2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois1 DHE – Detector Head Electronics Monsoon 80mm Crate Air Flow.

Slides:

Advertisements

Similar presentations

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

Advertisements

Fan Coil Unit Product Line-up. FCU Home Application Show.

Fluid Mechanics.

Electronics Cooling MPE 635

Moisture to water converter. Out Line : Abstract Introduction Heat Pump Heat Pump Components Conclusion.

1. Clifton WWTP Polarized Oxygen Air Ionization ( ► Oxidizes air borne VOCs and chemicals ► Kills bacteria and sterilizes the air ►

Joy Mist Drilling System Presented By: Dave Paich Joy Mining Machinery

1 Dept. of Energy Technology, Div. of Applied Thermodynamics and Refrigeration Tube diameter influence on heat exchanger performance and design. Single.

ENGINEERING PROJECT PROPOSAL MASTER OF ENGINEERING IN MECHANICAL ENGINEERING DAN FLAHIVE Analytical Method to Predict Primary Side Steam Generator Pressure.

Shape of a Rain Drop. Formation of Rain The sun heats water and turns it into vapor Water condenses and falls back to the earth in form of rain. Water.

AWG 36, 0.2 A 0.3 mm Heat Shrink Tubing t = 0.38 mm Silicone Coating t = 0.2 mm D = 3 mm Shielding: Copper Tape AWG 26, 2.2A 0.6 mm AWG 26, 2.2A 0.6 mm.

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois1 DHE – Detector Head Electronics Monsoon 80mm Crate Heat Load.

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

Todd Moore for the DES CollaborationPS TalkJune 13 th, DES DHE CRATE SYSTEM MANAGEMENT & CONTROL Todd Moore University of Illinois, at Urbana-Champaign.

Todd Moore for the DES CollaborationPSTalkJune 13 th, DES MONSOON LINEAR POWER SUPPLY SELECTION Todd Moore University of Illinois, at Urbana-Champaign.

DES DHE Electronics Chassis --- Vaidas Simaitis 1 DHE Chassis and Cooling DES Mechanical Workshop at FNAL November 2, 2005 Vaidas Simaitis.

High Density Cooling Air conditioning for high density applications

Lecture 16: Zone Air Paths and Air Distribution Units

Booster Bias Supply Upgrade January 18 th, Ferrite Bias Supply Testing  Four thermocouples added to MADC  Monitoring: center winding, core, input.

P-V Diagrams and processes Contents:

FAZIA DAYS, Bologna 10-12/feb/2010, WG8, Emanuele Vanzanella (mechanics & cooling), Alfonso Boiano (electronics) ELECTRONICS HOLDER & COOLING SYSTEM Side.

NSTX TF Bundle & Center Stack Curing Oven Mike Viola Joe Rushinski Frank Jones April 14, 2003.

1 On Rate for Fuel Oil Equipment. 2 Purpose To insure that the equipment is delivering the correct heating value Oil fired equipment must fire within.

Basics Air Flow Basics -Air is invisible -Everyone assumes adequate airflow -Frequently airflow is 30%-50% low -Cooling – 400 CFM per ton -Heating.

1 MER Design of Thermal Fluid Systems Project 3 Heat Exchanger Optimization Professor Anderson Spring 2012.

Pixel Support Tube Requirements and Interfaces M.Olcese PST CDR: CERN Oct. 17th 2001.

Hydraulic Kit (pump and tank) Pictures from prototype.

Off Detector Electronics System [LNF-INFN] 1 Off Detector Electronics System Fan Unit ODEODE 1 ODEODE 2 ODEODE 3 ODEODE 4 ODEODE 5 ODEODE 6 ODEODE 7 ODEODE.

NOvA APD Cooling Water Update William Gilbert University of Minnesota.

Single Board Controller Comments Roger Smith Caltech

4/12/2011Controller Cooling Test1 Array Controller Cooling Test Bill Hoffmann April 12, 2011 This is a report on a test of the chilled water-to-air heat.

MECHANICAL ENGINEERING FOR SYSTEM BALANCE ASHRAE MEETING 2/15/2007 NORTHERN NEVADA CHAPTER 126 MATT BRENNAN, TBE.

Commissioning the System. Use Service form 1A Proof of performance Speeds up Tech support Reduces recalls Commissioning.

DES FE Workshop at FNAL December 14-15, 2005 Vaidas Simaitis, University of Illinois at Urbana-Champaign 1 DHE Crate Design and Status The mechanical design.

Paolo Guglielmini - TS / CV LHCb Install Meeting - 20/04/2005 LHCb Install Meeting 20/04/05 TS / CV / Detector Cooling Installations.

Example: Unrestrained Expansion A rigid tank is partitioned into two equal parts as shown. One side of the tank contains 1 kg water at 100 kPa and at room.

17/03/2003 Referee Meeting M. Beretta 1 MDT Barrel - Complete LV-HV rack 6U 1U 4U 2U 45U 19” Tangential Fan High Voltage Crate Low Voltage Crate Heat Exchanger.

9/18/2003Safety Review Electronics Electronics design LV, HV power supply Fusing Heat.

9/17/07IRENG071 Cryogenic System for the ILC IR Magnets QD0 and QF1 K. C. Wu - BNL.

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois1 DHE – Detector Head Electronics Monsoon 80mm Crate Heat Shield.

Proprietary Material – Innovative Research, Inc. Hands-On Use System-level analysis of an air-cooled cabinet  Model will be set up for successively complex.

Single Board Controller Comments Roger Smith Caltech

Unico, Inc A Family-owned St. Louis Company Sold Worldwide.

Plenum Plenum design is based on Equal Static Pressure using Static Regain Most duct systems are designed to maintain Equal Friction or Equal Velocity.

2016 Chiller New Products Presentation.

7 February 2012 Annekathrin Frankenberger (HEPHY Vienna) Open CO 2 Cooling System at the beam test Belle II SVD-PXD Meeting.

Chapter 14 Heating, Ventilation & Air conditioning (hvac)

Spring Lab Series ME 3264 Eng D -Tom Mealy

Unit 13 Oil-Burning Equipment

Status of Cooling Development in Karlsruhe

Heat Exchangers and Condensers

ARAC/H/F Air-cooled water chillers, free-cooling chillers and heat pumps Range: kW.

Reheat Coil (Typical of 5)

Design of Cold Water Networks

Date of download: 11/12/2017 Copyright © ASME. All rights reserved.

FP420 Detector Cooling Thermal Considerations

FDIRC PMTs dimensional tolerance

Injection direction This area is OK , because the pin into the tube have a supporting point in this area . The injection force push the pin to the other.

SCT/Pixel Draft Rack Layout rcj

Detector Technology Group

University of Illinois, at Urbana-Champaign

Phase Diagrams: Solid, Liquid & Gas Roadmaps

ATLAS USA15 - Rack 52U with 9U crates, remote PS

Thermal aspects Unité mixte de recherche CNRS-IN2P3

Example: Unrestrained Expansion

High-Power GPU Rack: Hybrid Cooling

Follow-ups from Classes 8 and 9

Reheat Coil (Typical of 5)

Door Heat Exchanger: Specification

Presentation transcript:

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois1 DHE – Detector Head Electronics Monsoon 80mm Crate Air Flow

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois2 Crate Parts HEAT EXCHANGER on CHILLER PLENUM (one at each end of main MONSOON cards) 92mm FAN (x2) on FAN PLENUM (one at each end of transition cards) TRANSITION CARDS (8) (6U x 80mm) MONSOON CARDS (10) plug in on this side (6U x 160mm Eurocards) 60mm FAN (x2) on MAIN PLENUM (at both ends, only this end shown here) FAN power supply is in the middle (at both ends) HEAT EXCHANGERS connect in series with ¼” copper tube

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois3 Crate (without shield) VICOR power supply with built-in 80mm fan, 30cfm listed, pressure drop unknown (x2) MAIN PLENUM POWER SUPPLY PLENUM

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois4 Air Flow Diagram MONSOON TRANSITION CARDS MONSOON MAIN MODULES COLD WATER HEAT EXCH FAN 92 mm VICOR PS 120 CFM 60 CFM 30 CFM 30 FAN 60 mm FAN PS FAN 60 mm 80 mm built in 120 CFM COLD PLENUM FAN PLENUM COLD PLENUM CFM CFM MAIN PLENUM 1 MAIN PLENUM 2 PWR SUPPLY PLENUM

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois5 Heat Exchanger Air Side Pressure Drop For the target of 120 CFM air flow, the pressure drop is about 0.36 inches of water The design uses a Lytron M heat exchanger

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois6 Air Pressure Diagram MONSOON TRANSITION CARDS ~ -0.04” MONSOON MAIN MODULES ~ -0.04” COLD WATER HEAT EXCH -0.36” COLD WATER HEAT EXCH -0.36” FAN +0.40” VICOR PS 120 CFM 60 CFM 30 CFM 30 FAN +0.38” FAN PS FAN +0.38” 80 mm built in 120 CFM COLD PLENUM FAN PLENUM COLD PLENUM CFM CFM MAIN PLENUM 1 MAIN PLENUM 2 PWR SUPPLY PLENUM +0.02”-0.02” -0.38” H2O +0.38” H2O -0.00” H2O ? +0.02”-0.02” PRESSURE DROP PRESUMED = 0

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois7 92 mm FAN Requirements 92mm FANS must do 0.40” 30 CFM FFB0924SHE should work If necessary, FFB0924EHE works up to 0.48”

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois8 60 mm FANS must do 0.38” 30 CFM FFB0624SHE should work If necessary, FFB0624EHE ok to 0.48” 60 mm FAN Requirements

2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois9 92 & 60 mm DELTA fans available 92 mm 60 mm