Throttling Calorimeter Dealers

• Automation Grade: Semi Automatic
• Color: Blue
• Payment Terms: T/T (Bank Transfer)/D/P/D/A
• Steam Generator: 10 kg/cm2
• Usage/Application: Laboratory Use
• Material: Mild steel

We provide Separating and Throttling Calorimeters in various ranges that are ideal for finding out dryness fraction of stream. We offer Separating and Throttling Calorimeter to suppliers, wholesalers, and retailers at competitive prices. ExperimentTo find out dryness fraction of stream. Separating Calorimeter It consists of two concentric chambers, the inner chamber and the outer chamber, which communicates with each other through an opening at the top. As the steam discharges through the metal basket, which has a large number of holes, the water particles due to their heavier momentum get separated from the steam and collect in the chamber. The comparatively dry steam in the inner chamber moves up and then down aging through the annular space between the two chambers and enters the Throttling Calorimeter. Throttling Calorimeter It consists of a narrow throat (Orifice). Pressure and temperature are measured by pressure gauge and thermometer. The steam after throttling process passes through the heat exchanger and condensate is collected. Steam Generator is also provided to supply the saturated steam (Max) at 2kg/cm2 pressure (max.).There is no need of boiler or boiler connection.

We are offering Separating and Throttling Calorimeter confirmation with international quality accepted standards, Separating and Throttling Calorimeter is high on demand in the national markets. Effectual functioning, trouble free performance and longer service life are exhortations that characterize the range of separating calorimeter offered by us. Consequently, we are counted as a top notch Separating and Throttling Calorimeter manufacturer and supplier based in india. about Separating and Throttling Calorimeter comprises of two concentric chambers- inner chamber and outer chamber that communicate with each other by means of an opening at the top as the steam discharges by the metal basket that has a large number of holes, the water particles due to their heavier momentum gets separated from the steam and is collected in the chamber dry steam in the inner chamber moves up and than down aging through the annular space between the two chambers and enters the throttling calorimeter suitable for : finding out dryness fraction of stream

Product Code: EKE 2105AIMTo find out dryness fraction of steam by combined separating and throttling calorimeter.Product DetailsThe steam passing out from separating calorimeter may still contain some water vapour , in it . in other words it may not be absolutely dry . again , in a throttling calorimeter steam after passing through the throttle valve must be superheated or at least dry saturated . this limits the extent of dryness fraction that can be reliably measured , depend up on the pressure of steam in the main steam pipe . if a sample of steam, which may be still wet after passing through the throttle valve i.e it will not be superheated . thus under this condition the throttling calorimeter fails to enable us in determining the value of dryness fraction of steam . to overcome this difficulties we make use of separating and throttling calorimeter . first the steam is passed through separating calorimeter where itlosses most of it’s moisture and becomes comparatively drier, it is than passed through the throttling calorimeter where super heating takes place with out changr of total heat . the temperature and pressure of steam after throttling are measured by using a thermometer and manometer respectively.DescriptionThe set up consist of a separating and throttling calorimeter . a steam generator is provided at the base of the apparatus . a thermostat knob is provided at the front of apparatus to control the temperature inside the steam generator . steam from steam generator is passed from separating calorimeter where most of the water partical get separated from steam and then passed to throttling calorimeter where steam get superheated . after that superheated steam passed through heat exchanger to condense the steam.Saparating CalorimeterIt consist of two concentric chamber , the inner chamber ,and the outer chamber . which communicates with each other through an opening at the top. As the steam discharge through the metal baskets ,which has a large number of holes , the water partical due to there heavier momentum get separated from the steam and collected in the chamber. The comparatively dry steam in the inner chamber moves up and than down aging through the annular space between the two chambers and enters the throttling calorimeter .Throttling CalorimeterIt consist a narrow throat . pressure and temperature are measured by manometer and thermometer . the steam after throttling process passed through the heat exchanger and condensate is collected .Utilities Requried Water Supply 3 lit/min (approx) Drain Electric supply : 1phase , 220 V A.C , 2Amp. Steam table for calculation Space required : 1.0 m X 1.0 m

We are offering separating & throttling calorimeter aim to find out dryness fraction of steam by combined separating and throttling calorimeter. Product details the steam passing out from separating calorimeter may still contain some water vapour , in it . In other words it may not be absolutely dry . Again , in a throttling calorimeter steam after passing through the throttle valve must be superheated or at least dry saturated . This limits the extent of dryness fraction that can be reliably measured , depend up on the pressure of steam in the main steam pipe . If a sample of steam, which may be still wet after passing through the throttle valve i.e it will not be superheated . Thus under this condition the throttling calorimeter fails to enable us in determining the value of dryness fraction of steam . to overcome this difficulties we make use of separating and throttling calorimeter . First the steam is passed through separating calorimeter where itlosses most of it’s moisture and becomes comparatively drier, it is than passed through the throttling calorimeter where super heating takes place with out changr of total heat . The temperature and pressure of steam after throttling are measured by using a thermometer and manometer respectively. Description :- the set up consist of a separating and throttling calorimeter . A steam generator is provided at the base of the apparatus . A thermostat knob is provided at the front of apparatus to control the temperature inside the steam generator . Steam from steam generator is passed from separating calorimeter where most of the water partical get separated from steam and then passed to throttling calorimeter where steam get superheated . After that superheated steam passed through heat exchanger to condense the steam. Saparating calorimeter

Separating calorimeter it consists of two concentric chambers, the inner chamber and the outer chamber, which communicates with each other through an opening at the top. As the steam discharges through the metal basket, which has a large number of holes, the water particles due to their heavier momentum get separated from the steam and collect in the chamber. The comparatively dry steam in the inner chamber moves up and than down aging through the annular space between the two chambers and enters the throttling calorimeter.

RANGE OF EXPERIMENTS :1. To study Separating & Throttling Calorimeter.2. To Determine Dryness Fraction of steam by using Separating Calorimeter at different pressure.3. To Determine Dryness Fraction of steam by using Throttling Calorimeter at different pressure.

The set up consists of a separating and throttling calorimeter. A steam generator is provided at the base of the apparatus. A digital temperature controller is provided to control the temperature inside the steam generator. Steam from steam generator is passed from separating calorimeter where most of the water particles get separated from steam and then passed to throttling calorimeter where steam get superheated. After that, superheated steam is passed through heat exchanger to condense the steam. A manometer and a thermometer are connected with throttling calorimeter to measure the pressure and temperature after throttling process. Separating Calorimeter It consists of two concentric chambers, the inner chamber, and the outer chamber, which communicates with each other through an opening at the top.  As the steam discharges through the metal basket, which has a large number of holes, the water particles due to their heavier momentum get separated from the steam and collect in the chamber. The comparatively dry steam in the inner chamber moves up and then down aging through the annular space between the two chambers and enters the Throttling Calorimeter. Throttling Calorimeter It consists a narrow throat (Orifice). Pressure and temperature are measured by manometer and thermometer.  The steam after throttling process passes through the condenser and condensate is collected.

He offered product is used to measure the moisture content of steam drawn from a pipe through sampling nozzles. This product is manufactured as per the instruction provided by our deft professionals using the superior quality components and ultra-modern technology.

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