Skip to main content

Electra - Electrode Type Boilers

Operating Principle:-

                  Electra differs in theory from the other methodology of heating water or manufacturing steam because the water inside the shell is employed as an resistance through that this is passed. This causes an increase in the temperature of the water.

Construction:-

                   Electra steam boilers are factory-made as a pre-packaged unit mounted and a chassis, installation contains the fitting of the pipe, cold feed, blowdown, drain, valve, air vent pipe and also the affiliation of the electrical supply.
The current supply consists of specially designed electrodes within the variety of scrolls so as to maximize the electrodes space. Automatic controls for prime steam pressure and high & low water level within the boiler shell are provided through a completely pre-wired instrument panel thereby creating the operation extremely easy and simple.


Advantages:-

  • Compact size.
  • Safe, easy-to-use heat supply – no on-the-scene product of combustion.
  • Easy and fast to put in, they need solely water affiliation and electrical hook-up.
  • Steam on the market at the flip of a switch.
  • Designed as per IBR 1950, punctually approved from the IBR body.



Capacity Range:-

                Electra Boilers is on the market in steam capacities from fifty Kg/hr to 1320 Kg/hr.
Electrode Type Boiler
Electra Boilers


Comments

Popular posts from this blog

SENSIBLE HEAT & LATENT HEAT

SENSIBLE HEAT Sensible heat produces a rise or fall in temperature of substance Sensible heat does not change physical state of substance LATENT HEAT Latent heat changes the state of substance i.e. Liquid to Gas, Solid to Liquid and Liquid to Solid in case of boiler . Latent heat does not cause temperature change in the substance

Why spirals are provided at the Idustrial Boiler Chimney

Chimney:- Chimney , as we know, is used to reject the flue gases to the atmosphere, coming from the Steam Boiler during operation. Also, it is a megastructure in Steam Boiler assembly and any discrepancy in its structural and foundation work can cause extremely serious damages, may even lead to casualties or plant shut off till its re-erection. The designer must consider all the factors while designing chimneys and one of the major factors amongst them is the wind factor. Blowing wind tries to overcome its static inertia but fails, if spirals are provided on the surface of the chimney. BUT THE QUESTION IS HOW????? Consider a chimneys (without spiral wings) , when the blowing wind comes in contact with its upstream surface, stagnation point (zero velocity) is achieved at that point i.e. pressure generated is high at that point and at the downstream end a vacuum is created as the wind coming in contact with the chimneys , gets deflected and meets after some point (wake regio

Critical Thickness of Insulation and It's Effect on Boiler Efficiency

Welcome to the THERMODYNE BLOG, today in this article we are going to explore the thickness of insulation and its effect on boiler efficiency and other parameters. Critical thickness of insulation and its significance             The information in this article gives a significant collection of data you need to know about the boiler and its performance, the parameter that affects the boiler efficiency .         Table of content INTRODUCTION THICKNESS OF INSULATION CRITICAL RADIUS EFFECT ON BOILER EFFIIENCY INSULATING MATERIALS CONCLUSION INTRODUCTION- The  thickness  up to which heat flow increases and after which heat flow decreases is termed  critical thickness . In the case of cylinders and spheres, it is called the  critical radius . The  critical radius of insulation  can be derived depending on the thermal conductivity of the insulation k and the external convection heat transfer coefficient h. THICKNESS OF INSULATION- CRITICAL RADIUS-   In boiler the shell and tube are cyl