypeHigh-temperature delay line
DisplayLCD with backlight
Power Supply2 x AA batteries
Operating Time100+ hours
Weight200g
Dimensions125 x 70 x 30mm
Probe type range for steel, mm: Probe 10MHz – P112-10-2×3, Probe 10MHz – P112-10-6 / 2, Probe 5MHz – P112-5-10 / 2, Probe 2,5MHz – P112-2,5-12 / 2, Probe 2MHz – P112-2-20 / 2, Probe 1,25MHz – P112-1.25-20 / 20.4-15, 0.45-300, 0.8-500, 2.5-1000, 3-1200, 4-1500
Probe dimensions, mm: Probe 10MHz – P112-10-2×3, Probe 10MHz – P112-10-6 / 2, Probe 5MHz – P112-5-10 / 2, Probe 2,5MHz – P112-2,5-12 / 2 Probe 2MHz – P112-2-20 / 2 Probe 1,25MHz – P112-1.25-20 / 24×9×60, D12×15, D17×20, D20×21, D30×28, D30×35
Dimensions of probe contact area/crystal, mm: Probe 10MHz – P112-10-2×3, Probe 10MHz – P112-10-6 / 2, Probe 5MHz – P112-5-10 / 2, Probe 2,5MHz – P112-2,5-12 / 2, Probe 2MHz – P112-2-20 / 2, Probe 1,25MHz – P112-1.25-20 / 22×7/2×3, D9/D6, D14/D10, D16/D12, D24/D20, D24/D20
Optional probes: 5MHz high-temperature probe (echo) 10/2, 2,5MHz probe (echo-echo) 12/2 for through coating, 5MHz probe (echo-echo) 10/2 for through coating, 10MHz probe (echo-echo) 6/2 for through coating, 5MHz probe (echo-echo) 10/2 for through coating, underwater, 10 m cable, 5MHz probe (echo-echo) 10/2 for through coating, underwater, 20 m cable, 5MHz probe (echo-echo) 10/2 for through coating, underwater, 30 m cablerange 0,8 – 300 mm, surface temperature up to 250 °С/482 °F range 6 – 30 mm, coating thickness range – up to 1 mm range 3,5 – 26 mm, coating thickness range – up to 1 mm range 2 – 12 mm, coating thickness range – up to 0,6 mm range 3,5 – 26 mm, coating thickness range – up to 1 mm range 3,5 – 26 mm, coating thickness range – up to 1 mm range 3,5 – 26 mm, coating thickness range – up to 1 mm
Compatible probe typesUltrasonic, dual-element, longitudinal waves (including probes of other manufacturers)
Compatibility with Active EMAT Transducer EMAT-A1No
Probe calibrations (V-path, TVG, etc.)factory for NOVOTEST probes users for probes of other manufacturers
Probe cable connector type2 Lemo 00
Probe cable length, m1,2
Measurement scalesmm (m/s), inch (inch/μs)
Measurement resolution, mm/inch0.01/0.001, (0.01/0.0001 by request)
Basic measurement accuracy, mm± (0,01 T+0.05) (*For range 0.8 – 300 mm)
Gain range, dB± 20
Response time, with no more than, s1
Setting range of the ultrasonic velocity, m / s1000-17000
Preset velocities for materialsSteel (8 different grades), Aluminum, Iron, Cast Iron, Zinc, Chromium, Copper, Brass, Bronze, Silver, Gold, Nickel, Tungsten, Tin, Lead, Molybdenum, Manganese, Magnesium, Rubber, Polystyrene, Plexiglas, Capron, Caprolon, ED-5, Ebonite, Porcelain, Teflon, Textolite, Silicate Glass, Acrylic glass, User
Operating modesNormal, B-scan, Control mode
StandardsASTM E797 EN 14127 EN15317
Body type / Dust and moisture protection levelPlastic, with shockproof silicone case Standard for shop and field operation IP54
Calibration thickness block on the body6 mm (Steel/~6080 m/s)
PC cable connectionOnline – NOVOTEST.INFO/USB-connect Offline – NOVOTEST USB-Connect
Wireless connection with Android gadgets via NOVOTEST Lab AppNo
Storage capacity of measurement results128
Measurement archivesDevice menu, PDF, Excel (CSV)
Menu languagesEnglish, Spanish, Ukrainian, Russian (other languages optional)
Operating environmentTemperature:-20°C~50°C, Humidity: 30%~80%R.H.
Power supplyDC 3V (2 pcs standard batteries AA)
Time of continuous work hours, not less, h25
ChargingExternal charger for 2pcs AA batteries
Weight of electronic unit with batteries, no more, kg0.25
Overall dimensions, mm130x90x40
Package weight, kg1.5
Package dimensions, cm33*27*10
DocumentsOperation manual UT-1M, Quick guide UT-1M/-ST, Brochure UT-1M/-2A
Country of originMade in Ukraine (Europe)
WarrantyBasic – 12 months for electronic unit – 6 months for probes Extended (optional) – up to 3 years

Applications

Hot pipeline inspection

Furnace and boiler tube measurement

High-temperature process equipment

Thermal power plant maintenance

Petrochemical hot surface inspection

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Frequently Asked Questions

Why is the NOVOTEST UT-1M-ST equipped with a rugged metal housing?▼

The NOVOTEST UT-1M-ST features a heavy-duty aluminium enclosure specifically designed for inspection environments where conventional instruments are vulnerable to mechanical impacts, vibration, dust, and harsh industrial handling. This robust construction makes it particularly suitable for steel plants, fabrication workshops, foundries, field laboratories, and heavy engineering facilities across India, ensuring dependable performance under demanding operating conditions.

How does the UT-1M-ST improve inspection reliability in metallurgical industries?▼

The instrument delivers consistent wall-thickness measurements even in environments exposed to elevated temperatures, metallic dust, and continuous industrial activity. Its durable construction and stable measurement capabilities help inspectors perform reliable corrosion assessments, production quality verification, and lifecycle monitoring of critical metallic assets.

Can the UT-1M-ST be deployed for both workshop and on-site inspections?▼

Yes. The UT-1M-ST is engineered to operate efficiently in fabrication facilities, maintenance workshops, refineries, construction sites, and remote industrial locations. Its portable design enables inspection teams to perform accurate thickness measurements wherever equipment integrity must be verified without transporting components to a laboratory.

Which inspection tasks are best suited for the NOVOTEST UT-1M-ST?▼

The instrument is particularly effective for evaluating pressure vessels, storage tanks, structural steel, pipelines, boilers, heavy machinery, fabricated components, and corrosion-prone equipment where long-term wall thickness monitoring is essential for operational safety and regulatory compliance.

Why is the UT-1M-ST an excellent choice for inspection service providers in India?▼

Inspection agencies and industrial maintenance contractors benefit from the UT-1M-ST because its rugged construction minimizes equipment damage during frequent field deployment while maintaining high measurement accuracy, allowing professionals to deliver dependable inspection services across diverse industrial sectors.