/** * Batch Processor JS Object */ function NinjaBatchProcessor( settings ) { var that = this; var modalData = { closeOnClick: false, closeOnEsc: true, useProgressBar: true }; /** * If we haven't been passed any content, make sure we pass an empty content var. */ if ( 'undefined' == typeof settings.content ) { settings.content = ''; } // Set our modalData content var. modalData.content = settings.content; /** * If we've been passed a loadingText var, pass that along. */ if ( 'undefined' != typeof settings.loadingText ) { modalData.loadingText = settings.loadingText; } /** * If we haven't defined button text for our primary button, we don't want to pass button settings. * * Check to see if we've defined primary button text, and if we have, add button settings to the modalData. */ if ( 'undefined' != typeof settings.btnPrimaryText ) { modalData.btnPrimary = { text: settings.btnPrimaryText, callback: function( e ) { // Hide the buttons. modalInstance.maybeShowActions( false ); // Show the progress bar. modalInstance.maybeShowProgress( true ); // Begin our cleanup process. that.postToProcessor( that, -1, modalInstance ); } }; modalData.btnSecondary = { text: settings.btnSecondaryText, callback: function( e ) { modalInstance.toggleModal( false ); } }; } else { // If we don't have any buttons defined, then we want to run the batch process on modal open. modalData.onOpenCallback = function() { // Hide the buttons. this.maybeShowActions( false ); // Show the progress bar. this.maybeShowProgress( true ); // Begin our cleanup process. that.postToProcessor( that, -1, this ); } } this.postToProcessor = function( context, steps, modal, data ) { if ( 'undefined' == typeof data ) { var data = { action: 'nf_batch_process', batch_type: settings.batch_type, security: nfAdmin.batchNonce, extraData: settings.extraData }; } jQuery.post( ajaxurl, data, function( response ) { response = JSON.parse( response ); // If we're done... if ( response.batch_complete ) { // Push our progress bar to 100%. modal.setProgress( 100 ); modal.toggleModal( false ); if ( 'undefined' != typeof settings.onCompleteCallback ) { settings.onCompleteCallback( response ); } // Exit. return false; } // If we do not yet have a determined number of steps... if ( -1 == steps ) { // If step_toal is defined... if ( 'undefined' != typeof response.step_total ) { // Use the step_total. steps = response.step_total; } // Otherwise... (step_total is not defined) else { // Use step_remaining. steps = response.step_remaining; } } // If our PHP edited our extraData variable, update our JS var and pass it along. if ( 'undefined' != typeof response.extraData ) { // Update our extraData property. data.extraData = response.extraData; } // Calculate our current step. var step = steps - response.step_remaining; // Calculate our maximum progress for this step. var maxProgress = Math.round( step / steps * 100 ); // Increment the progress. modal.incrementProgress ( maxProgress ); // Recall our function... context.postToProcessor( context, steps, modal, data ); } ); } var modalInstance = new NinjaModal( modalData ); }{"id":751,"date":"2021-10-13T08:21:46","date_gmt":"2021-10-13T08:21:46","guid":{"rendered":"https:\/\/sureinstrumentamerica.com\/?page_id=751"},"modified":"2024-12-06T09:32:03","modified_gmt":"2024-12-06T09:32:03","slug":"sh250-variable-area-flow-meter","status":"publish","type":"page","link":"https:\/\/sureinstrumentamerica.com\/sh250-variable-area-flow-meter\/","title":{"rendered":"SH250-Variable Area Flow Meter"},"content":{"rendered":"
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SH250-Variable Area Flow Meter<\/h1>\n
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Place of Origin:\u00a0<\/strong>Tianjin, China<\/p>\n

Brand Name:\u00a0<\/strong>Sure Instrument<\/p>\n

Application range:<\/strong>\u00a0Gas; Liquid; Steam<\/p>\n

Turndown ratio:<\/strong>\u00a010:1<\/p>\n

Accuracy:<\/strong>\u00a0\u00b11.0%; \u00b11.5%<\/p>\n

Connection:<\/strong>\u00a0Thread; Tri-clamp; Wafer; Flange<\/p>\n

Signal output:\u00a0<\/strong>4-20mA, Pulse and Modbus RS485<\/p>\n

MOQ:\u00a0<\/strong>1set<\/p>\n

Payment:\u00a0<\/strong>T\/T, LC, PayPal, West Union<\/p>\n

Standard Lead Time:\u00a0<\/strong>7-10 working days<\/p>\n

Shipment:<\/strong>\u00a0FedEx, DHL, Airline, Sea and others<\/p>\n

Package Details:\u00a0<\/strong>Carton and Wooden<\/p>\n<\/div>\n<\/section>\n

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Description<\/h1>\n
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The variable Area Flow meter is an instrument for measuring the flow of liquids or gases in pipelines. It includes a vertical tube through which the fluid flows whose diameter increases from the bottom to the top and a float which can move vertically in the tube. As the flow increases this float moves to a higher position until its resistance to the fluid flow is balanced by th?float\u2019s buoyed weight in the fluid, a value which is constant and independent of the flow rate. The position of the iloat is a measure of the flow rale. The flow rate values can be read on a scale.<\/p>\n<\/div>\n<\/section>\n<\/div>\n<\/div>\n

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Features<\/h1>\n
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