Contact Instruments

  Maintained measurement and process control in manufacturing operations is a key factor when it comes to efficient operations. However, the task is easier said than done. Supervising and controlling a wide variety of dispersed processes on a large manufacturing plant is no mean feat—but process control instrumentation can help.    Process control technologies have made it possible for plant managers to keep track of various processes in real-time. The successful implementation of process control tools can help manufacturers achieve better consistency and quality of the end-product, both factors that are essential for a business to increase profitability. Let’s take a look at the top advantages offered by process control instrumentation: 1. Reduced Labor Costs When implementing process control strategies, you can reap the benefits offered by automation and rework existing processes. With adequate sensors placed around the facility and all data being fed automatically into processors, t

Following the tragedy at a Phillips petroleum chemical plant  in 1989, where an explosion was sparked by an ethylene leak, the U.S. Department of Labor Occupational Safety and Health Administration (OSHA) identified the need for comprehensive Process Safety Management. In 1992, OSHA issued the Process Safety Management of Highly Hazardous Chemicals, which lists proper controls and steps to manage process hazards and avoid risks.   Hazardous chemicals can have catastrophic consequences if released into the environment unexpectedly. Regulations outlined in OSHA’s Process Safety Management (PSM)  are designed to help employees better identify the hazards posed by operations and how to use process instrumentation, such as standpipe gauges , correctly. Here’s an overview of the three facets of process safety information outlined by the OSHA: 1. Information pertaining to hazards of the highly hazardous chemicals (HHCs) used or produced by the process Before an operation can be carried out, a

Process instrumentation arose during the mid-18 th  century and played a key supporting role during the first industrial revolution  of mechanical innovations and the second phase of mass production. The industry continues to thrive today as it leverages the power of digital technology and extensive R&D to meet the growing demand for accuracy and consistency. Here’s a closer look at some of the latest developments in the industry: 1. Tank Level Gauge Tank level gauges are designed to measure liquid levels for any shape of vessel or vented storage tank. Users can scale the analog dial to their requirements to ensure easy and accurate readings. The integral capillary line separates the indication so that the seal housing can be mounted remotely. 2. Clipper Weight Indicators The deflection or clipper weight indicator system  is ideal for use in small drilling projects and workover rigs. As a portable weight measurement system, it can be used on multiple rigs. The system often comes wi

Weight indicators are among one of the important instruments that are used by drillers to effectively monitor and improve the operating efficiency and functioning of drilling operations. This blog will discuss the role of weight indicators and how they contribute to the process. But before that, let’s briefly discuss how weight indicators work. How do weight indicators work? Weight indicators allow drillers to calculate accurate measurements of weight by using a hydraulic gauge. It’s attached to the deadline of the drilling line so when the tension is increased, a certain amount of hydraulic fluid is forced through, which turns the hands of the weight indicator and provides accurate readings. In order to get accurate readings, it’s very important that the driller makes a zero-offset adjustment before starting the process. The reason is that the measured weight also contains the value of the tension on the wire rope, including the cable as well as the traveling blocks.   The importance