Skip to main content

Mobile Calibration System From Nagman Instruments

 

Our new Mobile Calibration System has been established to allow users to check torque accuracy, run calibration tests and create calibration certificates prior to the use of non-stop rotation torque tools in various applications. The mobile calibration is mainly designed for use with pneumatic (PTW) and electric (ETW) torque multipliers and can be used to set air pressures for the PTW and start compensation values for the ETW therefore eradicating the issue of variances in local air/electrical supply. A strong, regulating reaction block facilitates use with all PTW and ETW tools, and most competitive tools. A secondary reaction post allows use with those tools that won't fit the regular reaction block. The compact and lightweight assembly is equally at home in the workshop, in the field or bolted down in a maintenance van, capable of accurately measuring torque .Just mount the wrench to be rectified, place the reaction arm interested in the reaction block, and activate the wrench. A digital display shows the torque output.

A technique to calibrate the wrench using 5 measurements for 5 torque values outcomes in a calibration certificate.

Versatility

  • Precisely measures torque output for continuous rotation tools.
  • Flexible design enables use with a large variety of competitive wrenches
  • Internal Lithium-ion battery pack, external power via 5V DC USB power supply
  • Standard USB cable for communication with windows based PC's
  • Peak and Track modes

Ease of Use

  • Compact design facilitates easy transport, allowing calibration to be carried out in the shop, on jobsites, or even in a vehicle
  • Combined digital interface enables torque values to be displayed, saved, printed or transferred to computer utilizing Excel software.

Comments

Popular posts from this blog

How to Calibrate Temperature Sensors?

Temperature sensors are critical components in various industries, ensuring precise measurements for optimal performance. Calibrating these sensors is essential to maintain accuracy, and three primary methods are employed for this purpose. Each method offers distinct advantages and limitations, affecting the reliability of temperature readings. This article will delve deeper into these methods and analyse their pros and cons to understand temperature sensor calibration comprehensively. Three Major Strategies for Calibrating Temperature Sensors Calibrating with a Temperature Simulator Calibrating temperature sensors using a temperature simulator remains a rapid and efficient approach. A temperature simulator accepts an input temperature and generates corresponding electrical signals, such as voltage or resistance, based on established national standards. Let's explore further the benefits and drawbacks of this method. Pros Speed and Efficiency: The use of a temperature simulator ...

What are Dry Block Calibrators & How it is Used?

 In all industries, temperature is the most monitored factor. Particularly in the process industry, precise temperature measurements are crucial for the smooth operation of all processes. And for that, we need temperature calibrators. A temperature calibrator is any tool that can be used to check if temperature data from measuring equipment are reliable. They can also be used to check if temperature device readings fall within the accuracy and error tolerances that have been set.  Many different temperature calibrators exist, ranging from a portable instrument for lab calibrations to a robust dry block temperature calibrator, and they serve specific calibration purposes. Today, we will walk you through dry block calibrators - what they mean and why they are used for temperature calibration! What are Dry Block Calibrators? Dry block temperature calibrators come with metal inserts with holes bored into them for mounting temperature sensors. These holes range in size, and the met...

Pyrometers: The Ultimate Guide to Non-Contact Temperature Measurement

Pyrometers   are advanced non-contact temperature measuring instruments that detect thermal radiation emitted by an object and convert it into temperature readings. These instruments are fast, accurate, and ideal for high-heat industrial processes. In this blog, we’ll explore what pyrometers are, how they work, their types, advantages, and applications. What is a Pyrometer? A pyrometer is a temperature measuring device that calculates the surface temperature of an object without touching it. It detects infrared (IR) radiation emitted by the object and translates it into a temperature reading based on the object’s emissivity and radiation intensity. This method of non-contact temperature measurement makes pyrometers particularly valuable in scenarios where: The object is too hot to touch The object is moving or rotating The environment is hazardous Continuous real-time monitoring is required How Do Pyrometers Work? All objects above absolute zero emit infrared radiation. The amount ...