TRD Gas System Slow Control at MIT- Cambridge
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1 TRD Gas System Slow Control at MIT- Cambridge AMS TRD Meeting, CERN, July 2002 U. Becker, B. Demirkoz, P. Fisher, R. Henning, B. Monreal. 7/17/2002 R. Henning -- TRD Gas Slow Control 1
2 Overview Help Design and Build Control Systems for TRD Gas System Prototype and Flight Systems. 1. Prototype System o Tested Mixing Program for Prototype Box S using USCM V Commercial Version o Test Software and Electronic Prototypes (Roma) for Whole Gas System using USCM V03 3. Flight System 7/17/2002 R. Henning -- TRD Gas Slow Control 2
3 TRD Gas System Overview Manifolds Box S TRD 300 Liters Box C psia Xe 1550psia Mixing Vessel 200 psia CO psia Figure 1: Schematic Arrangement of the TRD gas system. All pressure are given at 25 o C. 7/17/2002 R. Henning -- TRD Gas Slow Control 3
4 Prototype System (1) RS-232 USCMV02 DOUT ADC Power Drivers Box S Prototype Currently Used in Closed System Test (B. Monreal) 7/17/2002 R. Henning -- TRD Gas Slow Control 4
5 Prototype System (2) 7/17/2002 R. Henning -- TRD Gas Slow Control 5
6 Electronics for Commercial System Mixing Program EPP Koutsenko CAN Interface + Guido Board CAN 2 x USCMV03 LVDS Under Construction Develop Flight Software Control Commercial Gas Systems Commercial Gas Systems UGBS UGBC, etc. (Roma) 7/17/2002 R. Henning -- TRD Gas Slow Control 6
7 Box S Electronic Simulator Roma 7/17/2002 R. Henning -- TRD Gas Slow Control 7
8 Flight System USCM JMDC AMS/ISS - Simple Operations - Continuous Monitoring CAN Mixing Program LVDS Gas System Power Emergency Operations Crate Electronics Operator 7/17/2002 R. Henning -- TRD Gas Slow Control 8
9 Mixing Operation - Mixing Program On Ground and JMDC - Following Sequence: 1. Start with Known Mixture in D Vessel. Vent D if mixture unknown. 2. Fill required partial pressure of CO2 3. Fill required partial pressure of Xe. 4. Vent to Box C when required. - Minimize ground communication - Gas Transfer Controlled by Time Valve is Open. - Timing of Valve operations performed by UGBS, not USCM! 7/17/2002 R. Henning -- TRD Gas Slow Control 9
10 We Appreciate the Help of: Volker Commichau Klaus Hangarter Clemens Camps Alexei Lebedev Vladimir Koutsenko 7/17/2002 R. Henning -- TRD Gas Slow Control 10
11 Box S Signals and Power # of Conductors Purpose Component Voltage Current Description Box S Power 52 = 2 x 2 x 13 Valve Power MV100 & MV197 24V 1.0A Hold Valve Open When Current is On 16 = 2 x 2 x 4 Pressure Sensor Power GP:50 24V 100mA Box S Signals. Signals From Box S 39 = 3 x 13 Valve Status MV100 * 5V? n/a Valve Mechanical Status (open / closed) 12 = 3 x 4 Pressure Sensor Readout GP: V n/a Pressure and Temperature Analog Value Dallas Sensor (TBD) Read by USCM 7/17/2002 R. Henning -- TRD Gas Slow Control 11
12 Xe VG1a RVG1a-2800psi Ground Equipment Figure 2: Box S Diagram T F3a V17a V1a V2a F2a O1a V3a T Xe Bottle: 1550psia F1a V10a 30cc 60cc V5 V4a P2a O2a P1a V20a RV3-300psi 7 liters per day to Box C V20b V4b O2b V10b D Vessel (Mix) T P1b CO 2 Bottle 940psia F3b F1b V17b V1b 15cc V2b 30cc F2b O1b V3b T P2b CO 2 VG1b RVG1b-1200psi Ground Equipment 7/17/2002 R. Henning -- TRD Gas Slow Control 12
13 Box S Pinout JS1A &JS1B (37 pin) JS2 (21pin) JS3 (31pin) Pin # Connection Pin # Connection Pin # Connection 1 V1A +E 1 V1A O 1 V10B O 2 V10A +E 2 V1A C 2 V10B C 3 V3A +E 3 V20A SCOM 3 V2B SCOM 4 V20B +E 4 V10A O 4 V3B O 5 V3B +E 5 V10A C 5 V3B C 6 V4A +E 6 V2A SCOM 6 V4A SCOM 7 V5 +E 7 V3A O 7 V5 O 8 V1A -E 8 V3A C 8 V5 C 9 V10A -E 9 V1B SCOM 9 V4B SCOM 10 V3A -E 10 V20B O 10 unconnected 11 V20B -E 11 V20B C 11 P1A SR 12 V3B -E 12 V1A SCOM 12 P1B P 13 V4A -E 13 V20A O 13 P1B T 14 V5 -E 14 V20A C 14 P2A SR 15 P1A -E 15 V10A SCOM 15 P2B P 16 P1B -E 16 V2A O 16 P2B T 17 unconnected 17 V2A C 17 V10B SCOM 18 P1A +E 18 V3A SCOM 18 V2B O 19 P1B +E 19 V1B O 19 V2B C 20 V20A +E 20 V1B C 20 V3B SCOM 21 V2A +E 21 V20B SCOM 21 V4A O 22 V1B +E 22 V4A C 23 V10B +E 23 V5 SCOM 24 V2B +E 24 V4B O 25 V4B +E 25 V4B C 26 unconnected +E : + Excitation Voltage 26 P1A P 27 V20A -E -E : - Excitation Voltage 27 P1A T 28 V2A -E O : Open Status Indicator 28 P1B SR 29 V1B -E C: Close Status Indicator 29 P2A P 30 V10B -E SCOM : Status Common (+5V?) 30 P2A T 31 V2B -E SR : Signal Return 31 P2B SR 32 V4B -E P : Pressure Readout 33 P2A -E T: Temperature Readout 34 P2B -E 35 unconnected 36 P2A +E 37 P2B +E 7/17/2002 R. Henning -- TRD Gas Slow Control 13
14 Manifolds VMnA VMnB VMnC VMnD From Gas System OMnA TRD Segment n OMnB To Gas System PMnA 430 cu. in (7 liters) n =1 to 41 PMnB 7/17/2002 R. Henning -- TRD Gas Slow Control 14
15 Figure 3: Box C P5 RV4 29psig P3 CO 2 Analyzer To Manifold CP2 CP1 V9a V8A V8B Monitor Tube Monitor Tube V6a V6b From Manifold V9b Monitor Tube P4 Monitor Tube V18a V18b RV5-200psig 7/17/2002 R. Henning -- TRD Gas Slow Control 15 From Box S (From V4a) From Box S (From V4b)
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