AC Power TCZ Pump VVVF Drive TT 2 W/H CWS 4-way valves TT 3 TT 4 TT 1 S2 S1 FT 1 CWR FT 2 CW CWS = Cold Water Supply CWR = Cold Water Return CW = Cold.

Slides:

Advertisements

Similar presentations

Solar Thermal Install …KR Construction Arroyo Grande Central Coast KR & Hayward Lumber Install.

Advertisements

The value in mechanical & electrical retrofits What Pays and what Doesnt? What Pays and what Doesnt? June 16, 2011 June 16, 2011 Mark Kesseler Mark Kesseler.

Circulating Water System

Automobile Engine NO.4. NO.1 Mercedes-Benz E-class.

Analysis of heat exchangers: Use of the log mean temperature Difference LMTD Method: Q= (m cp ∆T) h = (m cp ∆T) c Q= U A F∆T lm A=N װ DL ∆ T lm = ∆T l.

1 Optimizing the Efficiency of the NCAR-Wyoming Supercomputing Center Ademola Olarinde Team Member: Theophile Nsengimana Mentor: Aaron Andersen August.

HEATING AIR © Commonwealth of Australia 2010 | Licensed under AEShareNet Share and Return licence.

PARKER BOILER PARKER BOILER HOT WATER PIPING SYSTEM 1. 3 way valve and O.S.A. reset. 2. Single boiler piping schematic. 3. Single boiler with 3 way valve.

Hot Water Recirculation Pumps. Tim Pehl Outside Sales Rep For Dawson Company. Outside Sales Rep For Dawson Company.

GNI0003H PP1 Loop Trainer. GNI0003H PP2 Reason for Study Because the Loop Trainer gives instructors the capability to control water flow, pressure and.

Unit 206: Domestic hot water systems

CERAMIC FIBER RADIANT HEATERS Each panel is 1.5 ft. x 3.5 ft. in size covering about 5 ft 2 The panels can be arranged in any manner to achieve the heating.

Chapters 2 & 3 Energy Balances Work done by the system, W = - Force applied to the system, F Δx or Expansion/Contraction of a Closed System Shaft Work.

DAQ Calibration for Heat Exchanger Calibration of Cold/Hot Flow Rate and Temperature UTC ENCH/ENEV /25/03 Greg Kirton Kevin Zitzow Phuong Mai.

MOCS Mike Hobbs Mike Steele Mike McGann Scott Daniels James Linder PBL-7-98 Chemical Heat Pump.

CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water.

Double Pipe Heat Exchanger Jan. 22, Today’s Lecture Lab Teams and Schedules Double Pipe Heat Exchanger.

CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water.

UTC’s Central Energy Plant Humid air Out with heat Central Energy

CONTROL FOR HEAT EXCHANGE M. B. JENNINGS CHE 185 FEB 2006.

Piping Systems.

 Install new air cooled high efficiency screw chiller (variable speed)  Install new fan coils with ECM motors and low temperature heating coils and proper.

Lecture Objectives: Model HVAC Systems –HW3 Asignemnet Learn about eQUEST software –How to conduct parametric analysis of building envelope.

Lecture Objectives: Final discussion about HW3 Introduce more final project topics Continue with HVAC Systems.

Pump is Blue part (right) - timer is black (left side) New Electrical Outlet This Photo shows where the Re-Cir pump is installed on the Output line on.

POWER STEERING SYSTEM IN AUTOMOBILE

Adsorption Refrigeration System. INTRODUCTION  Adsorption refrigeration system uses adsorbent beds to adsorb and desorb a refrigerant to obtain cooling.

Objectives -Introduce HW5 – Plumbing -Learn about district cooling and heating systems.

Hydraulic Symbols. Piping and Tubing Symbols Normal working line Flexible working line Pilot line Drain line Enclosure outline Direction of flow.

PLUMBING Presentation on Central Heating – Pump Position.

Objectives - Finish with pumps and plumbing example - Learn about district cooling and heating systems.

Lecture Objectives: Learn about Chiller modeling

February 17-18, 2010 R&D ERL Alex Zaltsman R&D ERL High Power RF Systems Alex Zaltsman February 17-18, 2010 High Power RF Systems.

Heat Exchangers Heat exchangers are used to transfer heat from one stream to another. They are used to heat streams and to cool streams. The streams can.

Heat engines played a key role in the development of the modern industrial world. Steam locomotives were an important early use of the steam engine. Electric.

Fault Tree Analysis Part 4: Digraph-Based Fault Tree Synthesis Procedure (NFFL and Lapp-Powers Algorithm)

FC Flow Control: Centrifugal pump with constant speed (rpm) Orifice plate sensor Globe valve FC Flow Control: Positive displacement pump Orifice plate.

Learning Outcomes Upon completion of this training one should be able to: Identify hydronic chilled water system applications. Define the difference between.

Baldwin Wallace College (Berea, Ohio). Two KN20 boilers installed to replace old atmospheric cast iron boilers. KN boilers are true cast iron sectional.

Reading Materials: Chapter 9

Area Target Section Stream Population j k Cold Streams Hot Streams H T QjQj enthalpy interval.

Learning Outcomes Upon completion of this training one should be able to: Identify hydronic chilled water system applications. Define the difference between.

Lecture Objectives: Differences in Conduction Calculation in Various Energy Simulation Programs Modeling of HVAC Systems.

Building 180 NORMATEF TEST FACILITY Demineralized cooling water station upgrade R. Bozzi / EN-CV.

Fourier's law of heat conduction

HVAC System Controls part 2 1 Heater controls Electrical: – Wiring diagrams – Blower controls Conventional circuits Multiplex circuits – Actuators Vacuum.

Standard Electric No Hot Water. PART#: ELECTRICAL TEST KIT.

Roberto Silva #65330 February 13,2016 Prof. Eduardo Cabrera.

Heat Exchangers Results Josué Ortiz #57703 Prof: Eduardo Cabrera Me

Using Heat Part 2. Science Journal Entry 32 Explain the advantages and disadvantages of thermal expansion.

MVD COOLING STATUS COOLING PLANT: -UPDATE of THE HYDRAULIC SYSTEM -INTEGRATION OF THE MVD COOLING CIRCUIT PATHS INSIDE THE PANDA AREA -DEFINITION OF THE.

Reheat Coil (Typical of 5)

Date of download: 10/23/2017 Copyright © ASME. All rights reserved.

ABB i-bus® EIB Electronic Switch Actuator, 4-fold

VELO Thermal Control System

Direction water flow Notes: Occupancy type is PUBLIC The WCs (toilets) are public flush valve.

Cooling technology Main components and equipments

VELO Thermal Control System

SC1R Cold Box PDR Controls

T H enthalpy interval Hot Streams Cold Streams Section Stream j

EcoTech Heating and Controls LTD Commercial Boiler House Install

______________ Combustion Engine

Forced draft cooling tower. NumberingEquipment A-1Storage Tank B-2Temperature sensor C-3Pump D-4Ball valve E-5Rotameter F-6Cooling water from the tank.

Air Conditioning System-1

Reheat Coil (Typical of 5)

Water Bath Heaters 101.

Exercise 2-1 For the level controlled process, h2 is selected as its controlled variable, and Qin is the main input of the process. Suppose the sectional.

AIR COMPRESOR Chapter-13.

System Curve Example Design Condition 20 ft.w.c. required each way to deliver design flow to and from the headers at the loads Distribution Pump Bell.

Presentation transcript:

AC Power TCZ Pump VVVF Drive TT 2 W/H CWS 4-way valves TT 3 TT 4 TT 1 S2 S1 FT 1 CWR FT 2 CW CWS = Cold Water Supply CWR = Cold Water Return CW = Cold Water Valve (variable 0-100%) S1, S2 = solenoid restrictor valves TCZ = Temperature Control Drive W/H = Electric Water Heater (thermostated) FT1, FT2 = Flow Transmitters (paddle wheel) TT1... TT4 = Temperature transmitters (RTD)

AC Power TCZ Pump VVVF Drive TT 2 W/H CWS TT 3 TT 4 TT 1 S2 S1 FT 1 CWR FT 2 CW Counter-current, HW on tube side

AC Power TCZ Pump VVVF Drive TT 2 W/H CWS TT 3 TT 4 TT 1 S2 S1 FT 1 CWR FT 2 CW Co-current, HW on tube side

AC Power TCZ Pump VVVF Drive TT 2 W/H CWS TT 3 TT 4 TT 1 S1 FT 1 CWR FT 2 CW Counter-current, HW on Shell side S2

AC Power TCZ Pump VVVF Drive TT 2 W/H CWS TT 3 TT 4 TT 1 S2 S1 FT 1 CWR FT 2 CW Co-current, HW on Shell side