Coordinated European Environmental Test Facilities (Cetef) - emits

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Reference: TOS-MT/2002-18/JJ/nr Page 2 of 3 Status: 19 April 2002 TYPE OF TEST Solar Simulation Thermal Vacuum Special Application Tests under Vacuum MACHINE SPECIFIC LSS SIMLES WSA/TVA LSS HBF3 VTC 1.5 CORONA WSA/TVA SIMLES SIMMER LSS LSS + Levelling Device Table 2 – THERMAL TEST FACILITIES Coordinated European Environmental Test Facilities (CETeF) Internal Dimensions ø 9.5m x 10 m high ø 6 m x 7 m high ø 6.2m x 12 m long Internal Dimensions ø 9.5m x 10 m high ø 3 m x 4 m high ø 1.5m x 2.5m high ø 1.5m x 3.5m long ø 6.2m x 12 m long ø 6 m x 7 m high ø 10 m x 8.3m long ø 9.5m x 10 m high Vacuum / mbar 5.10E-7 5.10E-7 1.10E-6 Fast Thermal Cycling LSS, HBF3, CORONA ATC 2 0.06 m 3 Up-to-date information and full details available in Testing Division / ESTEC GENERAL CHARACTERISTICS Temp. LN2 LN2 LN2 Sun Simulator ø 6 m parallel ø 3.8m parallel ø 3.6m parallel or 4.5m x 3.05m Vacuum / mbar ≤ 5.10E-6 5.10E-6 5.10E-6 5.10E-6 ≤ 1.10E-6 5.10E-7 5.10E-7 down to 5.10E-6 ambient pressure Spin Attitude Control 5000 kg 2500 kg 2500 kg Temperature Data Handling Temperature 1000 channels 632 channels 1000 channels 150 K to 350 K 200 K to 373 K 123 K to 423 K 193 K to 353 K 100 K to 383 K 100 K to 400 K 100 K to 373 K Comments Physical measurements / deployment / mechanical tests. Vertical configuration Thermal cycling with IR rigs. rapid cycling up to 300 K/min 93 K to 403 K LOCATION ESTEC ITS IABG ESTEC ESTEC ESTEC ESTEC IABG ITS ITS ESTEC ESTEC ESTEC ESTEC
Reference: TOS-MT/2002-18/JJ/nr Page 3 of 3 Status: 19 April 2002 Table 3 - OTHER FACILITIES Coordinated European Environmental Test Facilities (CETeF) TYPE OF TEST Magnetic Optical Measurements and Calibration under Thermal Vacuum EMC Clean Room Alignment MACHINE SPECIFIC 3 axis 15 m square coils 4 coils per axis Focal 1.5 Focal 2 Focal 5 (class 100) EMC (CPTR) EMC EMC EMC Building Fh Building Fj Building Fl (HYDRA) Building Fr Integration cabin Pascal EMC hall MVS hall Preparation hall A + B Thermal test area Mechanical test area Integration area Preparation area/acoustic fac Integration hall Integration hall Precision Alignment Equipment Up-to-date information and full details available in Testing Division / ESTEC GENERAL CHARACTERISTICS Zero field / DC fields: sphere ø 4 m for 0 to 75,000 nT; field vector in any direction; rotating fields; uniformity 5 nT in ø 4 m AC fields: sphere ø 4 m for 0 to 10,000 nT.Hz; resolution 0.1 nT.Hz Demagnetisation: 0 to 5 mT, 0 to 0.3 Hz; 1T = 10E4 Gauss = 10E9 gamma = 10E9 nT Internal volume ø 1.2 m x 0.8 m Vacuum 1.10E-6 mbar Temp. 90 K / 523 K Internal volume ø 1.8 m x 5 m Vacuum 1.10E-6 mbar Temp. 90 K / 373 K Optical bench 1.3 m x 4.7 m inside the chamber (on 450 t seismic block) Internal volume ø 5 m x 6 m vacuum 1.10E-7 mbar Temp. 4 K / 373 K Optical bench 1.8 m x 6 m inside the chamber (on 450 t seismic block) 500 channels Internal volume 25.6 m x 15.5 m x 10.5 m high frequency up to 40 Ghz 7.1 m x 6.1 m x 5 m high frequency up to 40 Ghz 16 m x 10 m x 11 m high frequency up to 40 Ghz 10.5 m x 7 m x 8 m high frequency up to 40 Ghz Total area = 250 m 2 Class 10,000 Temp. 20°C ± 1°C ; HR = 55% Total area = 280 m 2 Class 100,000 Temp. 20°C ± 1°C ; HR = 55% Total area = 700 m 2 Class 100,000 Temp. 20°C ± 1°C ; HR = 55% Total area = 600 m 2 Class 100,000 Temp. 20°C ± 1°C ; HR = 55% Total volume = 400 m 3 Class 100 Temp. 20°C ± 1°C ; HR = 55% Total area = 2 x 280 m 2 Class 100,000 Temp. 20°C ± 2°C ; HR = 55% High bay = 145 m 2 Class 100,000 Total area = 190 m 2 Class 100,000 Temp. 20°C ± 1°C ; HR = 55% Total area = 570 m 2 Class 100,000 / 100 Temp. 21°C ± 2°C ; HR = 50% Total area = 490 m 2 Class 100,000 / 10,000 Temp. 21°C ± 2°C ; HR = 50% Total area = 200 m 2 Class 100,000 Temp. 21°C ± 2°C ; HR = 50% Total area = 480 m 2 Class 100,000 Temp. 21°C ± 2°C ; HR = 50% Total area = 125 m 2 Class 100,000 Temp. 21°C ± 2°C ; HR = 50% Total area = 465 m 2 Class 10,000 Temp. 20°C ± 1°C ; HR = 55% Total volume = 130 m 3 Class 100 Temp. 20°C ± 1°C ; HR = 55% Optical non-contact 3-D alignment system (MANCAT). Two theodolites with interface to a PC with dedicated software. Digital high precision autocollimation theodolites including stands and software. Rotary tables including optical reference systems and level stands. Micro-alignment telescopes and autocollimators. LOCATION IABG CSL CSL CSL ESTEC ESTEC ITS IABG ESTEC ESTEC ESTEC ESTEC ESTEC ITS ITS ITS IABG IABG IABG IABG IABG CSL CSL ESTEC
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