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2-Channel Differential Hall FE Push-Pull - Rotational Speed Sensors

RHEINTACHO

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Applications: Speed an direction detection of gearwheels with module 2 Applications in vehicles, mobile operating machines and hydraulic drives (axial piston pump and -motor) Features: Insertion depth: 18.4 mm and 32 mm Small size Alignment required Wide temperature range Wide frequency range Two frequency outputs or one frequency and one digital direction output on choice Output signal push-pull Power supply 8 VDC ... 32 VDC Frequency range 0 Hz ... 20 kHz Operating temperature -40 °C ... +125 °C Degree of protection IP67, IP6K9K
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Digital Hand Tachometer Rotaro T

RHEINTACHO

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The Rotaro T can measure the lengths and velocities of yarn, wire and glass or other fiber. Measuring range 1 - 99,999 min-1 RPM Measuring accuracy ±0.02 % (bzw. ± 1 Digit) Measuring distance max. 600 mm Measuring principle optical / mechanical
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Digital Hand-tachometer Rotaro Te

RHEINTACHO

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Rotaro Te is a device for measuring rotational speed and velocity, as well as length. Special adapter for ropes up to 8 mm diameter, e.g. in elevator applications. Measuring range 1 - 99,999 min-1 RPM Measuring accuracy ±0.02 % (bzw. ± 1 Digit) Measuring distance max. 600 mm Measuring principle optical / mechanical
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Digital Hand-tachometer Rotaro Tw

RHEINTACHO

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The Tw adapter can be directly attached to the digital hand-tachometer rotaro and can measure welding wires with a diameter from 0.8 to 3.0 mm. Measuring range 1 - 99,999 min-1 RPM Measuring accuracy ±0.02 % (bzw. ± 1 Digit) Measuring distance max. 600 mm Measuring principle optical / mechanical
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Mechanical Precision Hand Tachometer

RHEINTACHO

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DIGITAL HAND TACHOMETER ROTARO 3.0

RHEINTACHO

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Master Machinery Precision with the Digital Hand Tachometer ROTARO 3.0

Accurate rotational measurement prevents expensive machine downtime. Unchecked speed variations increase wear, trigger unexpected component failures, and waste valuable energy. The Digital Hand Tachometer ROTARO 3.0 provides quick, reliable measurement across industrial machinery, motors, and rotating shafts. It serves as your versatile solution for routine maintenance and critical quality control.

Dual-Function Flexibility: Optical and Mechanical

The ROTARO 3.0 excels by offering both contact and non-contact measuring methods in a single device.

  • Optical Non-Contact Measurement: Aim the red light spot at a reflective target on the rotating shaft. The sensor reads speeds from a safe distance up to 600 mm away. This mode works perfectly for high-speed shafts or hard-to-reach machine parts.

  • Mechanical Contact Measurement: Attach the included adapter to measure speed directly through physical contact. Use the adapter tip for shafts or the running wheel for linear surface speeds like conveyor belts and textiles.

Key Features for Reliable Maintenance

  • High Precision: Delivers exceptional measurement accuracy across wide speed ranges.

  • Memory Function: Stores minimum, maximum, average, and last-measured values automatically.

  • Versatile Units: Measures RPM, meters per minute, feet per minute, and total revolutions easily.

  • Ergonomic Design: Features a durable, lightweight housing designed for comfortable handheld operation.

Contact & Non-Contact functions Easy handling with three buttons Measure distance 600mm Range 1.00 -99,999 rpm for non-contact mode Range 1 - 19,999 rpm for contact model Accuracy +/- 0.02% or +/-1 rpm Contact & Non-contact Meter Made in Germany  
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Portable Stroboscopes LED

RHEINTACHO

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Diamond Indenter for Hardness Tester

PREMIUM

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Why Precision Depends on Your Diamond Indenter for Hardness Tester

Inaccurate hardness testing disrupts quality control. Consequently, it risks costly material failure. Furthermore, a worn or poorly calibrated tool compromises your entire testing protocol. Therefore, installing a high-performance diamond indenter for hardness tester guarantees consistent, repeatable readings across every sample batch. Ultimately, it gives lab technicians full confidence during critical metallurgical checks.

Obviously, industrial manufacturing requires exact specifications. Accordingly, precision tools remain absolutely essential for everyday operations.

Extreme Diamond Quality for Demanding Applications

The diamond tip acts as the exact point of contact. Specifically, it sits directly between the load force and the material surface. For this reason, premium indenters use high-grade natural diamonds exclusively. Additionally, expert technicians grind these diamonds to precise geometric angles.

  • Rockwell Testing: First, this method uses a polished diamond cone. Moreover, it resists extreme test loads while delivering distinctly sharp indentations.

  • Vickers Testing: Second, this technique employs micro-polished diamond pyramids. As a result, this design ensures razor-sharp impression edges for high-magnification optical evaluation.

Consistent tip geometry prevents micro-fracturing under high pressure. Because of this, the tool lasts significantly longer. In addition, this durability saves money on frequent machine recalibrations.

Key Operational Advantages

  • Certified Standard Compliance: Importantly, this tool meets strict ISO and ASTM calibration requirements.

  • Flawless Polishing: Similarly, smooth diamond facets eliminate friction errors during depth measurements.

  • Robust Mounting: Meanwhile, secure titanium holders prevent diamond slippage under heavy loads.

  • Universal Compatibility: Finally, it fits seamlessly into standard benchtop and automatic testers.

Selecting the Right Indenter Geometry

Test Method Tip Geometry Common Load Range Key Application
Rockwell C 120° Diamond Cone 60 kgf – 150 kgf Hardened Steels
Vickers 136° Pyramid 1 gf – 100 kgf Micro-Hardness
Knoop Elongated Pyramid Low force loads Brittle Ceramics

Protect Your Lab Accuracy Today

Never sacrifice test reliability for sub-par lab consumables. Instead, upgrade your laboratory equipment today. Specifically, choose a certified diamond indenter for hardness tester. Ultimately, this decision ensures perfect indentation geometry, passes strict audits, and maintains flawless quality standards.

Indenter stable quality is warranted by high metallurgy technique and grinding diamond skill measuring skill
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Large Dial Caliper Gage

PREMIUM

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Dimensional Metrology: Large Dial Caliper Gage Guide

Measuring internal grooves, deep bores, and wall thicknesses on large workpieces presents tough shop floor challenges. Standard vernier calipers and micrometers lack the throat depth and reach required to clear wide flanges or deep recessed features. The Large Dial Caliper Gage resolves this inspection bottleneck by extending spring-loaded measuring arms directly into hard-to-reach part features.

This guide explores how integrating a large dial caliper gage elevates inspection speed and dimensional accuracy across your shop.

What Is a Large Dial Caliper Gage?

A Large Dial Caliper Gage is a specialized mechanical metrology tool designed for comparative dimensional measurement.

Featuring long scissor-like arms, a clear dial indicator display, and carbide-tipped contact points, this tool measures broad internal or external geometries. Quality inspectors use internal and external models to audit castings, forgings, and machined housings effortlessly.

Key Operational Advantages

Upgrading to a large dial caliper gage delivers clear technical benefits for quality assurance teams:

  • Extended Throat Depth: Long reach arms clear wide shoulders and deep recesses without contacting outer workpiece edges.

  • Spring-Loaded Contact Force: Provides uniform contact pressure across all checks, eliminating operator measurement variations.

  • Instant Analog Dial Readout: Converts arm movement into continuous dial readings for rapid batch inspection passes.

  • Durable Carbide Tips: Spherical carbide contact points resist wear when checking rough cast surfaces or abrasive metals.

Common Workshop Applications

Machinists and quality control inspectors rely on large dial caliper gages for vital daily inspection tasks:

  1. Pipe Wall Thickness Audits: Measure pipe and tube wall dimensions deep inside long cylindrical sections.

  2. Internal Groove Inspection: Reach inside large valve bodies to verify O-ring groove diameters accurately.

  3. Casting Wall Checks: Audit wall uniformness across complex engine blocks and sand-cast pump housings.

  4. Sheet Metal Fabrication: Verify thickness dimensions across large stamped panels away from sheet edges.

How to Measure in 4 Simple Steps

Follow these basic steps to perform accurate dimensional inspection checks:

  1. Zero the Indicator: Set the dial face to zero using a setting ring or precision gage block stack.

  2. Retract Gage Arms: Squeeze the thumb lever to retract the spring-loaded measuring arms smoothly.

  3. Position Contact Tips: Insert the probe arms into or around your target workpiece feature.

  4. Record the Deviation: Release the thumb lever gently and read the dimensional deviation on the dial face.

Final Thoughts

The Large Dial Caliper Gage turns tricky dimensional checks into fast, repeatable inspection routines. By combining extended reach with consistent spring tension, this durable metrology tool protects product quality and maintains strict manufacturing standards.

The dial caliper gauge show its great power in measurement of outside sizes and thickness. Any other shapes and sections that is not apparently accessible. Range: 0-30mm / 0.01mm Permissible Error: +/-0.03mm Max. Opening: 60mm Throat Depth: 135mm
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Special Dial Caliper Gage PCLA-19P

PREMIUM

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The dial caliper gauge show its great power in measurement of outside sizes and thickness. Any other shapes and sections that is not apparently accessible. Range: 0-50mm / 0.05mm Permissible Error: +/-0.15mm Max. Opening: 80mm Throat Depth: 130mm
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Clamp Brinell and Rockwell Hardness Tester

PREMIUM

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On-Site Precision with a Clamp Brinell and Rockwell Hardness Tester

Destructive sample cutting delays production schedules. Additionally, transporting heavy metal components to a laboratory increases logistical costs. Therefore, quality control teams require rapid field testing tools. A portable Clamp Brinell and Rockwell Hardness Tester solves this challenge directly. Specifically, it clamps onto large workpieces to deliver instant, high-accuracy hardness readings right on the factory floor.

Dual-Scale Versatility for Diverse Materials

This specialized tester combines two major hardness testing methods in one portable frame. Consequently, technicians can switch between test scales effortlessly depending on material thickness and heat treatment.

  • Rockwell Testing Mode: First, this mode applies direct penetration loads using a diamond or ball indenter. As a result, it evaluates hardened steels, structural alloys, and finished components rapidly.

  • Brinell Testing Mode: Second, it utilizes heavy test loads and larger carbide balls. Thus, it produces wide indentations that accurately average out non-uniform grain structures in raw castings and forgings.

Furthermore, strong mechanical clamping prevents workpiece movement during load application. Because of this, users achieve laboratory-grade repeatability without permanent laboratory setups.

Key Industrial Benefits

  • Non-Destructive On-Site Testing: Importantly, it tests large pipes, steel plates, and shafts without cutting coupons.

  • High Clamping Force: Meanwhile, robust C-clamps eliminate frame deflection under full test pressure.

  • Wide Test Range: Similarly, it measures soft metals like aluminum up to ultra-hard tool steels.

  • Operational Speed: Finally, rapid clamping mechanisms reduce overall test time per batch.

Selection Guide for Field Hardness Testing

Feature Rockwell Mode Brinell Mode
Primary Indenter Diamond Cone / 1/16" Ball 2.5 mm / 5 mm Carbide Ball
Material Type Hardened Steel, Small Parts Raw Castings, Forgings, Raw Stock
Measurement Style Direct Depth Scale Read Optical Indentation Diameter
Surface Finish Smooth Ground Surface Standard Machined Surface

Upgrade Your Quality Assurance Today

Stop wasting valuable time cutting test specimens. Instead, equip your inspection crew with a Clamp Brinell and Rockwell Hardness Tester. Ultimately, this powerful investment guarantees fast compliance checks, protects product integrity, and streamlines your operational workflow.

Portable Rockwell / Superficial Rockwell / Brill & Rockwell Hardness Testers. The principle and structure of this device is in accordance with ASTM E110. Meeting the requirement of ISO6508/6506 and ASTM E18 / E10. Designed to the basic principle of Rockwell hardness test. The test force is apply by screw and a calibrated U-sharp spring. Two indications are installed on the tester. One is Dial indicates the force value by measuring the deformation of the elastomer, and one precision screw micrometer used for testing the indentation depth
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Customise Essential Care Pack !

PREMIUM

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Essential Care Products for your Employee! Items Selection from:
  1. 3 Ply Disposable Mask
  2. Hand Sanitizer 70ml / 500ml / 5000ml
  3. Reusable Mask (with your company LOGO)
  4. Forehead Infra Thermometer
  5. Oral Thermometer
  6. Vitamin C (Immunity Support)
  7. Yu Ren Sang Products (Immunity Support)
  8. Manuka Honey (Health Support)
  9. Disinfectant Cleaning Spray (Kill Corona Virus)
  10. Sanitizing Wipes
  11. Humidifier
  12. Coffee & Tea Bag and many more! Call us for your enquiry!
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